US1356466A - Toy centrifugal gun - Google Patents

Description

J. H. PARSONS.

TOY CENTRIFUGAL GUN.

APPLICATION FILED JUNE 26. 1919.

Patnted Oct. 19,1920.

3 SHEEiS-SHEET I.

J. H. PARSONS.

TOY CENTRIFUGAL GUN.

APPLICATION FILED mums. I9I9.

Patented Oct. 19,1920.

3 sums-SHEET 2.

J. H. PARSONS.

' TOY CENTRIFUGAL GUN.

APPLICATION FILED JUNEZG. 1919.

Mw 9 m 8 W 2 m P d MW 5 I n I UNITED STATES,

P T T oFFica j JOHN 11. PARSONS, or BIIDLEY PARK, PENNSYLVANIA, ASSIGNOR or. ONE-FOURTH 'ro DANIEL J.

NGBMOYLE, OF PEIILADELPEIIA, PENNSYLE ANIA, AND ONE-FOURTH T0 ARTHUR C. BUNNELL, RIDLEY PARK, PENNSYLVANIA.

TOY oENrmrUGAr. GUN.

AppIication filed June 26, 1919. Serial No. 306,975.

To all whom it may concern.

Be it known that I, JOHN H. PARSONS, a citizen of the United States, residing at Ridley Park, in the county of Delaware and State of Pennsylvania, have invented new and useful Improvements in Toy Centrifugal Guns, of whichthe following is a specification.

This invention relates to toy guns, and particularly to a toy gun of a type wherein small shot or other missiles may be discharged through the action of centrifugal force resulting'from the rapid motion of a rotary impeller. I

The main object of the invention is to provide a simple, reliable and efficient construction of gun mechanism which may be produced at a comparatively low cost.

Another object of the invention is to pro-j vide a casing and mount for the gun which is also adapted to be produced at a low cost,

and which affords a material saving in time and labor in assembling the parts thereof.

The invention consists ofthe features of construction, combination and arrangement of parts, hereinafter fully described and claimed, reference being hadto theaccompanying drawings, in which Figure 1 is a View in elevation looking toward one side of the gun.

Fig. 2 is a central vertical longitudinal section through the gun.

Fig. 3 is a view similar to Fig. 1, lOOkiIlg. toward the opposite side of the gun.

Fig. 4: is a vertical transverse section taken on a line through the hopper and the axis of the impeller;

Fig. 5 is a perspective view of the hopper,

feed controller and'one of the frame plates, showing the same disconnected but in related position.

Fig. 6 is a similar view of disconnected but relatively arranged parts of the gun car riage or mount.

amount of a novel construction whereby.

Specification. of Letters Patent.

Patented Oct. 19,

The device as shown comprises a carriage or mount 1, which forms an inclosure or outer casing for the centrifugal imp'elling mechanism, as well as a steady rest for'thebarrel 2. The carriage or mount which is preferably of frusto-pyramidal form includes a'base 8,side walls 4,end walls 5, and a top orcrown wall 6, the said parts being constructed and connected in a manner hereinafter fully described. Thetop wall 6 isprovided with a segmental slot or opening, and extending upwardly from the side walls of this opening are spacedsegmental guide plates 7, the upper edges of which are curved on arcs concentric with the hollow shaft or axis of the impeller hereinafter described.Bracingmembers 8 of any suitable form and construction are disposed upon the outer sides of theplates 7 and are suitably connected therewith and with thetop wall 6, whereby theplates 7 are I in fixed stayed and braced and maintained and spaced relationship. Arranged within the hollow carriage or mount 1 is a supporting bracket or bearing pedestal composed of a pair of spacedslits 11- formed in the base and clenched upon thelunderside thereof. Theplates 9 are prov videdadjacent to their upperfront corners with bearing openings -12 receivingatransverse shaft 13, which is provided upon one side of its longitudinal center with a feed bore or passage 14: opening through one end thereof, the said open end of thepassage 14; receiving thetapered outlet tube 15 formed. at the vertex of an invertedfrustopyramidal hopper 16, disposed between one of theside plates 4 and theadjacent bracket plate 9 immediately below the juxtaposed portion of thetop wall 6.

