CN121317398A

CN121317398A - Glass edging, cleaning and tempering production line

Info

Publication number: CN121317398A
Application number: CN202511882179.2A
Authority: CN
Inventors: 彭爱军
Original assignee: Hunan Junbo Special Glass Co ltd
Current assignee: Hunan Junbo Special Glass Co ltd
Priority date: 2025-12-15
Filing date: 2025-12-15
Publication date: 2026-01-13

Abstract

The invention discloses a glass edging, cleaning and toughening production line, and aims to improve the precision and efficiency of glass processing. The production line comprises a transverse transmission assembly and a two-stage longitudinal transmission assembly which are sequentially connected to convey glass. The pressing assembly and the edging assembly are assembled on the transmission assembly, and the linkage effect is used for realizing the compaction and edging treatment of glass. The centering assembly ensures that the glass is transported on the correct path, while the transfer assembly smoothly transfers the glass from the lateral transport assembly to the primary longitudinal transport assembly. The production line also comprises a cleaning bin, a drying bin, a toughening furnace and a cooling bin which are sequentially assembled on the secondary longitudinal transmission assembly to finish the subsequent treatment process. According to the invention, through accurately controlling the transmission and processing flow, not only are the accuracy and stability of glass transmission improved, but also the transfer efficiency of edging and integral production lines is accelerated, and meanwhile, the compact and reasonable structural design reduces the production cost and optimizes the production flow.

Description

Glass edging washs tempering production line

Technical Field

The invention relates to the technical field of glass production and processing, in particular to a glass edging, cleaning and toughening production line.

Background

In the glass processing industry, especially in the fields of construction, decoration and automotive glass, edging, cleaning and tempering are key steps in glass processing. These steps are critical to ensure the finish, dimensional accuracy and safety of the glass. In this series of processes, edging is particularly critical, as it is directly related to the smoothness and overall appearance of the glass edges.

The edging process of glass is a critical step in the production of glass, which affects not only the safety and aesthetics of the glass, but also the important factors that determine the end use of the glass. In the prior art, glass edging processes face a number of challenges, especially in terms of precise positioning of edging, efficient edging process, and flow efficiency on the production line.

First, it is difficult to precisely position the edging glass, which is a large and short plate of the prior art. Accurate location is the prerequisite of guaranteeing edging quality, and current positioning system often relies on manual regulation or mechanical spacing, and this has not only increased the operation complexity, and when handling glass in batches or different sizes and thickness moreover, can't accurately adjust fast. This deficiency results in varying edging accuracy, affecting the quality of the glass edges and thus the quality and safety of the whole product.

Secondly, the difficulty in efficiently and quickly edging glass is another technical hurdle. Conventional glass edging requires multiple steps, from rough grinding to fine grinding, each of which requires a different grinding wheel and setting. This way of edging is not only time-consuming, but also the replacement and adjustment of the grinding wheel is a time-consuming process. This deficiency of the prior art limits the productivity and the ability to respond to the market in the context of modern production requiring rapid delivery.

Finally, the difficulty in improving the flow efficiency of glass on a production line is an important issue faced by the prior art. On the traditional production line, the glass is subjected to subsequent treatments such as edging, cleaning, tempering and the like, the transfer between each link often lacks efficiency, and a large amount of waiting and transfer time exists. This not only reduces the overall production efficiency, but also increases the production cost. In addition, due to the complexity of the process steps, the adjustment time of the production line in the process of converting and producing different types or specifications of products is long, the elasticity is poor, and the rapid response to diversified market demands is not possible.

Therefore, a new glass processing production line is urgently needed to improve the overall efficiency of edging, cleaning and tempering glass, to efficiently and rapidly finish edging treatment, and to improve the flow efficiency of glass on the production line.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a glass edging, cleaning and tempering production line, which improves the glass transmission precision and stability, realizes efficient edging treatment, improves the production line transportation efficiency, has a reasonable and compact structure, reduces the production cost, optimizes the production flow, and has remarkable economic benefit and market potential.

The technical scheme adopted by the invention for achieving the purpose is that the glass edging, cleaning and toughening production line comprises a transmission module, wherein the transmission module is used for transmitting processed glass and comprises a transverse transmission assembly, a primary longitudinal transmission assembly and a secondary longitudinal transmission assembly which are sequentially connected.

The glass edging machine is characterized by further comprising a pressing component and an edging component, wherein the pressing component and the edging component are assembled on the transverse transmission component and the primary longitudinal transmission component, the pressing component is used for pressing glass downwards and assisting the transverse transmission component and the primary longitudinal transmission component to transmit glass, the pressing component is linked with the transverse transmission component and the primary longitudinal transmission component, and the edging component is used for edging the glass.

The glass conveying device comprises a transverse conveying component, a pressing component, a centering component, a transferring component and a transferring component, wherein the centering component is assembled on the pressing component and used for controlling glass to run on the middle line of the transverse conveying component and the first-stage longitudinal conveying component, the transferring component is assembled at the downstream of the transverse conveying component and used for transferring the glass on the transverse conveying component to the first-stage longitudinal conveying component.

The device also comprises a cleaning bin, a drying bin, a tempering furnace and a cooling bin which are sequentially assembled on the secondary longitudinal transmission assembly.

In order to ensure that the transmission module can effectively operate to realize the transmission work on glass and ensure that the transverse transmission assembly, the primary longitudinal transmission assembly and the secondary longitudinal transmission assembly related to the transmission module are matched and combined, the following technical scheme is provided for the transmission module:

The transverse transmission assembly, the primary longitudinal transmission assembly and the secondary longitudinal transmission assembly comprise a mounting base plate, mounting baffles, a transmission roller, a first transmission sprocket and a driving motor, the mounting baffles comprise two groups which are fixedly connected onto the mounting base plate in parallel, the transmission roller is rotatably arranged between the two groups of mounting baffles, and the same end of the transmission roller is fixedly connected with the first transmission sprocket.

The corresponding first transmission chain wheels in the transverse transmission assembly, the first-level longitudinal transmission assembly and the second-level longitudinal transmission assembly realize chain transmission through corresponding first transmission chains, and the corresponding driving motors in the transverse transmission assembly, the first-level longitudinal transmission assembly and the second-level longitudinal transmission assembly are respectively in power connection with a group of corresponding transmission rollers.

And the mounting bottom plates and the mounting baffle plates in the transverse transmission assembly and the primary longitudinal transmission assembly are vertically fixedly connected.

In order to ensure that the pressing component is stably assembled on the transverse transmission component and the longitudinal transmission component, the pressing component is ensured to stably lift and move along the vertical direction, and the following technical scheme is provided for the pressing component:

The upper layer guide rod comprises a plurality of groups and is vertically fixedly connected to the upper surface of the L-shaped lifting plate, the upper layer guide rod and the L-shaped support cover are in sliding connection, the upper layer hydraulic telescopic cylinder comprises a plurality of groups which are vertically fixedly connected to the top of the L-shaped support cover, and the movable ends of the upper layer hydraulic telescopic cylinders are fixedly connected with the L-shaped lifting plate.

In order to ensure that the pressing component can operate in cooperation with the transverse transmission component and the primary longitudinal transmission component so as to drive glass to stably transmit on the transverse transmission component and the primary longitudinal transmission component, the following technical scheme is provided for the pressing component:

The vertical cylinder that pushes down on the subassembly still including rotate install in vertical cylinder, the horizontal cylinder that pushes down on the L type lifter plate, vertical cylinder that pushes down arrange in directly over the transmission cylinder in the horizontal transmission subassembly, horizontal cylinder that pushes down arrange in directly over the transmission cylinder in the one-level vertical transmission subassembly, the same one end of vertical cylinder that pushes down all fixedly connected with No. two drive sprocket, and No. two drive sprocket of each group realizes chain drive through No. two drive chain, the same one end of horizontal cylinder that pushes down all fixedly connected with No. three drive sprocket, and No. three drive sprocket of each group realizes chain drive through No. three drive chain.

