阅读说明：本技术 一种紧急处理设备温度降低的钢化玻璃加工生产设备 (Tempered glass processing and producing equipment with emergency treatment equipment with reduced temperature ) 是由 邓珍翔 于 2019-09-17 设计创作，主要内容包括：本发明公开了一种紧急处理设备温度降低的钢化玻璃加工生产设备,其结构包括送料架、成型仓、出料架,送料架安装在成型仓上,成型仓与出料架锁定,成型仓装设有断电紧急控键,成型仓设有安装有集料装置、翻料结构,集料装置包括挡板结构、底板结构,本发明避免了发生断电时设备仍处于高温,材料仍在软化,而设备却停止了运行输送,导致材料软化在部件上,随着温度的降低使材料发生凝固,后期导致部件无法动弹或后期对部件上的材料无法彻底清除,也造成后期设备运行安全隐患的问题,通过断电后对控制集料装置和翻料结构的运行,第一时间将材料集中放置,不与部件发生接触的机会,有效的解决了材料软化并凝固在部件上的问题。(The invention discloses toughened glass processing and producing equipment with emergency treatment equipment for reducing temperature, which structurally comprises a feeding frame, a forming bin and a discharging frame, wherein the feeding frame is arranged on the forming bin, the forming bin is locked with the discharging frame, the forming bin is provided with a power-off emergency control key, the forming bin is provided with an aggregate device and a material turning structure, and the aggregate device comprises a baffle structure and a bottom plate structure. The problem that the material is softened and solidified on the part is effectively solved.)

1. The utility model provides a toughened glass processing production facility of urgent treatment facility temperature reduction, its structure includes pay-off frame (1), shaping storehouse (2), goes out work or material rest (3), install on shaping storehouse (2) pay-off frame (1), shaping storehouse (2) and play work or material rest (3) locking, its characterized in that:

emergent accuse key (20) of outage have been installed in shaping storehouse (2), shaping storehouse (2) are equipped with and install device (4), stirring structure (7) of gathering materials, device (4) of gathering materials includes baffle structure (40), bottom plate structure (41), baffle structure (40) are assembled with bottom plate structure (41) and are connected.

2. A tempered glass processing and producing apparatus as recited in claim 1, wherein the emergency treatment apparatus comprises: the baffle structure (40) comprises a vertical folding plate (400), a vertical folding driver (401) and a baffle main plate (402), wherein the vertical folding plate (400) is connected with the baffle main plate (402) through a shaft, and the vertical folding driver (401) is installed between the vertical folding plate (400) and the baffle main plate (402).

3. A tempered glass processing and producing apparatus as recited in claim 1, wherein the emergency treatment apparatus comprises: the bottom plate structure (41) comprises a transverse folded plate (410), a transverse folding driver (411) and a transverse plate main plate (412), the transverse folding driver (411) is installed on the transverse folded plate (410), the transverse folded plate (410) is connected with the transverse plate main plate (412) in a shaft mode, the vertical folding driver (401) is identical to the transverse folding driver (411) in structure, an expansion structure (4120) is installed on the transverse plate main plate (412), and a coating structure (4121) is embedded in the transverse plate main plate (412).

4. A tempered glass processing and producing apparatus with a reduced temperature for emergency treatment equipment as claimed in claim 2, wherein: vertical book driver (401) are including linking square ring (4010), linking collar (4011), extension spring ware (4012), link square ring (4010) and link collar (4011) hub connection, link collar (4011) and extension spring ware (4012) welding.

5. A tempered glass processing and producing apparatus as recited in claim 3, wherein the emergency treatment apparatus comprises: the telescopic structure (4120) comprises a telescopic frame (50), a spring (51) and a telescopic rod (52), wherein the telescopic frame (50) is welded with the telescopic rod (52), and the telescopic frame (50) is buckled with the spring (51).

6. A tempered glass processing and producing apparatus as recited in claim 3, wherein the emergency treatment apparatus comprises: the coating structure (4121) comprises a rubber strip frame (60), a rubber strip (61), a main layer plate (62) and an adjacent layer plate (63), the rubber strip (61) is arranged on the rubber strip frame (60), the rubber strip frame (60) is arranged on the main layer plate (62) and the adjacent layer plate (63), and the rubber strip (61) is connected with the adjacent layer plate (63) in a gluing mode.

