US1926192A - Cigarette packaging machine - Google Patents

Description

Sept M33. w. B. BRONANDER 1 9Z6,l92

CIGARETTE PACKAGING MACHINE Filed J1me a, 1928 s Sheets-Sheet l INVE TOR WRNEY w W. BJBRQNANDER l 926,l92

G IGARETTE PACKAGING MACHINE Filed June 8,, 1928 8 Sheets-Sheet 2 ATTQR E Sept. 12, 1933.

W. BRONANDER CIGARETTE PACKAGING MACHINE Filed June 8, 1928 8 Sheets-Sheet 3 IllIIIIIIIIIIII INVENTOR M 6 H N \4 0 l 5 a 119i] 6 w oM 3 \ll 7 MW C w a an a fi 9 6 u 3 2m j C .FMUIHI 3 2Q 0 5 NJ -5 ATTORNEY P I w. 'B. BRONANDER 1326,12

CIGARETTE PACKAGING-MACHINE I Filed Jux le 8, 1928 8 Sheets-Sheet 4 INVENTOR ATTORNEY Sept. 12, 1933-. w. B. BRONANDER CIGARETTE PACKAGING MACHINE 8 Sheets-Sheet 5 r INVENTOR fl BY A TTORNEY Filed June 8, 192a P 1933- w. B. BRONANDER' 1,926,192

C IGABETTE PACKAGING MACHINE I Filed June 8, 1928 8 Sheets-Sheet 6 lNVE TOR BY M y- ATTORNEYp 12, 1933- w. B. BRONANDEYR 1,926,192

CIGARETTE I ACKAGING KACHINE Filed June 8, 1928 8 Sheets-Sheet 7 BY M MNEY Sept. 12, 1933. w. B. BRONANDER CIGARETTE PACKAGING MACHINE Filed June 8, 1928 r 8 Sheets-Sheet 8 4 7 W;Z J Cu 3% I 1MJJ 3 1 n l u i J I. 5 L J NJ m? 2 3 4 5 a 3 a 7. 35

Patented Sept. 12, 1933 PATENT OFFICE 1,926,192 CIGARETTE PACKAGING MACHINE Wilhelm B. Bronander, Montclair, N. 1., assignor to American Machine 8; Foundry Company, a corporation of New Jersey Application June 8, 1928. Serial No. 283,758

.43 Claim.

with the required rapidity, and at the same time be less subject to damage, and in which more uniform and perfect packages will be produced.

In ordinary cigarette packaging machines, the

cigarettes are first grouped into package form and the covering materials are then wrapped around this group of cigarettes, thereby forming the package. In the improved machine, on the other hand, a. complete empty container, in-- cluding a tinfoil inner wrapper and an outer pouch with only one end open, is first formed on a package shaped support and then the cigarettes are inserted into the package so made, the

open end of the tinfoil wrapper thereafter being closed. By the employment of this method of packaging, the cigarettes to be wrapped are subjected to a minimum of handling, fewer cigarettes will therefore be damaged, and the machine will produce a greater percentage of. perfect packages than was heretofore possible.

- Another object of the invention is to permit more rapid packaging of the cigarettes by forming the wrapper or container empty, thereby eliminating the necessity of limiting the wrapping speed to prevent injury to the cigarettes.

Another object is the'production of packages of neat appearance and uniform size and shape, regardless of the firmness or shape of the group of cigarettes within the package. Moreover, since the inner wrapper and the pouch forming sheets are both circumferentially wrapped on the same firm, square cornered support, a smoothly wrapped, square cornered package with only one seam on the sides is formed.

Another object of the invention is to provide such a machine of simplified construction in which only one turret and one set of supports is needed for wrapping the container and receiving and inserting the cigarettes therein, and in which one set of plungers on the one turret contribute to form the container, insert the cigarettes and eject the container and cigarettes therein.

With these and other objects not specifically mentioned in view, the invention consists of certain constructions and combinations which will be hereinafter fully described and then specifically set forth in the appended claims.

The machine selected to illustrate this invention includes an intermittently revolving turret having a plurality of equally spaced hollow supports, or arbors, around which the tinfoil wrapper andthe pouch forming sheet are folded and into which the cigarettes are inserted at different steps, or stations, during its travel; wrapper feeding and folding devices, a cigarette feeding device and package ejecting mechanism being suitably grouped around the turret.

In the operation of this machine, tinfoil for the inner wrapper is drawn off a reel and cut. After being cut, the tinfoil sheet 'is pressed against one side wall of the arbor and circumferentially wrapped around the arbor, and the overlapping ends are clamped against the other sidewall and the overhanging side of the tinfoil is tucked, thus forming an open container. After these operations, the outer pouch forming sheet is. applied and folded around the tinfoil on the arbor in the form of a pouch; The side tucking of the tinfoil can be performed either separately or together with that of the pouch sheet, detachable means for the sepa-'- rate tucking of the tinfoil being provided which can be easily removed if common tucking is desired. The feeding .of the pouch sheet to the under side of the arbor is accomplished by a swinging transfer arm. After the wrapper and pouch are completely folded, except that one end of the tinfoil wrapper is left open, the cigarettes, which have previously been compacted into the desired group arrangement in a suitable compressor, are fed into the hollow support, each support being provided with a plunger slidably attached to the turret and operated by a stationary cam. In the topmost position of each support, the filled pouch is ejected by the plunger, which pushes it to the entrance of a delivery chamber into which it is pushed by another plunger, after the open end of the tinfoil wrapper has been closed by a folding device.

In the accompanying drawings which form a part of this specification and in which like characters of reference indicate the same or like parts:

Fig. 1 is a front elevation of the machine with parts broken away;

Fig. 2 is a side elevation of the same;

Fig. 3 is a front elevation of the turret showing its tinfoil and pouch sheet clamping devices;

Fig. 4 is a sectional front elevation of the turret, taken on the line 4-4 of Fig. 6 and showing the operation of the tinfoil and pouch sheet clamping devices;

Fig. 5 is a fragmentary sectional view on theline 55 in Fig. 4, showing the plunger clean-j ing brush;

Fig. 6 is a side elevation of the turret, partly in cross section, showing the operating parts of the tinfoil and pouch sheet clamping devices and of the package ejecting plunger;

Fig. 7 is a sideelevation of the turret cam housing, with the turret plungers in their respective operating positions; 1

Fig. 8 is a front elevation of the tinfoil feeding station XII of the turret at which also the filled package is ejected;

Fig. 9 is a side elevation of the parts shown in Fig. 8;

Figs. 10 and 11' are front elevations of the tinfoil folding station I of the turret, showing the folding of the tinfoil around'the arbor;

Fig. 12 is a side elevation of the parts shown.

in Fig. 11;

Fig. 13 is a fragmentary front elevation of tinfoil folding. station II of the turret, without side tuckers, showing the folding of the lower tinfoil flap;

Fig. 14 is a fragmentary front elevation of tinfoil folding station II with side tuckers, showing the folding of the lower flap and the tucking of the side flaps;

Fig. 15 is a fragmentary front elevation showing more in detail the operating means for making the side tucks of the tinfoil shown in Fig. 1;

Fig. 16 is a top view of the parts shown in Fig. 15;

Fig. 17 is a front elevation of the pouch sheet feeding station III, showing the delivered pouch sheet held against the wall of the support;

