216 results about "Glass production" patented technology

The utility model discloses a polishing device with prevent breaking function for glass production, including operation platform, operation platform top one side fixed setting has the propulsion support, operation platform one side swing setting has the mounting support, mounting support one side swing setting has the fixed platform, fixed platform surface fixed setting has the buffer pad, and the fixed platform four sides both ends swing setting have the limiting link, and the fixed platform one side is equipped with the round slide slot, and the inner wall fixed setting of propulsion support has the linear guide rail, and linear guide rail bottom one side swing setting has the propulsion rod, and the propulsion rod one side is engaged with the slide slot, and glass fixed and fixed platform collocation adjustable limiting link can be adjusted according to the glass size, and the stable glass is not moved when polishing, avoids the stress concentration because of displacement, reduces the possibility of glass breaking from the root, and buffer pad absorbs most energy by its own flexibility and shock absorption characteristics, and effectively weakens the influence of impact force on glass.

The invention discloses an illumination device for 3D curved glass production inspection, which comprises a bottom light fixing seat. A cavity is formed in the bottom light fixing seat; a bottom lightsource is fixedly connected into the cavity; a bottom light illumination outlet is formed in the upper surface of the bottom light fixing seat; side surface LED light source lamp strips are arrangedon the left side and the right side of the bottom light illumination outlet; fixing mechanisms are arranged on the sides, opposite to each other, of the two side surface LED light source lamp strips;each fixing mechanism comprises an L-shaped supporting frame fixedly connected with the top of the bottom light fixing seat; a rolling bearing is embedded in the surface of the horizontal portion of each L-shaped supporting frame; a threaded rod is fixedly connected in each rolling bearing; and a threaded barrel is in threaded connection with the bottom of each threaded rod. The falling risk of glass held by personnel and the problem of uneven light receiving during glass rotation inspection by personnel can be reduced, the side surface LED light source lamp body can be conveniently replaced and maintained, and 3D curved glass with different sizes can be conveniently detected at the same time.

This utility model discloses an electrode brick structure for a substrate glass melting furnace, relating to the technical field of glass electric melting furnaces. It includes a furnace body and an oxy-fuel combustion system. The oxy-fuel combustion system includes an oxygen supply mechanism and a heating mechanism. The heating mechanism includes an electrode brick, a support assembly, and a propulsion assembly. A slot is formed on the side of the furnace body, and the electrode brick is slidably disposed within the slot. Both the support assembly and the propulsion assembly are fixedly connected to the furnace body, with the support assembly located at the bottom end of the slot and abutting against the electrode brick. The propulsion assembly is used to push the electrode brick to slide within the slot. During the operation of the substrate glass melting furnace, by setting up the propulsion assembly, when the electrode brick's heating power decreases due to erosion, it can be further pushed into the furnace, maintaining effective contact with the molten glass, continuously providing sufficient heating power, ensuring stable operation of the glass melting furnace, and avoiding the impact of insufficient power on glass production quality and efficiency.

This invention relates to the field of glass production testing technology, specifically disclosing a glass cold bending ultimate failure test device and method. The device includes a worktable and four identical cold bending loading units. Each unit integrates a planar displacement structure with horizontal displacement capability, a liftable and directional adjustable support structure, and a pressure head connected by a ball joint. During testing, the planar displacement structure of each unit is first adjusted to accommodate glass specimens of different sizes. Then, the support structures of three units form an L-shaped support surface, and their pressure heads press against corresponding corner points on the upper part of the specimen to establish stable constraints. Finally, the pressure head of the fourth unit applies a concentrated load to the unconstrained corner points, while automatically monitoring the load and displacement until the specimen fails. This invention, through modular and automated design, achieves high versatility of the device, high testing accuracy, and high operational safety, effectively improving testing efficiency and data reliability.

