CN203624569U

CN203624569U - Glass conveying mechanism

Info

Publication number: CN203624569U
Application number: CN201320829734.1U
Authority: CN
Inventors: 李平华
Original assignee: CHONGQING TIANTENG GLASS Co Ltd
Current assignee: CHONGQING TIANTENG GLASS Co Ltd
Priority date: 2013-12-16
Filing date: 2013-12-16
Publication date: 2014-06-04
Anticipated expiration: 2023-12-16

Abstract

The utility model discloses a glass conveying mechanism. The glass conveying mechanism comprises inner tracks, transfer tracks, outer tracks and transfer trolleys. The inner tracks and the outer tracks are installed on the two sides of the transfer tracks. The inner tracks and the outer tracks are all perpendicular to the transfer tracks. At least two pairs of outer tracks are arranged, the transfer tracks are provided with sliding tracks, the sliding tracks are perpendicular to the transfer tracks, and the transfer trolleys slide between the inner tracks and the outer tracks through the sliding tracks. The glass conveying mechanism is stable\, efficient and standard in conveying.

Description

Glass transfer device

Technical field

The utility model belongs to case hardened glass production technical field, is specifically related to a kind of glass transfer device.

Background technology

At present, in the time of production safety doubling glass, be that two-layer two sheet glass or multilayer multi-disc glass are processed after synthetic in autoclave, make film fusing and glass form one, and keep or improve the optical property of former sheet glass; And wherein, the effect of film is in the time of glass breaking, can also intactly be linked together, can not produce any injury to object around.

At present by doubling, compound glass after synthetic when passing in autoclave, many employing a dead lifts or use go-cart push, adopt a dead lift, take time and effort and easily damage glass, and adopt general go-cart to push, because the randomness of operating personal is stronger, glass conveying is unstable, lack of standardization, and glass easily drops from go-cart.Therefore need a kind of transfer device that can steadily, efficiently transport glass.

Utility model content

For solving above technical matters, the utility model provides a kind of steady, efficient glass transfer device.

Technical scheme is as follows:

A kind of glass transfer device, its key is: comprise inner orbit, transfer track, outside track and the car that passes on, described inner orbit and outside track are arranged on the both sides of described transfer track, described inner orbit is all vertical with described transfer track with outside track, described outside track is at least two pairs, on described transfer track, sliding rail is installed, described sliding rail is vertical with described transfer track, described in pass on car and slide between described inner orbit and outside track by described sliding rail.Adopt above technical scheme, inner orbit is arranged in autoclave, and doubling glass is deposited in and passes on car, and when charging, the car that passes on slides into inner orbit by sliding rail from outside track; When blanking, the car that passes on slides into outside track by sliding rail from inner orbit; On a pair of outside track, can place multiple cars that pass on, outside track is at least two pairs and has guaranteed that a pair of outside track is wherein in the time passing on, and another in the loading or unloading carrying out glass, has improved efficiency to outside track.

The width of above-mentioned inner orbit, outside track and sliding rail is consistent, and described inner orbit, outside track and sliding rail are positioned at same level.Adopt above technical scheme, pass on car smooth sliding on inner orbit, outside track and sliding rail.

The above-mentioned car that passes on comprises pedestal and divider, and described divider is vertically arranged on the middle part of described pedestal along its length, in the bottom of described pedestal, roller is installed, described in pass on car and slide on described inner orbit, outside track and sliding rail by roller.Adopt above technical scheme, glass stands up in divider both sides, divider both sides stability under loading.

The level height of above-mentioned divider and described pedestal junction is lower than the level height at described pedestal two ends, and the cross section of described divider is inverted " V " type, is provided with slipmat at the upper surface of described pedestal and two sides of described divider.Adopt above technical scheme, glass stands up in the time passing on car more stable.

Above-mentioned sliding rail is arranged on glide base, in the bottom of described glide base, roller is installed, and described glide base slides on described transfer track by roller.Adopt above technical scheme, sliding rail slides on transfer track by glide base, from different outside track docking.

Between above-mentioned inner orbit and sliding rail, be provided with the joining rails of " work " font, this joining rails and described sliding rail are hinged.Adopt above technical scheme, because of airtight needs, the high pressure kettle cover place of closing can not arrange track, so leaving certain gaps uncovered by the economic plan, this breach can affect and pass on the stationarity of car in the time passing on glass, therefore need a bit of detouchable joining rails, this link track and sliding rail are hinged, passing on car while shifting from sliding rail to inner orbit, being rotationally connected track overlaps sliding rail and inner orbit, the car that passes on just can enter autoclave by pulsation-free, while closing high pressure kettle cover, only need to be rotationally connected track and slip off sliding rail.