In order to ensure that the transverse transmission assembly and the primary longitudinal transmission assembly can respectively drive the longitudinal pressing roller and the transverse pressing roller to synchronously operate so as to drive glass therein to stably transmit, the following technical scheme is provided:

The transmission assembly comprises a mounting bracket, a first spline shaft, an upper driving bevel gear, a lower driving bevel gear and a lower driving bevel gear, wherein the mounting bracket is fixedly connected to the outer side of the mounting baffle, the first spline shaft is rotatably mounted on the mounting bracket and is arranged in the vertical direction, the upper driving bevel gear is rotatably mounted on the L-shaped lifting plate and is in sliding connection with the corresponding first spline shaft, the upper driving bevel gears in the two groups of transmission assemblies are respectively and fixedly connected with a longitudinal pressing roller and a transverse pressing roller, the upper driving bevel gears and the upper driving bevel gears in the same group of transmission assemblies are fixedly connected with the first spline shaft in a fixed manner, the lower driving bevel gears in the two groups of transmission assemblies are respectively and fixedly connected with the transmission rollers in the transverse transmission assembly and the first longitudinal transmission assembly, and the lower driving bevel gears in the same group of transmission assemblies are in a fixed manner.

In order to ensure that the centering assembly can be stably assembled and operated on the pressing assembly, and ensure that the centering assembly can stably transport glass conveyed on the transverse conveying assembly and the primary longitudinal conveying assembly along a central line, the following technical scheme is provided for:

The centering assembly comprises two groups which are respectively arranged above the transverse transmission assembly and the primary longitudinal transmission assembly, and the centering assembly comprises a mounting side plate, a guide shaft, a first screw rod, a mounting sliding seat, a limit roller, a connecting plate and a first motor.

Each group of installation side plates in the centering assembly comprise two groups which are arranged in parallel, the installation side plates are fixedly connected to the upper surface of the L-shaped lifting plate, the guide shaft is fixedly installed between the two groups of installation side plates which are symmetrically arranged, the first screw is rotatably installed between the two groups of installation side plates which are symmetrically arranged, and the first motor is fixedly installed on the L-shaped lifting plate and is in power connection with the first screw.

Every group connecting plate in the centering subassembly all includes two sets of parallel arrangement, a lead screw and two sets of connecting plate keep connecing soon, two sets of connecting plate arrangement is in between two sets of installation curb plates, and every group connecting plate bottom all fixedly connected with multiunit installation slide, installation slide slidable mounting in on the L type lifter plate, rotate on the installation slide and install the limit roller of vertical arrangement, limit roller arrange in L type lifter plate below.

In order to ensure that the transfer assembly can be stably installed on the pressing assembly, the glass at the downstream of the transverse transmission assembly can be transferred to the primary longitudinal transmission assembly when the transfer assembly is ensured to operate, and the following technical scheme is provided for the glass transfer assembly:

The utility model discloses a synchronous belt conveyor, including L type lifter plate, L type lifter plate lower surface rigid coupling has the threaded rod of vertical arrangement, transport the subassembly and include mounting base plate, assembly support, main synchronizing wheel, vice synchronizing wheel, hold-in range, no. two motors, mounting base plate arrange in transmission cylinder below in the horizontal transmission subassembly, mounting base plate and threaded rod grafting combination, and be equipped with the lock nut that keeps the butt with mounting base plate on the threaded rod, assembly support rigid coupling in mounting base plate upper surface, main synchronizing wheel, vice synchronizing wheel all include the multiunit of rotation installation on the assembly support, each group main synchronizing wheel keeps coaxial rigid coupling, and each group vice synchronizing wheel keeps coaxial arrangement, the hold-in range winds to main synchronizing wheel, on vice synchronizing wheel and keeps tight arrangement, no. two motors fixed mounting is on mounting base plate and keeps power connection with main synchronizing wheel.

In order to ensure that the edging assembly can be stably assembled in the transverse transmission assembly and the longitudinal transmission assembly, the edging assembly is ensured to be capable of being subjected to position adjustment so as to effectively and accurately process the outer edge of glass, and the following technical scheme is provided for the edging assembly:

The edging subassembly is including arranging two sets of in horizontal transmission subassembly, the vertical transmission subassembly of one-level respectively, edging subassembly includes lifting support, lower floor's guide bar, lower floor's hydraulic telescoping cylinder, slip guide arm, guide holder, lead screw, no. three motor.

Lifting brackets in two sets of edging subassemblies respectively arrange in on the mounting plate of horizontal transmission subassembly, one-level vertical transmission subassembly, the vertical rigid coupling of lower floor's guide bar is in lifting bracket bottom, and lower floor's guide bar keeps sliding grafting with mounting plate, lower floor's hydraulic telescoping cylinder fixed mounting is on mounting plate, and the expansion end and the lifting bracket of lower floor's hydraulic telescoping cylinder keep fixed connection, the rigid coupling has two sets of sliding guide bars that arrange side by side on the lifting bracket, guide holder, no. two guide holders slidable mounting are on lifting bracket, and guide holder, no. two guide holders keep sliding grafting with two sets of sliding guide bars respectively, no. two lead screws include two sets of guide bars that arrange side by side, and two sets of lead screws rotate and install on lifting bracket and respectively with guide holder, no. two guide holders keep rotating the joint, no. two sets of No. two lead screws's tip power connection respectively has a set of No. three motors, no. three motor fixed mounting is on lifting bracket.

In order to ensure that the edging assembly can carry out synchronous edging treatment on two parallel outer edges of glass, the following technical scheme is provided for the edging assembly:

The edge grinding assembly further comprises a second spline shaft, a fourth motor, a main bevel gear, an auxiliary bevel gear, a rough grinding wheel and a fine grinding wheel, wherein the second spline shaft comprises two groups which are arranged in parallel, the second spline shaft is rotatably installed on the lifting support and respectively penetrates through a first guide seat and a second guide seat to be arranged, the same end of the second spline shaft is fixedly connected with a fifth driving sprocket, the fifth driving sprocket is fixedly installed on the lifting support through a fifth driving chain to realize chain driving, the fourth motor is fixedly installed on the lifting support and is in power connection with one group of the second spline shaft, the main bevel gear and the auxiliary bevel gear which are in meshed arrangement are rotatably installed on the first guide seat and the second guide seat, the second spline shaft and the corresponding main bevel gear are in sliding connection, the rough grinding wheel is arranged above the first guide seat and fixedly combined with the corresponding auxiliary bevel gear, and the fine grinding wheel is fixedly arranged above the second guide seat and fixedly combined with the corresponding auxiliary bevel gear.

In order to ensure that the rough grinding wheel and the fine grinding wheel can effectively treat the outer side edges of glass, the rough grinding wheel and the fine grinding wheel are convenient to replace so as to cope with glass with different thicknesses or different edging types, the following technical scheme is provided for the glass:

The axis of the auxiliary bevel gear is fixedly connected with a vertically arranged assembly rod, a positioning notch is formed in the assembly rod, the rough grinding wheel and the fine grinding wheel are inserted on the assembly rod, and a positioning nut which is in butt joint with the rough grinding wheel or the fine grinding wheel is screwed on the top end of the assembly rod.

The invention has the beneficial effects that:

1. Improve glass transmission accuracy and transmission stability:

According to the application, the high-precision transverse transmission assembly and the primary longitudinal transmission assembly are introduced and are matched with the pressing assembly and the centering assembly for operation, so that the positioning precision of glass in the transmission process is effectively improved, and the glass can stably run along the central line of the corresponding transmission assembly. Particularly, in the transverse and longitudinal transmission process, the fine-adjustment synchronization mechanism ensures the stability of the glass plate, and the problem of inaccurate edging caused by transmission errors is remarkably reduced. Such high precision transmission systems are unique in the prior art and can significantly improve the quality of the final product.

2. High-efficiency edging treatment:

in the aspect of edging efficiency, the two groups of edging assemblies are precise in mechanism and high in processing efficiency, and the edging operation of the transverse edges and the longitudinal edges of the glass plate can be completed in a short time by matching with the precisely controlled transverse transmission assembly and the primary longitudinal transmission assembly. The design ensures that the glass plate does not need frequent rotation or repositioning in the edging process, thereby greatly shortening the edging operation time, improving the edging efficiency and simultaneously reducing the labor intensity.