7. A tempered glass processing and producing apparatus as recited in claim 1, wherein the emergency treatment apparatus comprises: the material turning structure (7) comprises a material turning roller cover (70) and a material turning roller (71). The material turning roller cover (70) is installed on the material turning roller (71), the material turning roller (71) comprises a side roller cover (710), a bolt buckle (711) and a side roller body (712), the side roller cover (710) is installed on the side roller body (712), and the bolt buckle (711) is installed on the side roller body (712).

8. A tempered glass processing and producing apparatus as recited in claim 7, wherein the emergency treatment apparatus comprises: the side roller cover (710) comprises a cover supporting device (7100) and a cover supporting device (7101), the cover supporting device (7100) is installed on the cover supporting device (7101), the cover supporting device (7101) is provided with a left cover (80) and a right cover (81), and the left cover (80) is attached to the right cover (81).

9. A tempered glass processing and producing apparatus as recited in claim 8, wherein the emergency treatment apparatus comprises: the cover supporting device (7100) comprises a fixing block (90), a fixing rod (91) and a spring block (92), wherein the fixing rod (91) is in threaded connection with the fixing block (90) and the spring block (92), and the spring (920) is welded on the spring block (92).

Technical Field

The invention relates to the field of glass production, in particular to toughened glass processing and producing equipment for emergency treatment of temperature reduction of equipment.

Background

Toughened glass belongs to safety glass, and the surface of the toughened glass has compressive stress, which is also called strengthened glass; during glass processing, raw material conveying equipment is heated at high temperature to soften the raw material, then the raw material is cut into blocks, the blocks are rolled and flattened, and the structural performance of glass or glass materials can be changed at different temperatures during heating of the glass materials.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art, and provides toughened glass processing and producing equipment for emergently processing temperature reduction of equipment, which aims to solve the problems that raw materials are heated and molded when the equipment is processed, if the equipment fails to operate or power supply is cut off, standby power supply is exhausted or fails in the heating process, the temperature of the materials being heated is reduced due to the power failure of the equipment, the materials are solidified along with the temperature reduction, once the materials are solidified on equipment parts, the equipment cannot move when the equipment operates again, even if the materials are melted and then the operation of the parts is started, the materials cannot be thoroughly removed from the parts, the operation of the equipment is influenced by the materials remained on the parts, and the potential safety hazard of the later-stage equipment operation is caused.

The invention is realized by adopting the following technical scheme: the utility model provides a toughened glass processing production facility of urgent treatment facility temperature reduction, its structure includes pay-off frame, shaping storehouse, goes out the work or material rest, the pay-off frame is installed at shaping storehouse left end, shaping storehouse right-hand member locks with going out the work or material rest, shaping storehouse front side dress is equipped with the urgent accuse key of outage, inside being equipped with of shaping storehouse installs the device that gathers materials, the stirring structure, the device that gathers materials includes baffle structure, bottom plate structure, baffle structure bottom is assembled with the bottom plate structure and is connected.

Further preferably, the baffle structure comprises a vertical folded plate, a vertical folding driver and a baffle main board, wherein the vertical folded plate is connected with the left end shaft and the right end shaft of the baffle main board, and the vertical folding driver is arranged between the vertical folded plate and the baffle main board.

Further preferably, the bottom plate structure includes horizontal folded plate, transversely rolls over driver, diaphragm mainboard, transversely roll over the driver and install on horizontal folded plate, transversely roll over the driver and be located between horizontal folded plate and the diaphragm mainboard, horizontal folded plate and diaphragm mainboard hub connection and the two constitution structure as an organic whole, it is the same with transversely roll over driver structure to vertically roll over the driver, diaphragm mainboard internally mounted has extending structure, diaphragm mainboard upper surface inlays and is equipped with the coating structure.

Preferably, the vertical folding driver comprises a connecting square ring, a connecting shaft ring and a telescopic spring device, wherein the connecting square ring is connected with the upper end shaft of the connecting shaft ring, and the bottom end of the connecting shaft ring is welded with the telescopic spring device.

Further preferably, the telescopic structure comprises a telescopic frame, a spring and a telescopic rod, the left side and the right side of the telescopic frame are welded with the telescopic rod, and the upper end and the lower end of the telescopic frame are fastened with the spring.

Further preferably, the coating structure comprises an adhesive tape frame, an adhesive tape, a main laminate and an adjacent laminate, the adhesive tape is arranged in the inner cavity of the adhesive tape frame, the adhesive tape frame is arranged at the included angle between the main laminate and the adjacent laminate, and the adhesive tape is connected with the right end of the adjacent laminate in an adhesive manner.