The application discloses an automatic feeding type laminated glass production equipment and relates to the technical field of laminated glass production. The laminated glass production equipment comprises a feeding unit and a glue spreading unit. The feeding unit is connected with the glue spreading unit. Horizontal slide rail modules are installed on conveying roller groups. Horizontal slide seats are slidably installed on the horizontal slide rail modules. A carrier plate is installed on the horizontal slide seats. Transverse slide rail modules are installed on the carrier plate. Transverse slide seats are slidably installed on the transverse slide rail modules. Longitudinal slide rail modules are installed on the transverse slide seats. Longitudinal slide seats are slidably installed on the longitudinal slide rail modules. Suction accessories are installed on the longitudinal slide seats. Cleaning assemblies and drying units are arranged on the conveying roller groups. By starting the horizontal slide rail modules, the transverse slide rail modules and the longitudinal slide rail modules, the horizontal slide seats, the transverse slide seats and the longitudinal slide seats can drive the suction accessories to quickly move to the glass, automatic feeding of the glass is realized, and the feeding efficiency is improved.

This utility model relates to the field of float glass production technology, specifically to an online float glass thickness detection device. It includes a conveyor roller, float glass, and a detection assembly. The detection assembly includes a mounting frame, a positioning plate, a sliding plate, a guide rod, a pad, a servo motor, a ball screw, a lead wire seat, and a sensor component. The sensor component includes a connecting plate and a mating component. The mating component includes a spoke-type pressure sensor and a connecting rod. The servo motor drives the sliding plate downwards, causing the spoke-type pressure sensor to move downwards. Finally, the sensor contacts the glass via the connecting rod. At this point, the pressure change detected by the spoke-type pressure sensor achieves thickness detection. The encoder and brake mechanism of the servo motor are used to achieve precise positioning control of the connecting rod and position holding when stopped. Compared to detecting the glass thickness by eye, this device improves detection accuracy within a smaller error range, thus enhancing the accuracy of glass thickness detection.

The application relates to the technical field of intelligent glasses production equipment, and discloses a hinge magnet assembling tool for a glasses leg, which comprises a base, a profiling table, a turnover calibration assembly, a feeding assembly and a pressing rod. The turnover calibration assembly comprises a hinged seat, a calibration plate and a positioning seat. The feeding assembly comprises a feeding track loaded with a plurality of magnets, a pushing seat, a pushing magnet feeding pushing block, a pushing spring, a guide rod and a guide magnet assembling block facilitating the pressing rod to face the glasses leg mounting groove and implement magnet pressing assembly. The tool is characterized in that the upper permanent magnet and the lower permanent magnet of the turnover calibration assembly are magnetically attracted to each other, the calibration plate is locked after positioning, the pushing block is positioned and locked through the adsorption permanent magnet in the pushing block, the pushing spring continuously applies force to push the magnet, the guide channel and the multiple guide structures of the guide edge of the guide magnet assembling block are combined, the magnet is ensured to be accurately transported from the feeding track to the glasses leg mounting groove, manual intervention is reduced, the assembly efficiency is improved, and the qualified rate of products is ensured.

The application provides a kind of adjustable multifunctional processing frock for hollow glass production, it is related to hollow glass technical field, including table board, the top of the table board is provided with first glass, the top of the table board is provided with distance adjusting mechanism, the top of the table board is provided with adjusting mechanism, the side of the first glass is provided with second glass, the distance adjusting mechanism includes the side plate that the top of the table board is provided, the side of the side plate is provided with clamping mechanism, the side of the side plate is provided with connecting rod, one end of the connecting rod is fixedly connected with distance measuring block.The application, by setting distance adjusting mechanism, the distance between first glass is confirmed by scale by distance measuring block, so that the device has the function of adjustable distance measuring block for distance measurement, so that the hollow glass can conveniently and effectively obtain accurate data during production, improve the accuracy of the distance between first glass and second glass during hollow glass assembly, improve the efficiency of hollow glass production assembly.