3. Production line transportation efficiency is high:

The production line integrates a plurality of procedures such as edging, cleaning, drying, tempering and the like, and the seamless butt joint of each component ensures the stable transfer of the glass plate and reduces the time required by transfer. The efficient production flow design not only improves the production efficiency, but also ensures the production stability in the continuous operation process and reduces the risk of damaging the glass plate.

4. Reasonable and compact structure, stable equipment operation:

Each component in the application is designed to be reasonable and compact, in particular to the matching assembly of a transverse transmission component, a primary longitudinal transmission component, a pressing component, a centering component, a transferring component and an edging component, so that the whole system has small occupied area and is convenient to integrate in production environments with different scales. Meanwhile, the stable operation performance of each device reduces maintenance frequency and downtime, and improves the reliability of the production line.

Drawings

FIG. 1 is a schematic diagram of the structure of the present invention;

FIG. 2 is a schematic diagram of a two-stage longitudinal transport assembly;

FIG. 3 is a schematic view of the structure of the present invention with the secondary longitudinal transport assembly removed and the components mounted thereon;

FIG. 4 is a schematic view of the structure of the matched combination of the transverse transmission assembly, the primary longitudinal transmission assembly, the transfer assembly and the edging assembly;

FIG. 5 is a schematic view of the construction of the edging assembly mounted in a transverse or primary longitudinal transfer assembly;

FIG. 6 is a detailed schematic view of the edging assembly;

fig. 7 is a schematic structural diagram of a first guide seat, a second spline shaft and a fourth motor in a matched combination;

FIG. 8 is a schematic structural view of a matched combination of a fine grinding wheel, a main bevel gear, a secondary bevel gear, a fourth motor and a second spline shaft;

FIG. 9 is a schematic structural view of the assembly of the transfer module at the junction of the transverse transport module and the primary longitudinal transport module;

FIG. 10 is a schematic view of the structure of the hold-down assembly and its mounting components;

FIG. 11 is a schematic view of the structure of FIG. 10 from another view;

FIG. 12 is a detailed schematic view of the mating combination of the mounting substrate in the transfer assembly and the threaded rod in the hold down assembly;

FIG. 13 is a detailed schematic of the centering assembly;

FIG. 14 is a schematic view of the combination of a longitudinal hold-down roller and a transfer roller therebelow via a drive assembly;

fig. 15 is a detailed schematic diagram of fig. 14.

In the figure, a transverse transmission assembly 101, a primary longitudinal transmission assembly 102, a secondary longitudinal transmission assembly 103, an installation bottom plate 11, an installation baffle 12, a 121U-shaped abdication groove 122, an installation seat 13, a transmission roller 14I, a transmission chain wheel 15, a driving motor 16I, a transmission chain 16I and a supporting seat 17;

The device comprises a 21L-shaped supporting cover, a 22L-shaped lifting plate, a 221 assembling seat, a 222 connecting seat, a 223 bar-shaped guide groove, a 224 threaded rod, a 225 locking nut, a 23 upper layer guide rod, a 24 upper layer hydraulic telescopic cylinder, a 25 longitudinal pressing roller, a 251 second transmission sprocket, a 252 second transmission chain, a 26 transverse pressing roller, a 261 third transmission sprocket and a 262 third transmission chain;

The grinding machine comprises a 3 edging assembly, a 301 lifting support, a 302 lower layer guide rod, a 303 lower layer hydraulic telescopic cylinder, a 304 sliding guide rod, a 305 first guide seat, a 306 second guide seat, a 307 second lead screw, a 308 third motor, a 309 second spline shaft, a 3091 fifth transmission chain wheel, a 3092 fifth transmission chain, a 310 fourth motor, a 311 main bevel gear, a 312 auxiliary bevel gear, a 313 rough grinding wheel, a 314 fine grinding wheel, a 315 assembly rod, a 3151 positioning notch and a 3152 positioning nut;

41 mounting side plates, 42 guide shafts, 43 first lead screws, 431 fourth transmission chain wheels, 432 fourth transmission chains, 44 mounting sliding seats, 45 limit rollers, 46 connecting plates and 47 first motors;

51 mounting base plates, 52 assembling brackets, 53 main synchronous wheels, 54 auxiliary synchronous wheels, 55 synchronous belts and 56 second motors;

61 cleaning bins, 62 drying bins, 63 tempering furnaces and 64 cooling bins;

the support is arranged at 71, the first spline shaft is arranged at 72, the upper layer driving bevel gear is arranged at 73, the upper layer driving bevel gear is arranged at 74, the lower layer driving bevel gear is arranged at 75, and the lower layer driving bevel gear is arranged at 76.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

Referring to fig. 1-15, various technical schemes and operation principles related to the present invention are described in detail with reference to the following embodiments, and the processing flow of the glass processing method of the present invention is described in detail, so as to describe the cooperation operation process between the technical schemes.

Example 1

The glass edging, cleaning and toughening production line comprises a transmission module, wherein the transmission module is used for conveying processed glass and comprises a transverse transmission assembly 101, a primary longitudinal transmission assembly 102 and a secondary longitudinal transmission assembly 103 which are sequentially connected.

The glass edging machine further comprises a pressing component and an edging component 3, wherein the pressing component and the edging component are assembled on the transverse transmission component 101 and the primary longitudinal transmission component 102, the pressing component is used for pressing down glass and assisting the transverse transmission component 101 and the primary longitudinal transmission component 102 to transmit glass, the pressing component is in linkage with the transverse transmission component 101 and the primary longitudinal transmission component 102, and the edging component 3 is used for edging the glass.

The glass conveying device further comprises a centering component and a transferring component, wherein the centering component and the transferring component are assembled on the pressing component, the centering component is used for controlling the glass to run on the central lines of the transverse conveying component 101 and the primary longitudinal conveying component 102, the transferring component is assembled at the downstream of the transverse conveying component 101, and the transferring component is used for transferring the glass on the transverse conveying component 101 to the primary longitudinal conveying component 102.

And further comprises a cleaning bin 61, a drying bin 62, a tempering furnace 63 and a cooling bin 64 which are sequentially assembled on the secondary longitudinal conveying assembly 103.

The transmission module can ensure that glass to be subjected to edging, cleaning and tempering is stably transmitted on the glass, and the edging, cleaning and tempering work is sequentially realized on the glass.

In the transmission module, the transverse transmission assembly 101 is vertically in butt joint combination with the primary longitudinal transmission assembly 102, and stable transmission of glass between the transverse transmission assembly and the primary longitudinal transmission assembly is realized through the transfer assembly.

When glass is conveyed on the transverse conveying component 101, the pressing component is controlled to move downwards so as to compress the upper surface of the glass and assist the transverse conveying component 101 to drive the glass to be conveyed, meanwhile, the transferring component synchronously moves downwards and is positioned below the transverse conveying component 101, the transferring component is prevented from interfering normal conveying of the glass on the transverse conveying component 101, and after the operation sequence is finished, the edging component 3 assembled on the transverse conveying component 101 is controlled to carry out edging treatment on the transverse edge of the glass.

After edging the glass, the glass is controlled to be conveyed to the downstream of the transverse conveying component 101, the pressing component is controlled to ascend and drive the transferring component to ascend synchronously, the glass is supported to the level of the first-stage longitudinal conveying component 102 by means of the transferring component, the transferring component and the first-stage longitudinal conveying component 102 are controlled to run so as to convey the glass to the level of the first-stage longitudinal conveying component 102, the pressing component is controlled to press down again so as to compress the upper surface of the glass, the glass is driven to be stably conveyed on the pressing component by matching with the level of the first-stage longitudinal conveying component 102, and edging is carried out on the longitudinal edge of the glass by the edging component 3 assembled on the level of the first-stage longitudinal conveying component 102.

Through the treatment, the horizontal edges and the vertical edges of the glass can be subjected to edging treatment, so that all edging operations on four edges of the glass are realized.