Fig. 18 is a side elevation of Fig. 1'7, showing the pouch sheet in the act of being delivered by the pouch sheet transfer arm;

Fig. 19 is a front elevation of the pouch sheet folding station IV, showing the side folding of the pouch sheet;

Fig. 20 is a side elevation of the parts shown in Fig. 19;

Fig. 21 is a fragmentary front elevation, showing the top folding of the pouch sheet at station IV;

Fig. 21a is a top view from line 210-21a of Fig. 21; 1

Fig. 22 is a view similar to that in Fig. 21, showing the sealing of overlapping ends of the pouch sheet;

Fig. 23 is a fragmentary front elevation, showing the side tucking of the pouch sheet at station V;

Fig. 24 is a side view on theline 24--24 of Fig. 23 showing the pouch sheet side tuckers;

Fig. 25 is a fragmentary front elevation, showing the folding of the pouch sheet side tuckers at station VI;

Fig. 26 is a fragmentary front elevation, showing the side folding roller and the sealing plunger at station VI;

Fig. 27 is a top view of the parts shown in Figs. 25 and 26, on the line 27-27 of Fig. 25, showing the folding of the pouch sheet side fl p Fig. 28 is a side elevation on the line 28-28 of Fig. 25, showing the sealing of the pouch sheet;

Fig. 29 is a fragmentary side elevation, showing a group of cigarettes being inserted into the support at station IX;

Fig. 30 is a front elevation, showing the folding devices for the final closing and sealing of the package at station XII;

Fig. 31 is a top view from line 31-31 of 30, showing the package ejection at station XII; v

Fig. 32 is a side elevation of Fig. 31, taken on line 32-32 of Fig. 30; and

Figs. 33 to 38 are perspective views showing the successive stages of tinfoil and pouch sheet folding.

In carrying the invention into effect, there is provided a hollow support for receiving a group of articles to-be packaged such, for instance, as the group of cigarettes found in cigarette packages, means for wrapping sheet material about said support to form a container, and means for subsequently insertingsaid group, such as a group of cigarettes, within said support and container. In the best constructions, the wrapping means includes mechanism for wrapping an inner wrapper such, for instance, as a tinfoil wrapper, about said support, together with means for forming a pouch around said inner wrapper. Preferably, there is also provided an intermittently rotating turret carrying said hollow support, said wrapping means including stationary folders coacting with said support. In the best constructions also, the said inserting means includes a plunger operative after insertion of the group to eject the group and the container, thus forming a package. The means above referred to may be widely varied in construction within the scope of the claims, for the particular machine selected to illustrate the invention is but one of many possible embodiments of the same. The invention, therefore, is not to be restricted to the precise details of the structure shown and described.

Referring to Figs. 1, 2 and 3, of the accompanying drawings, which form a part of this specification and in which like characters of ref erence indicate the same or like parts, the working parts of the machine are shown mounted on the table 40 which rests onpedestals 41 and 42 connected byframes 43 and 44. Thepedestal 42, together with a bracket 45 attached to the under side of the table 40, carry themain drive shaft 46, and thepedestals 41 and 42, together with the bracket 45, support acam shaft 47.

To receive and suitably support the package forming elements and to carry them step by step to the several stations where these package forming elements are received and'the package forming operations are performed, there is provided an intermittently rotated turret. This turret is operated by ashaft 48 in brackets 49 carried by theframe 44, which intermittently rotates theturret 50 by means of an indexing'device of well known construction, to which further reference will be made hereinafter. Thisturret 50 is located in acylindrical housing 52 mounted on the table 40. The turret revolves with its rear portion within this housing on ashaft 53 supported instands 54 and 55, also mounted on the table 40. On top of thehous ing 52 is attached abracket 56 carrying thetinfoil reel 57. In a lateral extension ofhousing 52 are supportedshafts 58 and 59, the latter of which is directly geared to the turret and drives theshaft 58 through the spur gears 60 and 61, thus driving a compacting device mounted onshaft 58 having compacting pockets 62. From these pockets, as will be presently described, the package size groups of cigarettes are delivered into the hollow supports 63 on the turret.

The turret itself (Figs. 4 and 6) consists of three parts, thefront part 50 of which is disc shaped and on which are located the package supports 63. Connected to this front part by a hub 66 is a flanged rear ..part 64 encircled by thehousing 52 and carrying theplungers 65.

The hollow supports 63 which support the package forming elements on the turret and also serve to support the said elements against the action of the wrapping and folding devices, are of the same shape and size as the package to be formed. There supports are made of thin sheet metal and are box shaped, with open ends to .permit insertion of a group of cigarettes, or other articles, in one end and to permit ejection of said group out of the other end. These supports, which are equally spaced around the turret, are held byblocks 67 attached to the disc shaped portion of the turret. i

Theclamps 69 and 71 are provided cooperating with the supports to clamp the tinfoil and pouch forming sheets against the walls thereof at proper times during the container forming operations.Clamp 69 is carried by theshaft 68 andclamp 71 is held by ashaft 70, these shafts being located in bearings provided on the turret parts and 64.Springs 72 fastened to these shafts and to theturret 50 normally press clamps 69 and 71 against theopposite side walls 73 and 74 of thesupports 63. It is noted that each support has its own pair of clamps, together with the above described clamp supporting means.

For the purpose of placing the inner tinfoil wrapper sheet on the support, tinfoil T from thereel 57 is passed over theroller 75 and is pulled off the reel byrollers 76 and 77. Theserollers 76 and 77 are driven by any suitable means from theshaft 78.Roller 75 is loosely mounted onshaft 78 and therollers 76 and 77 are fixedly mounted onshafts 79 and 80, supported in anarm 81. The details of the construction of this tinfoil feed are not a part of the present invention and reference is made to my Patent No. 1,608,163, issued November 23, 1926, for a full disclosure of a similar tinfoil feed.

On thearm 81 there is mounted aninsulated rod 83, which is connected with the metal frame an alarm. The tinfoil fed by therollers 76 and 77 is guided between theside 73 of the support and theclamp 69 by twoguide plates 86 and 87 mounted on anarm 88 attached to thebracket 56. Two pairs ofinsulated strips 89 are attached to theguide plates 86 and 87, these strips also being. connected to thebell 84. The tinfoil, if it tears or becomes too slack, makes contact with theinsulated strips 89 and causes thebell 84 to ring. a When the desired length of tinfoil has been fed, it is out by the knife bars 90 and 91, the former being fixedly mounted on thearm 88, while the latter is pivoted on an arm 92 held by astud 93 located in an extended bearing of thearm 88. Aspring 94 is provided to bring the cutting edges of the knife bars 90 and 91 into contact. Acam 95, in which a roller 96 mounted on the arm 92 is guided, is mounted onshaft 97 which shaft is suitably driven fromshaft 78 and imparts reciprocating motion to bar 91. The tinfoil sheet, having entered between theclamp 69 and the side of thesupport 63 with the mid-portion of the sheet near the middle of said side, theclamp 69 is actuated to close against thewall 73 and thus hold the sheet in proper relation to the support during the subsequent wrapping operations. This clamp is held open by alever 99 which is loosely mounted on astud 100 held inbracket 101 fixed to thestand 55, and as shown in Figs. 4 and 6, this lever has a projecting lug 102.Levers 103 are mounted on theshafts 68 carrying theclamps 69, havingpins 104 which engage with the lug 102 when in actuating position, and thus open theclamps 69.

