CN2654552Y - Stereo rotary commodity shelf - Google Patents

Abstract

The utility model relates to a stereo rotary goods shelf, comprising a frame, a motor, a reducer, a transmission chain wheel, and a tray. The shelf is characterized in that a close loop operating chain in front and end is arranged on the frame by operating the chain wheel and the tray is connected moveably with the operating chain. A slide way is also arranged on the frame and the tray is arranged on the slide way by the bearings on both sides of the tray. The shelf has the advantages that the space is used effectively and the maximum area for arranging goods is provided by the minimum floor area. Besides, the goods in any distance can be transferred to the operator and the operator can put or take the goods conveniently so that the working intensity is reduced and the circulation speed of goods is increased.

Description

Three-dimensional revolution shelf

Technical field

The utility model belongs to a kind of shelf, particularly a kind of three-dimensional revolution shelf.

Background technology

At present, in market, supermarket, the Chuang storage puts goods in the market, adopts common fixed shelf more, when highly above two meters, people just can't pick and place goods.Because the restriction of height can not utilize the space by actv., thereby floor area is bigger.

The utility model content

The purpose of this utility model provides a kind of three-dimensional revolution shelf, effectively utilizes the space, with the floor area of minimum, provides the maximum payload space of putting goods, and it is convenient to pick and place goods, reduces labor intensity, and accelerates logistics speed.

The purpose of this utility model is achieved by the following technical solution: it comprises frame, motor, reductor, driving chain wheel, driving chain, pallet etc., it is characterized in that: on frame, front and back operation with closed ring chain is set by the operation sprocket wheel, pallet flexibly connects with the operation chain, slideway is set on frame, and pallet is assembled on the slideway by bearings at both ends.

Slideway on the above-mentioned frame is two bilge logss and two glide path, connects single slideway between two bilge logss and the two glide path, at the switching place assembling triangle shift fork of two slideways and single slideway.

Above-mentioned pallet bottom assembling lacing wire.

Above-mentioned operation with closed ring chain is single-cycle square shape C/LOOP.

Above-mentioned operation with closed ring chain is bicirculating concave shape C/LOOP.

The utility model has the advantages that: effectively utilize the space,, provide the maximum payload space of putting goods with the floor area of minimum, and it is convenient to pick and place goods, the goods of any position can be adjusted to the position with operator's zero distance, reduces labor intensity, and accelerates logistics speed.

Description of drawings

Fig. 1 is the structural front view of the utility model embodiment one.

Fig. 2 is the left view of Fig. 1.

Fig. 3 is the enlarged diagram of tray portion.

Fig. 4 is a lacing wire adjustment nut scheme of installation.

Fig. 5 is the birds-eye view of Fig. 3.

Fig. 6 is the two side ends scheme drawing of pallet.

Fig. 7 be Fig. 6/ left view.

Fig. 8 is the upward view of Fig. 5.

Fig. 9 is the A portion enlarged diagram of Fig. 1.

Figure 10 is the left view of Fig. 9.

Figure 11 is the switching place assembling shift fork scheme drawing of two slideways and single slideway.

Figure 12 is the structural representation of the utility model embodiment two.

Figure 13 is the structural representation of the utility model embodiment three.

Figure 14 is that the pallet of embodiment three is provided with scheme drawing.

Figure 15 is the structural representation of the utility model embodiment four.

The specific embodiment

See Fig. 1-10, embodiment one is as follows for single-cycle square shape C/LOOP concrete structure: be assembled with motor and speed reducer 1 on frame 4.On four angles, front and back up and down offrame 4 both sides fouroperation sprocket wheels 2 are installed respectively, operation with closedring chain 7 is connected on eightoperation sprocket wheels 2 before and after the both sides.One is initiatively moved sprocket wheel and connects the mouth of reductors bydriving chain 3, before and after the both sides between the operation with closedring chain 7 bytransmission shaft 8 transmissions.Hanger 9 is housed in the middle of the two ends ofpallet 6, andpallet 6 is movably connected on theoperation chain 7 by thehanger 9 at twoends.Pallet 6 bottoms are byrod rest 10 assemblinglacing wires 11, at lacingwire 11 ends assemblingadjustment nut 12, to prevent that arrangement of goods is bent downwardly at the middle part for a long time on the pallet 6.Four jiaos of assemblingbearings 13 atpallet 6 both ends, see Fig. 1,11, pair bilge logss and two glide paths 5 are set before and after the both sides offrame 4, connect upper and lowersingle slideway 14 between two bilge logss and the two glide path 5, assembletriangle shift forks 15 bydeclutch shift shaft 16 in switching place of two slideways and single slideway.Pallet 6 is assembled on two slideways 5 by fourbearings 13 at both ends, see Figure 11, when two bearing 13a, 13b when two glide paths slide switching place to two slideways and single slideway downwards, an angle of bearing 13b collisiontriangle shift fork 15 the preceding, the path that leads tosingle slideway 14 is opened, when continuing ahead running, two bearing 13a, 13b enter single slideway 14.When two bearing 13a, 13bsingle slideway 14 contrary sliding, during to switching place of single slideway and two slideways, an angle of bearing 13a collisiontriangle shift fork 15 the preceding, maketriangle shift fork 15 turn over an angle, another angle oftriangle shift fork 15 is blocked and is led to a slideway 5a upwards, after a bearing 13b be forced into another slideway 5b.Owing to be equipped withtriangle shift fork 15 in four switchings place up and down, sopallet 6 can positive and negative both direction operation.

See Figure 12, embodiment two is as follows for the concrete structure of bicirculating concave shape C/LOOP: promptly movechain 7 and slideway all by the setting of concave shape C/LOOP, switching place of two slideways and single slideway is eight places,triangle shift fork 15 of every place's assembling.Other structure is with embodiment one.

See Figure 13,14, embodiment three is as follows for the two unitized constructions of single-cycle square shape C/LOOP: single-cycle square shape C/LOOP structure of two groups of embodiment one is made up setting, and a cover motor and reductor 1 drive two groups of single-cycle square shape C/LOOP structures bydriving chain 3.

See Figure 15, embodiment four is as follows for two unitized constructions of bicirculating concave shape C/LOOP: the bicirculating concave shape C/LOOP of two groups of embodiment two is made up setting, and a cover motor and reductor 1 drive two groups of bicirculating concave shape C/LOOP structures bydriving chain 3.

Claims (5)

1, a kind of three-dimensional revolution shelf, it comprises frame, motor, reductor, driving chain wheel, driving chain, pallet etc., it is characterized in that: on frame, front and back operation with closed ring chain is set by the operation sprocket wheel, pallet flexibly connects with the operation chain, slideway is set on frame, and pallet is assembled on the slideway by bearings at both ends.

2, three-dimensional revolution shelf according to claim 1 is characterized in that: the slideway on the frame connects single slideway for two bilge logss and two glide path between two bilge logss and the two glide path, at the switching place assembling triangle shift fork of two slideways and single slideway.

3, three-dimensional revolution shelf according to claim 1 is characterized in that: the assembling lacing wire of pallet bottom.

4, three-dimensional revolution shelf according to claim 1 is characterized in that: the operation with closed ring chain is single-cycle square shape C/LOOP.

5, three-dimensional revolution shelf according to claim 1 is characterized in that: the operation with closed ring chain is bicirculating concave shape C/LOOP.

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