The embodiments of the present application relate to the technical field of glass production. Disclosed are a discharging mechanism and a glass-ceramic production device. The discharging mechanism comprises a discharging hopper, a first heating member and a second heating member. The discharging hopper comprises a receiving section, a buffer section, a homogenizing section and a discharging nozzle, which are arranged in sequence in a discharging direction, wherein the material receiving section has a greater volume than the homogenizing section, the buffer section is configured to be in a neck shape, a larger end of the buffer section is connected to the receiving section, a smaller end of the buffer section is connected to the homogenizing section, the homogenizing section is connected to the discharging nozzle, the first heating member is connected to the receiving section, the second heating member is connected to the homogenizing section, and the first heating member has a lower heating power than the second heating member. Compared with the prior art, the discharging mechanism provided in the embodiments of the present application can perform buffering and segmented precise temperature control on a glass melt, thereby effectively improving the flow uniformity and temperature distribution uniformity of the glass melt, and ensuring the product quality.

The application relates to a glass laser film removing device for hollow glass production, and belongs to the technical field of hollow glass production.The glass laser film removing device comprises a base, a laser generator for removing a film layer on the surface of glass, a distance measuring mechanism installed on the laser generator and used for detecting the distance between the laser generator and the glass, and a driving mechanism, wherein the laser generator is installed on the driving mechanism, and the driving mechanism is used for adjusting the position of the laser generator; the glass laser film removing device has the beneficial effect of improving the film removing quality of the glass laser film removing device.

The application discloses a kind of raw material rechecking scale multi-mode control system and method, including raw material rechecking scale, control unit, discharge door;The output end of the control unit is connected with discharge door, to control the opening and closing of discharge door;The discharge door is used to discharge control to raw material in raw material rechecking scale;The control unit is connected with raw material rechecking scale, to obtain the raw material data rechecked by raw material rechecking scale and record;A variety of working modes are pre-set in the control unit, and the control unit controls raw material rechecking scale and discharge door according to current working mode.The application has the advantages that: it provides a variety of functional modes for glass production rechecking scale to match different production needs, improves the functional mode of raw material rechecking scale, improves the applicable environment, can improve production efficiency, matches different production processes.

The utility model relates to hollow glass production technical field, concretely is the unloading auxiliary gallows for hollow glass production, including roof, roof bottom fixedly connected with several groups of connecting rod, the connecting rod bottom fixedly connected with the connecting plate, the connecting plate top fixed mounting has the cylinder, the output fixedly connected with the suction cup frame of cylinder, the suction cup frame bottom fixed mounting has several groups of vacuum suction cup, the output outside sliding of cylinder is equipped with the connecting sleeve, the connecting sleeve top with connecting plate bottom fixed connection, install the protection subassembly of preventing glass falling on the connecting sleeve, install the adjusting assembly of adjusting protection subassembly position on the connecting sleeve, through the cooperation of adjusting assembly and protection subassembly, can fix the hollow glass of different size, different thickness, and then can prevent the glass falling in the hoisting process because of vacuum suction cup ageing, equipment failure and so on, eliminate the potential safety hazard, reduce production cost.

The utility model discloses a kind of tempered glass production quenching devices, belong to tempered glass production technical field.A kind of tempered glass production quenching device, including air baffle, further include multiple groups of module plate, multiple installation grooves are provided in the bottom of air baffle, multiple groups of module plate are all set in installation groove by connecting piece disassembly, and air duct system is provided in the module plate, nozzle array is disassembly arranged in the output end of air duct system, air inlet pipe for being used for air supply for air duct system is fixedly arranged in the top of air baffle;The utility model is by nozzle array disassembly setting on module plate, it is convenient to maintain or replace nozzle array, and module plate and air baffle are designed as split type, and module plate is disassembly set on air baffle, can be replaced with the module plate with different nozzle array according to use requirement, improve use range.