Thelever 99 is connected by arod 105 with a lever 106 swinging on stud 107 and also located in the bracket 10 Arod 108 connects the lever 106 with a bell cranklever 109 swinging on ashaft 110, and having acam roller 111 in engagement with acam 112 onshaft 113 located instands 114 and 115 and in abracket 116, the first two of which are attached to the table 40, and the last of which is aflixed to thehousing 52.

Thus, at the proper time, rotation ofcam 112 sets the lug 102 onlever 99 in position to permit closing of theclamp 69 by the spring-72, thereby causing theclamp plate 69a to press the tinfoil againstsupport wall 73 and while so held, the tinfoil is cut, the turret thereupon leaving the tinfoil feeding station and advancing to its next station.

The proper timing of the step by step, or intermittent movement of the turret is accomplished by any suitable indexing device, such as that shown generally at 51, which operates on rollers 1117 held bystuds 118 mounted on the spur gear 119, so that the turret moves the annular distance between the axes of the adjacent rollers at each step. The details of the indexing device are not a part of the present invention and reference is made to the above mentioned Patent No. 1,608,163 for a detailed disclosure of a suitable indexing device for this purpose. The indexing device is keyed to ashaft 120 located in thestand 55 and is driven by abevel gear 121 which meshes with anotherbevel gear 122 on theshaft 48. Theshaft 48 is driven by'a spur 123 meshing with agear 124 on theshaft 47. This shaft, in turn, is driven byspur gear 125 meshing with aspur gear 126 onshaft 46, which hasbevel gear 127 in mesh with thebevel gear 128 on thedrive shaft 129. The sprocket 130 on theshaft 129 connected to asprocket 131 by achain 132, drives thecam shaft 113. A sprocket 133 on this cam shaft operates the tinfoil feed by means of achain 82.

For convenience'in describing the operation of the machine, the various stations at which the givensupport 63 stops in the intermittent rotation of the turret, are designated by the roman numerals I to XII, as shown in Fig. 3, these stations corresponding in position to the same numerals on the dial of a clock.

Means are provided for circumferentially wrapping the tinfoil about thesupport 63 as this support moves from the tinfoil feeding station XII to station I. These means include two stationary rods 134 (Figs. 10, 11 and 12) located on opposite sides of the path of the support and between which the support passes in its movement to thestation 1, thereby bending up the overhanging flaps of the tinfoil sheet clamped on the support. Theserods 134 are held by aplate 140, which is attached to thesidewall 141 of a package delivery guideway at station XII to be hereinafter described.

During this movement of the support from station XII to station I theplunger 65, which at station XII is within thehollow support 63, is forced to move outwards and at station I comes into alignment with the front end of said support covering the entrance of the same and providing a flat supporting surface across said end during the subsequent wrapping operation. Without this supporting surface, the folding of the ends would be somewhat difficult, since there would be nothing to support the end against the means which fold and seal that end.

The turret plungers are slidabiy mounted on therear part 64 of the turret and have on thefront part 50 fixed andadjustable guides 135 and 136 respectively, one of these plungers being provided for each of thesupports 63. These plungers are actuated by acam roller 137 mounted on the top of each plunger, the. cam rollers being guided in atrack 138 in astationary cam 139 attached to the inside of thecylindrical housing 52 which surrounds'the rear portion of the turret (Fig. 7). From station I to station VI the front entrance (as viewed in Fig. 1) of eachhollow support 63 is closed by the flat end of aplunger 65, as above mentioned.

The overhanging flaps of the tinfoil, after being' bent up by therods 134,- are brushed over the narrow sides of the arbor pocket and held in position thereon by the stationary brushes -142'held b'yangle pieces 143 fastened to plate .bell cranklever 150 swinging on a stud 151 .and rocked by acam lever 152 connected to it by arod 153. Thecam lever 152 swings on theshaft 110 and has aroller 154 in engagement with thecam 155.

. The bent up tinfoil flaps are folded over by tworesilient folding plates 156 and 157 (Figs.

' 11 and 12). These plates, which enter the space between thestationary rods 134 and the side wall '74 of the support, are held byrods 158 pivoted to oscillating bell cranks 159 and 160. The former is fixedly mounted on ashaft 161 which is located in thehousing 52. Anarm 162 clamped to theshaft 161 is connected by arod 163 with one arm of a forked ortwoarmed lever 164 fixed onshaft 165. Theother arm 166 of the forked lever is provided with apin 167 engaging in a slot in arock lever 168 which is oscillated by acam bowl 169 in engagement with a earn 170.. Thus, oscillation of thelever 168 oscillates thelever 164, theshaft 165, and throughrod 163 oscillates thebell crank 159. Aspring 176 held in abracket 172 pushes against the under side of the bell cranklever 160 thereby establishing contact between anarm 173 of the bell crank lever and thepin pin 147 of lever 148 on theshaft 70.

"iaid. over the former. A projecting lug 177011 the bell cranklever 160, by hitting against astop screw 178, ,limits the upward motion of thefolding plate 156.

After the tinfoil flaps are folded over, and while still held against thesidewall 74 by thefolding plates 156 and 157, theseam clamp 71, which was held open by thelug 144 of lever 145, is again closed by operation of lever 145 to release thelug 144 from engagement with When the clamp moves towards the arbor,springplate 179 reaches the tinfoil first and smooths it out whilestrip 180 holds the seam, thefolding plates 156 and 157 now moving back to their normal positions (Figs. 11 and 12).

The tinfoil, thus wrapped about the support and clamped, is next brought to station II. Just before reaching this station, the projecting under side of the tinfoil hits against a block 181- (Figs. 1, 2, 13, 14 and 16), thereby tucking the lower end flap (Fig. 33). After this operation,

-theblock 181 moves out of the way so that the upper end flap will not be affected. Theblock 181 is fastened to aslide 182 in abracket 183 which-is attached to thebracket 114, the slide being guided by acover plate 184. Ashaft 185 in the bracketsl83 carries thelever 186, which is loosely engaged with apin 187 on the under side of theslide bar 182. On the other end of theshaft 185 is clamped a lever 188 (Fig. 2), which is connected with a bell cranklever 189 by arod 190. Thebell crank lever 189 swings on a stud 191 located in a bearing 192 attached to thehousing 52. Anarm 193 of this lever is operated by arod 194 which is connected with a bellcrank cam lever 195 swinging on-ashaft 196 held in thepedestal 42. An arm 197 oflever 195 is provided with acam roller 198 en-' gaged by acam 199 on theshaft 47, thereby imparting a'reciprocating motion to theslide bar 182 from thecam 199 through the motion transmitting linkage formed by the above describedparts 197, 195, 194, 193, 189, 190, 188 (centerof Fig. 3), 185, 186, 187, 182 (Figs. 13, 14, 15 and'16). Thecam 199 is so timed that the end oflever 186 which engages thepin 187 and thereby reciprocates theslide 182 inbracket 183, moves the slide and with it theblock 181 toward the end of the package support 63 a little 1 before the package support arrives at this station, and withdraws the slide before said package support moves away therefrom.