Thehopper 16 is supported in position by the parts mentioned between which'it is disposed and is further held in place 'by engagement of itsoutlet 15 with the shaft said. bracket plates withtongues 10 which'are extended downwardly through 13 and by the provision oftongues 17 upon one of its walls which are passed throughslits 18 formed upon the cooperatingbracket plate 8 and clenched against said plate. The hopper is arranged beneath an inlet opening 19 in thetop wall 6 and is designed to receive a supply of the projectiles which are to be discharged, which projectiles are introduced therein through the opening 19. In practice cylindrical projectiles of relatively small size, such as small shot, may be employed, and the hopper may be of suitable size to receive any desired number of these projectiles. The projectiles feed by gravity from the hopper through thetapered outlet 15 into the bore orpassage 14 of theshaft 13, theoutlet 15 being of a size to permit but a single projectile to feed to the bore of the shaft at a time. For the purpose of regulating the feed of the projectiles from the hopper to the outlet 15 acontroller 20 is provided, said controller consisting of a wire rod or stem slidably mounted in guide openings in the hopper and can riage and provided at its outer end with a notch orfinger piece 21 and at its inner end with a combined stop anddetent portion 22, preferably formed by bending the inner end of the stem at an angle thereto. The detent is arranged to lie across the throat of theoutlet 15 to cut off communication between the hopper and outlet and to be moved outwardly to a prescribed extent to open the outlet for the feed of a single projectile thereto at a time. It will, of course, be understood that in the operation of the gun the controller may be manipulated as slowly or rapidly as desired so that the projectiles may be supplied and fired at comparatively wide intervals or in rapid order or succession as desired.

The central portion of theshaft 13 is annularly expanded or enlarged to form shoulders between its center and any portions which contact with the inner walls of the drum or casing of the centrifugal firing device per 86, the shaft being thereby held against edgewise movement and the ends of the shaft reduced to form journals rotatably fitted in the bearing openings and in corresponding openings formed in the sides of the drum.

The centrifugal firing mechanism per 86 comprises a drum orcasing 23 which is substantially rectangular in form and of restricted width, said casing consisting of a pair of counterpart disk-like sections 24 having inwardly projecting portions withabutment flanges 25 lying in contact with one another, said inwardly projecting portions forming anannular track surface 26. The sections of thecasing 23 are held in proper position by engagement with the bracket plates, axle and other working parts of the gun mechanism, and may be additionally united in any preferred manner. The two casing sections are provided with counterpart portions forming adischarge nozzle 27, the bore of which intersects thetrack 26 at a tangent to the circumference of thecasing, and at a suitable point the easing sections are also provided withrack teeth 28 for engagement with aworm 29 mounted upon ashaft 30 having an operating crank 31 disposed upon the exterior of the carriage whereby the worm may be rotated in one direction or the other to turn or oscillate the casing on the shaft as ah axisfor the purpose of raising and lowering or training thebarrel 2. Theshaft 30 is journaled in one of theend walls 5 and in bearing lugs 32 stamped out from thebracket plates 9.

The bore orpassage 14 of the axle l3 communicates at its inner end with anim peller 33, threaded or otherwise fitted at its inner end to the axle and extending radially therefrom within thecasing 23. This impeller is adapted to be rapidly revolved by and with theaxle 13, which latter is provided for such purpose with a pinion. 34 meshing with a gear 35 on atransmission shaft 36, on which shaft is a pinion 37 meshing with adrive gear 38 on an operating or driveshaft 39 provided with a crank handle 40 projecting outwardly at one side of the carriage 1 whereby the gearing may be actuated to revolve the axle and impeller at high speed. Theimpeller tube 33 is of a diameter sufiiciently exceeding the diameter of theprojectiles 41 employed to permit the latter to be discharged easily therethrough by centrifugal force when said impeller is revolved, and is of a length slightly less than the radial distance between theaxle 13 and portions of thetrack surface 26 which are concentric with said axle, so that during the greater portion of the movement of theimpeller 33 in its orbit of rotation the projectile 11 will ride in contact with thetrack surface 26 but will be held seated in the end of thetube 33 until it reaches a point in close proximity to the bore of thenozzle 27, arranged to be discharged therethrough. F or the purpose of effecting the ready release of the projectile 41 from the tube and its discharge through thenozzle 27, aportion 42 of thetrackway 26 is arranged tangentially to the periphery of the casing and leads inwardly from the upper portion of the wall of the bore of thepassage 27 so as to gradually merge into the concentric portion of the trackway, in such a manner that as the free end of theimpeller tube 33, in its cycle of rotation, approaches the nozzle the distance between the same and the wall of the trackway will be gradually increased, thus freeing the projectile for discharge through the nozzle.

By revolving theimpeller 33 at high speed the projectiles entering thepassage 14 by gravity will be impelled through the im peller and held between the same and thetrack surface 26 until the impeller reaches the releasing point when the projectile will be expelled with considerable force through thenozzle 27 and the bore of thebarrel 2.

Thebarrel 2 is formed in the underside of its breech portion withthe cavity orrecess 43 which is generally of segmental form,

and of such a shape as to receive the guide thenozzle 27, thus allowing the barrel to be readily applied and removed in an obvious manner without the use of auxiliary fastenings, and at the same time coupling the barrel to thecasing 23 whereby the bar rel may be raised and lowered through the medium of the elevating gear for the purpose of training it upon an object or disposing it to vary the trajectory of the expelled projectile. In practice the barrel may be made of wood or metal, and when made of wood may be painted to simulate a metal gun barrel.