This invention discloses a visual inspection method and apparatus for glass production quality, relating to the field of glass quality inspection technology. The method includes the following steps: constructing a polarization excitation detection field; acquiring and registering a sequence of original polarization images of the glass based on the polarization excitation detection field to obtain a polarization image sequence; performing image fusion on the polarization image sequence using an image fusion algorithm based on non-subsampled contour wave transform, sparse representation, and guided filters to obtain a defect-enhanced image; inputting the defect-enhanced image into a lightweight glass defect recognition model based on improved self-attention, outputting a glass defect category, acquiring glass defect quality impact data, and classifying glass quality grades based on the glass defect category and the glass defect quality impact data, thereby achieving visual inspection of glass production quality.

This invention relates to the field of glass production technology, specifically disclosing a glass edging system. The invention includes a distributed sensing unit, a closed-loop control unit, an active execution drive unit, and a low-power wireless communication unit. The distributed sensing unit is used to collect real-time data on glass edge stress and clamping gap for glass edging adaptation. This invention achieves real-time, comprehensive, and accurate collection of core operating conditions of the glass edging system across all dimensions through the distributed sensing unit, effectively capturing early hidden dangers in the glass and edging system. Through the coordinated linkage of the closed-loop control unit and the active execution drive unit, a complete closed loop of "monitoring-judgment-execution-feedback" is constructed, enabling proactive intervention and precise elimination of abnormal operating conditions. The low-power wireless communication unit enables bidirectional data interaction between the system and external operation and maintenance platforms, seamlessly connecting to intelligent operation and maintenance systems in scenarios such as smart buildings, intelligent connected vehicles, and rail transit.

This utility model discloses a tempered glass production device that facilitates glass sheet unloading, including a first unloading conveyor belt and a second unloading conveyor belt. Glass bodies are placed on the first and second unloading conveyor belts. A mounting bracket is provided on the outer side of the first unloading conveyor belt, and a top plate is installed on the mounting bracket. A moving rod is installed on the top plate via an extrusion assembly. A glass contact assembly is provided at the bottom of the moving rod, and a side support rod is installed on one side of the moving rod. In this tempered glass production device that facilitates glass sheet unloading, the extrusion assembly provides extrusion force to the contact roller. The bottom of the scraper is kept flush with the bottom of the contact roller. The height of the scraper can be adaptively adjusted by adjusting the position of the contact roller. The suction and filtration assembly generates strong suction to effectively remove dust from the glass body and effectively filter it, thereby avoiding excessive dust on the surface of the glass body, which could affect subsequent defect detection.

The present disclosure provides a film covering method and a film covering system, and relates to the technical field of glass production. The film covering method comprises: conveying a plurality of pieces to be covered with film; making the pieces to be covered with film enter a film pasting area one by one, and performing a film pasting operation on the pieces to be covered with film; and then making two pieces to be covered with film enter a cutting area, and performing a cutting operation on the film between the two pieces to be covered with film; wherein the distance between the two pieces to be covered with film when the cutting operation is performed is greater than the distance between the two pieces to be covered with film when the film pasting operation is performed. The technical scheme of the present application can tension the film by expanding the distance between the two pieces to be covered with film when cutting, thereby solving the technical problems that, in the prior art, the film is not tensioned when cutting the film, the cutting of the cutting knife is affected, and the film on the surface of the piece to be covered with film has many wrinkles, thereby affecting the protection effect and the appearance flatness.

The application provides a glass production process system deviation identification method based on servo trigger measurement, relates to the technical field of industrial monitoring and control, is applied to a glass production equipment based on a servo driving system, when a deviation root cause is determined as an internal cause of the equipment, hierarchical accurate maintenance instructions can be generated, the instructions not only evaluate the emergency degree of the fault, but also can provide specific operation suggestions for maintenance personnel based on the analysis of short-term fluctuations, medium-term trends or long-term drifts of the deterioration mode of the equipment health state. When the deviation root cause is determined as an external cause of the environment, systematic risk tracing instructions are generated, while actively suppressing the group and informationless single-point alarm caused by the external cause, a systematic risk tracing atlas is generated. The systematic risk tracing atlas can actively identify and highlight the most suspicious shared resource nodes by analyzing the topological relationship of the affected equipment cluster.