If tinfoil side tucking separate from that of the pouch forming sheet (Fig. 34) is desired at this station, the parts which will now be described are added (Figs. 14, 15 and 16). Bracket .183 is provided with the side tuckers 200 which are carried by levers 201202 and 203204. Thelever 201 swings on astud 205, thelevers 202 and 203 are mounted onshafts 206 and 207, and thelever 204 is mounted ona'shaft 208. Theshaft 208 which is supported in abracket 209 attachedv to thebracket 114, carries abevel gear 210 meshing with a bevelgear 211on shaft 212. Alever 213 mounted on this shaft is connected by arod 214 with acam lever 215 swinging on the shaft 196 (Fig. 2). Anarm 216 of thelever 215 has mounted on its end aroller 217 engaging with thecam 199, thereby producing reciprocating motion of thetuckers 200 as.

apin 218 of a lever'219 onshaft 207 engages with a slot inlever 220 on theshaft 206.

After the tinfoil tucking operation, the folded and partly tucked tinfoil is advanced to station III, at which means are provided for feeding a pouch sheet L underneath the support 63: in

position to be cicumferentially wrapped around same with its ends overlapping on the top side of the support. The pouch sheet is taken off a suitable sheet supply as a magazine and transport chain (not shown) by reciprocating pouchsheet transfer lever 222, which reciprocates from a position in front of the package sheet supply where it receives the pouch sheet to a position in which the pouch sheet is just below the support, in the position shown in Fig. 17. While on the transport chain, on its way from the pouch sheet magazine, the pouch sheet has had applied to it a stroke of paste on its upper edge for the side seam sealing of the pouch, and a daub of paste near the middle of its side edge for the end sealing of the pouch. The detailed construction of the transport chain, the pouch sheet magazine and the pasting mechanism does not form a part of the present invention, reference being made to my copending' application No. 276,784, filed May 10, 1928, for a detailed disclosure of suitable means for this purpose.

The transfer device, which transfer the pouch forming sheet from the chain to the support, consists of aframe 220 which has twostrips 221 for supporting the pouch sheet L. Thisframe is carried by twoparallel levers 222 and 223 (Fig. 2), swinging onstuds 224 carried in abracket 225 attached to the under side of the table 40. Thearm 226 of thelever 223 is connected by arod 227 with acam lever 228, which s'wings on ashaft 229 supported in thepedestal 42 and the bracket 45, and has on its end aroller 230 in engagement with acam 231. While the pouch sheet is being transported by the.

transfer device to the under side '73 ofsupport 63,clamp 69 is held open to clear the way for the sheet transfer by the action of a projectinglug 232 on lever 106 (Figs. 4 and 6), which engages with thepin 104 of thelever 103. The opening ofclamp 69 at station III is simultaneous with the opening ofclamp 69 at station XII,

thelevers 99 and 106 being connected together by therod 105.

Upon reclosing of the clamps, the turret takes another step and the support comes to station IV, at which the pouch sheet folding takes place.

In coming to this station, the overhanging fiaps of the pouch sheet hit against twostationary rods 233 between which the support passes, and are thereby bent up about the support. These rods (Figs. 19 to 22) are located in abracket 234 attached to thestand 54.Brushes 235 held byangle pieces 236 attached tobracket 234 hold the pouch sheet against the narrow sides of the support. A lever 237 swinging on astud 238 has afolding plate 239 fastened to therod 240 on the lever. Astud 238 is held by abracket 241 attached to the table 40. Anarm 242 of the lever 237 is pulled by aspring 243 fastened on apost 244 into engagement with apin 245 on abell cranklever 246, which is mounted on theshaft 165. Thearm 247 oflever 246 carries aninsulated folding plate 248 connected to the bell circuit hereinbefore described. In case of a missing pouch sheet, theplate 248 comes in contact with the tinfoil, thereby closing the bell circuit and giving an alarm.

The operation of the pouchsheet folding plates 239 and 248, which takes place simultaneously with the tinfoil folding at station I, is effected by theoscillating shaft 165 actuated by thefork lever 164 engaging with thecam lever 168. .As thelever 247 carryingplate 248 moves towards the bent up pouch sheet flap, thepin 245 of "thearm 246 releases thelever arm 242,

which is pulled downward by the-spring 243, thereby allowing thefolding plate 239 to also move towards the bent up pouch sheet fiap, the folding byplate 239 taking place in advance of that byplate 248, because the former is positioned nearer to the support than the latter.

As soon as the pouch sheet folds are partly made and the seam is pressed againstwall 74 by the resilient finger 249 ofplate 239, clamp '71 is opened to clear the way for folding the edges of the pouch sheet into overlapping position. The release ofclamp 71 at station IV is effected simultaneously with the opening ofclamp 71 at station I, thelever 150 having anarm 250 with a projecting lug 251 which bears against thepin 147 of the lever 148. As soon as the two edges of the pouch sheet are folded upon one another, theclamp 71 is again closed, causing theresilient spring plate 179 to smoothen and press the pasted top flap down upon the bottom flap. Thestrip 180 then comes to rest upon the pouch seam, while theplates 239 and 100 248 move back to their normal position.

The next step of the turret brings the support to station V (Figs. 23 to 26), at which the tucking and final folding of the pouch is performed. The tucking of the two narrow sides is done by side tuckers 252 which will either side tuck the pouch sheet separately (Fig. 35), similarly as the tinfoil is tucked at station II (Fig. 34), or side tuck the pouch sheetand tinfoil together (Fig. 33), depending on whether the tinfoil has been already tucked or not. The side tuckers 252 are carried by parallel levers 253- 254 and 255-256. Thelever 253 is loosely mounted on astud 257, thelever 254 is fixedly mounted on ashaft 258 which carries the downwardly projectingarm 259 having on it apin 260. Thelever 255 is fixedly mounted on ashaft 261 which carries a slottedarm 262 engaging with thepin 260. Thelever 256 is fixedly mounted on theshaft 212, having the fixedarm 213 to which reciprocating motion is imparted by therod 214 actuated bycam 199. Theshaft 212, through itsbevel gear 211, also operates the side tucking of the tinfoil at station II. As soon as the side tucking is accomplished, an angle shaped end of lever 263 (Figs. 25, 26 and 27), folds one of the remaining end flaps 264, leaving the other end flap 265, which has a daub of paste on its under side, to be folded over by hitting a stationary roller 266,130 while the support is moved from station V to VI, thereby finishing the folding of the pouch.Lever 263, which is pivoted on astud 267 in abracket 268 attached to the table 40, is actuated by a rod 269 (Figs. 1 and 2) connected to alever 270 swinging on astud 271 in abracket 272 attached to the front of the table 40. Thelever 270 is operated by a rod 273 attached to thecam lever 274 swinging on theshaft 229 and havingroller 275 engaging withcam 231. An adjustable screw 276 in thebracket 268, bearing against alug 277, limits the motion of thelever 263. A projectinglug 278 ofbracket 268 has apin 279 which carries theguide plate 280 engaging the partly sealed flaps, to prevent them from opening up. Theroller 266 is held between twopointed screws 281 on theflap guide 280. Adjacent to guide 280 is themovable flap guide 282 which serves to prevent opening up of the partly sealed flaps, at-

tached to theblock 283 onplunger 284, which slides in guide 265 attached to table 40. v

Thisblock 233 is lined with rubber, or other resilient material, and serves as an impacting element and at station VI gives the rotated and of the pouch an impact to lay the folds hat and.

insure, complete sealing, theplunger 284 which bears against plunger 65 (Fig. 28) furnishing a supporting surface inside the pouch (Fig. 36). A stationary roller 286 (Fig. 7), attached to table 40, is located behind thearbor plunger 65 at station VI to absorb the impact and guard the plunger roller and cam track against possible damage. To absorb the recoil of the blow, the impactingplunger 284 is connected with ashock absorbing plunger 287 by a toggle Joint 288 (Fig. 28). Theplunger 287 is slidably mounted inhousing 289 attached to table 40 and containing thespring 290.Rod 291 operates the toggle joint 288 by means of a bell crank 292 on a stud 293 in abracket 294 attached to the under side of the table 40. Arod 295 connecm the bell crank 292 with acam lever 296 onshaft 229, aroller 297 on the last named lever engaging acam 298 on theshaft 47.

