Crystal pasting disc scrubbing assembly line equipment

Abstract

The invention relates to crystal pasting disc scrubbing assembly line equipment. The device comprises a crystal pasting disc upper surface scrubbing device and a crystal pasting disc lower surface scrubbing device; the crystal pasting disc upper surface brushing device comprises a crystal pasting disc upper surface brushing assembly and a first power transmission device. The crystal pasting disc upper surface brushing assembly comprises a first conveying mechanism, an upper pressing roller mechanism and an upper brushing roller mechanism. The crystal pasting disc lower surface brushing device comprises a crystal pasting disc lower surface brushing assembly and a second power transmission device. The crystal pasting disc lower surface brushing assembly comprises a second conveying mechanism, a lower pressing roller mechanism and a lower brushing roller mechanism. Wherein the crystal pasting disc upper surface scrubbing device and the crystal pasting disc lower surface scrubbing device are arranged in an end-to-end connection mode. The crystal pasting disc cleaning device has the advantages that the crystal pasting disc cleaning speed is high, the crystal pasting disc cleaning quality is good, and the phenomenon of missing cleaning is avoided when the crystal pasting disc is cleaned.

Description

Technical Field

[0001] The invention relates to the field of crystal product processing, in particular to a crystal pasting disc brushing assembly line equipment. Background Art

[0002] After the crystal pasting disc is processed by grinding and polishing in the early stage, there are oil stains, dirt, debris, etc. on the surface of the disc with crystal pasted, which will seriously affect the quality of crystal products during plating. Therefore, it is necessary to clean it. Only after cleaning can plating be carried out. At present, the cleaning work of crystal pasting disc is carried out by using a crystal pasting disc brushing machine. The existing crystal pasting disc brushing machine is composed of a belt wheel transmission mechanism and a brush roller. The brush roller is arranged above the conveyor belt of the belt wheel transmission mechanism. When working, the brush roller is placed on the circumference of the brush roller. The linear speed is greater than the linear speed of the conveyor belt. When the soft crystal pasting disc enters the workstation between the brush roller and the conveyor belt, the crystal pasting disc will slip on the conveyor belt and the front and rear crystal pasting discs will overlap, making it easy for the crystal pasting disc to be missed. In addition, the existing crystal pasting disc brushing machine can only brush one side of the crystal pasting disc during the brushing operation. When brushing both sides of the crystal pasting disc, the crystal pasting disc needs to be manually turned over, and the brushing efficiency of the crystal pasting disc is low. Summary of the invention

[0003] In view of the disadvantages that the existing crystal pasting disc brushing machine may cause the crystal pasting disc to slip on the conveyor belt and the front and rear crystal pasting discs to overlap when cleaning the soft crystal pasting discs, which makes the crystal pasting discs easily missed, the purpose of the present invention is to provide a crystal pasting disc brushing line equipment with simple process, high crystal pasting disc cleaning efficiency and no missed cleaning phenomenon.

[0004] The technical scheme adopted by the purpose of the present invention is achieved in the following way: a crystal pasting disc brushing assembly line equipment, the crystal pasting disc brushing assembly line equipment includes one or more crystal pasting disc upper surface brushing devices and one or more crystal pasting disc lower surface brushing devices; the crystal pasting disc upper surface brushing device includes a frame, a crystal pasting disc upper surface brushing assembly and a power transmission device, the crystal pasting disc upper surface brushing assembly includes a conveying mechanism, an upper pressure roller mechanism and an upper brush roller mechanism, the upper pressure roller mechanism and the upper brush roller mechanism are both arranged on the top surface of the conveying mechanism, when working, in the crystal pasting disc upper surface brushing device, the linear speed of the upper pressure roller of the upper pressure roller mechanism at the contact point with the crystal pasting disc is less than the linear speed of the upper brush roller of the upper brush roller mechanism at the contact point with the crystal pasting disc; the crystal pasting disc lower surface brushing device includes a frame, a crystal pasting disc lower surface brushing assembly and a power transmission device, the The lower surface brushing assembly of the crystal pasting disc comprises a second conveying mechanism, a lower pressure roller mechanism and a lower brush roller mechanism, wherein the lower pressure roller mechanism and the lower brush roller mechanism are both arranged on the bottom surface of the second conveying mechanism, and when working, in the lower surface brushing device of the crystal pasting disc, the linear speed of the lower pressure roller of the lower pressure roller mechanism at the contacting position with the crystal pasting disc is less than the linear speed of the lower brush roller of the lower brush roller mechanism at the contacting position with the crystal pasting disc; wherein, in a set of the crystal pasting disc brushing assembly line equipment, at least one upper surface brushing device of the crystal pasting disc and one lower surface brushing device of the crystal pasting disc are included, and the upper surface brushing device of the crystal pasting disc and the lower surface brushing device of the crystal pasting disc are arranged head to tail, that is, the tail of the upper surface brushing device of the crystal pasting disc is connected to the head of the lower surface brushing device of the crystal pasting disc, or the tail of the lower surface brushing device of the crystal pasting disc is connected to the head of the upper surface brushing device of the crystal pasting disc.

[0005] Further, the upper pressure roller mechanism in the upper surface brushing assembly of the crystal pasting disc includes two-level and above upper pressure rollers, and the upper brush roller mechanism in the upper surface brushing assembly of the crystal pasting disc includes two-level and above upper brush rollers, wherein the upper pressure rollers of the same level in the upper surface brushing assembly of the crystal pasting disc are arranged at the front side of the upper brush rollers of the same level, that is, the first-level upper pressure roller is arranged at the front side of the first-level upper brush roller, and the position sequence between the upper pressure rollers of the following levels and the upper brush rollers of the following levels is similar;

[0006] Further, the transmission mechanism 1 in the crystal sticking disc upper surface brushing assembly adopts a belt wheel transmission mechanism 1, the belt wheel transmission mechanism 1 comprises a driving wheel 1, a driven wheel 1 and a conveyor belt 1, the driving wheel 1 and the driven wheel 1 are installed on the frame 1, the driving wheel 1 is arranged at the tail of the belt wheel transmission mechanism 1, the driven wheel 1 is arranged at the head of the belt wheel transmission mechanism 1, and the conveyor belt 1 is tightly sleeved on the driving wheel 1 and the driven wheel 1;

[0007] Furthermore, the upper pressure rollers of each level of the upper pressure roller mechanism and the upper brush rollers of each level of the upper brush roller mechanism in the upper surface brushing assembly of the crystal adhesive disc are arranged on the top surface of the upper belt of the conveyor belt of the belt wheel conveyor mechanism;

[0008] Furthermore, a lower roller mechanism is provided between the upper belt and the lower belt of the conveyor belt of the belt conveyor mechanism, and the lower roller mechanism includes two or more lower rollers, and the outer diameter of each lower roller is smaller than the distance between the upper belt and the lower belt of the conveyor belt of the belt conveyor mechanism, and the lower rollers of each level are against the bottom surface of the upper belt of the conveyor belt of the belt conveyor mechanism;

[0009] Furthermore, a convex rib is provided in the middle of the outer peripheral surface of the conveyor belt, and an annular groove is provided on each level of the upper pressure roller to match the convex rib on the conveyor belt;

[0010] Furthermore, a water pipe is provided in the upper surface brushing assembly of the crystal adhesive disc, the water pipe is arranged above the upper pressure roller mechanism and the upper brush roller mechanism, and a water spray nozzle is provided on the water pipe.

[0011] Furthermore, the power transmission device 1 in the crystal adhesive disc upper surface brushing device adopts a gear transmission device 1, and the gear transmission device 1 includes a gear transmission mechanism 1 and a gear transmission mechanism 2. The gear transmission mechanism 1 is connected to the pulley transmission mechanism 1, and the gear transmission mechanism 2 is connected to the upper brush rollers of each level in the upper brush roller mechanism.

