CN110342052A

CN110342052A - A kind of color optical glass delivery system

Info

Publication number: CN110342052A
Application number: CN201910703969.8A
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-07-31
Filing date: 2019-07-31
Publication date: 2019-10-18

Abstract

The present invention relates to glass manufacturing apparatus field, specifically a kind of color optical glass delivery system, including supporter, buanch unit, bradyseism unit, No.1 position-limiting unit, firm unit, compacting unit and buffer cell；The bottom end four corners of the supporter are equipped with the buanch unit for mobile device；The top of the supporter is equipped with bradyseism unit；Four corners of the bradyseism unit away from one end of the supporter are equipped with No.1 position-limiting unit；The top of the No.1 position-limiting unit is equipped with firm unit；The bottom end of the firm unit is equipped with the compacting unit for contradict to glass limit with the bradyseism unit matching.The present invention consolidates the use of unit matching compacting unit convenient for limiting to different number of glass, make each position uniform stressed of glass simultaneously, fixed mass is improved, while the use of firm unit is convenient for keeping glass storage transport more convenient two device stackings.

Description

A kind of color optical glass delivery system

Technical field

The present invention relates to glass manufacturing apparatus field, specifically a kind of color optical glass delivery system.

Background technique

Glass is a kind of non-crystalline solids of random structure, is widely used in building, is used to belong to mixed every wind light transmission Close object, separately have the oxide for being mixed into certain metals perhaps salt and show the coloured glass of color and by physics or Tempered glass made from the method for chemistry etc., needs to fix glass using containing box in glass production handling process, thus Facilitate the carrying of the batch of glass.

However traditional color optical glass process units poor, fixed cabinet of damping performance during moving glass The glass of fixed number can only be carried, mobile inconvenient, the firm performance of glass is poor.In consideration of it, the present invention provides one kind to have Color optical glass delivery system, has the following characteristics that

(1) a kind of color optical glass delivery system of the present invention, the use of supporter are convenient for removing by fork truck Shipping unit carries device more convenient, while the bottom end of supporter is equipped with buanch unit, and buanch unit and supporter can Sliding, convenient for passing through buanch unit handling device.

(2) a kind of color optical glass delivery system of the present invention, the use of bradyseism unit matching supporter mention The high damping performance of device, while being limited by four end angle of the No.1 position-limiting unit to glass, make glass fixation more Add the carrying transhipment quality for securely improving glass.

(3) a kind of color optical glass delivery system of the present invention consolidates the use of unit matching compacting unit just It is limited in different number of glass, while making each position uniform stressed of glass, improve fixed mass, consolidated simultaneously The use of unit is convenient for keeping glass storage transport more convenient two device stackings.

Summary of the invention

In view of the deficiencies of the prior art, the present invention provides a kind of for solving the color optical glass of above-mentioned technical problem Delivery system.

In order to solve the above technical problems, the technical solution adopted by the present invention are as follows: a kind of color optical glass delivery system, packet Include supporter, buanch unit, bradyseism unit, No.1 position-limiting unit, firm unit, compacting unit and buffer cell；The branch The bottom end four corners for holding unit are equipped with the buanch unit for being used for mobile device, and the buanch unit and the supporter It is detachably connected；The top of the supporter be equipped with for damping the bradyseism unit, and the bradyseism unit with it is described Supporter is slidably connected；Four corners of the bradyseism unit away from one end of the supporter are equipped with for carrying out to glass The No.1 position-limiting unit of limit；The top of the No.1 position-limiting unit is equipped with the firm unit being detachably connected；Institute The bottom end for stating firm unit is equipped with the compacting unit for contradict to glass limit with the bradyseism unit matching；It is described slow Rushing unit includes bounce cylinder and sucker, and bounce cylinder and bradyseism unit are affixed, and the output end of sucker and bounce cylinder is affixed, is delayed Unit is rushed for assisting bradyseism unit to carry out damping to glass, while glass can be also fixed.