To dry the paste with which the pouch is sealed, the turret, in its further advance, carries the sealed end of the pouch along a heated plate 299 (Figs. 28 to 31), the lower end of which is fastened to abracket 300 held by apin 301 on thereciprocating plunger 284. The upper end of theplate 299 is attached to abracket 303 hinged on aframe 304 affixed to the supportingstand 54. During the forward stroke ofplunger 284, when the turret is at rest, theheating plate 299 is pressed against the sealed pouch end, but on the return stroke of the plunger, when the turret is moving, the heating plate is held away from the pouch.

In order to suitably compact and present a group of cigarettes, or other articles, for insertion within thehollow support 63, a compactingdevice having pocket 62 holding the compressed group of cigarettes is provided. Itwill be observed that the front and rear parts of the turret are spaced sumciently to admit the compactor pocket between their peripheral portions. The hollow supports on the peripheral portions of the front part of the turret and the plungers on the peripheral portion ofthe rear part of the turret are, when the plungers are in retracted position, spaced apart sufficiently to receive the group of cigarettes in the compressor pocket into aligned position between them.

The plunger is gradually withdrawn to its extreme retracted position ready to push the group of cigarettes intosupport 63 by thecam roller 137 as the support proceeds from station VI to station 1X.

Since compacting devices having impacting pockets and suitable for use with the present machine are well known, as shown in the above mentioned Patent 1,608,163, only so much of the compacting device is shown as is necessary to make clear the relation between thecoinpactor pocket 62 and the other parts of the machine.

Theplunger 65 is now behind the compactor, itsroller 137 havingieft thecam track 158 of thestationary cam 139 and entered the track 306 (center right of Fig. 7), cut intotransfer plunger 307. The latter plunger is held in theguide 308 attached tohousing 52 which has theslot 309 for the passage of the plunger.Plunger 307 is operated bylever 310 fulcrumed onstud 311 located inbracket 312 fastened to table 40.

Lever-310 is actuated bycrank lever 313 com nected with it by rod 814 mounted onshaft 315 heldin thebearings 316 attached to the rear of table 40. Theshaft 315, which carries the fixed spur:gear 317, receives rocking motion fromcam lever 318 which terminates in a gear segment 819 meshing withgear 317.Cam lever 318 has theroller 320 in engagement withcam 321 onshaft 47 and swings on'stud 322 inbracket 323 attached to table 40.

A group of cigarettes C are pushed out of thecompactor pocket 82 partway into the support by the forward movement of theplunger 65 at station IX, the face of the plunger stopping at the support entrance, as shown in dotted lines atstation 1!! of Fig. 7, and then the plunger returns to its real-most or retracted position.

The next three steps of the turret bring the cigarette filled support, with its surrounding container, past the stations X and XI to station XII. The cam .roller 137, which has returned to thetrack 138 on leaving station IX, gradually forces theplunger 65 into the support, pushing the cigarettes to the end of the support, into contact with the end of the container. The group of cigarettes are now ready, upon the further forward motion ofplunger 65 as will be hereinafter described, to push against the closed end of the container L to eject the letter from the support.

After leaving themovable heater plate 299, the sealed container ends are held closed by astationary guide plate 324, (Figs. 30 and 31), held by abar 325 attached tothe frame 304.

Just before arriving at station XII, in order to prevent clogging of the plunger guideways on retraction of theplunger 65, it is cleaned of possible tobacco scraps by brushes 326 (Figs. 1, 3 and 4), which are fastened to abar 327 held by one arm of a bell cranklever 328 and by a connectingbar 329 attached to an arm of abracket 330.L'ever 328 is mounted on the rockingshaft 331 held bybrackets 330 and 332, the former attached to thehousing 52 and the latter to table 40. The rocking motion ofshaft 331 is produced bycam 333 onshaft 47 throughroller 334 oncam lever 335 fulcruined onstud 336 inpedestal 41 and connected byrod 337 with thecrank lever 338 onshaft 331.

At station XII, for the purpose of giving the plunger its extreme forward movement and thus eject the group of cigarettes and the container from the support and complete the insertion of the former within the latter, theplunger roller 137 leaves thetrack 138 and enters a track provided in the reciprocating plunger 339 (Figs. 6 and 7). This also effects the transfer of the package thus formed into the entrance of the delivery guideway in the path of ejection of the package. The motion of thetransfer plunger 339 is produced by a forkedlever 340 swinging on astud 341 in thestand 55. Thelever 340 is connected with aplunger 339 by apin 342 and is actuated by means of arod 343 attached to a cranklever 344 fastened to theoscillating shaft 315. Theplunger 339 is slidably held in aguide 345 mounted on thehousing 52, which has a guide slot 346 (Fig. 3), in which the plunger slides.

Before thetransfer plunger 339 starts its forward motion, theclamps 69 and 71 are opened to free the package. Theclamp 69 is opened by the lug 102 pressing against thepin 104 on thelever 103, as previously described; the opening ofclamp 71 is performed by the pin 145 on the lever -144 which engages with an inclined face 347 (Fig. 4), of thebracket 101.

To hold the package and insure smooth ejection from the support byplunger 339, the package is held between thesupport plunger 65 and a yieldably mounted plate 348 (Figs. 2, 6 and 31) attached to arod 349, the end of which projects into a bore in arod 350, in which it bears against alight spring 351. Apin 352 inserted inrod 349 and moving in a slot in the hollow end ofrod 350 guides theplate 348 and limits its motion.Rod 350 is carried by twoparallel levers 353 and 354 on studs355 and 356 held by abracket 357 attached to thestand 54. The movement ofrod 350 is effected by anarm 358 of thelever 354, this arm being connected to a bell crank 359 by arod 360. Thebell crank 359 is pivoted on astud 361 in a bracket 362 attached to the table 40. Arod 363 connects the bell crank 359 with acam lever 364 swinging onshaft 229 and having acam roller 365 in engagement with thecam 298.

The package, on its way from the arbor to the delivery chamber (Fig. 31), is guided by astationary guide plate 366 attached to stand 54 and, upon arriving at the entrance of the delivery chamber, rests upon abottom plate 367, of the delivery guideway and is held in position there for the final tinfoil tucking and folding between thereciprocating ejecting plunger 368, which also acts as guide, and the two movable retaining bars 369 and 370.Bar 369 is suitably bevelled to prevent catching on the corner of the package being'ejected.