[0012] Further, the lower pressure roller mechanism in the lower surface brushing assembly of the crystal pasting disc includes lower pressure rollers of two levels and above, and the lower brush roller mechanism in the lower surface brushing assembly of the crystal pasting disc includes lower brush rollers of two levels and above, wherein the lower pressure rollers of the same level in the lower surface brushing assembly of the crystal pasting disc are arranged at the front side of the lower brush rollers of the same level, that is, the first-level lower pressure roller is arranged at the front side of the first-level lower brush roller, and the position order between the lower pressure rollers of the following levels and the lower brush rollers of the following levels is similar;

[0013] Further, the second transmission mechanism in the lower surface brushing assembly of the crystal pasting disc adopts a second belt-pulled transmission mechanism, the second belt-pulled transmission mechanism comprises a second driving wheel, a second driven wheel, and a second conveyor belt, the second driving wheel and the second driven wheel are installed on the second frame, the second driving wheel is arranged at the head of the second belt-pulled transmission mechanism, the second driven wheel is arranged at the tail of the second belt-pulled transmission mechanism, and the second conveyor belt is tensioned on the second driving wheel and the second driven wheel;

[0014] Furthermore, the lower pressure roller and the lower brush roller in the lower surface brushing assembly of the crystal sticking disc are both arranged on the lower belt bottom surface of the conveyor belt 2 of the belt pulley conveying mechanism 2;

[0015] Furthermore, an upper roller mechanism is provided between the upper belt and the lower belt of the conveyor belt 2 of the belt-pulley conveyor mechanism 2, and the upper roller mechanism includes two or more upper rollers, and the outer diameter of each level of upper rollers is smaller than the distance between the upper belt and the lower belt of the conveyor belt 2 of the belt-pulley conveyor mechanism 2, and the upper rollers of each level are provided on the top surface of the lower belt of the conveyor belt 2 of the belt-pulley conveyor mechanism 2;

[0016] Furthermore, a convex rib is provided in the middle of the outer peripheral surface of the second conveyor belt, and an annular groove is provided on each level of the lower pressure roller to match the convex rib on the second conveyor belt;

[0017] Furthermore, a second water pipe is provided in the lower surface brushing assembly of the crystal adhesive disc, the second water pipe is arranged below the lower pressure roller mechanism and the lower brush roller mechanism, and a second water spray nozzle is provided on the second water pipe.

[0018] Furthermore, the head of the brush assembly for cleaning the lower surface of the crystal sticking disc is provided with a conveying device;

[0019] Further, the conveying device adopts a belt wheel transmission structure, and the conveying device includes a driving wheel three, a driven wheel three and a conveyor belt three, the driving wheel three and the driven wheel three are installed on the frame two, the driving wheel three is arranged at the tail of the conveying device, the driven wheel three is arranged at the head of the conveying device, and the conveyor belt three is tensioned on the driving wheel three and the driven wheel three;

[0020] Furthermore, two convex ribs three are provided in the middle of the outer peripheral surface of the conveyor belt three.

[0021] Furthermore, the power transmission device 2 in the crystal adhesive disc lower surface brushing device adopts a gear transmission device 2, and the gear transmission device 2 includes a gear transmission mechanism 3 and a gear transmission mechanism 4. The two output ends of the gear transmission mechanism 3 are respectively connected to the pulley transmission mechanism 2 and the transmission device, and the gear transmission mechanism 4 is connected to the lower brush rollers of each level in the lower brush roller mechanism.

[0022] The crystal pasting disc brushing assembly line equipment of the present invention has the characteristics of fast crystal pasting disc cleaning speed, good crystal pasting disc cleaning quality and no crystal pasting disc leakage during cleaning. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 This is a structural schematic diagram of a crystal pasted disc scrubbing assembly line device according to Example 1 of the present invention.

[0024] Figure 2 This is a three-dimensional diagram of a crystal pasting disc scrubbing assembly line device according to Example 1 of the present invention.

[0025] Figure 3 Schematic diagram of the structure of the gear transmission device 1 in Example 1 of the present invention.

[0026] Figure 4 It is a schematic diagram of the structure of the gear transmission device 2 in Example 1 of the present invention.

[0027] Figure 5 It is a structural schematic diagram of the disc scrubbing assembly line mechanism in Example 1 of the present invention.

[0028] Figure 6 It is a structural schematic diagram of the disc scrubbing assembly line mechanism in Example 2 of the present invention.

[0029] Figure 7 This is a structural schematic diagram of a crystal pasting disc scrubbing assembly line device according to Example 3 of the present invention.

[0030] Figure 8 This is a three-dimensional diagram of a crystal pasting disc scrubbing assembly line device according to Example 3 of the present invention.

[0031] Fig. 9 This is a schematic diagram of the structure of the disk scrubbing assembly line mechanism in Example 3 of the present invention.

[0032] In the attached Figure 1 To Attachment Fig. 9In the figure, 1 indicates a brushing device for the upper surface of a crystal pasting disk; 2 indicates a frame 1; 2a indicates a side plate 1 of the frame; 2b indicates a side plate 2 of the frame; 3 indicates a brushing assembly for the upper surface of a crystal pasting disk; 4 indicates a pulley transmission mechanism 1; 4a indicates a driving wheel 1; 4b indicates a driven wheel 1; 4c indicates a conveyor belt 1; 4c1 indicates a convex rib 1; 5 indicates a lower roller mechanism; 501 indicates a first-stage lower roller; 502 indicates a second-stage lower roller; 503 indicates a third-stage lower roller; 504 indicates a fourth-stage lower roller; 6 indicates an upper pressure roller mechanism; 601 indicates a first-stage upper pressure roller; 602 indicates a second-stage upper pressure roller; 603 indicates a third-stage upper pressure roller; 6a indicates an annular groove 1; 7 indicates an upper brush roller mechanism; 701 indicates a first-stage upper brush roller; 70 2 represents the second-stage upper brush roller; 703 represents the third-stage upper brush roller; 8 represents a water pipe; 8a represents a water nozzle; 9 represents a gear transmission device; 9a represents an outer side wall of a gear transmission device; 9a1 represents an axis hole; 9a2 represents an axis hole; 9a3 represents an axis hole; 9a4 represents an axis hole; 9a5 represents an axis hole; 9a6 represents an axis hole; 9a7 represents a pulley power input port; 9a8 represents an upper brush roller power input port; 9b represents an inner side wall of a gear transmission device; 9b1 represents an axis hole; 9b2 represents an axis hole; 9b3 represents an axis hole; 9b4 represents an axis hole; 9b5 represents an axis hole; 9b6 represents an axis hole; 9c represents a gear transmission device; 9c1 represents a gear; 9c2 represents a gear; 9 d indicates the second gear transmission mechanism; 9d1 indicates the third gear; 9d2 indicates the fourth gear; 9d3 indicates the fifth gear; 9d4 indicates the sixth gear; 9d5 indicates the seventh gear; 9d6 indicates the eighth gear; 10 indicates the lower surface brushing device of the crystal pasting disc; 11 indicates the second frame; 11a indicates the first side plate of the second frame; 11b indicates the second side plate of the second frame; 12 indicates the lower surface brushing assembly of the crystal pasting disc; 13 indicates the second pulley transmission mechanism; 13a indicates the second driving wheel; 13b indicates the second driven wheel; 13c indicates the second conveyor belt; 13c1 indicates the second convex rib; 14 indicates the upper roller mechanism; 1401 indicates the first-stage upper roller; 1402 indicates the second-stage upper roller; 1403 indicates the third-stage upper roller; 15 indicates the lower pressure roller mechanism; 150 1 represents the first-stage lower pressure roller; 1502 represents the second-stage lower pressure roller; 1503 represents the third-stage lower pressure roller; 15a represents the second annular groove; 16 represents the lower brush roller mechanism; 1601 represents the first-stage lower brush roller; 1602 represents the second-stage lower brush roller; 1603 represents the third-stage lower brush roller; 17 represents the second water pipe; 17a represents the second water nozzle; 18 represents the second gear transmission device; 18a represents the outer side wall of the second gear transmission device; 18a1 represents the thirteenth shaft hole; 18a2 represents the fourteenth shaft hole; 18a3 represents the fifteenth shaft hole; 18a4 represents the sixteenth shaft hole; 18a5 represents the seventeenth shaft hole; 18a6 represents the eighteenth shaft hole; 18a7 represents the nineteenth shaft hole; 18a8 represents the second pulley power input port; 18a9 ​​represents the power input port of the lower brush roller;18b represents the inner wall of the second gear transmission device; 18b1 represents shaft hole 20; 18b2 represents shaft hole 21; 18b3 represents shaft hole 22; 18b4 represents shaft hole 23; 18b5 represents shaft hole 24; 18b6 represents shaft hole 25; 18b7 represents shaft hole 26; 18c represents gear transmission mechanism 3; 18c1 represents gear 9; 18c2 represents gear 10; 18c3 represents gear 11; 18d represents gear transmission mechanism 4; 18d1 represents gear 12; 18d2 represents gear 13; 18d3 represents gear 14; 18d4 represents gear 15; 18d5 represents gear 16; 18d6 represents gear 17; 19 represents transmission device; 19a represents driving wheel 3; 19b represents driven wheel 3; 19c represents conveyor belt 3; 19c1 represents convex rib 3; 20 represents crystal adhesive disc. ; DETAILED DESCRIPTION