When one piece of glass completes the edging operation of the horizontal edge and transfers to the first-stage longitudinal conveying assembly 102, the pressing assembly needs to be controlled to move upwards, at this time, the next piece of glass can be input from the upstream end of the horizontal conveying assembly 101, and when the previous piece of glass carries out the edging treatment of the vertical edge, the next piece of glass can simultaneously carry out the edging treatment of the horizontal edge, so that the edging treatment efficiency of the glass can be effectively improved.

The secondary longitudinal transmission assembly 103 is horizontally butted with the primary longitudinal transmission assembly 102, and after the glass on the primary longitudinal transmission assembly 102 completes the edging operation of the longitudinal edge, the glass can enter the secondary longitudinal transmission assembly 103 in a proper state and sequentially pass through the cleaning bin 61, the drying bin 62, the toughening furnace 63 and the cooling furnace which are assembled on the secondary longitudinal transmission assembly 103.

The internal layout, structure and assembled parts of the washing compartment 61, the drying compartment 62, the tempering furnace 63 and the cooling furnace are substantially similar to those of the related art, and will be described herein in brief.

In the cleaning process, the spraying equipment is controlled to work to flush the upper surface and the lower surface of the glass, then the cleaning liquid is controlled to spray the cleaning liquid onto the upper surface and the lower surface of the glass, the cleaning liquid has certain adhesiveness, the stable adhesion of the cleaning liquid on the lower surface of the glass can be ensured, then the electric hairbrush is controlled to work, the upper surface and the lower surface of the glass are cleaned up under the action of the cleaning liquid, and finally the spraying equipment is controlled to work again, so that the cleaning liquid can be flushed clean.

The bottom of the secondary longitudinal transmission assembly 103 can be provided with a filtering system, after the glass is washed in the washing bin, the waste water is collected by the filtering system, and solid particles and impurities in the waste water are removed, so that the waste water is reused.

The cleaned glass enters the drying bin 62 under the transmission action of the secondary longitudinal transmission assembly 103, two groups of air distribution plates are arranged in the drying bin 62 and are respectively assembled on the upper side and the lower side of the secondary longitudinal transmission assembly 103, and the residual moisture on the glass can be dried rapidly by the sprayed hot air.

The glass after the drying treatment enters the tempering furnace 63 under the transmission action of the secondary transmission component, the tempering furnace 63 heats the glass in a convection heating mode, hot air is circulated in the furnace, heat is transferred to the glass in a convection mode, and the glass can be uniformly heated.

The glass heated by the tempering furnace 63 is input into a cooling bin 64, a cold air spray pipe is arranged in the cooling bin 64, external cold air is extracted by a fan and filtered, and then the cold air spray pipe blows to the upper side and the lower side of the glass, so that the upper surface and the lower surface of the glass are rapidly cooled, and the tempering treatment of the glass is realized.

A return air pipe is also installed in the cooling bin 64 and is connected with an air distribution plate in the drying bin 62 so as to supply hot air with higher temperature to the drying bin 62, and preheating treatment of glass is realized while improving the glass drying efficiency.

The tempered glass processed by the cooling bin 64 can enter the subsequent process under the driving action of the secondary longitudinal transmission assembly 103.

Example 2

In order to ensure that the transmission module can effectively operate to realize the transmission work on glass and ensure that the transverse transmission assembly 101, the primary longitudinal transmission assembly 102 and the secondary longitudinal transmission assembly 103 related to the transmission module are matched and combined, the following technical scheme is provided:

The transverse transmission assembly 101, the primary longitudinal transmission assembly 102 and the secondary longitudinal transmission assembly 103 comprise a mounting base plate 11, a mounting baffle 12, a transmission roller 13, a first transmission chain wheel 14 and a driving motor 15, wherein the mounting baffle 12 comprises two groups which are fixedly connected onto the mounting base plate 11 in parallel, the transmission roller 13 is rotatably arranged between the two groups of mounting baffles 12, and the first transmission chain wheel 14 is fixedly connected to the same end of the transmission roller 13.

The corresponding first driving chain wheels 14 in the transverse transmission assembly 101, the first-stage longitudinal transmission assembly 102 and the second-stage longitudinal transmission assembly 103 realize chain transmission through the corresponding first driving chains 16, and the corresponding driving motors 15 in the transverse transmission assembly 101, the first-stage longitudinal transmission assembly 102 and the second-stage longitudinal transmission assembly 103 are respectively in power connection with a corresponding group of transmission rollers 13.

The transverse transmission assembly 101, the mounting base plate 11 and the mounting baffle 12 in the primary longitudinal transmission assembly 102 are vertically fixedly connected.

Based on the above description, it is known that the conveying rollers 13 in the primary and secondary longitudinal conveying assemblies 102 and 103 are arranged in parallel, while the primary and secondary longitudinal conveying assemblies 102 and 103 are arranged vertically to the conveying rollers 13 of the transverse conveying assembly 101, and the conveying rollers 13 in the transverse conveying assembly 101 are arranged lower than the conveying rollers 13 of the primary and secondary longitudinal conveying assemblies 102 and 103, so that the conveying assembly is effectively assembled at the downstream of the transverse conveying assembly 101, the glass conveyed on the conveying assembly is not interfered when the conveying assembly is arranged below the conveying rollers 13 of the transverse conveying assembly 101, and the glass can be lifted and flushed with the conveying rollers 13 on the primary longitudinal conveying assembly 102 when the conveying assembly is lifted above the conveying rollers 13 of the transverse conveying assembly 101, so that the glass is stably conveyed from the conveying assembly to the primary longitudinal conveying assembly 102.

The transmission rollers 13 in each transmission assembly realize chain transmission through the combination of the first transmission chain wheel 14 and the first transmission chain 16, so that the corresponding transmission rollers 13 are ensured to keep synchronous operation, and the corresponding driving motor 15 drives each transmission roller 13 to stably operate so as to stably transmit glass above the transmission rollers 13.

In order to ensure stable installation of the conveying roller 13 at the downstream of the transverse conveying assembly 101, a supporting seat 17 is arranged at the joint of the transverse conveying assembly 101 and the primary longitudinal conveying assembly 102, and the conveying roller 13 at the downstream of the transverse conveying assembly 101 is rotatably installed on the supporting seat 17.

The mounting seat 122 is fixedly connected to the outer side wall of the mounting baffle 12, and the driving motor 15 is fixedly mounted on the mounting seat 122, so that stable mounting of the driving motor 15 is ensured.

Example 3

In order to ensure that the pressing component is stably assembled on the transverse transmission component 101 and the longitudinal transmission component, the pressing component is ensured to stably lift and move along the vertical direction, and the following technical scheme is provided for the pressing component:

The pressing component comprises an L-shaped supporting cover 21, an L-shaped lifting plate 22, an upper layer guide rod 23 and an upper layer hydraulic telescopic cylinder 24, wherein the L-shaped supporting cover 21 is fixedly arranged on the peripheries of the transverse transmission component 101 and the primary longitudinal transmission component 102, the L-shaped lifting plate 22 is arranged on the inner side of the L-shaped supporting cover 21 and above the transverse transmission component 101 and the primary longitudinal transmission component 102, the upper layer guide rod 23 comprises a plurality of groups and is vertically fixedly connected to the upper surface of the L-shaped lifting plate 22, the upper layer guide rod 23 and the L-shaped supporting cover 21 are in sliding connection, the upper layer hydraulic telescopic cylinder 24 comprises a plurality of groups which are vertically fixedly connected to the top of the L-shaped supporting cover 21, and the movable ends of the upper layer hydraulic telescopic cylinders 24 of the groups are fixedly connected with the L-shaped lifting plate 22.

The transverse section and the longitudinal section of the L-shaped supporting cover 21 and the L-shaped lifting plate 22 are respectively arranged opposite to the transverse transmission assembly 101 and the longitudinal transmission assembly so as to realize the matched combination of the pressing assembly and the transverse transmission assembly 101 and the longitudinal transmission assembly.