The final tinfoil tucking of the inner wrapper parts overhanging the end of the group of cigarettes is accomplished (Figs. 30 and 31) by folding devices located on opposite sides of the path of ejection of the package. These include upper andlower tuckers 371 and 372 carried by thelinks 373. Thelink 373 of theupper tucker 371 is held by twoparallel levers 374 and 375, the former loosely mounted onstud 376, the latter fixedly mounted onshaft 377. Thelink 373 of the lower tucker 372 is supported by parallel levers 378 and 379, which are respectively fixedly mounted on ashaft 380, and loosely mounted on stud 381.Studs 376 and 381, andshafts 377 and 380 are located in theframe 304. Anarm 382 of the lever 378 actuates the lower tucker, being connected by arod 383 with a cam lever 384 swinging on a stud in the bracket 45 and having aroller 386 in engagement with acam 387 on theshaft 47. The upper tucker is actuated by means of a lever 388, on theshaft 380, having apin 389 in engagement with a slotted lever 390 on theshaft 377.

The folding of the end flap 391 (Fig. 37) is effected by a reciprocating folding plate 392 (Figs. 30, 31 and 32), which passes through a slot in theguide plate 366. Thefolding plate 392 is attached to anarm 393 carried bylevers 394 and operated by an arm of bell crank 395 held by astud 396, the'bell crank 395 being actuated by a rod 397 (Figs. 1 and 2), fastened to acam lever 398 swinging on astud 399 in the bracket 45 and having aroller 400 in engagement with thecam 387.

The finished package, while being ejected into the delivery guideway of the machine by theplunger 368, is held in position by the supportingbars 369 and 370 and by atop guide bar 401 attached to abracket 402 on thestand 54. Theplunger 368 is carried by levers .403 and 404 pivoted onstuds 396 and is operated by arod 405 from acam lever 406, having roller 407 in engagement with thecam 387. To allow-the package to pass between thestationary side guide 141 attached to stands 54 and 114 and amovable side wall 408 of the delivery guideway, the retainingbars 369 and 370 are cleared out of the way at the proper time. Thebar 369 is mounted on abar 409 carried byparallel levers 410 and, 411, loosely mounted onstuds 412 and 413 held in thestand 54 and operated by a slottedlever 415 on ashaft 416, which is in engagement with the lever 411 by means of a pin carried by the latter. Ashaft 416 has a two armed cranklever 417 and receives rocking motion by means ofrod 418 connecting one arm of same with a bell cranklever 419 pivoted on astud 420 and having a cam roller 421 in engagement with a cam 422 on theshaft 113. The other arm of thelever 417 is connected with ahinge 423 by means of alink 424. Thehinge 423, together with a second hinge 425, carries themovable side wall 408, to which is attached the retaining bar 370 (Figs. 1 and 2). Thehinge 423 swings on a stud 426 while the hinge 425 is fulcrumed on theshaft 416.

Thebars 369 and 370 having cleared the en- I trance to the delivery chamber, theplunger 368 pushes the package P into said chamber, the remainingend flap 427 thereby hitting against the front. edge of theside wall 141 of the guideway, which thus completes the closing of the tinfoil at the end of the package P (Fig. 38);

The machine is started and stopped by a clutch 428 which engages with apulley 429 driven by abelt 430. The clutch 428 is actuated by acrank lever 431, swinging on astud 432 in abracket 433 attached to thepedestal 42, by means of arod 434 guided inbracket 435 on table 40.Rod 434 has clamped to it ablock 436 which is connected by alink 437 to a bell cranklever 438 swinging on a stud 439. Alink 440 connects thelever 438 with aclutch shift lever 441 swinging on astud 442.Handwheels 443 are provided to set the machine in motion when the clutch is disengaged, these handwheels being mounted on a shaft 444 located inbearings 445 attached to thepedestals 41 and 42. Asprocket 446 on shaft 444 has adrive chain 447 connecting it with asprocket 448 on thedrive shaft 46.

The construction and operation of the several parts of the machine have thus been described with respect to their co-operation with one of thesupports 63. Since the several parts co-operatc in exactly the same way with each of the twelvesupports 63, it is deemed unnecessary to refer to the operation of the machine with respect to the other supports. Each ofthese supports has its individual plunger and set of clamps travelling therewith, and each of the supports in turn co-operates in exactly the same manner with the devices at the several folding, tucking and other stations at which the packaging operations are performed. It will be obvious then that a device at one of the stations described as operating once with respect to one of the supports, is interconnected with the drive of the turret so that the same operation is performed once every time a support arrives at that station, which in the-particular machine illustrated occurs'twelve times during one revolution of the turret.

What is claimed is:

' 1. The combination with a hollow support for receiving a group oi articles to be packaged, of means for wrapping a plurality of layers of sheet material about said support to form a container, means for feeding sheet material to said wrapping means to form an inner wrapper, means spaced from said sheet feeding means for subsequently feeding sheet material to said wrapping means to form an outer wrapp and means for subsequently inserting said group within said support andcontainer including a compactor pocket arranged to hold the group of articles compacted and in alignment with said support.

2. The combination with a hollow support for receiving a group of articles to be packaged, of means for wrapping sheet material about said support to form a container, and means for subsequently inserting said group within said support and container, said wrapping means including mechanism for wrapping an inner wrapper about said support and means for therefore forming a pouch around said inner wrapper.

3. The combination with a hollow support for receiving a group of articles to be packaged, of means for wrapping a plurality of layers of sheet material about said support to form a container, means for feeding sheet material to said wrapping means to form an inner wrapper, means spaced from said sheet feeding means for subsequently feeding sheet material to said wrapping means to form an outer wrapper, and means for subsequently inserting said group within said support and container including a compactor pocket arranged to hold the group of articles compacted and in alignment with said support, said support including an open ended sheet metal box.

4. The combination with a hollow support for receiving a group of articles to be packaged,

of means for wrapping sheet material about said support to form a container, means for subsequently inserting said group within said support and container, and an intermittenth rotated turret carrying said support, said wrapping means including stationary foldcrs coacting with said support.

5. The combination with a hollow support for receiving a group of articles to be packaged, of

means for wrapping a plurality of layers of sheet material about said support to form a. container, means for feeding sheet material to said wrapping means to form an inner wrapper, means spaced from said sheet feeding means for subsequently feeding sheet material to said wrapping means to form an outer wrapper, and means, for subsequently inserting said group within said support and container, said inserting means including a compactor pocket arranged to hold a compacted group of articles in alignment with said support, and a plunger acting to force the group into the support.

6. The combination with a hollow support for receiving a group of articles to be packaged, of means for wrapping sheet material about said support to form a container, means for feeding sheet material to said wrapping means to form an inner wrapper, means spaced from said sheet feeding means for subsequently feeding sheet material to said wrapping means to form an outer wrapper, means for subsequently inserting said. group within said support and container including a compactor pocket arranged to hold the group of articles compacted and in alignment with said support, and ejector means op- .its position within the former.

erative to eject said container and groupzfrom the support without displacing the latter from 7. The combination with a hollow support for receiving a group of articles to be packaged, of

means for wrapping sheet material about said support to form a container, and means for subsequently inserting said group within said support and container, said wrapping means including a clamp operative to clamp the mid portion of a wrapper sheet against one side of said, support, mechanism for wrapping. the wrapper sheet around said support with its ends overlapping on the opposite side of the support and another clamp operative to clamp said ends against the support.

8. The combination with a hollow support for receiving a group of articles to be packaged, of meansfor wrapping sheet material about said support to form a container, means forfeeding sheet material to said wrapping means to form an inner wrapper, means spaced from said sheet feeding means for subsequently feeding sheet material to said wrapping means to form an outer wrapper, and means for subsequently inserting said group within said support and container including a compactor pocket arranged to hold the group of articles compacted and in alignment with said support, said wrapping means including means for closing and sealing one end of the container, and ejector means acting on said group to force the same against said end to eject the group and the container.