Further preferably, the material turning structure comprises a material turning roller cover and a material turning roller, the material turning roller cover is arranged on the ring surface of the material turning roller, the material turning roller comprises a side roller cover, a bolt buckle and a side roller body, the side roller cover is arranged at the left end and the right end of the side roller body, and the bolt buckle is arranged at the left end and the right end of the side roller body.

Further preferably, the side roller cover is including propping the lid ware, propping the lid, prop the lid ware to install and prop inside the lid, prop the lid and be equipped with left lid, right lid, left side lid and right lid laminating and the two constitution is circular structure.

Preferably, the cover supporting device comprises a fixing block, a fixing rod and a spring block, the left end and the right end of the fixing rod are in threaded connection with the fixing block and the spring block, and a spring is welded in the middle of the spring block.

Advantageous effects

The raw materials are put on a feeding frame and then conveyed into a forming bin for processing, the processing is finished and then conveyed out of a discharging frame, if equipment failure cannot run or power supply is cut off, standby power supply is exhausted or fails in the processing process, a worker presses a power-off emergency control key, then the front side and the rear side of a baffle plate structure are buckled with the inner side of the forming bin, namely the baffle plate structure of a bottom plate structure is fixed and reduced in a centered manner, namely, a telescopic frame moves in the centered manner under the elastic action of a spring, the telescopic rod performs auxiliary stable movement, the baffle plate structure is driven to move in the centered manner when the bottom plate structure is driven to move (rubber strips can be lengthened or shortened according to the moving length of the bottom plate structure during movement, the materials are ensured not to permeate into the bottom plate structure due to the movement of a track) so as to realize that the softened materials are centered in time after the, the materials are not sent out in time and then are solidified on the transmission part due to continuous reduction of temperature, the transverse plate main plate drives the transmission of the transverse folding actuator by moving when in transmission, a spring in the telescopic spring actuator is shaken to stretch out and push up the connecting shaft collar, the connecting square ring subjected to the pushing force pushes the transverse folding plate, meanwhile, the vertical folding actuator also drives the vertical folding plate to carry out the same transmission, the baffle plate structure and the bottom plate structure are respectively in a concave structure, and the concentrated placement of the materials is further ensured; if the material is conveyed to a processing rolling flat part, the material can be turned up under the moving lower structure of the bolt buckle (the movement of the bolt buckle is realized by pressing a power-off emergency control key by a worker), the material turning structure is provided with two opposite rollers, the material is extruded in the middle of the rollers after the material turning roller cover is turned up, and the right cover of the side roller cover is turned over anticlockwise by 45 degrees under the transmission of the cover supporting device during the turning up, so that the left end and the right end of the material turning roller cover are blocked; after the equipment is cooled, the worker takes the aggregate device and the material turning structure off again, replaces the aggregate device and the material turning structure with new materials, separates the aggregate device and the material turning structure from solidified materials, and collects the aggregate device and the material turning structure after being cleaned so as to be convenient for next use.

Compared with the prior art, the invention has the beneficial effects that: when the equipment is in emergency power failure, a worker manually controls the power failure emergency control key to drive the aggregate device and the material turning structure to transmit, the bottom plate structure drives the baffle plate structure to move in the middle to concentrate the softened materials, the cover of the turning roller is turned over from the turning roller, the right cover rotates anticlockwise to concentrate materials, the situation that the equipment is still at high temperature and the materials are still softened when power is off is avoided, but the equipment stops running and conveying, so that the material is softened on the component, the material is solidified along with the reduction of the temperature, the component cannot be moved or the material on the component cannot be thoroughly cleaned in the later period, and the problem of potential safety hazard of equipment running in the later period is also caused, through the operation of controlling the device that gathers materials and stirring structure after the outage, the very first time is concentrated the material and is placed, does not take place the chance of contact with the part, the effectual material that has solved softens and solidifies the problem on the part.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic view showing a tempered glass processing and producing apparatus according to the present invention, in which the temperature of the emergency treatment apparatus is lowered.

Fig. 2 shows a schematic structural diagram of the aggregate device of the present invention.

Fig. 3 shows a schematic view of the construction of the vertical folding actuator according to the invention.

Fig. 4 shows a schematic diagram of the telescopic structure of the present invention.

Fig. 5 shows a schematic structural view of the inventive cladding structure.