Between above-mentioned inner orbit and sliding rail, be provided with lockable mechanism, between described sliding rail and outside track, be provided with lockable mechanism.Adopt above technical scheme, in the time of outside track and sliding rail alignment, by sliding rail locking, the sliding upper sliding rail of the car energy pulsation-free that passes on, in the time of sliding rail and inner orbit alignment, by sliding rail locking, the sliding upper inner orbit of the car energy pulsation-free that passes on.

Beneficial effect: adopt the glass transfer device of above technical scheme, pass on steadily, efficient, standard.

Accompanying drawing explanation

Fig. 1 is the structural representation of the utility model glass transfer device;

Fig. 2 is the erection plan of sliding rail 5 on pedestal 6 in Fig. 1;

Fig. 3 is the birds-eye view of Fig. 2;

Fig. 4 is the left view of Fig. 2;

Fig. 5 passes on the structural representation of car 4 in Fig. 1;

Fig. 6 is the birds-eye view of Fig. 5;

Fig. 7 is the left view of Fig. 5.

The specific embodiment

Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail.

As shown in Figure 1, a kind of glass transfer device, comprise inner orbit 1, transfer track 2, outside track 3 and the car 4 that passes on, described inner orbit 1 and outside track 3 are arranged on the both sides of described transfer track 2, described inner orbit 1 is all vertical with described transfer track 2 with outside track 3, described inner orbit 1 is arranged in autoclave, described outside track 3 is three pairs, on described transfer track 2, sliding rail 5 is installed, described sliding rail 5 is vertical with described transfer track 2, described sliding rail 5 is arranged on glide base 6, bottom at described glide base 6 is provided with roller, described glide base 6 slides on described transfer track 2 by roller, described sliding rail 5 is two pairs, described inner orbit 1, outside track 3 is consistent with the width of sliding rail 5, described inner orbit 1, outside track 3 and sliding rail 5 are positioned at same level.

The described car 4 that passes on comprises pedestal 41 and divider 42, described divider 42 is vertically arranged on the middle part of described pedestal 41 along its length, bottom at described pedestal 41 is provided with roller, the level height of described divider 42 and described pedestal 41 junctions is lower than the level height at described pedestal 41 two ends, the cross section of described divider 42 is inverted " V " type, be provided with slipmat 43 at the upper surface of described pedestal 41 and two sides of described divider 42, described in pass on car 4 and slide on described inner orbit 1, outside track 3 and sliding rail 5 by roller.

Between described inner orbit 1 and sliding rail 5, be provided with the joining rails 51 of " work " font, this joining rails 51 is hinged with described sliding rail 5, between described inner orbit 1 and sliding rail 5, be provided with lockable mechanism, between described sliding rail 5 and outside track 3, be provided with lockable mechanism.

Claims

1. a glass transfer device, it is characterized in that: comprise inner orbit (1), transfer track (2), outside track (3) and the car (4) that passes on, described inner orbit (1) and outside track (3) are arranged on the both sides of described transfer track (2), described inner orbit (1) is all vertical with described transfer track (2) with outside track (3), described outside track (3) is at least two pairs, sliding rail (5) is installed on described transfer track (2), described sliding rail (5) is vertical with described transfer track (2), the described car (4) that passes on slides between described inner orbit (1) and outside track (3) by described sliding rail (5).

2. glass transfer device according to claim 1, is characterized in that: described inner orbit (1), outside track (3) are consistent with the width of sliding rail (5), and described inner orbit (1), outside track (3) and sliding rail (5) are positioned at same level.

3. glass transfer device according to claim 2, it is characterized in that: described in pass on car (4) and comprise pedestal (41) and divider (42), described divider (42) is vertically arranged on the middle part of described pedestal (41) along its length, bottom at described pedestal (41) is provided with roller, described in pass on car (4) and slide described inner orbit (1), outside track (3) and sliding rail (5) are upper by roller.

4. glass transfer device according to claim 3, it is characterized in that: the level height of described divider (42) and described pedestal (41) junction is lower than the level height at described pedestal (41) two ends, the cross section of described divider (42) is inverted " V " type, is provided with slipmat (43) at the upper surface of described pedestal (41) and two sides of described divider (42).

5. according to the glass transfer device described in claim 1,2 or 3, it is characterized in that: described sliding rail (5) is arranged on glide base (6), bottom at described glide base (6) is provided with roller, and described glide base (6) above slides at described transfer track (2) by roller.

6. glass transfer device according to claim 5, is characterized in that: between described inner orbit (1) and sliding rail (5), be provided with the joining rails (51) of " work " font, this joining rails (51) is hinged with described sliding rail (5).

7. according to the glass transfer device described in claim 1,2,3,4 or 6, it is characterized in that: between described inner orbit (1) and sliding rail (5), be provided with lockable mechanism, between described sliding rail (5) and outside track (3), be provided with lockable mechanism.