[0033] The present invention will be further described in detail with reference to the embodiments given in the accompanying drawings:

[0034] Example 1

[0035] See attached Figure 1 To Attachment Figure 5 A crystal pasting disc brushing assembly line equipment, the crystal pasting disc brushing assembly line equipment comprises a crystal pasting disc upper surface brushing device 1 and a crystal pasting disc lower surface brushing device 10, the crystal pasting disc upper surface brushing device 1 is in front, and the crystal pasting disc lower surface brushing device 10 is in the back, that is, the tail of the crystal pasting disc upper surface brushing device 1 is connected to the head of the crystal pasting disc lower surface brushing device 10, wherein:

[0036] The crystal pasting disc upper surface scrubbing device 1 comprises a frame 2, a crystal pasting disc upper surface scrubbing assembly 3 and a gear transmission device 9; a frame side plate 1 2a and a frame side plate 2 2b are respectively provided on both sides of the frame 2;

[0037] The crystal sticking disc upper surface brushing assembly 3 includes a belt wheel transmission mechanism 4, a lower roller mechanism 5, an upper pressure roller mechanism 6, an upper brush roller mechanism 7 and a water pipe 8; the belt wheel transmission mechanism 4 includes a driving wheel 4a, a driven wheel 4b and a conveyor belt 4c, the driving wheel 4a and the driven wheel 4b are installed on the frame 2, the driving wheel 4a is arranged at the tail of the belt wheel transmission mechanism 4, the driven wheel 4b is arranged at the head of the belt wheel transmission mechanism 4, and the conveyor belt 4c is tensioned on the driving wheel 4a and the driven wheel 4b;

[0038] The lower roller mechanism 5 comprises a first-stage lower roller 501, a second-stage lower roller 502, a third-stage lower roller 503 and a fourth-stage lower roller 504, the outer diameter of each stage of the lower roller mechanism 5 is smaller than the distance between the upper belt and the lower belt of the conveyor belt 4c of the belt wheel transmission mechanism 4, and the lower rollers of each stage of the lower roller mechanism 5 are arranged between the upper belt and the lower belt of the conveyor belt 4c of the belt wheel transmission mechanism 4, wherein the lower rollers of each stage of the lower roller mechanism 5 are against the bottom surface of the upper belt of the conveyor belt 4c of the belt wheel transmission mechanism 4;

[0039] The upper pressure roller mechanism 6 comprises a first-stage upper pressure roller 601, a second-stage upper pressure roller 602 and a third-stage upper pressure roller 603, the upper brush roller mechanism 7 comprises a first-stage upper brush roller 701, a second-stage upper brush roller 702 and a third-stage upper brush roller 703, the upper pressure rollers of each stage of the upper pressure roller mechanism 6 and the upper brush rollers of each stage of the upper brush roller mechanism 7 are arranged on the top surface of the upper belt of the conveyor belt 4c of the pulley conveying mechanism 4, wherein the first-stage upper pressure roller 601 is arranged at the front side of the first-stage upper brush roller 701, the second-stage upper pressure roller 602 is arranged at the front side of the second-stage upper brush roller 702, and the third-stage upper pressure roller 603 is arranged at the front side of the third-stage upper brush roller 703; the water pipe 8 is arranged above the upper pressure roller mechanism 6 and the upper brush roller mechanism 7, and a water nozzle 8a is provided on the water pipe 8;

[0040] The gear transmission device 1 9 includes an outer wall 9a of the gear transmission device 1, an inner wall 9b of the gear transmission device 1, a gear transmission mechanism 1 9c and a gear transmission mechanism 2 9d. The outer wall 9a of the gear transmission device 1 is provided with a pulley power input port 1 9a7 and an upper brush roller power input port 9a8, as well as an axis hole 1 9a1, an axis hole 2 9a2, an axis hole 3 9a3, an axis hole 4 9a4, an axis hole 5 9a5 and an axis hole 6 9a6. The inner wall 9b of the gear transmission device 1 is provided with an axis hole 7b1, an axis hole 8 9b2, an axis hole 9b3, an axis hole 10 9b4, an axis hole 11 9b5 and an axis hole 12 9b6. The gear transmission mechanism 1 9c includes a gear 1 9c1 and a gear 2 9c2. The gear transmission mechanism 2 9d includes a gear 3 9d1, a gear 4 9d2, a gear 5 9d3, a gear 6 9d4, a gear 7 9d5 and a gear 8 9d6.

[0041] In the gear transmission mechanism 1 9c, the gear 1 9c1 meshes with the gear 2 9c2, the gear 1 9c1 is a driving gear, the gear 1 9c1 is mounted on a power input shaft that provides power for the pulley transmission mechanism 1 4, the gear 1 9c1 matches with the pulley power input port 1 9a7, the gear 1 9c1 enters the gear transmission device 1 9 through the pulley power input port 1 9a7; the two ends of the gear shaft of the gear 2 9c2 respectively match with the shaft hole 6 9a6 on the outer wall 9a of the gear transmission device 1 and the shaft hole 12 9b6 on the inner wall 9b of the gear transmission device 1, the gear shaft of the gear 2 9c2 is connected to the rotating shaft of the driving wheel 1 4a in the pulley transmission mechanism 1 4;