The application discloses a cooling section air grid structure for tempered glass production and application thereof, and relates to the technical field of tempered glass production. The cooling section air grid structure for tempered glass production comprises a fixing assembly, an exhaust mechanism and a triggering mechanism. The fixing assembly comprises a wind collecting bin which is configured as a trapezoidal box structure with an open bottom, and the rear end of the wind collecting bin is communicated with an external fan through a wind pipe. The exhaust mechanism comprises a bottom plate one fixed on the inner wall of the bottom of the wind collecting bin, a plurality of air holes one are uniformly arranged on the bottom plate one, a bottom plate two is slidably arranged on the inner wall of the wind collecting bin below the bottom plate one, a plurality of air holes two are uniformly arranged on the bottom plate two, and the plurality of air holes one and the plurality of air holes two are arranged in a staggered mode in the vertical direction. The triggering mechanism comprises a magnetic block one fixed on the bottom plate one and a magnetic block two fixed on the bottom plate two, the magnetic block one and the magnetic block two are arranged in a vertical direction, and the magnetic block one and the magnetic block two are opposite to each other in the side-to-side direction.

This utility model provides a shutdown alarm device for a glass raw material hoist, relating to the field of glass production hoisting technology. It includes a frame housing, with a main roller and a driven roller rotatably connected to both ends inside the frame housing. The main roller and the driven roller are connected by a conveyor belt. Multiple hoppers are fixedly connected to the outer surface of the conveyor belt. A feeding port and a discharge port are fixedly connected to the frame housing. By driving the main roller to rotate, the conveyor belt is driven between the main roller and the driven roller. The linear speed of the conveyor belt is measured by a photosensitive coating and a photoelectric sensor, and then compared with the rotational speed of the main roller. In conjunction with a proximity switch, it provides real-time monitoring and feedback on any abnormalities such as belt slack, belt breakage, and material accumulation, effectively protecting the operation of the hoist.

The utility model provides a kind of glass defective product on-line recovery mechanism, belong to glass production and processing technical field. Including conveying line and recovery ground bin, conveying line includes support and conveying roller, still be provided with several broken rollers located conveying roller rear on rack, recovery ground bin opening is located below broken roller, the roller shaft of each broken roller is fixedly provided with a hanger arm, each hanger arm is rotatably connected on a pull rod, rotatably connected with the swing arm located broken roller rear on rack, swing arm includes the impact part above hinged point and the connecting part below hinged point, connecting part and pull rod are connected by a tension spring;Rack has the limiting plate located above broken roller, parallel with the glass to be broken, broken roller is cam roller with sharp part on surface.The utility model has the advantages of simple structure.

The application discloses a kind of gradient color cover plate glass silk screen printing systems, belong to glass production technical field.Its technical scheme is: including glass conveying unit one, silk screen printing machine, glass conveying unit two, gradient heating unit, glass conveying unit three, cleaning machine and coating machine arranged in sequence.The application gradually changes by controlling the gradient input amount of oxygen along the color gradient direction, and further precisely controls the temperature of each region, finally prepares the gradient color cover plate glass, and the color CMYK value can be changed between 0,0,0,0 and 71,63,60,12;After placing in the environment of temperature 85 DEG C, humidity 85%RH for 48h, the glass color is stable and does not change.

The utility model relates to the technical field of toughened glass production, a kind of edge grinding device for toughened glass production, including polishing motor, the output end of polishing motor is fixedly connected with coupling, coupling is fixedly connected with polishing disc, further include: remove dust's dust removal brush after glass polishing, the transmission assembly that drives dust removal brush to rotate dust removal is installed on the polishing disc, the transmission assembly is installed on polishing motor by support rod;Protective shell is protected inside transmission assembly;Dust removal brush in the utility model is synchronous with polishing disc rotation in polishing process, timely remove dust and residue on glass, so that staff can clearly observe the state after glass polishing, quickly find uneven polishing, missing area or overpolishing etc. Problem, avoid the glass with defect to flow into subsequent process, guarantee the polishing quality of product from the source, reduce the rework operation carried out due to product unqualified.