The upper guide rod 23 and the L-shaped supporting cover 21 are in sliding connection, so that the L-shaped lifting plate 22 can be guaranteed to stably lift along the vertical direction, and the L-shaped lifting plate 22 is driven to stably lift through the upper hydraulic telescopic cylinder 24 so as to regulate and control the distance between the L-shaped lifting plate 22 and the transverse transmission assembly 101 and the distance between the L-shaped lifting plate and the longitudinal transmission assembly 102.

In order to ensure that the pressing component can operate in cooperation with the transverse transmission component 101 and the primary longitudinal transmission component 102 so as to drive glass to stably transmit on the transverse transmission component 101 and the primary longitudinal transmission component 102, the following technical scheme is provided:

The pressing component further comprises a longitudinal pressing roller 25 and a transverse pressing roller 26 which are rotatably arranged on the L-shaped lifting plate 22, the longitudinal pressing roller 25 is arranged right above the transmission roller 13 in the transverse transmission component 101, the transverse pressing roller 26 is arranged right above the transmission roller 13 in the primary longitudinal transmission component 102, the same ends of the longitudinal pressing roller 25 are fixedly connected with second driving sprockets 251, the second driving sprockets 251 are respectively connected with a third driving sprocket 261 through a third driving chain 262, and the same ends of the transverse pressing roller 26 are fixedly connected with the third driving sprockets 261.

In order to ensure that the longitudinal pressing roller 25 and the transverse pressing roller 26 can be stably arranged below the L-shaped lifting plate 22, a plurality of corresponding groups of assembly seats 221 are fixedly connected to the lower surface of the L-shaped lifting plate 22, and the longitudinal pressing roller 25 and the transverse pressing roller 26 are rotatably arranged between the two groups of assembly seats 221 which are oppositely arranged.

The arrangement of the second driving sprocket 251 and the second driving chain 252 can ensure that the longitudinal pressing rollers 25 of each group keep synchronous operation, and the arrangement of the third driving sprocket 261 and the third driving chain 262 can ensure that the transverse pressing rollers 26 of each group keep synchronous operation.

When the upper layer hydraulic telescopic cylinder 24 drives the L-shaped lifting plate 22 to descend, the longitudinal pressing roller 25 and the transverse pressing roller 26 can synchronously descend, so that the longitudinal pressing roller 25 is abutted against the upper surface of glass on the transverse transmission assembly 101, and the transverse pressing roller 26 is abutted against the upper surface of glass on the primary longitudinal transmission assembly 102.

In the technology of the above technical solution, in order to ensure that the transverse transmission component 101 and the primary longitudinal transmission component 102 can respectively drive the longitudinal pressing roller 25 and the transverse pressing roller 26 to synchronously operate so as to drive the glass therein to stably transmit, the following technical solution is provided for this:

The outer sides of the transverse transmission assembly 101 and the primary longitudinal transmission assembly 102 are respectively provided with a group of transmission assemblies, each transmission assembly comprises a mounting bracket 71, a first spline shaft 72, an upper driving bevel gear 73, an upper driving bevel gear 74, a lower driving bevel gear 75 and a lower driving bevel gear 76, the mounting bracket 71 is fixedly connected to the outer side of the mounting baffle 12, the first spline shaft 72 is rotatably mounted on the mounting bracket 71 and is arranged along the vertical direction, the upper driving bevel gear 73 is rotatably mounted on the L-shaped lifting plate 22 and is in sliding connection with the corresponding first spline shaft 72, the upper driving bevel gears 74 in the two groups of transmission assemblies are respectively fixedly connected with the longitudinal pressing roller 25 and the transverse pressing roller 26, the upper driving bevel gears 73 and the upper driving bevel gears 74 in the same group of transmission assemblies are fixedly connected, the lower driving bevel gears 75 are fixedly connected with the first spline shaft 72 in the corresponding transmission assemblies, the lower driving bevel gears 76 in the two groups of transmission assemblies are respectively fixedly connected with the transmission rollers 13 in the transverse transmission assembly 101 and the primary longitudinal transmission assembly 102, and the lower driving bevel gears 75 in the same group of transmission assemblies are fixedly connected.

In order to ensure that the upper driving bevel gear 73 can be stably installed on the L-shaped lifting plate 22, a connecting seat is fixedly connected to the edge of the L-shaped lifting plate 22, and the upper driving bevel gear 73 is rotatably installed on the connecting seat.

In the lifting operation of the L-shaped lifting plate 22 and the upper driving bevel gear 73, the longitudinal pressing roller 25 and the transverse pressing roller 26 assembled on the lifting plate, the upper driving bevel gear 73 is always meshed with the corresponding upper transmission bevel gear 74, and the running spline shaft 72 can always stably transmit power to the corresponding upper driving bevel gear 73.

In the operation process of the transmission roller 13 in the transverse transmission assembly 101 and the primary longitudinal transmission assembly 102, the corresponding lower layer transmission bevel gear 76 can be driven to stably operate, and then the lower layer driving bevel gear 75, the first spline shaft 72, the upper layer driving bevel gear 73 and the upper layer transmission bevel gear are driven to stably operate, so that the constant-speed operation of the transmission roller 13 in the transverse transmission assembly 101 and the constant-speed operation of the longitudinal pressing roller 25 are ensured, and the constant-speed operation of the transmission roller 13 in the primary longitudinal transmission assembly 102 and the constant-speed operation of the transverse pressing roller 26 are ensured.

In order to ensure that the transmission roller 13 and the pressing roller above the transmission roller maintain constant-speed direction operation and ensure stable transmission of glass between the transmission roller 13 and the pressing roller, the longitudinal pressing roller 25, the transverse pressing roller 26 and the transmission roller 13 are provided with the same outer diameter, and the upper-layer driving bevel gears 73 and the lower-layer driving bevel gears 75 in the same transmission assembly are ensured to be symmetrically arranged. For the same transmission assembly, the same number of teeth of the upper drive bevel gear 73 and the lower drive bevel gear 75 is ensured, and the same number of teeth of the upper drive bevel gear 74 and the lower drive bevel gear 76 is ensured.

In order to avoid spatial interference caused by the arrangement of the mounting baffle plate 12 on the fixed connection of the longitudinal pressing roller 25, the transverse pressing roller 26 and the corresponding upper layer transmission bevel gear 74, a U-shaped abdication groove 121 is arranged at the corresponding position of the mounting baffle plate 12.

Example 4

In order to ensure that the centering assembly can be stably assembled and operated on the pressing assembly, and ensure that the centering assembly can stably transport glass conveyed on the transverse conveying assembly 101 and the primary longitudinal conveying assembly 102 along a central line, the following technical scheme is provided:

The centering assembly comprises two groups respectively arranged above the transverse transmission assembly 101 and the primary longitudinal transmission assembly 102, and comprises a mounting side plate 41, a guide shaft 42, a first lead screw 43, a mounting sliding seat 44, a limit roller 45, a connecting plate 46 and a first motor 47.

The installation curb plate 41 in every centering subassembly of group all includes two sets of parallel arrangement, and installation curb plate 41 rigid coupling is in the upper surface of L type lifter plate 22, and guiding axle 42 fixed mounting is between two sets of symmetrical arrangement's installation curb plate 41, and first lead screw 43 rotates to be installed between two sets of symmetrical arrangement's installation curb plate 41, and first motor 47 fixed mounting is on L type lifter plate 22 and with first lead screw 43 power connection.

The connecting plates 46 in each centering assembly comprise two groups which are arranged in parallel, a first lead screw 43 is in screwed connection with the two groups of connecting plates 46, the two groups of connecting plates 46 are arranged between the two groups of mounting side plates 41, a plurality of groups of mounting sliding seats 44 are fixedly connected to the bottoms of the groups of connecting plates 46, the mounting sliding seats 44 are slidably mounted on the L-shaped lifting plates 22, limit rollers 45 which are arranged vertically are rotatably mounted on the mounting sliding seats 44, and the limit rollers 45 are arranged below the L-shaped lifting plates 22.