[0042] In the gear transmission mechanism 2 9d, the gear 3 9d1 is meshed with the gear 4 9d2, the gear 4 9d2 is meshed with the gear 5 9d3 and the gear 8 9d6 respectively, the gear 5 9d3 is meshed with the gear 6 9d4, the gear 6 9d4 is meshed with the gear 7 9d5, wherein the gear 3 9d1 is a driving gear, the gear 4 9d2 and the gear 6 9d4 are bridge gears; the gear 3 9d1 is installed on the power supply for providing power to the upper brush roller mechanism 7 On the input shaft, the gear three 9d1 cooperates with the upper brush roller power input port 9a8, and the gear three 9d1 enters the gear transmission device one 9 through the upper brush roller power input port 9a8; the two ends of the gear shaft of the gear four 9d2 respectively cooperate with the shaft hole four 9a4 on the outer wall 9a of the gear transmission device one and the shaft hole ten 9b4 on the inner wall 9b of the gear transmission device one; the two ends of the gear shaft of the gear five 9d3 respectively cooperate with the shaft hole three 9a4 on the outer wall 9a of the gear transmission device one a3 and the shaft hole nine 9b3 on the inner side wall 9b of the gear transmission device, the gear shaft of the gear five 9d3 is connected to the shaft of the second-stage upper brush roller 702 in the upper brush roller mechanism 7; the two ends of the gear shaft of the gear six 9d4 are respectively matched with the shaft hole two 9a2 on the outer side wall 9a of the gear transmission device and the shaft hole eight 9b2 on the inner side wall 9b of the gear transmission device; the two ends of the gear shaft of the gear seven 9d5 are respectively matched with the shaft hole one 9a2 on the outer side wall 9a of the gear transmission device 1 and the shaft hole seven 9b1 on the inner side wall 9b of the gear transmission device, the gear shaft of the gear seven 9d5 is connected to the shaft of the first-stage upper brush roller 701 in the upper brush roller mechanism 7; the two ends of the gear shaft of the gear eight 9d6 are respectively matched with the shaft hole five 9a5 on the outer side wall 9a of the gear transmission device and the shaft hole eleven 9b5 on the inner side wall 9b of the gear transmission device, and the gear shaft of the gear eight 9d6 is connected to the shaft of the third-stage upper brush roller 703 in the upper brush roller mechanism 7.

[0043] The crystal pasting disc bottom surface scrubbing device 10 comprises a frame 11, a crystal pasting disc bottom surface scrubbing assembly 12 and a gear transmission device 18, and frame 11 side plates 11a and 11b are provided on both sides of the frame 11 respectively;

[0044] The crystal sticking disc lower surface brushing assembly 12 includes a belt wheel transmission mechanism 13, an upper roller mechanism 14, a lower pressure roller mechanism 15, a lower brush roller mechanism 16, a water pipe 17 and a transmission device 19; the belt wheel transmission mechanism 13 includes a driving wheel 13a, a driven wheel 13b and a conveyor belt 13c, the driving wheel 13a and the driven wheel 13b are installed on the frame 11, the driving wheel 13a is arranged at the head of the belt wheel transmission mechanism 13, the driven wheel 13b is arranged at the tail of the belt wheel transmission mechanism 13, and the conveyor belt 13c is tensioned on the driving wheel 13a and the driven wheel 13b;

[0045] The upper roller mechanism 14 comprises a first-stage upper roller 1401, a second-stage upper roller 1402 and a third-stage upper roller 1403. The outer diameter of each stage of the upper roller mechanism 14 is smaller than the distance between the upper belt and the lower belt of the conveyor belt 13c of the belt-wheel transmission mechanism 13. The upper rollers of each stage of the upper roller mechanism 14 are arranged between the upper belt and the lower belt of the conveyor belt 13c of the belt-wheel transmission mechanism 13. The upper rollers of each stage of the upper roller mechanism 14 are arranged on the top surface of the lower belt of the conveyor belt 13c of the belt-wheel transmission mechanism 13.

[0046] The lower pressure roller mechanism 15 comprises a first-stage lower pressure roller 1501, a second-stage lower pressure roller 1502 and a third-stage lower pressure roller 1503, and the lower brush roller mechanism 16 comprises a first-stage lower brush roller 1601, a second-stage lower brush roller 1602 and a third-stage lower brush roller 1603. The lower pressure rollers of each stage of the lower pressure roller mechanism 15 and the lower brush rollers of each stage of the lower brush roller mechanism 16 are arranged on the bottom surface of the lower belt of the conveyor belt 13c of the belt conveyor mechanism 13, wherein the first-stage lower pressure roller 1501 is arranged at the front side of the first-stage lower brush roller 1601, the second-stage lower pressure roller 1502 is arranged at the front side of the second-stage lower brush roller 1602, and the third-stage lower pressure roller 1503 is arranged at the front side of the third-stage lower brush roller 1603;

[0047] The second water pipe 17 is disposed below the lower pressure roller mechanism 15 and the lower brush roller mechanism 16, and the second water pipe 17 is provided with a second water spray nozzle 17a;

[0048] The conveying device 19 is arranged at the front side of the belt wheel conveying mechanism 2 13. The conveying device 19 adopts a belt wheel conveying structure. The conveying device 19 includes a driving wheel 3 19a, a driven wheel 3 19b and a conveying belt 3 19c. The driving wheel 3 19a and the driven wheel 3 19b are installed on the frame 2 11. The driving wheel 3 19a is arranged at the tail of the conveying device 19, and the driven wheel 3 19b is arranged at the head of the conveying device 19. The conveying belt 3 19c is tensioned on the driving wheel 3 19a and the driven wheel 3 19b.

[0049] The gear transmission device 2 18 comprises an outer wall 18a of the gear transmission device 2, an inner wall 18b of the gear transmission device 2, a gear transmission mechanism 3 18c and a gear transmission mechanism 4 18d. A pulley power input port 2 18a8 and a lower brush roller power input port 18a9 ​​as well as an axis hole 13a1, an axis hole 14a2, an axis hole 15a3, an axis hole 16a4, an axis hole 17a5, an axis hole 18a6 and an axis hole 19a7 are arranged on the outer wall 18a of the gear transmission device 2. The side wall 18b is provided with an axis hole 20 18b1, an axis hole 21 18b2, an axis hole 22 18b3, an axis hole 23 18b4, an axis hole 24 18b5, an axis hole 25 18b6 and an axis hole 26 18b7. The gear transmission mechanism 3 18c includes a gear 9 18c1, a gear 10 18c2 and a gear 11 18c3. The gear transmission mechanism 4 18d includes a gear 12 18d1, a gear 13 18d2, a gear 14 18d3, a gear 15 18d4, a gear 16 18d5 and a gear 17 18d6.

[0050] In the gear transmission mechanism three 18c, the gear nine 18c1 is meshed with the gear ten 18c2, the gear ten 18c2 is meshed with the gear eleven 18c3, the gear nine 18c1 is a driving gear, the gear nine 18c1 is mounted on a power input shaft that provides power for the pulley transmission mechanism two 13, the gear nine 18c1 is matched with the pulley power input port two 18a8, the gear nine 18c1 enters the gear transmission device two 18 through the pulley power input port two 18a8; the two ends of the gear shaft of the gear ten 18c2 are respectively connected to the outer wall of the gear transmission device two The shaft hole 14 18a2 on the gear transmission device 18a matches with the shaft hole 21 18b2 on the inner side wall 18b of the gear transmission device 2, and the gear shaft of the gear 10 18c2 is connected to the rotating shaft of the driving wheel 2 13a in the belt pulley transmission mechanism 2 13; the two ends of the gear shaft of the gear 11 18c3 respectively match with the shaft hole 13a1 on the outer side wall 18a of the gear transmission device 2 and the shaft hole 20 18b1 on the inner side wall 18b of the gear transmission device 2, and the gear shaft of the gear 11 18c3 is connected to the rotating shaft of the driving wheel 3 19a in the transmission device 19 adopting the belt pulley transmission structure;