Fig. 6 shows a schematic structure of the stirring structure of the invention.

Fig. 7 shows a schematic structural view of the cap spreader of the present invention.

Fig. 8 shows a schematic structural view of the side roll cover of the present invention, which is also a schematic structural view of 45-degree counterclockwise turning.

In the figure: the automatic feeding device comprises a feeding frame 1, a forming bin 2, a discharging frame 3, a power-off emergency control key 20, a material collecting device 4, a material turning structure 7, a baffle plate structure 40, a bottom plate structure 41, a vertical folded plate 400, a vertical folding driver 401, a baffle plate main plate 402, a transverse folded plate 410, a transverse folding driver 411, a transverse plate main plate 412, a coating structure 4121, an engagement square ring 4010, an engagement shaft collar 4011, a telescopic spring device 4012, a telescopic frame 50, a spring 51, a telescopic rod 52, an adhesive tape frame 60, an adhesive tape 61, a main layer plate 62, an adjacent layer plate 63, a material turning roller cover 70, a material turning roller 71, a side roller cover 710, a bolt 711, a side roller body 712, a cover supporting device 7100, a supporting cover 7101, a left cover 80, a right cover 81, a fixing block 90, a fixing rod 91, a spring block 92, a.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1 to 8, the present invention provides a technical solution for a tempered glass processing and producing apparatus for emergency treatment of temperature drop, which comprises: the structure of the device comprises a feeding frame 1, a forming bin 2 and a discharging frame 3, wherein the feeding frame 1 is installed on the forming bin 2, the forming bin 2 is locked with the discharging frame 3, a power-off emergency control key 20 is installed on the forming bin 2, a material collecting device 4 and a material turning structure 7 are installed on the forming bin 2, the material collecting device 4 comprises a baffle plate structure 40 and a bottom plate structure 41, the baffle plate structure 40 is assembled and connected with the bottom plate structure 41, the baffle plate structure 40 comprises a vertical folded plate 400, a vertical folding actuator 401 and a baffle plate 402, the vertical folded plate 400 is connected with the baffle plate 402 in a shaft mode, the vertical folding actuator 401 is installed between the vertical folded plate 400 and the baffle plate 402, the vertical folded plate 400 is turned over under the transmission of the vertical folding actuator 401, the baffle plate structure 40 is in a concave structure, materials are further wrapped, the bottom plate structure 41 comprises a transverse folded plate 410, The transverse folding device 411 and the transverse plate main plate 412 are connected, the transverse folding device 411 is installed on the transverse folding plate 410, the transverse folding plate 410 is connected with the transverse plate main plate 412 in a shaft mode, the vertical folding device 401 and the transverse folding device 411 are identical in structure and play a role in transmission, the transmission is simple and flexible, the transverse folding plate 410 is turned over under the transmission of the transverse folding device 411, the bottom plate structure 41 is in a concave structure, materials are further wrapped, the transverse plate main plate 412 is provided with a telescopic structure 4120, a coating structure 4121 is embedded in the transverse plate main plate 412, the vertical folding device 401 comprises a linking square ring 4010, a linking shaft collar 4011 and a telescopic spring device 4012, the linking square ring 4010 is connected with the shaft collar linking 4011 in a shaft mode, the linking shaft collar 4011 is welded with the telescopic spring device 4012, a spring is arranged inside the telescopic spring device 4012, and plays a main pushing role in turning, the telescopic structure 4120 comprises a telescopic frame 50, a spring 51 and a telescopic rod 52, the telescopic frame 50 is welded with the telescopic rod 52, the telescopic frame 50 is fastened with the spring 51, the spring 51 plays a main telescopic role, the telescopic effect is achieved by using elasticity, the transmission is flexible and simple, the coating structure 4121 comprises a rubber strip frame 60, a rubber strip 61, a main layer plate 62 and an adjacent layer plate 63, the rubber strip frame 60 is provided with the rubber strip 61, the rubber strip frame 60 is arranged on the main layer plate 62 and the adjacent layer plate 63, the rubber strip 61 is in adhesive connection with the adjacent layer plate 63, the rubber strip 61 is made of high-temperature resistant material and mainly plays a role in preventing liquid from permeating into the baffle structure 40, the turning structure 7 comprises a turning roller cover 70 and a turning roller 71, the turning roller cover 70 is arranged on the turning roller 71, the turning roller 71 comprises a side roller cover 710, a bolt buckle 711 and a side roller body 712, the side roller cover 710 is arranged on the side roller body 712, the utility model discloses a material turning device, including side roller body 712, side roller cover 710, cover device 7100 has been installed to the side roller body 712, cover device 7100 is propped including propping, cover device 7101 props, prop cover device 7100 and install on propping cover device 7101, prop cover device 7101 and be equipped with left side lid 80, right side lid 81, left side lid 80 and the laminating of right side lid 81, right side lid 81 anticlockwise overturns the back and can form the cell body with material turning roller cover 70 for store the material, the arc structure of material turning roller cover 70 has the advantage that auxiliary material slided to the inslot, prop cover device 7100 and include fixed block 90, dead lever 91, spring block 92, dead lever 91 and fixed block 90, spring block 92 threaded connection, spring block 92 welding has spring 920, prop cover device 7100 and play the effect that the transmission promoted, the elasticity and the dynamics of spring 920 have both played the effect of being connected left side lid 80 and right side lid 81 and have guaranteed that right side lid 81 can carry out stable.