9. The combination with a hollow support for receiving a group of articles to be packaged, of means for wrapping a plurality of layers of sheet material about said support to form a container,

means for feeding sheet material to said wrapping means to form an inner wrapper, means spaced from said sheet feeding means for subsequently feeding sheet material to said wrapping means to form an outer wrapper, and means for subsequently inserting said group within said support and container, said hollow support having an open end and said inserting means including a plunger operative during wrapping to provide a supporting surface at said end.

10. The combination with a hollow support for receiving a group of articles to be packaged, of means for wrapping a plurality of layers of sheet material about said support to form a container, means for feeding sheet material to said wrapping means to form an inner wrapper, means spaced from said sheet feeding means for subsequently feeding sheet material to said wrapping means to form an outer wrapper, and means for subsequently inserting said group within said support and container including a compactor pocket'arranged to hold the group of articles compacted and in alignment with said support, said inserting means including a plunger operative after insertion of the group to eject the group and the container.

11. The combination with a hollow support for receiving articles to be packaged, of means for circumferentially wrapping an inner wrapper sheet and an outer pouch forming sheet around and overhanging one end of the support, and means for thereafter simultaneously folding the overhanging parts of both sheets over the end of the support.

' 12. Means for wrapping a sheet of material about an intermittently moving object comprising a clamp operative to clamp the mid portion ject moves, and a second clamp for clamping said ends.

13. A device forinserting a group of articles within a container having one open and one closed end, including a hollow open ended support within said container, means for inserting said group within the support and forcing the group and container off the support, said means including an ejector, mechanism for gradually moving the ejector to insert the group within the support, and mechanism for moving the ejector more rapidly to force the group and container off the support without displacing the former from within the latter.

14. A device for inserting a group of articles within a container having one open and one closed end, including a hollow open ended support within said container, means for inserting said group within the support and forcing the group and container off the support, without displacing the former from within the latter, said means including an ejector, mechanism for gradually moving the ejector to insert the group within the support, and mechanism for moving the ejector more rapidly to force the group and container off the support, said ejector operating to push the group against the closed end of the container.

15. Means for inserting groups of articles within open containers comprising an intermittently rotating turret, a series of reciprocating plungers thereon, a similar series of supports on said turret, each arranged to support a container with its open end in the range of action 'compacted condition between said open ends and the plungers for insertion thereby.

16. In a packaging machine, means for impacting a folded and sealed portion of a package Wrapper comprising an impacting element, means actuating said impacting element and shock absorbing means connected to said actuating means for controlling the impact.

' 17. In a packaging machine, the combination with a rotating turret, of package forming and ejecting means on said turret having a plurality of plungers, means for operating said plungers including a sationary cam track along the periphery of the turret, and a housing encircling the turret in which said cam track is formed. 18. The combination with a hollow support for receiving a group of articles and a wrapper surrounding the group and support, one end of said wrapper being open with the flaps overhanging the rear end of the group, of mechanism for ejecting the group and wrapper, a guideway transverse to the path of ejection with one end adjacent the position of an ejected package, means for folding the rear flaps of the ejected package and means for pushing the folded package out of folding position sidewise into said guideway to fold down the front flap of the ejected package.

, 19. In a packaging machine, the combination with a rotatably mounted disk, of a plurality of open ended hollow supports secured to said disk with their interiors extending substantially of said plungers.

parallel to the axis thereof, a drum secured to the first mentioned disk in spaced relation thereto, article carrying mechanism movable between said disk and drum,-and means mounted on said drum for pushing groups of articles from said carrying mechanism into said supports.

20. In a packaging machine, the combination with a rotatably mounted disk, of a plurality of open ended hollow supports secured to said disk with their interiors extending substantially parallel to the axis thereof, a drum secured to the first mentioned disk in spaced relation thereto, article carrying mechanism movable between said disk and drum, means mounted on said drum for pushing groups of articles from said carrying mechanism into said supports, and means for subsequently operating said pushing means to push the articles out of the support.

21. In a packaging machine, the combination with a rotatably mounted disk, of a plurality of open ended hollow supports secured to said disk with their interiors extending substantially parallel to the axis thereof, a drum secured to the first mentioned disk in spaced relation thereto, article carrying mechanism movable between said disk and drum, means mounted on said drum for pushing groups of articles from said carrying mechanism into said supports, and means for forming containers about said supports and groups.

22. In a packaging machine, the combination with a rotating turret, of package forming and ejecting means arranged along the circumference of said turret provided with plungers, and a stationary camway extending circumferentially with respect to said turret for operating said plungers, said camway including a reciprocable section, and means for reciprocating said section to periodically increase the range ofaction 23. The combination with a progressively moving support for articles to be wrapped, of means for wrapping'a sheet of material circumferentially about said support with the end of one flap overlapping that of the other, means for clamping said flap ends against the support, and means for smoothing the top flap over the under flap prior to clamping.

24. The combination with a progressively moving support for articles to be wrapped, of means for wrapping a sheet of material circumferentially about said support with the end of one flap overlapping that of the other, means for clamping said flap ends against the support, a spring finger projecting from said clamp arranged to engage'the top flap and smooth the same over the lower flap prior to clamping.

25. In a packaging machine, the combination with mechanism for feeding a web of tinfoil, of a support, a device for clamping the leading end of the tin foil against said support, mechanism for severing the web while it is clamped to said support, and means for audibly apprising the operator when the tin foil web is torn or becomes slack.

26. In a packaging machine, the combination with mechanism for feeding a web of tinfoil, of a support, a device for clamping the leading end of the tin foil against said support, and means for audibly apprising the operator when the tin foil web is torn or becomes slack, said means including a bell circuit connected to said web feeding mechanism.

27. In a packaging machine, the combination with a hollow support, of mechanism for wrapping a sheet of tin foil about said support, mechanism for wrapping a pouch sheet about said tin foil sheet, and means for audibly apprising the operator when the pouch sheet is missing on said support.

28. In a packaging machine, the combination with a hollow support, of mechanism for wrapping a sheet of tin foil about said support, mechanism for wrapping a pouch sheet about said tin foil sheet, and means for audibly apprising the operator when the pouch sheet is missing, said pouch wrapping mechanism including an insulated folding plate, and said means including a bell circuit connected to said folding plate.

29. The combination with a hollow support having open ends, of a clamp adapted to hold wrapping material against said support, means for opening said clamp, means for feeding a strip of wrapping material between said support and clamp, means for closing said clamp to hold the strip against said support, means for severing said strip while it is clamped to said support, means for circumferentially folding the severed strip about said support with one end overhanging the front end of said support and then folding said overhanging end over the front end of said support, and means for inserting a group of cigarettes into said support through the other end thereof.

30. The combination with a hollow support having open ends, of a clamp adapted to hold wrapping material against said support, means for opening said clamp, means for feeding a strip of wrapping material between said support and clamp, means for closing'said clamp to hold the strip against said support, means for severing said strip while it is clamped to saidsupport, means for circumferentially folding the severed strip about said support with one end overhanging the front end of said support and then folding said overhanging end over the front end of said support, and means for inserting a group of cigarettes into said support through the other end thereof, said means for circumferentially folding the severed strip about said support including folding plates and means for actuating said plates to overlap the edges of the severed strip on said support, and said clamp carrying means for smoothing out the wrapper.