[0051] In the gear transmission mechanism 18d, the gear 12 18d1 is meshed with the gear 13 18d2, the gear 13 18d2 is meshed with the gear 14 18d3 and the gear 17 18d6 respectively, the gear 14 18d3 is meshed with the gear 15 18d4, the gear 15 18d4 is meshed with the gear 16 18d5, wherein the gear 12 18d1 is a driving gear, the gear 13 18d2 and the gear 15 18d4 are bridge gears; the gear 12 18d1 is installed to provide power for the lower brush roller mechanism 16 The gear 12 18d1 is matched with the power input port 18a9 ​​of the lower brush roller, and the gear 12 18d1 enters the gear transmission device 2 18 through the power input port 18a9 ​​of the lower brush roller; the two ends of the gear shaft of the gear 13 18d2 are respectively matched with the shaft hole 18a6 on the outer side wall 18a of the gear transmission device 2 and the shaft hole 25 18b6 on the inner side wall 18b of the gear transmission device 2; the two ends of the gear shaft of the gear 14 18d3 are respectively matched with the shaft hole 10 on the outer side wall 18a of the gear transmission device 2 The gear shaft of the gear 14 18d3 is connected to the shaft of the second-stage lower brush roller 1602 in the lower brush roller mechanism 16; the two ends of the gear shaft of the gear 15 18d4 are respectively matched with the shaft hole 16a4 on the second outer wall 18a of the gear transmission device and the shaft hole 23 18b4 on the second inner wall 18b of the gear transmission device; the two ends of the gear shaft of the gear 16 18d5 are respectively matched with the shaft hole 15 on the second outer wall 18a of the gear transmission device. 18a3 cooperates with the shaft hole twenty-two 18b3 on the second inner wall 18b of the gear transmission device, and the gear shaft of the gear sixteen 18d5 is connected to the shaft of the first-stage lower brush roller 1601 in the lower brush roller mechanism 16; the two ends of the gear shaft of the gear seventeen 18d6 respectively cooperate with the shaft hole nineteen 18a7 on the second outer wall 18a of the gear transmission device and the shaft hole twenty-six 18b7 on the second inner wall 18b of the gear transmission device, and the gear shaft of the gear seventeen 18d6 is connected to the shaft of the third-stage lower brush roller 1603 in the lower brush roller mechanism 16.

[0052] When a crystal pasting disc brushing assembly line device of the present invention is working, in the crystal pasting disc upper surface brushing device 1, the linear speed of the upper pressure roller of the upper pressure roller mechanism 6 at the contact with the crystal pasting disc 20 is less than the linear speed of the upper brush roller of the upper brush roller mechanism 7 at the contact with the crystal pasting disc 20, that is, the linear speed of the first-stage upper pressure roller 601 of the upper pressure roller mechanism 6 at the contact with the crystal pasting disc 20 is less than the linear speed of the first-stage upper brush roller 701 of the upper brush roller mechanism 7 at the contact with the crystal pasting disc 20; the linear speed of the second-stage upper pressure roller 602 of the upper pressure roller mechanism 6 at the contact with the crystal pasting disc 20 is less than the linear speed of the second-stage upper brush roller 702 of the upper brush roller mechanism 7 at the contact with the crystal pasting disc 20; the linear speed of the third-stage upper pressure roller 603 of the upper pressure roller mechanism 6 at the contact with the crystal pasting disc 20 is less than the linear speed of the third-stage upper brush roller 703 of the upper brush roller mechanism 7 at the contact with the crystal pasting disc 20. The linear speed of the lower surface of the crystal pasting disc is less than the linear speed of the lower brush roller of the lower brush roller mechanism 16 at the contact with the crystal pasting disc 20, that is, the linear speed of the first-stage lower pressure roller 1501 of the lower pressure roller mechanism 15 at the contact with the crystal pasting disc 20 is less than the linear speed of the first-stage lower brush roller 1601 of the lower brush roller mechanism 16 at the contact with the crystal pasting disc 20; the linear speed of the second-stage lower pressure roller 1502 of the lower pressure roller mechanism 15 at the contact with the crystal pasting disc 20 is less than the linear speed of the second-stage lower brush roller 1602 of the lower brush roller mechanism 16 at the contact with the crystal pasting disc 20; the linear speed of the third-stage lower pressure roller 1503 of the lower pressure roller mechanism 15 at the contact with the crystal pasting disc 20 is less than the linear speed of the third-stage lower brush roller 1603 of the lower brush roller mechanism 16 at the contact with the crystal pasting disc 20.

[0053] The working process of cleaning and scrubbing a crystal pasting disc using a crystal pasting disc scrubbing assembly line device according to the first embodiment of the present invention is as follows:

[0054] The soft crystal pasting disc 20 pasted with crystal is placed on the conveyor belt 4c of the belt conveyor mechanism 4 of the crystal pasting disc upper surface brushing device 1. At this time, the lower surface of the crystal pasting disc 20 is connected with the conveyor belt 4c; the crystal pasting disc 20 is sent into the crystal pasting disc upper surface brushing working section (hereinafter referred to as the upper surface brushing working section) composed of the lower roller mechanism 5, the upper pressure roller mechanism 6, the upper brush roller mechanism 7 and the water pipe 8 in the crystal pasting disc upper surface brushing device 1 through the conveyor belt 4c; when the crystal pasting disc 20 is brushed in the upper surface brushing working section, the first-stage upper brush roller 701 and the second-stage upper brush roller 70 of the upper brush roller mechanism 7 are 2 and the third-stage upper brush roller 703 roll and brush the upper surface of the crystal pasting disc 20 in a fast rotating manner; at the same time, the crystal pasting disc 20 is pressed by the first-stage upper pressure roller 601, the second-stage upper pressure roller 602 and the third-stage upper pressure roller 603 of the upper pressure roller mechanism 6 and the conveyor belt 4c at the linear speed of the conveyor belt 4c, wherein the linear speed of the conveyor belt 4c is less than the linear speed of the upper brush rollers of each stage of the upper brush roller mechanism 7 at the contact point with the crystal pasting disc 20; while the upper brush rollers of each stage of the upper brush roller mechanism 7 roll and brush the upper surface of the crystal pasting disc 20, the water nozzle 8a on the water pipe 8 washes the upper surface of the crystal pasting disc 20.

[0055] The crystal pasting disc 20 whose upper surface is cleaned and scrubbed by the crystal pasting disc upper surface scrubbing device 1 is sent into the crystal pasting disc lower surface scrubbing working section (hereinafter referred to as the lower surface scrubbing working section) composed of the conveyor belt 2 13c of the belt wheel conveying mechanism 2 13, the upper roller mechanism 14, the lower pressure roller mechanism 15, the lower brush roller mechanism 16 and the water pipe 2 17 in the crystal pasting disc lower surface scrubbing device 10 through the conveyor belt 3 19c of the conveyor device 19 of the crystal pasting disc lower surface scrubbing device 10. At this time, the upper surface of the crystal pasting disc 20 is connected to the conveyor belt 2 13c; when the crystal pasting disc 20 is scrubbed in the lower surface scrubbing working section, the first-stage lower brush roller 1601 and the second-stage lower brush roller mechanism 16 are connected. The lower brush roller 1602 and the third-stage lower brush roller 1603 also roll and brush the crystal pasting disc 20 in a fast rotating manner. At the same time, the crystal pasting disc 20 is pressed by the first-stage lower pressure roller 1501, the second-stage lower pressure roller 1502 and the third-stage lower pressure roller 1503 of the lower pressure roller mechanism 15 and the conveyor belt 2 13c at the linear speed of the conveyor belt 2 13c, wherein the linear speed of the conveyor belt 2 13c is less than the linear speed of the lower brush rollers of each stage of the lower brush roller mechanism 16 at the contact point with the crystal pasting disc 20; while the lower brush rollers of each stage of the lower brush roller mechanism 16 roll and brush the lower surface of the crystal pasting disc 20, the water nozzle 2 17a on the water pipe 2 17 rinses the lower surface of the crystal pasting disc 20.

[0056] After the lower surface of the crystal pasting disc 20 is cleaned and scrubbed by the crystal pasting disc lower surface scrubbing device 10, the cleaning and scrubbing work on both sides of the crystal pasting disc is completed.