The supporter includes supporting framework, delivery chute and slideway, and the support framework and the bradyseism unit slide Connection, the bottom end four corners for supporting framework set the slideway there are four rectangular configuration, the bottom end two for supporting framework A adjacent side wall sets the delivery chute for carrying there are two the rectangular configuration being mutually communicated.

The buanch unit includes orientation axes, wheel carrier, No.1 guiding ball, reset spring, fixing pin and directional wheel, institute It states and the bottom end four corners of framework is supported to be equipped with the wheel carrier for being used to support the directional wheel being slidably connected with the slideway, institute It states reset spring to be set between the wheel carrier and the slideway, the reset spring is for driving the wheel carrier to pop up the cunning Road, for the fixing pin through the support framework and the wheel carrier is connected to, the orientation axes, which run through, is connected to the wheel carrier With the directional wheel, the directional wheel and the wheel carrier are rotatablely connected, and the side wall of the wheel carrier is equipped with rotation connection for leading To the No.1 be oriented to ball.

The bradyseism unit includes multiple relief springs, sliding bar, cutting ferrule and cover board, the cover board and the support framework It is slidably connected, and the cover board is set to one end that the support framework deviates from the directional wheel, the cover board and the support frame The relief spring for damping limit that multiple rows of multiple row is equally spaced is equipped between body, the bottom end of the cover board, which is equipped with, to be run through In the sliding bar of the cylindrical structure for limit for supporting framework, the sliding bar and the support framework are slided Connection, the bottom end of the sliding bar are equipped with the cutting ferrule that limit is contradicted with the support framework.

Four No.1 position-limiting units include two non-slip mats, gag lever post and limiting slot, and four gag lever posts are set In the top four corners of the cover board, four gag lever posts are symmetrical arranged two-by-two, two adjacent gag lever posts it is adjacent Face is set to the non-slip mat, and two non-slip mats on the gag lever post are vertically arranged, two on the gag lever post institute The end and the gag lever post of stating non-slip mat surround the limiting slot for preventing glass breakage, and the gag lever post is close to institute The end for stating firm unit is four points of arcuate structures.

The firm unit includes stablizing block, four gutters and steady rest, and the steady rest and the gag lever post contradict, The stable block is fixed on the steady rest and is detachably connected with the gag lever post, and four gutters are set to the steady rest Four corners, and the gutter be rectangular configuration.

The compacting unit includes two guided ways, guide groove, baffle and No. two position-limiting units, two guided ways pair Claiming the both ends for being set to the steady rest, the inside of the guided way is equipped with the guide groove for limition orientation, and described No. two Position-limiting unit and the baffle are held on the guided way, and No. two position-limiting units are slidably connected with the guide groove.

No. two position-limiting units include Anti-skid sheet, anti-skidding foam-rubber cushion, pressing plate, No. two guiding balls and sliding block, the cunning Block is slidably connected with the guide groove on the guided way, and No. two guiding circle for guiding is set on the sliding block Pearl, No. two guiding balls and the guide groove, which roll, to be connected, and the pressing plate, the pressing plate are equipped between two sliding blocks The guided way is held on the baffle, and the opposite end of the pressing plate and the cover board is equipped with the anti-skidding foam-rubber cushion, and institute State the Anti-skid sheet of hemispherical dome structure of the anti-skidding foam-rubber cushion equipped with the distribution of multiple arrays.

Beneficial effects of the present invention:

Detailed description of the invention

Present invention will be further explained below with reference to the attached drawings and examples.

Fig. 1 is a kind of structural schematic diagram of preferred embodiment of color optical glass process units provided by the invention；

Fig. 2 is the structural schematic diagram of buanch unit shown in FIG. 1；

Fig. 3 is the attachment structure schematic diagram of supporter shown in FIG. 1 and bradyseism unit；

Fig. 4 is the portion A shown in FIG. 1 enlarged diagram；

Fig. 5 is the structural schematic diagram of No.1 position-limiting unit shown in Fig. 4；

Fig. 6 is the structural schematic diagram of No. two position-limiting units shown in Fig. 4.

