Glass conveying device for edge grinding of coated glass

Abstract

A glass conveying device for edging coated glass is characterized in that a belt conveying beam frame and a pair of stand columns are arranged on the inlet end of a transmission platform, and a pair of forward wheel beam bodies and a pair of reverse wheel beam bodies are symmetrically arranged on the inner sides of the middles of the pair of stand columns; a pair of forward belt pulleys are symmetrically arranged on one sides of the two ends of the pair of forward wheel beam bodies respectively, and a transmission belt is pressed forward upwards; a pair of reverse belt wheels are symmetrically arranged on one sides of the two ends of the pair of reverse wheel beam bodies respectively, and reverse transmission belts are arranged on the outer sides of the pair of reverse belt wheels respectively; the same glass conveying gaps are respectively reserved between the two pairs of synchronous clamping belts, and conveyed glass is arranged in the glass conveying gaps; according to the utility model, the coated glass is conveyed through the synchronous clamping belts, so that synchronous friction force on the two sides of the coated glass can be avoided, synchronous and balanced tensile force is generated between the synchronous clamping belts for conveying the coated glass, the phenomenon that the conveyed coated glass is deflected to be conveyed or falls off is reduced, the loss of raw materials and the processing cost are reduced, and the production efficiency is improved. And the processing quality of the coated glass is improved.

Description

Technical Field

[0001] The utility model relates to a glass conveying device for coating glass edge grinding, in particular to a glass conveying device for coating glass edge grinding. Background Art

[0002] At present, the edge grinding machine for coated glass is generally about two meters long because the edge grinding and chamfering must be completed in the same equipment; the synchronous belt used to convey the glass is relatively long, and the load of the synchronous belt is uneven. When the coated glass is edged, the friction on both sides of the coated glass on both sides of the synchronous belt is uneven, causing the conveyed coated glass to deflect or fall, which can easily cause the glass to break, resulting in the loss of raw materials, increasing the processing cost, and reducing the processing quality of the coated glass; In view of the above reasons, a glass conveying device for coated glass edge grinding is proposed. Utility Model Content

[0003] The purpose of the utility model is to overcome the problems that the synchronous belt for conveying glass is long, the bearing capacity of the synchronous belt is unbalanced, and when the coated glass is edge-grinded, the friction force on both sides of the coated glass on both sides of the synchronous belt is uneven, which causes the conveyed coated glass to deflect and be conveyed or fall off, which can easily cause the glass to break, resulting in the loss of raw materials, increasing the processing cost, and reducing the processing quality of the coated glass; now, through reasonable design, a glass conveying device for coating glass edge grinding is provided; the utility model conveys the coated glass by a synchronous clamping belt, which can avoid the synchronous friction force on both sides of the coated glass, and the synchronous clamping belts generate synchronous and balanced pulling force on the coated glass for transmission, which reduces the deflection and transmission or falling of the conveyed coated glass, reduces the loss of raw materials and the processing cost, and improves the processing quality of the coated glass.

[0004] In order to achieve the above-mentioned purpose, the utility model adopts the following technical scheme: a glass conveying device for edge grinding of coated glass, which is composed of: a transmission platform, a belt transmission beam frame, an edge grinding machine, a forward wheel beam body, a reverse wheel beam body, a forward pulley, a reverse pulley, a pressure pulley, a reverse gear, a reverse driving wheel, a forward gear, a lower reversing wheel, an upper reversing wheel, a forward transmission wheel, a reverse transmission wheel, a main wheel frame, an auxiliary wheel frame, a wheel frame base, and a motor; a pair of edge grinding machines are arranged on both sides of the transmission platform at the outlet, a belt transmission beam frame is arranged on the inlet end of the transmission platform, a pair of columns are arranged between the two sides of the belt transmission beam frame and the transmission platform, two pairs of beam bodies are symmetrically arranged on the inner side of the middle of the pair of columns, and the two pairs of beam bodies are respectively arranged as a pair of forward wheel beam bodies and a pair of reverse wheel beam bodies; a pair of forward wheel beam bodies are symmetrically arranged on the upper sides of the transmission platform, and a pair of reverse wheel beam bodies are symmetrically arranged on the lower sides of the transmission platform;