[0057] Example 2

[0058] Refer to the attached Figure 1 To Attachment Figure 4 And attached Figure 6 , a crystal pasting disc brushing assembly line device, the structure of the crystal pasting disc brushing assembly line device is similar to that of embodiment 1, and also includes a crystal pasting disc upper surface brushing device 1 and a crystal pasting disc lower surface brushing device 10, the crystal pasting disc upper surface brushing device 1 is in front, and the crystal pasting disc lower surface brushing device 10 is in the back, that is, the tail of the crystal pasting disc upper surface brushing device 1 is connected to the head of the crystal pasting disc lower surface brushing device 10, and the difference is that:

[0059] A convex rib 4c1 is provided in the middle of the outer peripheral surface of a conveyor belt 4c of a belt wheel conveying mechanism 4 in the upper surface brushing device 1 for crystal pasting disks, and an annular groove 6a matching with the convex rib 4c1 on the conveyor belt 4c is provided in the middle of the first-stage upper pressing roller 601, the second-stage upper pressing roller 602 and the third-stage upper pressing roller 603 of the upper pressing roller mechanism 6;

[0060] A convex rib 13c1 is provided in the middle of the outer peripheral surface of the conveyor belt 13c of the belt wheel conveying mechanism 13 in the crystal pasting disc bottom surface brushing device 10, and an annular groove 15a matching with the convex rib 13c1 on the conveyor belt 13c is provided in the middle of the first stage lower pressing roller 1501, the second stage lower pressing roller 1502 and the third stage lower pressing roller 1503 of the lower pressing roller mechanism 15;

[0061] Two convex ribs 19c1 are provided in the middle of the outer peripheral surface of the conveyor belt 19c in the conveyor 19;

[0062] The rest of the structure of the crystal pasted disc scrubbing assembly line equipment in the second embodiment is the same as that in the first embodiment.

[0063] The working process of cleaning and scrubbing a crystal pasting disc using a crystal pasting disc scrubbing assembly line device according to the second embodiment of the present invention is as follows:

[0064] The crystal pasting disc 20 with a soft crystal flat plate is placed on the conveyor belt 4c of the pulley conveying mechanism 4 of the crystal pasting disc upper surface brushing device 1. At this time, the lower surface of the crystal pasting disc 20 is connected with the conveyor belt 4c; the crystal pasting disc 20 is sent into the crystal pasting disc upper surface brushing working section (hereinafter referred to as the upper surface brushing working section) composed of the lower roller mechanism 5, the upper pressure roller mechanism 6, the upper brush roller mechanism 7 and the water pipe 8 in the crystal pasting disc upper surface brushing device 1 through the conveyor belt 4c for roller brush cleaning treatment. The upper surface brushing working section is divided into three levels, namely the first level upper surface roller brush cleaning section, the second level upper surface roller brush cleaning section and the third level upper surface roller brush cleaning section, wherein the first level upper surface roller brush cleaning section The first-level upper surface roller brush cleaning section is composed of the first-level upper pressure roller 601 of the upper pressure roller mechanism 6 and the first-level upper brush roller 701 of the upper brush roller mechanism 7; the second-level upper surface roller brush cleaning section is composed of the second-level upper pressure roller 602 of the upper pressure roller mechanism 6 and the second-level upper brush roller 702 of the upper brush roller mechanism 7; the third-level upper surface roller brush cleaning section is composed of the third-level upper pressure roller 603 of the upper pressure roller mechanism 6 and the third-level upper brush roller 703 of the upper brush roller mechanism 7; when the crystal pasting disc 20 enters the first-level upper surface roller brush cleaning section, the crystal pasting disc 20 is clamped and rolled by the first-level upper pressure roller 601 of the upper pressure roller mechanism 6 and the conveyor belt 4c, and the crystal pasting disc 20 changes from a soft flat plate shape to a stiff curved plate shape, and then the upper brush roller The first-stage upper brush roller 701 of the mechanism 7 rolls and brushes the upper surface of the crystal pasting disc 20 in a fast rotating manner, and the water nozzle 8a on the water pipe 8 rinses the upper surface of the crystal pasting disc 20; the crystal pasting disc 20 enters the second-stage upper surface rolling brush cleaning section after being rolled and cleaned by the first-stage upper surface rolling brush cleaning section, and the crystal pasting disc 20 is still kept in a straight curved plate shape after being clamped and rolled by the second-stage upper pressure roller 602 of the upper pressure roller mechanism 6 and the conveyor belt 4c, and then the second-stage upper brush roller 702 of the upper brush roller mechanism 7 rolls and brushes the upper surface of the crystal pasting disc 20 in a fast rotating manner, and the water nozzle 8a on the water pipe 8 rinses the upper surface of the crystal pasting disc 20; After the crystal pasting disc 20 is processed by the second-stage upper surface rolling brush cleaning section, it enters the third-stage upper surface rolling brush cleaning section. After being clamped and rolled by the third-stage upper pressing roller 603 of the upper pressing roller mechanism 6 and the conveyor belt 4c, the crystal pasting disc 20 still maintains a straight curved plate shape. Then, the third-stage upper brush roller 703 of the upper brush roller mechanism 7 rolls and brushes the upper surface of the crystal pasting disc 20 in a fast rotating manner, and at the same time, the water nozzle 8a on the water pipe 8 rinses the upper surface of the crystal pasting disc 20; wherein, the forward speed of the crystal pasting disc 20 is the same as the linear speed of the conveyor belt 4c, and the linear speed of the conveyor belt 4c is less than the linear speed of the upper brush rollers of each level of the upper brush roller mechanism 7 at the contact point with the crystal pasting disc 20.

[0065] The crystal pasting disc 20 whose upper surface is cleaned and brushed by the crystal pasting disc upper surface brushing device 1 is sent into the crystal pasting disc lower surface brushing working section (hereinafter referred to as the lower surface brushing working section) composed of the conveyor belt 2 13c of the belt wheel conveying mechanism 2 13, the upper roller mechanism 14, the lower pressure roller mechanism 15, the lower brush roller mechanism 16 and the water pipe 2 17 in the crystal pasting disc lower surface brushing device 10 for roller brush cleaning treatment. The lower surface brushing working section is divided into three levels, namely the first level lower surface roller brush cleaning section, the second level lower surface roller brush cleaning section and the third level lower surface roller brush cleaning section, wherein the first level lower surface The roller brush cleaning section is composed of the first-level lower pressure roller 1501 of the lower pressure roller mechanism 15 and the first-level lower brush roller 1601 of the lower brush roller mechanism 16; the second-level lower surface roller brush cleaning section is composed of the second-level lower pressure roller 1502 of the lower pressure roller mechanism 15 and the second-level lower brush roller 1602 of the lower brush roller mechanism 16; the third-level lower surface roller brush cleaning section is composed of the third-level lower pressure roller 1503 of the lower pressure roller mechanism 15 and the third-level lower brush roller 1603 of the lower brush roller mechanism 16; at this time, the upper surface of the crystal pasting disc 20 is connected to the conveyor belt 2 13c; when the crystal pasting disc 20 enters the first-level lower surface roller brush cleaning section, the crystal pasting disc 20 passes through the first-level lower pressure roller 1501 of the lower pressure roller mechanism 15 and the conveyor belt 2 13c After clamping and rolling, the crystal pasting disc 20 changes from a soft flat plate shape to a stiff curved plate shape, and then the first-stage lower brush roller 1601 of the lower brush roller mechanism 16 rolls and brushes the lower surface of the crystal pasting disc 20 in a fast rotating manner, and at the same time, the water nozzle 2 17a on the water pipe 2 17 rinses the lower surface of the crystal pasting disc 20; after the first-stage lower surface rolling brush cleaning section, the crystal pasting disc 20 enters the second-stage lower surface rolling brush cleaning section, and after the crystal pasting disc 20 is clamped and rolled by the second-stage lower pressure roller 1502 of the lower pressure roller mechanism 15 and the conveyor belt 2 13c, it still remains in a stiff curved plate shape, and then the second-stage lower brush roller 1602 of the lower brush roller mechanism 16 rolls and brushes the lower surface of the crystal pasting disc 20 in a fast rotating manner. The lower surface of the crystal pasting disc 20 is subjected to a rolling brushing treatment in a high-speed rotating manner, and the second water nozzle 17a on the second water pipe 17 rinses the lower surface of the crystal pasting disc 20; after the second-level lower surface rolling brush cleaning section is subjected to the rolling brushing cleaning treatment, the crystal pasting disc 20 enters the third-level lower surface rolling brush cleaning section. After the crystal pasting disc 20 is clamped and rolled by the third-level lower pressure roller 1503 of the lower pressure roller mechanism 15 and the second conveyor belt 13c, it still maintains a straight curved plate shape. Then, the third-level lower brush roller 1603 of the lower brush roller mechanism 16 rolls the lower surface of the crystal pasting disc 20 in a high-speed rotating manner, and the second water nozzle 17a on the second water pipe 17 rinses the lower surface of the crystal pasting disc 20;Among them, the forward speed of the crystal pasting disc 20 is the same as the linear speed of the conveyor belt 4c, and the linear speed of the conveyor belt 4c is less than the linear speed of the lower brush rollers of each level of the lower brush roller mechanism 16 at the contact point with the crystal pasting disc 20.;