In figure: 1, supporter, 11, support framework, 12, delivery chute, 13, slideway, 2, buanch unit, 21, orientation axes, 22, wheel carrier, 23, No.1 guiding ball, 24, reset spring, 25, fixing pin, 26, directional wheel, 3, bradyseism unit, 31, decompression Spring, 32, sliding bar, 33, cutting ferrule, 34, cover board, 4, No.1 position-limiting unit, 41, non-slip mat, 42, gag lever post, 43, limiting slot, 5, unit, 51, stable block, 52, gutter, 53, steady rest, 6, compacting unit, 61, guided way, 62, guide groove, 63, gear are consolidated Plate, 64, No.1 position-limiting unit, 641, Anti-skid sheet, 642, anti-skidding foam-rubber cushion, 643, pressing plate, 644, No. two guiding balls, 645, cunning Block, 7, buffer cell, 71 bounce cylinders, 72, sucker.

Specific embodiment

In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below Specific embodiment is closed, the present invention is further explained.

As shown in Figure 1, a kind of color optical glass delivery system of the present invention, including supporter 1, buanch unit 2, bradyseism unit 3, No.1 position-limiting unit 4, firm unit 5, compacting unit 6 and buffer cell 7；The bottom end of the supporter 1 Four corners are equipped with the buanch unit 2 for mobile device, and the buanch unit 2 detachably connects with the supporter 1 It connects；The top of the supporter 1 is equipped with the bradyseism unit 3 for damping, and the bradyseism unit 3 and the support are single Member 1 is slidably connected；Four corners of the bradyseism unit 3 away from one end of the supporter 1 are equipped with for limiting glass The No.1 position-limiting unit 4 of position；The top of the No.1 position-limiting unit 4 is equipped with the firm unit 5 being detachably connected；Institute The bottom end for stating firm unit 5 is equipped with the compacting unit 6 for contradict to glass limit with the bradyseism unit 3 cooperation；Institute Stating buffer cell 7 includes bounce cylinder 71 and sucker 72, and bounce cylinder 71 and bradyseism unit 3 are affixed, sucker 72 and bounce cylinder 71 output end is affixed, and buffer cell 7 can also consolidate glass for assisting bradyseism unit 3 to carry out damping to glass It is fixed.

Specifically, as shown in figures 1 and 3, a kind of color optical glass delivery system of the present invention, the support list Member 1 includes supporting framework 11, delivery chute 12 and slideway 13, and the support framework 11 is slidably connected with the bradyseism unit 3, described The bottom end four corners of framework 11 are supported to set the slideway 13 there are four rectangular configuration, the phase of bottom end two for supporting framework 11 Adjacent side wall sets the delivery chute 12 for carrying there are two the rectangular configuration being mutually communicated；It is used carrying, fork truck Supporting plate passes through 12 picking-up device of any one of delivery chute for supporting framework 11, then by glass transfer, the conveying It is more convenient that the setting of slot 12 carries device.

Specifically, as shown in Fig. 2, a kind of color optical glass delivery system of the present invention, the buanch unit 2 wrap Include orientation axes 21, wheel carrier 22, No.1 guiding ball 23, reset spring 24, fixing pin 25 and directional wheel 26, the support framework 11 bottom end four corners are equipped with the wheel carrier 22 for being used to support the directional wheel 26 being slidably connected with the slideway 13, described Reset spring 24 is set between the wheel carrier 22 and the slideway 13, and the reset spring 24 is for driving the wheel carrier 22 to pop up The slideway 13, the fixing pin 25 are passed through through the support framework 11 and the wheel carrier 22, the orientation axes 21 are connected to It wears and is connected to the wheel carrier 22 and the directional wheel 26, the directional wheel 26 is rotatablely connected with the wheel carrier 22, the wheel carrier 22 Side wall be equipped with rotation connection for guiding the No.1 be oriented to ball 23；When in use, dress is lifted by hydraulic device It sets, the reset spring 24 drives the wheel carrier 22 to skid off the slideway 13, and the directional wheel 26 is made to expose the support framework 11, the setting of the No.1 guiding ball 23 keeps the sliding of wheel carrier 22 more smooth, keeps operation more convenient, then by pulling Hand, which turns the fixing pin 25, engages the fixing pin 25 with the wheel carrier 22, keeps the wheel carrier 22 fixed, then pushes away Dynamic device, the directional wheel 26 rotate, and make the fixed glass handling of device to specified place.