The raw materials are put on a feeding frame 1 and then conveyed into a forming bin 2 for processing, the processing is finished and then conveyed out of a discharging frame 3, if equipment failure or power failure or standby power exhaustion or failure occurs in the processing process, a worker presses a power failure emergency control key 20, then the front side and the rear side of a baffle plate structure 40 lose fastening with the inner side of the forming bin 2, namely a bottom plate structure 41 loses the fixation of the baffle plate structure 40 and is reduced in a centered manner, namely an expansion bracket 50 moves in the center under the elastic action of a spring 51, an expansion link 52 performs auxiliary stable movement, the baffle plate structure 40 is driven to move in the center when the bottom plate structure 41 is driven to move (an adhesive tape 61 can be lengthened or shortened according to the moving length of the bottom plate structure 41 during movement, the materials are ensured not to permeate into the bottom plate structure 41 due to the movement of a rail) so as to realize the centering of the materials which are softened in time after the power failure, and the, the materials are not sent out in time and then are solidified on a transmission part due to continuous reduction of temperature, the transverse plate main board 412 moves during transmission to drive the transmission of the transverse folding driver 411, the springs in the telescopic spring 4012 are shaken to stretch and push up the connection shaft ring 4011, the connection square ring 4010 subjected to the thrust pushes the transverse folding plate 410, meanwhile, the vertical folding driver 401 drives the vertical folding plate 400 to carry out the same transmission, the baffle plate structure 40 and the bottom plate structure 41 are respectively in a concave structure, and the concentrated placement of the materials is further ensured; if the material is conveyed to a processing roller pressing flat part, the material turning structure (70) can be turned up under the moving lower structure of the bolt buckle (711) by pressing the power-off emergency control key (20) by a worker, the material turning structure (7) is provided with two opposite rollers, the material is extruded in the middle of the rollers after the material turning roller cover (70) is turned up, and the right cover (81) of the side roller cover (710) is turned over counterclockwise by 45 degrees under the transmission of the cover supporting device (7100) while being turned up, so that the left end and the right end of the material turning roller cover (70) are blocked; after the equipment cools down, the staff takes off the aggregate device 4 and the material overturning structure 7 again, replaces with new, separates the aggregate device 4 and the material overturning structure 7 from the solidified material, and cleans the aggregate device 4 and the material overturning structure 7 to store the aggregate device 4 and the material overturning structure 7 for use next time.

Compared with the prior art, the invention has the technical progress that: when the emergency power failure occurs to the equipment, the staff manually controls the power failure emergency control key 20 to drive the aggregate device 4 and the material turning structure 7 to transmit, the bottom plate structure 41 drives the baffle plate structure 40 to move in the center to concentrate the softened materials, the material turning roller cover 70 is turned over from the material turning roller 71, the right cover 81 rotates anticlockwise to concentrate materials, the situation that the equipment is still at high temperature and the materials are still softened when power failure occurs is avoided, but the equipment stops running and conveying, so that the material is softened on the component, the material is solidified along with the reduction of the temperature, the component cannot be moved or the material on the component cannot be thoroughly cleaned in the later period, and the problem of potential safety hazard of equipment running in the later period is also caused, through the operation of controlling aggregate device 4 and stirring structure 7 after the outage, the very first time is concentrated the material and is placed, does not take place the chance of contact with the part, the effectual material that has solved softens and solidifies the problem on the part.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.