[0066] After the lower surface of the crystal pasting disc 20 is cleaned and scrubbed by the crystal pasting disc lower surface scrubbing device 10, the cleaning and scrubbing work on both sides of the crystal pasting disc is completed.

[0067] Example 3

[0068] Refer to the attached Figure 7 To Attachment Fig. 9 , a crystal pasting disc brushing assembly line equipment, the crystal pasting disc brushing assembly line equipment includes a crystal pasting disc lower surface brushing device 10 and a crystal pasting disc upper surface brushing device 1, the crystal pasting disc lower surface brushing device 10 is in front, and the crystal pasting disc upper surface brushing device 1 is in the back, that is, the tail of the crystal pasting disc lower surface brushing device 10 is connected to the head of the crystal pasting disc upper surface brushing device 1, wherein: the structure of the crystal pasting disc lower surface brushing device 10 and the crystal pasting disc upper surface brushing device 1 in this embodiment 3 is the same as the structure of the crystal pasting disc lower surface brushing device 10 and the crystal pasting disc upper surface brushing device 1 in embodiment 2.

[0069] The working process of cleaning and scrubbing a crystal pasting disc using a crystal pasting disc scrubbing assembly line device according to Embodiment 3 of the present invention is as follows:

[0070] The crystal pasting disc 20 with a soft crystal texture and a flat plate shape is placed on the conveyor belt 3 19c of the conveying device 19 of the crystal pasting disc lower surface brushing device 10. At this time, the lower surface of the crystal pasting disc 20 is connected with the conveyor belt 3 19c; the crystal pasting disc 20 is sent into the crystal pasting disc lower surface brushing device 10 through the conveyor belt 3 19c, which is composed of the conveyor belt 2 13c of the belt wheel conveying mechanism 2 13, the upper roller mechanism 14, the lower pressure roller mechanism 15, the lower brush roller mechanism 16 and the water pipe 2 17, and the crystal pasting disc lower surface brushing working section (hereinafter referred to as the lower surface brushing working section) for roller brush cleaning treatment. The lower surface brushing working section is divided into three levels, namely the first level lower surface roller brush cleaning section, the second level lower surface roller brush cleaning section, and the lower surface roller brush cleaning section. The first-level lower surface roller brush cleaning section is composed of the first-level lower pressure roller 1501 of the lower pressure roller mechanism 15 and the first-level lower brush roller 1601 of the lower brush roller mechanism 16, the second-level lower surface roller brush cleaning section is composed of the second-level lower pressure roller 1502 of the lower pressure roller mechanism 15 and the second-level lower brush roller 1602 of the lower brush roller mechanism 16, and the third-level lower surface roller brush cleaning section is composed of the third-level lower pressure roller 1503 of the lower pressure roller mechanism 15 and the third-level lower brush roller 1603 of the lower brush roller mechanism 16; at this time, the upper surface of the crystal pasting disc 20 is connected to the conveyor belt 2 13c; when the crystal pasting disc 20 enters the first-level lower surface roller brush cleaning section, the crystal pasting disc 20 passes through the first-level lower pressure roller mechanism 15. After the first-stage lower pressure roller 1501 and the second conveyor belt 13c are clamped and rolled, the crystal pasting disc 20 is changed from a soft flat plate shape to a stiff curved plate shape, and then the first-stage lower brush roller 1601 of the lower brush roller mechanism 16 rolls and brushes the lower surface of the crystal pasting disc 20 in a fast rotating manner, and at the same time, the second water nozzle 17a on the second water pipe 17 washes the lower surface of the crystal pasting disc 20; after the first-stage lower surface rolling brush cleaning section is rolled and cleaned by the rolling brush, the crystal pasting disc 20 enters the second-stage lower surface rolling brush cleaning section, and after the second-stage lower pressure roller 1502 of the lower pressure roller mechanism 15 and the second conveyor belt 13c are clamped and rolled, the crystal pasting disc 20 still maintains a stiff curved plate shape, and then the second-stage lower brush roller mechanism 16 The lower brush roller 1602 rolls and brushes the lower surface of the crystal pasting disc 20 in a fast rotating manner, and the second water nozzle 17a on the second water pipe 17 rinses the lower surface of the crystal pasting disc 20; the crystal pasting disc 20 enters the third-level lower surface rolling brush cleaning section after being rolled and cleaned by the second-level lower surface rolling brush cleaning section. After the crystal pasting disc 20 is clamped and rolled by the third-level lower pressure roller 1503 of the lower pressure roller mechanism 15 and the second conveyor belt 13c, it still maintains a straight curved plate shape. Then, the third-level lower brush roller 1603 of the lower brush roller mechanism 16 rolls and brushes the lower surface of the crystal pasting disc 20 in a fast rotating manner, and the second water nozzle 17a on the second water pipe 17 rinses the lower surface of the crystal pasting disc 20;Among them, the forward speed of the crystal pasting disc 20 is the same as the linear speed of the conveyor belt 4c, and the linear speed of the conveyor belt 4c is less than the linear speed of the lower brush rollers of each level of the lower brush roller mechanism 16 at the contact point with the crystal pasting disc 20.;