For the centering assembly arranged above the transverse conveying assembly 101, two sets of mounting side plates 41 and two sets of connecting plates 46 are parallel to the conveying direction of the transverse conveying assembly 101, and corresponding mounting sliding seats 44 and limit rollers 45 are symmetrically arranged along the central line of the transverse conveying assembly 101, wherein the limit rollers 45 are arranged at the gaps of the longitudinal pressing rollers 25.

For the centering assembly arranged above the primary longitudinal transfer assembly 102, two sets of mounting side plates 41 and two sets of connecting plates 46 are parallel to the transfer direction of the primary longitudinal transfer assembly 102, and the corresponding mounting slides 44 and limit rollers 45 are symmetrically arranged along the center line of the primary longitudinal transfer assembly 102, wherein the limit rollers 45 are arranged at the gaps of the transverse downward pressure rollers 26.

The guide shafts 42 corresponding to the centering components can ensure that the connecting plates 46 stably run along the vertical direction, the bar-shaped guide grooves 223 are formed in the corresponding positions of the L-shaped lifting plates 22, the corresponding mounting sliding seats 44 are slidably mounted in the bar-shaped guide grooves 223, and the bottoms of the limit rollers 45 extend to the positions below the transmission rollers 13 corresponding to the corresponding positions.

In each set of centering components, the first lead screw 43 comprises two sets of parallel arrangement, so that the first lead screw 43 can drive the two sets of connecting plates 46 screwed on the first lead screw to stably run along the vertical direction of the first lead screw. The same one end of the two groups of first lead screws 43 is fixedly connected with a fourth driving sprocket 431, the two groups of fourth driving sprockets 431 realize chain driving through a chain, the first lead screws 43 are provided with two sections of thread grooves with opposite spiral directions, the two sections of thread grooves are respectively in screwed connection with the two groups of connecting plates 46, in the synchronous operation process of the first lead screws 43 driven by the first motor 47, the two groups of corresponding connecting plates 46 can be driven to keep symmetrical movement, the mounting sliding seat 44 and the limit roller 45 are driven to synchronously operate, the limit roller 45 acts on the conveyed glass, and the limit roller 45 can freely rotate on the mounting sliding seat 44, so that the positions of the limit roller 45 are stably conveyed on the central lines of the transverse conveying assembly 101 and the primary longitudinal conveying assembly 102.

The centering assembly is arranged so that the glass runs on the central line of the transverse transmission assembly 101 and the longitudinal transmission assembly 102, and the edging assembly 3 can ensure that the two parallel edges of the glass are subjected to edging treatment simultaneously.

Example 5

In order to ensure that the transfer assembly can be stably installed on the pressing assembly, the glass downstream from the transverse transmission assembly 101 can be transferred to the primary longitudinal transmission assembly 102 when the transfer assembly is ensured to operate, and the following technical scheme is provided for the glass transfer assembly:

The lower surface of the L-shaped lifting plate 22 is fixedly connected with a threaded rod 224 which is vertically arranged, the transferring assembly comprises a mounting base plate 51, an assembly bracket 52, a main synchronizing wheel 53, auxiliary synchronizing wheels 54, a synchronous belt 55 and a second motor 56, the mounting base plate 51 is arranged below a transmission roller 13 in the transverse transmission assembly 101, the mounting base plate 51 is in plug-in combination with the threaded rod 224, the threaded rod 224 is provided with a locking nut 225 which is kept in abutting connection with the mounting base plate 51, the assembly bracket 52 is fixedly connected to the upper surface of the mounting base plate 51, the main synchronizing wheel 53 and the auxiliary synchronizing wheels 54 respectively comprise a plurality of groups which are rotatably arranged on the assembly bracket 52, the main synchronizing wheels 53 and the auxiliary synchronizing wheels 53 are kept coaxially fixedly connected, the synchronous belt 55 is wound on the main synchronizing wheels 53 and the auxiliary synchronizing wheels 54 and kept in tight arrangement, and the second motor 56 is fixedly arranged on the mounting base plate 51 and kept in power connection with the main synchronizing wheels 53.

The lock nuts 225 are assembled on the upper side and the lower side of the mounting substrate 51, the two groups of lock nuts 225 are reversely screwed to be tightly abutted with the middle mounting substrate 51, the mounting substrate 51 can be effectively fixed on the threaded rod 224, meanwhile, the specific height position of the mounting substrate 51 on the threaded rod 224 is conveniently adjusted, and the accurate adjustment of the distance between the mounting substrate 51 and the L-shaped lifting plate 22 is realized, so that the application requirements of different production scenes can be met.

The synchronous belt 55, the main synchronous wheel 53 and the auxiliary synchronous wheel 54 which are correspondingly assembled are arranged at the clearance of the transmission roller 13 in the transverse transmission assembly 101, so that the space motion interference between the lifting and moving transfer assembly and the transmission roller 13 in the transverse transmission assembly 101 is avoided.

When the L-shaped lifting plate 22 drives the mounting substrate 51 and all parts assembled on the mounting substrate to lift upwards, all the synchronous belts 55 can lift up glass running to the downstream of the transverse transmission assembly 101, and when the second motor 56 is started to drive the main synchronous wheel 53 to run, the synchronous belts 55 can be driven to run stably so as to transfer the glass on the synchronous belts to the first-stage longitudinal transmission assembly 102.

Example 6

In order to ensure that the edging assembly 3 can be stably assembled in the transverse transmission assembly 101 and the primary longitudinal transmission assembly 102, the edging assembly 3 is ensured to be capable of being subjected to position adjustment so as to effectively and accurately process the outer edge of glass, and the following technical scheme is provided for the edging assembly:

The edging assembly 3 comprises two groups respectively arranged in the transverse transmission assembly 101 and the primary longitudinal transmission assembly 102, and the edging assembly 3 comprises a lifting bracket 301, a lower guide rod 302, a lower hydraulic telescopic cylinder 303, a sliding guide rod 304, a first guide seat 305, a second guide seat 306, a second lead screw 307 and a third motor 308.

Lifting brackets 301 in two groups of edging assemblies 3 are respectively arranged on mounting base plates 11 of a transverse transmission assembly 101 and a primary longitudinal transmission assembly 102, lower guide rods 302 are vertically fixedly connected to the bottoms of the lifting brackets 301, the lower guide rods 302 are in sliding connection with the mounting base plates 11, lower hydraulic telescopic cylinders 303 are fixedly arranged on the mounting base plates 11, movable ends of the lower hydraulic telescopic cylinders 303 are fixedly connected with the lifting brackets 301, two groups of sliding guide rods 304 which are arranged side by side are fixedly connected to the lifting brackets 301, a first guide seat 305 and a second guide seat 306 are slidably arranged on the lifting brackets 301, the first guide seat 305 and the second guide seat 306 are respectively in sliding connection with the two groups of sliding guide rods 304, the second guide rods 307 comprise two groups which are arranged side by side, the two groups of second guide rods 307 are rotatably arranged on the lifting brackets 301 and respectively in sliding connection with the first guide seat 305 and the second guide seat 306, the ends of the two groups of second guide rods 307 are respectively in power connection with a group of third motors 308, and the third motors 308 are fixedly arranged on the lifting brackets 301.

The lifting support 301 is arranged at the gap between two adjacent groups of transmission rollers 13, so that the lifting support 301 and the transverse transmission assembly 101 or the primary longitudinal transmission assembly 102 which are in lifting operation can be prevented from being interfered by space movement, the lower-layer guide rod 302 can ensure that the lifting support 301 is stably lifted along the vertical direction, and the lifting support 301 can be driven to stably operate when the lower-layer hydraulic telescopic cylinder 303 is in telescopic movement.

The first guide seat 305 and the second guide seat 306 both comprise two groups which are symmetrically arranged, the second lead screw 307 is provided with two sections of thread grooves, the thread screw directions of the two sections of thread grooves are opposite, the thread grooves at the two ends are respectively in screwed connection with the two groups of the first guide seat 305 (or the two groups of the second guide seat 306), and in the process of starting the third motor 308 to drive the corresponding second lead screw 307 to operate, the two groups of the first guide seat 305 (or the two groups of the second guide seat 306) can be driven to keep symmetrical movement so as to adjust the interval between the two groups of the first guide seat 305 (or the two groups of the second guide seat 306).