[0005] A pair of positive pulleys are symmetrically arranged on one side at both ends of a pair of positive wheel beam bodies, and a positive upward pressure transmission belt is arranged on the outer side of the pair of positive pulleys, and a pressure pulley is arranged between the upper front part of the positive upward pressure transmission belt and the belt transmission beam frame; a pair of reverse pulleys are symmetrically arranged on one side at both ends of a pair of reverse wheel beam bodies, and a reverse transmission belt is arranged on the outer side of the pair of reverse pulleys, and a pressure pulley is arranged between the lower front part of the reverse transmission belt and the belt transmission beam frame;

[0006] A pair of positive upward pressure transmission belts are arranged on both sides of the transmission platform, and a pair of reverse transmission belts are arranged on both sides of the transmission platform; the positive upward pressure transmission belt and the reverse transmission belt are arranged as synchronous clamping belts corresponding to each other, and the same glass transmission gap is reserved between the two pairs of synchronous clamping belts, and the glass to be transmitted is arranged in the gap, and a pair of edge grinding machines are arranged at the corresponding exit ends on both sides of the glass, and the upper side of the reverse transmission belts on both sides corresponds to the upper side of the transmission platform;

[0007] A pair of wheel frame bases are arranged on one side of a pair of uprights, two pairs of wheel frames are arranged on the pair of wheel frame bases, and the two pairs of wheel frames are arranged as a pair of main wheel frames and a pair of auxiliary wheel frames respectively; motors are arranged on the outer sides of the lower parts of the outer main wheel frames, shaft holes are reserved at the lower parts of the outer main wheel frames, motor shafts are arranged in the shaft holes, reverse driving wheels are arranged on the motor shafts, and reverse gears are arranged on one side of the reverse driving wheels;

[0008] A pair of auxiliary wheel frames have a reserved shaft hole at the bottom that is opposite to the reverse wheel beam body, a reverse shaft is arranged in the shaft hole, a reverse transmission wheel is arranged at the front of the reverse shaft, a reverse belt pulley is arranged at the rear end of the reverse shaft, and a reverse transmission belt is arranged around the outer side of the reverse transmission wheel and the reverse driving wheel; a pair of auxiliary wheel frames have a reserved shaft hole at the top that is opposite to the forward wheel beam body, a forward shaft is arranged in the shaft hole, one end of the forward shaft is arranged as the forward transmission wheel, and the other end of the forward shaft is arranged as the forward belt pulley;

[0009] A reversing hole is reserved in the middle of the inner main wheel frame, a reversing shaft is arranged in the reversing hole, a forward gear is arranged at one end of the reversing shaft, the forward gear and the reverse gear are arranged to mesh correspondingly, and a lower reversing wheel is arranged at the other end of the reversing shaft; a pair of through holes are reserved between the upper part of the inner main wheel frame and the forward wheel beam body, a pair of through holes are arranged with the forward shaft, an upper reversing wheel is arranged at the outer end of the forward shaft, a reversing belt is arranged around the outer side of the upper reversing wheel and the outer side of the lower reversing wheel, and a positive upward pressure transmission belt is arranged around the inner side of the upper reversing wheel and the outer side of the forward transmission wheel.

[0010] Beneficial effect: The utility model transmits coated glass via synchronous clamping belts, which can avoid synchronous friction on both sides of the coated glass. The synchronous clamping belts generate synchronous and balanced pulling force for transmission on the coated glass, thereby reducing the deflection or falling of the coated glass during transmission, reducing the loss of raw materials and processing costs, and improving the processing quality of the coated glass. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] The utility model is further described below in conjunction with the accompanying drawings:

[0012] Figure 1 It is a schematic diagram of the general assembly structure;

[0013] Figure 2 yes Figure 1 Schematic diagram of the local structure;

[0014] Figure 3 yes Figure 1 A schematic diagram of a top view structure;

[0015] Figure 4 yes Figure 3 Schematic diagram of the local structure;

[0016] Figure 1 , 2 , 3, and 4: transmission platform 1, belt transmission beam frame 2, edge grinding machine 3, forward wheel beam body 4, reverse wheel beam body 5, forward pulley 6, reverse pulley 7, pressure pulley 8, reverse gear 9, reverse driving wheel 10, forward gear 11, lower reversing wheel 12, upper reversing wheel 13, forward transmission wheel 14, reverse transmission wheel 15, main wheel frame 16, auxiliary wheel frame 17, wheel frame base 18, and motor 19. DETAILED DESCRIPTION

[0017] The present invention is further described in detail below with reference to the accompanying drawings and specific embodiments:

[0018] A pair of edge grinders 3 are arranged on both sides of the outlet of the transmission platform 1, a belt conveying beam frame 2 is arranged on the inlet end of the transmission platform 1, a pair of columns are arranged between the two sides of the belt conveying beam frame 2 and the transmission platform 1, two pairs of beam bodies are symmetrically arranged on the inner side of the middle of a pair of columns, and the two pairs of beam bodies are respectively arranged as a pair of positive wheel beam bodies 4 and a pair of negative wheel beam bodies 5; a pair of positive wheel beam bodies 4 are symmetrically arranged on the upper side of both sides of the transmission platform 1, and a pair of negative wheel beam bodies 5 are symmetrically arranged on the lower side of both sides of the transmission platform 1;

[0019] A pair of positive pulleys 6 are symmetrically arranged on one side at both ends of a pair of positive wheel beam bodies 4, and a positive upward pressure transmission belt is arranged on the outer side of the pair of positive pulleys 6, and a pressure pulley 8 is arranged between the upper front part of the positive upward pressure transmission belt and the belt transmission beam frame 2; a pair of reverse pulleys 7 are symmetrically arranged on one side at both ends of a pair of reverse wheel beam bodies 5, and a reverse transmission belt is arranged on the outer side of the pair of reverse pulleys 7, and a pressure pulley 8 is arranged between the lower front part of the reverse transmission belt and the belt transmission beam frame 2;

[0020] A pair of positive upward pressure transmission belts are arranged on both sides of the transmission platform 1, and a pair of reverse transmission belts are arranged on both sides of the transmission platform 1; the positive upward pressure transmission belt and the reverse transmission belt are arranged as synchronous clamping belts corresponding to each other, and the same glass transmission gap is reserved between the two pairs of synchronous clamping belts, and the glass to be transmitted is arranged in the gap. A pair of edge grinding machines 3 are arranged at the corresponding outlet ends on both sides of the glass, and the upper sides of the reverse transmission belts on both sides correspond to the upper side of the transmission platform 1;

[0021] A pair of wheel frame bases 18 are arranged on one side of a pair of uprights, and two pairs of wheel frames are arranged on the pair of wheel frame bases 18, and the two pairs of wheel frames are respectively arranged as a pair of main wheel frames 16 and a pair of auxiliary wheel frames 17; motors 19 are arranged on the outer sides of the lower parts of the outer main wheel frames 16, and shaft holes are reserved at the lower parts of the outer main wheel frames 16, and the shafts of the motors 19 are arranged in the shaft holes, and the shafts of the motors 19 are arranged on the shafts of the motors 19, and the reverse driving wheels 10 are arranged on one side of the reverse driving wheels 10. A reverse gear 9 is arranged;

[0022] A pair of auxiliary wheel frames 17 have a reserved shaft hole at the bottom thereof and the reverse wheel beam body 5, a reverse shaft is arranged in the shaft hole, a reverse transmission wheel 15 is arranged at the front of the reverse shaft, a reverse belt pulley 7 is arranged at the rear end of the reverse shaft, and a reverse transmission belt is arranged around the outer side of the reverse transmission wheel 15 and the reverse driving wheel 10; a pair of auxiliary wheel frames 17 have a reserved shaft hole at the top thereof and the forward wheel beam body 4, a forward shaft is arranged in the shaft hole, one end of the forward shaft is arranged as the forward transmission wheel 14, and the other end of the forward shaft is arranged as the forward belt pulley 6;

[0023] A reversing hole is reserved in the middle of the inner main wheel frame 16, and a reversing shaft is set in the reversing hole. A forward gear 11 is set at one end of the reversing shaft, and the forward gear 11 is correspondingly engaged with the reverse gear 9, and a lower reversing wheel 12 is set at the other end of the reversing shaft; a pair of through holes are reserved between the upper part of the inner main wheel frame 16 and the forward wheel beam body 4, and a pair of through holes are set with a forward shaft, and an upper reversing wheel 13 is set at the outer end of the forward shaft, and a reversing belt is arranged around the outer side of the upper reversing wheel 13 and the outer side of the lower reversing wheel 12, and a positive upward pressure transmission belt is arranged around the inner side of the upper reversing wheel 13 and the outer side of the forward transmission wheel 14.