Specifically, as shown in figure 3, a kind of color optical glass delivery system of the present invention, the bradyseism unit 3 wrap Multiple relief springs 31, sliding bar 32, cutting ferrule 33 and cover board 34 are included, the cover board 34 is slidably connected with the support framework 11, And the cover board 34 is set to one end that the support framework 11 deviates from the directional wheel 26, the cover board 34 and the support framework The relief spring 31 for damping limit that multiple rows of multiple row is equally spaced is equipped between 11, the bottom end of the cover board 34 is equipped with Through the sliding bar 32 of the cylindrical structure for limit for supporting framework 11, the sliding bar 32 and the branch It holds framework 11 to be slidably connected, the bottom end of the sliding bar 32 is equipped with the cutting ferrule 33 for contradicting limit with the support framework 11； In the handling process, device transports in the section of out-of-flatness, the cover board 34 and the supports framework 11 sliding, while described subtracting The elongation of pressing spring 31 is shunk, and is effectively reduced influence of support framework 11 vibration to glass, is improved transhipment quality.

Specifically, as shown in Figure 4 and Figure 5, a kind of color optical glass delivery system of the present invention, four described one Number position-limiting unit 4 includes two non-slip mats 41, gag lever post 42 and limiting slot 43, and four gag lever posts 42 are set to the cover board 34 top four corners, four gag lever posts 42 are symmetrical arranged two-by-two, and the adjacent surface of the gag lever post 42 of adjacent two is equal Set on the non-slip mat 41, two non-slip mats 41 on the gag lever post 42 are vertically arranged, two on the gag lever post 42 The end of a non-slip mat 41 and the gag lever post 42 surround the limiting slot 43 for preventing glass breakage, and the limit Position bar 42 is four points of arcuate structures close to the end of the firm unit 5；By glass from the arc port end of the gag lever post 42 Portion is put into, followed by glass is fastened on one by one between four gag lever posts 42, and the setting of the non-slip mat 41 effectively prevents The sidewall damage of glass, and stability is improved, the end of the gag lever post 42 is that arcuate structure is convenient for positioning glass Guiding, be that fixed glass is more convenient, the setting of the limiting slot 43, effectively prevent glass edges and corners and the limit Bar 42 contacts, and effectively prevents glass and damages in fixation procedure.

Specifically, as shown in figure 4, a kind of color optical glass delivery system of the present invention, the firm unit 5 wrap 51, four gutters 52 of stable block and steady rest 53 are included, the steady rest 53 is contradicted with the gag lever post 42, the stable block 51 It is fixed on the steady rest 53 to be detachably connected with the gag lever post 42, four gutters 52 are set to the steady rest 53 Four corners, and the gutter 52 is rectangular configuration；After glass stacking is good, the steady rest 53 is fixed on the gag lever post 42 On, when needing to carry out stacking to multiple devices, by the institute of the support framework 11 of a device and another device The engaging of gutter 52 is stated, enhances the stability between two two devices, keeps Palletised carry more convenient, it is empty to save occupancy Between.