The gun and its carriage in the'illustratod embodiment are of a type simulating a siege gun or other gun of the type mounted upon a fixed or stationary support. Within the scope of the invention, this construction may be modified by mounting the gun upon a wheeled or traveling carriage, the essential features of the invention, hereinafter claimed, being retained for the purpose of securing economy of construction and efficiency of operation in either type of construction. In order to enable the parts of the carriage or mount to be economically manufactured and readily and quickly assembled, I preferably construct the component parts thereof in such form and such manner as to enable them to be stamped out of sheet metal and united in a quick and convenient manner. The construction for this purpose may vary in detail, but in the form shown thebase 3 is illustrated as consisting of a main section of sheet metal formed to provide thecentral portion 46 andend portions 47, the saidcentral portion 46 being depressed below the plane of theportions 47 and connected therewith by shortinclined walls 48. The formation of the base is completed by side pieces orsections 49 which overlap the adjacent edges oftherportions 7 and are provided with downturned flanges orportions 50 extending therefrom toWardthe side edges of the part 46a'nd. formingtherewith and with theparts 48 rectangular chamber or depression in the central vpart of the base to receive the lower ends of the brackets and lower portion ofthecasing 23. Theparts 47 and 49 are provided at their outer edges with dependingflanges 51 and 52, conjointly forn'iing a border flange around the base and a support conjointly'acting with the depressedcentral portion 46 to rest against the floor or other surface onwhich the carriage is supported to firmly'sustain the base and the portions of thegun mounted thereon.) Tie sections 'referred'to are detachably united in any suitable manner, as by providing certainof such sections withslits 53; receivingbent tongues 54 on the other sections, whereby the parts are so curely united. Theend portions 47 and side portionsn49 of the base are also provided with sets ofslits 55 and ,56

toreceive tongues 57 upon the side and endwalls 4 and 5, anditwill be observed that theend walls 5 are provided withforwardly projectingtriangular portions 58 having flanges 59to. overlie or overlap inwardly extendingflanges 60 upon the ends of theside walls 4, thus providing for a complete closure of the bodytof the carriage in'such a wayxas tohouse'the con tained firing mechanism against the access,

guideplates 7 which are spaced to form a slot or opening 65 through which thenozzle 27 projects and in which said nozzle,- is adjustable for the purpose of raising and lowering the barrel. This slot is closed at its endportions byshort flanges 66 projecting from theplates 7, the fiangesof one plate being provided withtongues 67 to engage slits (not shown) in the flanges of the opposite plate, whereby end walls or closures for the slot are provided, which end walls or closures act as stops to limit the swinging movement of the nozzle.

Having thus fully described my invention, I claim p s 1. In a toy centrifugal gun, a mount, a casing disposed therein and having a discharge nozzle projecting through the mount, centrifugal firing mechanism for discharging projectiles through said nozzle, and a barrel having a recessed portion engaging the casing and detachably interlocking with the nozzle.

2. In a toy centrifugal gun, a mount, a miniature cannon-barrel supported on said mount and projecting beyond one side thereof, a casing disposed Within said mount, a discharge nozzle projecting through said mount and connecting the bore of said barrel, and a centrifugal firing mechanism Within said casing for discharging projectiles through said nozzle.

3. In a toy centrifugal gun, a mount, a miniature cannon-barrel supported on said mount and projecting beyond one side there of, and having a recess formed in its under surface, a casing disposed Within said mount and projecting into said recess, a discharge nozzle projecting from said casing and connecting the bore of said barrel, and a centrifugal firing mechanism Within said casing for discharging projectiles through said nozzle.

4. In a toy centrifugal gun, a mount, a miniature cannon-barrel supported on said mount and projecting beyond one side thereof, and having an elongated recess formed in its under surface, a circular casing disposed Within said mount and projecting into said recess, a discharge nozzle projecting from said casing and connecting the bore of said barrel, the inner periphery of said circular casing being formed to provide a trackway for directing the movement of a projectile to said discharge nozzle, and a centrifugal firing mechanism Within said casing for dlscharging projectiles through said nozzle. 5. In a toy centrifugal gun, a mount, a

circular casing disposed Within said mount,

a discharge nozzle projecting from said casing, a miniature cannon-barrel having a recessed portion engaging the casing and a longitudinal bore engaging said discharge nozzle, the inner periphery of said circular casing being formed to provide a trackway for directing the movement of a projectile to said discharge nozzle, a centrifugal firing mechanism Within said casing for discharging projectiles through said nozzle, and means for actuating said centrifugal firing mechanism.

6. In a toy centrifugal gun, a mount, a circular casing disposed within said mount, a discharge nozzle projecting from said casing, a miniature cannon-barrel having a recessed portion engaging the casing and a longitudinal bore engaging said discharge nozzle, the inner periphery of said circular casing being formed to provide a trackway for directing the movement of a projectile to said discharge nozzle, a centrifugal firing mechanism Within said casing for discharging projectiles through said nozzle, means for supplying projectiles to said centrifugal firing mechanism, and means for actuating said centrifugal firing mechanism.

In testimony whereof, I afiix my signature.

JOHN H. PARSONS.

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