Claims

1. A glass conveying device for edge grinding of coated glass, comprising: a transmission platform (1), a belt transmission beam frame (2), an edge grinding machine (3), a forward wheel beam body (4), a reverse wheel beam body (5), a forward belt pulley (6), a reverse belt pulley (7), a pressure pulley (8), a reverse gear (9), a reverse driving wheel (10), a forward gear (11), a lower reversing wheel (12), an upper reversing wheel (13), a forward transmission wheel (14), a reverse transmission wheel (15), a main wheel frame (16), an auxiliary wheel frame (17), a wheel frame base (18), and a motor (19); characterized in that: A pair of edge grinders (3) are arranged on both sides of the outlet of the transmission platform (1); a belt conveyor beam frame (2) is arranged on the inlet end of the transmission platform (1); a pair of columns are arranged between the two sides of the belt conveyor beam frame (2) and the transmission platform (1); two pairs of beam bodies are symmetrically arranged on the inner sides of the middle of the pair of columns; the two pairs of beam bodies are respectively arranged as a pair of positive wheel beam bodies (4) and a pair of negative wheel beam bodies (5); a pair of positive wheel beam bodies (4) are symmetrically arranged on the upper sides of the transmission platform (1); and a pair of negative wheel beam bodies (5) are symmetrically arranged on the lower sides of the transmission platform (1); A pair of forward pulleys (6) are symmetrically arranged on one side at both ends of a pair of forward wheel beam bodies (4), and a forward upward pressure transmission belt is arranged on the outer side of the pair of forward pulleys (6), and a pressure pulley (8) is arranged between the upper front part of the forward upward pressure transmission belt and the belt transmission beam frame (2); a pair of reverse pulleys (7) are symmetrically arranged on one side at both ends of a pair of reverse wheel beam bodies (5), and a reverse transmission belt is arranged on the outer side of the pair of reverse pulleys (7), and a pressure pulley (8) is arranged between the lower front part of the reverse transmission belt and the belt transmission beam frame (2).

2. A glass conveying device for edge grinding of coated glass according to claim 1, characterized in that: A pair of positive upward pressure transmission belts are arranged on both sides of the transmission platform (1), and a pair of reverse transmission belts are arranged on both sides of the transmission platform (1); the positive upward pressure transmission belt and the reverse transmission belt are arranged as synchronous clamping belts corresponding to each other, and the same glass transmission gap is reserved between the two pairs of synchronous clamping belts, and the glass to be transmitted is arranged in the gap. A pair of edge grinding machines (3) are arranged at the corresponding exit ends on both sides of the glass, and the upper sides of the reverse transmission belts on both sides correspond to the upper side of the transmission platform (1); A pair of wheel frame bases (18) are arranged on one side of the pair of uprights, and two pairs of wheel frames are arranged on the pair of wheel frame bases (18), respectively. The two pairs of wheel frames are respectively arranged as a pair of main wheel frames (16) and a pair of auxiliary wheel frames (17); motors (19) are arranged on the outer sides of the lower parts of the outer main wheel frames (16), and shaft holes are reserved at the lower parts of the outer main wheel frames (16), and the shafts of the motors (19) are arranged in the shaft holes. A reverse driving wheel (10) is arranged on the shaft of the motor (19), and a reverse gear (9) is arranged on one side of the reverse driving wheel (10).

3. The glass conveying device for edge grinding of coated glass according to claim 1, characterized in that: A pair of auxiliary wheel frames (17) have a reserved shaft hole at the bottom thereof and the reverse wheel beam body (5) through which a reverse shaft is arranged, a reverse shaft is arranged in the shaft hole, a reverse drive wheel (15) is arranged at the front of the reverse shaft, a reverse belt pulley (7) is arranged at the rear end of the reverse shaft, and a reverse drive belt is arranged around the outer sides of the reverse drive wheel (15) and the reverse driving wheel (10); a pair of auxiliary wheel frames (17) have a reserved shaft hole at the top thereof and the forward wheel beam body (4) through which a forward shaft is arranged, one end of the forward shaft is arranged as the forward drive wheel (14), and the other end of the forward shaft is arranged as the forward belt pulley (6); A reversing hole is reserved in the middle of the inner main wheel frame (16), a reversing shaft is arranged in the reversing hole, a forward gear (11) is arranged at one end of the reversing shaft, the forward gear (11) and the reverse gear (9) are arranged to engage with each other, and a lower reversing wheel (12) is arranged at the other end of the reversing shaft; a pair of through holes are reserved between the upper part of the inner main wheel frame (16) and the forward wheel beam body (4), the forward shaft is arranged in the pair of through holes, an upper reversing wheel (13) is arranged at the outer end of the forward shaft, a reversing belt is arranged around the outer side of the upper reversing wheel (13) and the outer side of the lower reversing wheel (12), and a positive upward pressure transmission belt is arranged around the inner side of the upper reversing wheel (13) and the outer side of the forward transmission wheel (14).

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