Specifically, as shown in figure 4, a kind of color optical glass delivery system of the present invention, the compacting unit 6 wrap Two guided ways 61, guide groove 62, baffle 63 and No. two position-limiting units 64 are included, two guided ways 61 are symmetrically set in described steady Determine the both ends of frame 53, the inside of the guided way 61 is equipped with the guide groove 62 for limition orientation, and No. two limits are single Member 64 is held on the guided way 61 with the baffle 63, and No. two position-limiting units 64 and the guide groove 62 sliding connect It connects；It after the steady rest 53 is fixed, adjusts No. two position-limiting units 64 and the guide groove 62 slides, make No. two limits Unit 64 contradicts glass, so that cover board 34 and No. two position-limiting units 64 is contradicted glass, keeps multiple glass groups integral, improve The overall stability of glass.

Specifically, as shown in fig. 6, a kind of color optical glass delivery system of the present invention, No. two limits are single Member 64 includes Anti-skid sheet 641, anti-skidding foam-rubber cushion 642,643, No. two guiding balls 644 of pressing plate and sliding block 645, the sliding block 645 It is slidably connected with the guide groove 62 on the guided way 61, is set on the sliding block 645 and is led for described No. two of guiding To ball 644, No. two guiding balls 644 and the guide groove 62 are rolled and are connected, and institute is equipped between two sliding blocks 645 Pressing plate 643 is stated, the pressing plate 643 is held on the guided way 61, the pressing plate 643 and the cover board 34 with the baffle 63 Opposite end is equipped with the anti-skidding foam-rubber cushion 642, and the anti-skidding foam-rubber cushion 642 is equipped with the hemispherical junction of multiple arrays distribution The Anti-skid sheet 641 of structure；After the steady rest 53 is fixed, turned between the baffle 63 and the sliding block 645 by spanner Then the bolt of connection slides the sliding block 645, so that the Anti-skid sheet 641 is contradicted glass, bolt is then turned, by the pressure Plate 643 is fixed, and the setting of the sponge non-slip mat 642 keeps glass fixation stronger, while avoiding glass scratch, described anti- Slide plate 641 is flexible, keeps glass fixation more convenient, avoids the excessive damage glass of pressure.

Glass is limited in the inside of four No.1 position-limiting units 4 first, firm unit 5 is then fixed on No.1 limit On unit 4, compacting unit 6 is adjusted, makes to be compacted the conflict glass of unit 6, device is then moved to by specific bit by buanch unit 2 It sets, by multiple device stackings, bradyseism unit 3 carries out damping to glass in transport process, and simultaneous buffering unit 7 assists bradyseism list 3 pairs of glass of member carry out bradyseism, and glass is fixed in the sucker 72 in buffer cell 7, effectively prevent the glass in transport process Glass damage；Specifically have:

(1) glass is put into from the arc port end of gag lever post 42, followed by glass is fastened on four gag lever posts one by one Between 42, the setting of non-slip mat 41 effectively prevents the sidewall damage of glass, and improves stability, the end of gag lever post 42 Portion is that arcuate structure is convenient for glass positioning and guiding, is that fixed glass is more convenient, the setting of limiting slot 43 effectively prevents The edges and corners of glass are contacted with gag lever post 42, are effectively prevented glass and are damaged in fixation procedure；

(2) after glass stacking is good, steady rest 53 is fixed on gag lever post 42, baffle 63 and sliding block are turned by spanner The bolt connected between 645, then sliding slider 645, make Anti-skid sheet 641 contradict glass, bolt are then turned, by pressing plate 643 Fixed, the setting of sponge non-slip mat 642 keeps glass fixation stronger, while avoiding glass scratch, and Anti-skid sheet 641 has bullet Property, keep glass fixation more convenient, avoids the excessive damage glass of pressure；