31. The combination with a hollow support having open ends, of a clamp adapted to hold wrapping material against said support, means for opening said clamp, means for feeding a strip of wrapping material between said support and clamp, means for closing said clamp to hold the strip against said support, means for severing said strip while it is clamped to said support, means for circumferentially folding the severed strip about said support with one end overhanging the front end of said support and then folding said overhanging end over the front end of said support, and means for inserting a group of cigarettes into said support through the other end thereof, said means for circumferentially folding the severed strip about said support including a pair of resilient folding plates and means for actuating said folding plates to overlap the edges of the severed strip on said support.

32. The combination with a hollow support having open ends, of a clamp adapted to hold wrapping material against said support, means for opening said clamp, means for feeding a strip of wrapping material between said support and clamp, means for closing said clamp to hold the strip against said support, means for severing said strip while it is clamped to said, support, means for circumferentially folding the severed strip about said support with one end overhanging the front end of said support and then folding said overhanging end over the front end of said support, and means for inserting a group of cigarettes into said support through the other end thereof, said end folding means including a block adapted to tuck the lower end flap of said overhanging end.

33. The combination having open ends, of a clamp adapted to hold wrapping material against said support, means for opening said clamp, means for feeding a strip of wrapping material between said support and clamp, means for closing said clamp to hold the strip against said support, means for severing said strip while it is clamped to said support, means for circumferentially folding the severed strip about said support with one end overhanging the front end of said support and then folding said overhanging end over the front end of said support, and means for inserting a group of cigarettes into said support through the other end thereof, said end folding means including side tuckers adapted to tuck the sides of said overhanging end and levers connected to said tuckers and to each other.

34. The combination with a rotating turret, of a support on said turret, means for feeding a sheet of wrapping material to said support and clamping it thereto with its edges overhanging said support, and spaced stationary rods adiacent the path of said support to fold the edges of the wrapping material about the support.

35. The combination with a support, of means for folding an inner wrapper circumferentially about said support with its ends overhanging the ends of said support and then folding one of said overhanging ends over the adjacent end of said support leaving the upper end flap of said overhanging end outstanding from said support, and means for circumferentially folding an outer wrapper about said support with one end overhanging said folded end and then folding said overhanging end of the outer wrapper over the folded end of the inner wrapper together with said outstanding flap of the inner wrapper.

36. The combination with a support, of means for folding an inner wrapper circumferentially about said support with its ends overhanging the ends of said support and then folding one of said overhanging ends over the adjacent end of said support leaving the upper end flap of said overhanging end outstanding from said support, and means for circumferentially folding an outer wrapper about said support with one end overhanging said folded end and then folding said overhanging end of the outer wrapper over the folded end of the inner wrapper together with said outstanding flap of the inner wrapper, said outer wrapper folding means including side tuckers for tucking the sides of the overhanging end of said outer wrapper, a lever having an .angle shaped end for folding down one of the remaining end flaps of said outer wrapper, and a stationary roller 'for folding down the other end flap of said outer wrapper and the outstanding flap of said inner wrapper.

37. The combination with a support, of means for pasting one end and edge of a pouch sheet and feeding the pasted pouch sheet to said support, means for circumferentially folding the pouch sheet about said support to overlap its with a hollow support,

for pasting one end and edge of a pouch sheet and feeding the pasted pouch sheet to said support, means for circumferentially folding the pouch sheet about said support to overlap its edges and form a pasted seam, means for folding the pasted end of the pouch sheet over the end of said support to form, a sealed end, and means for impacting said sealed end to lay the folds fiat and insure complete sealing, said impacting means including an impacting plunger, a yieldingly mounted shock absorbing plunger, and a toggle connecting said plungers.

39. The combination with a support, of means for pasting one end and edge of a pouch sheet and feeding the pasted pouch sheet to said support, means for circumferentially folding the pouch sheet about said support to overlap its edges and form a pasted seam, means for folding the pasted end of the pouch sheet over the end of said support to form a sealed end, means for impacting said sealed end to lay the folds flat and insure complete sealing, and means for drying the sealed end of said pouch.

40. The combination with a hollow support adapted, to. ,receive a group of cigarettes, of means for wrapping a sheet of tinfoil about said support with its ends overhanging the ends of said support and folding one of the overhanging ends over the front end of said support, means for wrapping a pouch sheet circumferentially about said support with one edge even with the rear end of said supportand the other end overhanging the folded end of the tinfoil wrapper and folding the overhanging end of the pouch sheet over the folded end of the tinfoil wrapper, means for pushing a group of cigarettes through said support against the closed ends of said tinfoil wrapper and pouch sheet to eject them from said support to produce a package having a tinfoil wrapper and a pouch sheet folded over one end of the package with the other end of the tinfoil wrapper overhanging the other end of the package, andmechanism for folding the overhanging end of the tinfoil wrapper over the adjacent end of the package.

41. The combination with a hollow support adapted to receive a group of cigarettes, of

, means for wrapping a-sheet of tinfoil about said support with its ends overhanging the ends of said support and folding one of the overhanging ends over the front end of said support,

means for wrapping a pouch sheet circumferentially about said support with one edge even with the rear end of said support and the other end overhanging the folded end of the tinfoil wrapper and folding the overhanging end of the pouch sheet over the folded end of the tinfoil wrapper, means for pushing a group of cigarettes through said support against the closed ends of said tinfoil wrapper and pouch sheet to eject them from said support to produce a package having a tinfoil wrapper and a pouch she t folded over one end of the package with the other end of the tinfoil wrapper overhanging the other end of the package, and mechanism for folding the overhanging end of the tinfoil wrapper over the adjacent end of the package, said mechanism including means for supporting the package, means for tucking the sides of the overhanging end of the tinfoil wrapper, means for folding over one of the remaining end flaps of said overhanging end while engaged by said support means, a delivery guideway having a side wall adapted to fold over the remaining end flap of said overhanging end, and means for forwarding the package into said guideway to fold over the remaining end flap ofsaid overhanging end.

42. The combination with a rotary turret having a plurality of hollow supports fixed thereto and adapted to receive a group of cigarettes, of means for feeding tinfoil wrappers and pouch vsheets to said supports at different stations of said turret, clamps adapted to hold the tinfoil wrappers to each support and the pouch :sheets to the tinfoil wrapper on each support, means for folding the tinfoil wrappers about said supports and the pouch sheets about the tinfoil wrapper on each support, means for folding-one end of the tinfoil wrappers and pouch sheets over the front end of said supports, means for pushing a group of cigarettes through said supports against the folded end of the tinfoil Wrapper and pouch sheet to remove them from said supports and produce a package containing the cigarettes, and means for opening and closing said clamps to permit the tinfoil wrappers and pouch sheets to be wrapped around the supports and to be removed therefrom.

43. In a packaging machine, the combination with a support for a group of articles and a wrapper surrounding the group with an end of the wrapper open and overhanging an end of the group, of two sets of parallel levers, a side tucker carried by each set of parallel levers and adapted to'tuck the sides of the wrapper, and means for actuating both sets of parallel levers simultaneously to cause said tuckers to fold in both sides of the wrapper simultaneously.

WILHELM B. BRONANDER.

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