In order to ensure that the edging assembly 3 can carry out synchronous edging treatment on two parallel outer edges of glass, the following technical scheme is provided for the edging assembly:

The edging assembly 3 further comprises a second spline shaft 309, a fourth motor 310, a main bevel gear 311, an auxiliary bevel gear 312, a coarse grinding wheel 313 and a fine grinding wheel 314, the second spline shaft 309 comprises two groups which are arranged in parallel, the second spline shaft 309 is rotatably arranged on the lifting support 301 and respectively penetrates through the first guide seat 305 and the second guide seat 306, a fifth transmission chain wheel 3091 is fixedly connected to the same end of the second spline shaft 309, the two fifth transmission chain wheels 3091 realize chain transmission through a fifth transmission chain 3092, the fourth motor 310 is fixedly arranged on the lifting support 301 and is in power connection with one group of the second spline shafts 309, the first guide seat 305 and the second guide seat 306 are rotatably provided with the main bevel gear 311 and the auxiliary bevel gear 312 which are arranged in a meshed mode, the second spline shaft 309 is in sliding connection with the corresponding main bevel gear 311, and the coarse grinding wheel 313 is arranged above the first guide seat 305 and fixedly combined with the corresponding auxiliary bevel gear 312, and the fine grinding wheel 314 is fixedly arranged above the second guide seat 306 and fixedly combined with the corresponding auxiliary bevel gear 312.

The two groups of second spline shafts 309 realize synchronous operation through the combination of the fifth driving chain wheel 3091 and the fifth driving chain 3092, and then the fourth motor 310 drives the stable operation, the main bevel gear 311 and the second spline shafts 309 keep sliding and inserting, when the first guide seat 305 and the second guide seat 306 slide and operate on the lifting support 301, the power of the second spline shafts 309 can be always transmitted to the main bevel gear 311, and then the auxiliary bevel gear 312 and the coarse grinding wheel 313 and the fine grinding wheel 314 fixed on the auxiliary bevel gear are driven to operate stably, so that the passing glass is effectively edging.

When the outer edges of two sides of glass are synchronously processed, the corresponding three motors 308 are controlled to drive the two groups of first guide seats 305 to be close to each other, so that the rough grinding wheel 313 assembled on the guide seats is attached to the outer edge of the glass, and the other three motors 308 are controlled to drive the two groups of second guide seats 306 to be far away from each other, so that the fine grinding wheel 314 assembled on the guide seats is prevented from acting on the outer edge of the glass. And (5) carrying out rough edging treatment on the outer side of the glass in the glass conveying process.

And then, the two groups of first guide seats 305 are controlled to be far away from each other, the two groups of second guide seats 306 are controlled to be close to each other, the upper fine grinding wheel 314 is attached to the outer side edge of the glass, and the outer side edge after rough edging is subjected to fine edging treatment in the glass conveying process.

In order to ensure that the rough grinding wheel 313 and the fine grinding wheel 314 can effectively treat the outer side edges of glass, the rough grinding wheel 313 and the fine grinding wheel 314 are convenient to replace so as to cope with glass with different thicknesses or different edging types, the following technical scheme is provided:

The axis of the auxiliary bevel gear 312 is fixedly connected with a vertically arranged assembly rod 315, a positioning notch 3151 is formed in the assembly rod 315, a rough grinding wheel 313 and a fine grinding wheel 314 are inserted into the assembly rod 315, and a positioning nut 3152 which is in abutting connection with the rough grinding wheel 313 or the fine grinding wheel 314 is screwed on the top end of the assembly rod 315.

The rough grinding wheel 313 and the fine grinding wheel 314 are respectively provided with a thin waist structure with a thin middle and thick two ends, the specific shape is matched with the shape of the glass to be edging, and the polishing treatment of the outer side surface of the glass can be realized in one step. The assembly rod 315 and the positioning notch 3151 formed on the assembly rod can ensure that the coarse grinding wheel 313 and the fine grinding wheel 314 are stably assembled on the assembly rod, and the assembly rod is effectively fixed through the positioning nut 3152, so that the coarse grinding wheel 313 and the fine grinding wheel 314 can be conveniently disassembled, assembled and replaced.

It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are, therefore, to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Furthermore, it should be understood that although the present disclosure describes embodiments, not every embodiment is provided with a separate embodiment, and that this description is provided for clarity only, and that the disclosure is not limited to the embodiments described in detail below, and that the embodiments described in the examples may be combined as appropriate to form other embodiments that will be apparent to those skilled in the art.

Claims

1. The glass edging, cleaning and toughening production line is characterized by comprising a transmission module, wherein the transmission module is used for transmitting processed glass and comprises a transverse transmission assembly (101), a primary longitudinal transmission assembly (102) and a secondary longitudinal transmission assembly (103) which are sequentially connected;

The glass polishing device comprises a transverse transmission assembly (101), a primary longitudinal transmission assembly (102) and an edging assembly (3), wherein the transverse transmission assembly (101) and the primary longitudinal transmission assembly (102) are assembled on the transverse transmission assembly, the pressing assembly is used for pressing down glass and assisting the transverse transmission assembly (101) and the primary longitudinal transmission assembly (102) in conveying the glass, the pressing assembly is kept in linkage with the transverse transmission assembly (101) and the primary longitudinal transmission assembly (102), and the edging assembly (3) is used for edging the glass;

The glass conveying device also comprises a centering component and a transferring component which are assembled on the pressing component, wherein the centering component is used for controlling the glass to run on the central line of the transverse conveying component (101) and the primary longitudinal conveying component (102), the transfer assembly is arranged at the downstream of the transverse transmission assembly (101) and is used for transferring glass on the transverse transmission assembly (101) to the primary longitudinal transmission assembly (102);

the device also comprises a cleaning bin (61), a drying bin (62), a tempering furnace (63) and a cooling bin (64) which are sequentially assembled on the secondary longitudinal transmission assembly (103).

2. The glass edging, cleaning and tempering production line according to claim 1, wherein the transverse transmission assembly (101), the primary longitudinal transmission assembly (102) and the secondary longitudinal transmission assembly (103) comprise a mounting base plate (11), a mounting baffle plate (12), a transmission roller (13), a first transmission chain wheel (14) and a driving motor (15), the mounting baffle plate (12) comprises two groups which are fixedly connected to the mounting base plate (11) in parallel, the transmission roller (13) is rotatably arranged between the two groups of mounting baffle plates (12), and the first transmission chain wheel (14) is fixedly connected to the same end of the transmission roller (13);

The corresponding first transmission chain wheels (14) in the transverse transmission assembly (101), the first-stage longitudinal transmission assembly (102) and the second-stage longitudinal transmission assembly (103) are in chain transmission through corresponding first transmission chains (16), and the corresponding driving motors (15) in the transverse transmission assembly (101), the first-stage longitudinal transmission assembly (102) and the second-stage longitudinal transmission assembly (103) are respectively in power connection with a group of corresponding transmission rollers (13);

and the transverse transmission assembly (101), the installation bottom plate (11) in the primary longitudinal transmission assembly (102) and the installation baffle (12) are vertically fixedly connected.

3. The glass edging washs tempering production line according to claim 2, wherein the pushing component comprises an L-shaped supporting cover (21), an L-shaped lifting plate (22), an upper layer guide rod (23) and an upper layer hydraulic telescopic cylinder (24), the L-shaped supporting cover (21) is fixedly arranged on the periphery of the transverse transmission component (101) and the primary longitudinal transmission component (102), the L-shaped lifting plate (22) is arranged on the inner side of the L-shaped supporting cover (21) and above the transverse transmission component (101) and the primary longitudinal transmission component (102), the upper layer guide rod (23) comprises a plurality of groups and is vertically fixedly connected to the upper surface of the L-shaped lifting plate (22), the upper layer guide rod (23) and the L-shaped supporting cover (21) are in sliding connection, the upper layer hydraulic telescopic cylinder (24) comprises a plurality of groups which are vertically fixedly connected to the top of the L-shaped supporting cover (21), and the movable ends of the upper layer hydraulic telescopic cylinders (24) of the groups are fixedly connected with the L-shaped lifting plate (22).