(3) by hydraulic device uplifting device, reset spring 24 drives wheel carrier 22 to skid off slideway 13, exposes directional wheel 26 Support framework 11, the setting of No.1 guiding ball 23 keeps the sliding of wheel carrier 22 more smooth, keeps operation more convenient, then by pulling Hand, which turns fixing pin 25, engages fixing pin 25 with wheel carrier 22, keeps wheel carrier 22 fixed, then pushing meanss, and 26 turns of directional wheel It is dynamic, make the fixed glass handling of device to specified place, or by carrying fork truck, the supporting plate of fork truck, which passes through, supports appointing for framework 11 It anticipates 12 picking-up device of delivery chute, then by glass transfer, it is more convenient that the setting of delivery chute 12 carries device；

(4) in the handling process, device transports in the section of out-of-flatness, and cover board 34 and support framework 11 are slided, and subtracts simultaneously The elongation of pressing spring 31 is shunk, and is effectively reduced the influence for supporting framework 11 to vibrate to glass, is improved transhipment quality；

(5) when needing to carry out stacking to multiple devices, by the support framework 11 of a device and another device Gutter 52 engage, enhance the stability between two two devices, keep Palletised carry more convenient, it is empty to save occupancy Between.

The use of supporter 1 of the invention is convenient for carrying device by carrying fork truck device more convenient, propping up simultaneously The bottom end for holding unit 1 is equipped with buanch unit 2, and buanch unit 2 and supporter 1 slidably, convenient for passing through buanch unit 2 carry dress It sets, bradyseism unit 3 and buffer cell 7 cooperate the use of supporter 1 to improve the damping performance of device, while being limited by No.1 Bit location 4 limits four ends angle of glass, keeps glass fixation stronger, improves the carrying transhipment quality of glass, The use of the firm cooperation of unit 5 compacting unit 6 keeps each position of glass equal convenient for limiting to different number of glass Even stress improves fixed mass, while the use of firm unit 5 is convenient for two device stackings making glass storage transport more Add conveniently.

The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the description in above embodiment and specification only illustrates the present invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these variation and Improvement is both fallen in the scope of protection of present invention.The claimed scope of the invention is by appended claims and its equivalent Object defines.

Claims

1. a kind of color optical glass delivery system, it is characterised in that: including supporter (1), buanch unit (2), bradyseism list First (3), No.1 position-limiting unit (4), firm unit (5), compacting unit (6) and buffer cell (7)；The supporter (1) Bottom end four corners are equipped with the buanch unit (2) for mobile device, and the buanch unit (2) and the supporter (1) it is detachably connected；The top of the supporter (1) is equipped with the bradyseism unit (3) for damping, and the bradyseism list First (3) are slidably connected with the supporter (1)；Quadrangle of the bradyseism unit (3) away from the one end of the supporter (1) Place is equipped with the No.1 position-limiting unit (4) for being limited to glass；The top of the No.1 position-limiting unit (4) is equipped with can The firm unit (5) of dismantling connection；The bottom end of the firm unit (5), which is equipped with, to be cooperated with the bradyseism unit (3) to glass Glass contradict the compacting unit (6) of limit；The buffer cell (7) includes bounce cylinder (71) and sucker (72), is delayed Qi of chong channel ascending adversely cylinder (71) and bradyseism unit (3) are affixed, and sucker (72) and the output end of bounce cylinder (71) are affixed, and buffer cell (7) is used Damping is carried out to glass in auxiliary bradyseism unit (3), while glass can be also fixed.

2. a kind of color optical glass delivery system according to claim 1, it is characterised in that: the supporter (1) Including supporting framework (11), delivery chute (12) and slideway (13), the support framework (11) and the bradyseism unit (3) sliding connect It connects, the bottom end four corners for supporting framework (11) set the slideway (13) there are four rectangular configuration, the support framework (11) the two adjacent side walls in bottom end set the delivery chute (12) for carrying there are two the rectangular configuration being mutually communicated.