[0071] After being cleaned and brushed by the crystal pasting disc lower surface brushing device 10, the lower surface of the crystal pasting disc 20 is transferred to the conveyor belt 4c of the belt wheel conveying mechanism 4 of the crystal pasting disc upper surface brushing device 1. At this time, the lower surface of the crystal pasting disc 20 is connected with the conveyor belt 4c; the crystal pasting disc 20 is sent to the crystal pasting disc upper surface brushing working section (hereinafter referred to as the upper surface brushing working section) composed of the lower roller mechanism 5, the upper pressure roller mechanism 6, the upper brush roller mechanism 7 and the water pipe 8 in the crystal pasting disc upper surface brushing device 1 through the conveyor belt 4c for roller brush cleaning treatment. The upper surface brushing working section is divided into three levels, namely the first level upper surface roller brush cleaning section, the second level upper surface roller brush cleaning section and the third level upper surface roller brush cleaning section. The brush cleaning section includes a first-level upper surface roller brush cleaning section composed of a first-level upper pressure roller 601 of an upper pressure roller mechanism 6 and a first-level upper brush roller 701 of an upper brush roller mechanism 7, a second-level upper surface roller brush cleaning section composed of a second-level upper pressure roller 602 of an upper pressure roller mechanism 6 and a second-level upper brush roller 702 of an upper brush roller mechanism 7, and a third-level upper surface roller brush cleaning section composed of a third-level upper pressure roller 603 of an upper pressure roller mechanism 6 and a third-level upper brush roller 703 of an upper brush roller mechanism 7; when the crystal pasting disc 20 enters the first-level upper surface roller brush cleaning section, the crystal pasting disc 20 is clamped and rolled by the first-level upper pressure roller 601 of an upper pressure roller mechanism 6 and a conveyor belt 4c, and the crystal pasting disc 20 is changed from a soft flat plate to a stiff curved plate. Then, the first-stage upper brush roller 701 of the upper brush roller mechanism 7 rolls and brushes the upper surface of the crystal pasting disc 20 in a fast rotating manner, and at the same time, the water nozzle 8a on the water pipe 8 rinses the upper surface of the crystal pasting disc 20; after the crystal pasting disc 20 is rolled and cleaned in the first-stage upper surface rolling brush cleaning section, it enters the second-stage upper surface rolling brush cleaning section. After the crystal pasting disc 20 is clamped and rolled by the second-stage upper pressure roller 602 of the upper pressure roller mechanism 6 and the conveyor belt 4c, it still maintains a straight curved plate shape. Then, the second-stage upper brush roller 702 of the upper brush roller mechanism 7 rolls and brushes the upper surface of the crystal pasting disc 20 in a fast rotating manner, and at the same time, the water nozzle 8a on the water pipe 8 rinses the upper surface of the crystal pasting disc 20. After the crystal pasting disc 20 is processed by the second-stage upper surface rolling brush cleaning section, it enters the third-stage upper surface rolling brush cleaning section. After the crystal pasting disc 20 is clamped and rolled by the third-stage upper pressing roller 603 of the upper pressing roller mechanism 6 and the conveyor belt 4c, it still maintains a straight curved plate shape. Then, the third-stage upper brush roller 703 of the upper brush roller mechanism 7 rolls and brushes the upper surface of the crystal pasting disc 20 in a fast rotating manner. At the same time, the water nozzle 8a on the water pipe 8 rinses the upper surface of the crystal pasting disc 20; wherein, the forward speed of the crystal pasting disc 20 is the same as the linear speed of the conveyor belt 4c, and the linear speed of the conveyor belt 4c is less than the linear speed of the upper brush rollers of each level of the upper brush roller mechanism 7 at the contact point with the crystal pasting disc 20.

[0072] After the upper surface of the crystal pasting disc 20 is cleaned and scrubbed by the crystal pasting disc upper surface scrubbing device 1, the cleaning and scrubbing work on both sides of the crystal pasting disc is completed.

[0073] The above is only a preferred embodiment of the present invention, but it cannot be used to limit the scope of the present invention. That is, all simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the invention description are still within the scope of the patent of the present invention.

Claims

1. A crystal paste disc brushing line equipment, characterized in that The crystal pasting disc brushing assembly line equipment comprises one or more crystal pasting disc upper surface brushing devices and one or more crystal pasting disc lower surface brushing devices, wherein: The crystal pasting disc upper surface brushing device comprises a frame 1, a crystal pasting disc upper surface brushing assembly and a power transmission device 1, the crystal pasting disc upper surface brushing assembly comprises a conveying mechanism 1, an upper pressure roller mechanism and an upper brush roller mechanism, the upper pressure roller mechanism and the upper brush roller mechanism are both arranged on the top surface of the conveying mechanism 1, when working, the linear speed of the upper pressure roller of the upper pressure roller mechanism at the contact point with the crystal pasting disc is less than the linear speed of the upper brush roller of the upper brush roller mechanism at the contact point with the crystal pasting disc; The crystal pasting disc lower surface brushing device comprises a frame 2, a crystal pasting disc lower surface brushing assembly and a power transmission device 2, the crystal pasting disc lower surface brushing assembly comprises a transmission mechanism 2, a lower pressure roller mechanism and a lower brush roller mechanism, the lower pressure roller mechanism and the lower brush roller mechanism are both arranged on the bottom surface of the transmission mechanism 2, when working, the linear speed of the lower pressure roller of the lower pressure roller mechanism at the contact point with the crystal pasting disc is less than the linear speed of the lower brush roller of the lower brush roller mechanism at the contact point with the crystal pasting disc; The upper surface brushing device for the crystal pasting disk and the lower surface brushing device for the crystal pasting disk are arranged in head-to-tail connection, that is, the tail of the upper surface brushing device for the crystal pasting disk is connected to the head of the lower surface brushing device for the crystal pasting disk, or the tail of the lower surface brushing device for the crystal pasting disk is connected to the head of the upper surface brushing device for the crystal pasting disk.

2. The crystal paste disc brushing line equipment according to claim 1 is characterized in that In the crystal adhesive disc upper surface brushing assembly, the conveying mechanism 1 adopts a pulley conveying mechanism 1, the upper pressure roller mechanism includes two or more upper pressure rollers, the upper brush roller mechanism includes two or more upper brush rollers, and the upper pressure rollers of each level of the upper pressure roller mechanism and the upper brush rollers of each level of the upper brush roller mechanism are arranged on the top surface of the upper belt of the conveyor belt 1 of the pulley conveying mechanism 1, wherein the upper pressure rollers of the same level are arranged on the front side of the upper brush rollers of the same level.

3. The crystal paste disc brushing line equipment according to claim 2 is characterized in that A convex rib is provided in the middle of the outer peripheral surface of the conveyor belt, and an annular groove matched with the convex rib on the conveyor belt is provided on each level of the upper pressure roller.

4. The crystal paste disc brushing line equipment according to claim 2 is characterized in that A lower roller mechanism is provided between the upper belt and the lower belt of the conveyor belt of the pulley conveying mechanism, and the lower roller mechanism includes two or more lower rollers, and the outer diameter of each lower roller is smaller than the distance between the upper belt and the lower belt of the conveyor belt of the pulley conveying mechanism, and the lower rollers of each level are against the bottom surface of the upper belt of the conveyor belt of the pulley conveying mechanism.

5. The crystal paste disc brushing line equipment according to claim 1 is characterized in that In the crystal adhesive disc lower surface brushing assembly, the second conveying mechanism adopts the second pulley conveying mechanism, the lower pressure roller mechanism includes two or more lower pressure rollers, the lower brush roller mechanism includes two or more lower brush rollers, the lower pressure rollers of each level of the lower pressure roller mechanism and the lower brush rollers of each level of the lower brush roller mechanism are all arranged on the bottom surface of the lower belt of the conveyor belt of the second pulley conveying mechanism, wherein the lower pressure rollers of the same level are arranged on the front side of the lower brush rollers of the same level.

6. The crystal paste disc brushing line equipment according to claim 5 is characterized in that A convex rib is arranged in the middle of the outer peripheral surface of the second conveyor belt, and two annular grooves matching with the convex rib on the second conveyor belt are arranged on the lower pressure rollers of each level.

7. The crystal paste disc brushing line equipment according to claim 5 is characterized in that An upper roller mechanism is provided between the upper belt and the lower belt of the conveyor belt 2 of the belt pulley conveyor mechanism 2, and the upper roller mechanism includes two or more upper rollers, and the outer diameter of each level of upper rollers is smaller than the distance between the upper belt and the lower belt of the conveyor belt 2 of the belt pulley conveyor mechanism 2, and the upper rollers of each level are provided on the top surface of the lower belt of the conveyor belt 2 of the belt pulley conveyor mechanism 2.

8. The crystal paste disc brushing line equipment according to claim 5 is characterized in that The head of the lower surface brushing assembly of the crystal sticking disc is provided with a conveying device.

9. The crystal paste disc brushing line equipment according to claim 8, characterized in that The conveying device adopts a belt wheel conveying structure, and two convex ribs three are arranged in the middle of the outer peripheral surface of the conveying belt three of the conveying device.

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