4. The glass edging, cleaning and tempering production line according to claim 3, wherein the pressing component further comprises a longitudinal pressing roller (25) and a transverse pressing roller (26) rotatably mounted on the L-shaped lifting plate (22), the longitudinal pressing roller (25) is arranged right above the transmission roller (13) in the transverse transmission component (101), the transverse pressing roller (26) is arranged right above the transmission roller (13) in the primary longitudinal transmission component (102), the same ends of the longitudinal pressing roller (25) are fixedly connected with second transmission sprockets (251), the same ends of the groups of second transmission sprockets (251) are fixedly connected with third transmission sprockets (261) through second transmission chains (252), and the same ends of the groups of third transmission sprockets (261) are fixedly connected with third transmission sprockets (261).

5. The glass edging, cleaning and tempering production line according to claim 4, wherein the outer sides of the transverse transmission assembly (101) and the primary longitudinal transmission assembly (102) are respectively provided with a group of transmission assemblies, the transmission assemblies comprise a mounting bracket (71), a first spline shaft (72), an upper layer driving bevel gear (73), an upper layer driving bevel gear (74), a lower layer driving bevel gear (75) and a lower layer driving bevel gear (76), the mounting bracket (71) is fixedly connected with the outer side of the mounting baffle (12), the first spline shaft (72) is rotatably mounted on the mounting bracket (71) and is arranged along the vertical direction, the upper layer driving bevel gear (73) is rotatably mounted on the L-shaped lifting plate (22) and is in sliding connection with the corresponding first spline shaft (72), the upper layer driving bevel gears (74) in the two groups of transmission assemblies are fixedly connected with a longitudinal pressing roller (25) and a transverse pressing roller (26) respectively, the upper layer driving bevel gears (73) and the upper layer driving bevel gears (74) in the same group of transmission assemblies are fixedly connected with the corresponding first spline shaft (72) in the two groups of transmission assemblies (101) respectively, and the lower driving bevel gears (75) and the lower driving bevel gears (76) in the same group of transmission components are kept meshed.

6. The glass edging, cleaning and tempering production line according to claim 3, wherein the centering assembly comprises two groups respectively arranged above the transverse transmission assembly (101) and the primary longitudinal transmission assembly (102), and the centering assembly comprises a mounting side plate (41), a guide shaft (42), a first screw (43), a mounting sliding seat (44), a limit roller (45), a connecting plate (46) and a first motor (47);

The mounting side plates (41) in each group of centering components comprise two groups which are arranged in parallel, the mounting side plates (41) are fixedly connected to the upper surface of the L-shaped lifting plate (22), the guide shafts (42) are fixedly arranged between the two groups of symmetrically arranged mounting side plates (41), the first lead screw (43) is rotatably arranged between the two groups of symmetrically arranged mounting side plates (41), and the first motor (47) is fixedly arranged on the L-shaped lifting plate (22) and is in power connection with the first lead screw (43);

Every group connecting plate (46) in the centering subassembly all include two sets of parallel arrangement, lead screw (43) and two sets of connecting plate (46) keep connecing soon, two sets of connecting plate (46) are arranged between two sets of installation curb plates (41), and every group connecting plate (46) bottom all rigid coupling has multiunit installation slide (44), installation slide (44) slidable mounting in on L type lifter plate (22), install limit roller (45) of vertical arrangement on rotation on installation slide (44), limit roller (45) arrange in L type lifter plate (22) below.

7. The glass edging washs tempering production line according to claim 3, wherein L type lifter plate (22) lower surface rigid coupling has threaded rod (224) of vertical arrangement, transfer subassembly includes mounting base plate (51), assembly support (52), main synchronizing wheel (53), vice synchronizing wheel (54), hold-in range (55), no. two motor (56), mounting base plate (51) is arranged below transmission cylinder (13) in horizontal transmission subassembly (101), mounting base plate (51) and threaded rod (224) grafting combination, and be equipped with on threaded rod (224) with mounting base plate (51) keep lock nut (225) of butt, assembly support (52) rigid coupling in mounting base plate (51) upper surface, main synchronizing wheel (53), vice synchronizing wheel (54) all include the multiunit of rotation installation on assembly support (52), each group main synchronizing wheel (53) keep coaxial rigid coupling, each group vice synchronizing wheel (54) keep coaxial arrangement, hold-in range (55) are around to main synchronizing wheel (53), vice synchronizing wheel (54) keep on motor (54) and keep tight and install on the power connection with main synchronizing wheel (53).

8. The glass edging, cleaning and tempering production line according to claim 2, wherein the edging assembly (3) comprises two groups respectively arranged in a transverse transmission assembly (101) and a primary longitudinal transmission assembly (102), and the edging assembly (3) comprises a lifting bracket (301), a lower-layer guide rod (302), a lower-layer hydraulic telescopic cylinder (303), a sliding guide rod (304), a first guide seat (305), a second guide seat (306), a second lead screw (307) and a third motor (308);

Lifting brackets (301) in two groups of edging assemblies (3) are respectively arranged on mounting base plates (11) of the transverse transmission assemblies (101) and the primary longitudinal transmission assemblies (102), lower guide rods (302) are vertically fixedly connected to the bottoms of the lifting brackets (301), the lower guide rods (302) and the mounting base plates (11) are in sliding connection, lower hydraulic telescopic cylinders (303) are fixedly arranged on the mounting base plates (11), movable ends of the lower hydraulic telescopic cylinders (303) are fixedly connected with the lifting brackets (301), two groups of sliding guide rods (304) which are arranged side by side are fixedly connected to the lifting brackets (301), a first guide seat (305) and a second guide seat (306) are slidably arranged on the lifting brackets (301), the first guide seat (305) and the second guide seat (306) are respectively in sliding connection with the two groups of sliding guide rods (304), the second guide seat (307) is rotatably arranged on the lifting brackets (301) and is respectively connected with a first guide seat (305) and a second guide seat (308) in a power connection mode, and the third guide seat (308) is fixedly connected to the ends of the lifting brackets (301).

9. The glass edging, cleaning and tempering production line according to claim 8, wherein the edging assembly (3) further comprises a second spline shaft (309), a fourth motor (310), a main bevel gear (311), an auxiliary bevel gear (312), a rough grinding wheel (313) and a fine grinding wheel (314), the second spline shaft (309) comprises two groups which are arranged in parallel, the second spline shaft (309) is rotatably arranged on the lifting bracket (301) and respectively penetrates through a first guide seat (305) and a second guide seat (306), the same end of the second spline shaft (309) is fixedly connected with a fifth driving sprocket (3091), the fifth driving sprocket (3091) realizes chain driving through a fifth driving chain (3092), the fourth motor (310) is fixedly arranged on the lifting bracket (301) and is in power connection with one group of the second spline shafts (309), the first guide seat (305) and the second guide seat (306) are rotatably provided with the main bevel gear (311) and the auxiliary bevel gear (312) which are arranged in a holding engagement, the second spline shaft (309) is correspondingly connected with the first guide seat (305) in a sliding manner, the second spline shaft (309) is fixedly connected with the corresponding to the first bevel gear (313), the fine grinding wheel (314) is fixedly arranged above the second guide seat (306) and is fixedly combined with the corresponding auxiliary bevel gear (312).

10. The glass edging, cleaning and tempering production line according to claim 9, wherein an assembling rod (315) which is vertically arranged is fixedly connected at the axis of the auxiliary bevel gear (312), a positioning notch (3151) is formed in the assembling rod (315), the rough grinding wheel (313) and the fine grinding wheel (314) are inserted into the assembling rod (315), and a positioning nut (3152) which is in abutting connection with the rough grinding wheel (313) or the fine grinding wheel (314) is screwed at the top end of the assembling rod (315).