3. a kind of color optical glass delivery system according to claim 2, it is characterised in that: the buanch unit (2) Including orientation axes (21), wheel carrier (22), No.1 guiding ball (23), reset spring (24), fixing pin (25) and directional wheel (26), the bottom end four corners for supporting framework (11), which are equipped with, is used to support the orientation with what the slideway (13) was slidably connected The wheel carrier (22) of (26) is taken turns, the reset spring (24) is set between the wheel carrier (22) and the slideway (13), described For reset spring (24) for driving the wheel carrier (22) to pop up the slideway (13), the fixing pin (25), which is run through, is connected to institute It states and supports framework (11) and the wheel carrier (22), the orientation axes (21), which are run through, is connected to the wheel carrier (22) and the directional wheel (26), the directional wheel (26) and the wheel carrier (22) are rotatablely connected, and the side wall of the wheel carrier (22) is equipped with the use of rotation connection Ball (23) are oriented in the No.1 of guiding.

4. a kind of color optical glass delivery system according to claim 3, it is characterised in that: the bradyseism unit (3) Including multiple relief springs (31), sliding bar (32), cutting ferrule (33) and cover board (34), the cover board (34) and the support framework (11) it is slidably connected, and the cover board (34) is set to one end that support framework (11) deviates from the directional wheel (26), it is described Cover board (34) and the decompression bullet for damping limit for supporting to be equally spaced between framework (11) equipped with multiple rows of multiple row Spring (31), the bottom end of the cover board (34) are equipped with the institute through the cylindrical structure for limit for supporting framework (11) It states sliding bar (32), the sliding bar (32) is slidably connected with the support framework (11), and the bottom end of the sliding bar (32) is set There is the cutting ferrule (33) that limit is contradicted with support framework (11).

5. a kind of color optical glass delivery system according to claim 4, it is characterised in that: four No.1 limits Unit (4) includes two non-slip mats (41), gag lever post (42) and limiting slot (43), and four gag lever posts (42) are set to described The top four corners of cover board (34), four gag lever posts (42) are symmetrical arranged two-by-two, the gag lever post (42) of adjacent two Adjacent surface be set to the non-slip mat (41), the non-slip mat (41) of two on the gag lever post (42) is vertically arranged, institute The end and the gag lever post (42) for stating two on gag lever post (42) non-slip mats (41) are surrounded for preventing glass breakage The limiting slot (43), and the gag lever post (42) close to the firm unit (5) end be four points of arcuate structures.

6. a kind of color optical glass delivery system according to claim 5, it is characterised in that: the firm unit (5) Including stablizing block (51), four gutters (52) and steady rest (53), the steady rest (53) and the gag lever post (42) are contradicted, The stable block (51) is fixed on the steady rest (53) and is detachably connected with the gag lever post (42), four gutters (52) four corners of the steady rest (53) are set to, and the gutter (52) is rectangular configuration.

7. a kind of color optical glass delivery system according to claim 6, it is characterised in that: the compacting unit (6) Including two guided ways (61), guide groove (62), baffle (63) and No. two position-limiting units (64), two guided ways (61) are right Claim the both ends for being set to the steady rest (53), the inside of the guided way (61) is equipped with the guide groove for limition orientation (62), No. two position-limiting units (64) and the baffle (63) are held on the guided way (61), and No. two limits are single First (64) are slidably connected with the guide groove (62).

8. a kind of color optical glass delivery system according to claim 7, it is characterised in that: No. two position-limiting units It (64) include Anti-skid sheet (641), anti-skidding foam-rubber cushion (642), pressing plate (643), No. two guiding balls (644) and sliding block (645), institute It states sliding block (645) to be slidably connected with the guide groove (62) on the guided way (61), is set to and is used on the sliding block (645) No. two guiding balls (644) of guiding, No. two guiding balls (644) and the guide groove (62) roll and connect, and two The pressing plate (643) are equipped between a sliding block (645), the pressing plate (643) is held on described lead with the baffle (63) To rail (61), the opposite end of the pressing plate (643) and the cover board (34) is equipped with the anti-skidding foam-rubber cushion (642), and described anti- Sliding foam-rubber cushion (642) are equipped with the Anti-skid sheet (641) of the hemispherical dome structure of multiple arrays distribution.