This utility model discloses a glass feeding device, which relates to the field of glass production technology. The glass feeding device includes a base plate, and a conveying mechanism is arranged above the base plate: a drive assembly including support frames fixedly installed on the left and right sides of the base plate, synchronous pulleys movably installed at both ends of the support frames, and a synchronous belt fitted onto the outer side of the synchronous pulleys; the drive assembly also includes a limiting frame fixedly installed above the base plate, with a drive motor fixedly installed at the center of the limiting frame; a limiting component, located above the support frames, is used to limit the position of the synchronous belt. A protruding structure at the bottom of the support plate is fitted into the groove of the limiting ring, which restricts the movement path of the support plate. The support plate is fixedly connected to the synchronous belt via a connecting plate and a connecting rod, thereby limiting the running path of the synchronous belt to remain in the center of the synchronous pulleys to prevent the synchronous belt from slipping off.

The invention discloses a waste glass recycling and reusing system, and belongs to the technical field of photovoltaic glass production. Comprising a feeding conveying device, a layered conveying device, a discharging conveying device and a crushing device, and the crushing device comprises an input roller way, an upper crusher, a receiving bin, a crushed material conveying structure and a lower crusher; the upper pulverizator is located above the rear portion of the lower pulverizator, and the lower portion of the upper pulverizator rotates forwards. A boss is arranged on the front bin wall of the receiving bin, the rear side of the boss is a tip, and the projection of the boss is located on the front side or adjacent front of the lower crusher; the material receiving bin and the boss are both made of hard alloy, and a plurality of grooves are formed in the four bin walls of the material receiving bin side by side up and down. The upper crusher comprises a roller arranged in the left-right direction and a plurality of first striking assemblies arranged on the roller side by side in the left-right direction, each first striking assembly comprises a circular ring coaxially arranged on the circumferential face of the roller and two tip protrusions at the two opposite ends of the circular ring, the tip protrusions of all the first striking assemblies are distributed in a spiral line mode, and the spiral line and the roller are coaxially arranged.

The utility model discloses a kind of swingable air grid device and glass production equipment, including air grid unit, air grid unit includes air grid support, air knife and swing drive assembly, air knife is installed in air grid support, and swing can be along swing direction;Air knife is provided with air blowing hole;Swing drive assembly includes drive cylinder, and drive cylinder is used to drive air knife swing along swing direction.A kind of glass production equipment, including the swingable air grid device and conveying roller assembly of described, conveying roller assembly is used to convey glass along conveying direction;Swing direction and conveying direction are perpendicular on glass plane.The swingable air grid device and glass production equipment of the utility model, it can swing along swing direction by the air knife of air grid unit itself, reciprocate on the conveying direction of cooperation glass, can reciprocate air blowing in different direction, reduce wind spot in glass toughening process.

This utility model discloses a heater replacement lifting fixture, relating to the field of liquid crystal substrate glass production technology. It comprises a ratchet wrench, an intermediate connecting rod, a first threaded rod, a second threaded rod, a first push rod, a second push rod, a push block, bearings, and a retaining ring. The ratchet wrench engages with the intermediate connecting rod, causing the threaded rods to rotate. Because the threads of the threaded rods are opposite in direction, the two push rods move in opposite directions, causing the push block to expand the furnace opening. The push block is equipped with a ball groove, a spring, and a steel ball, ensuring stable contact with the furnace body. This fixture has an ingenious structure, avoiding interference from complex gas pipes and cables on-site. It requires no additional support points, operates stably in high-temperature environments, avoids the problem of traditional tools being damaged by high temperatures, and can quickly expand the furnace opening, reducing the difficulty of heater replacement, improving replacement efficiency, and ensuring orderly production.

This invention discloses a belt-driven roller-type lightweight flipping mechanism, belonging to the technical field of photovoltaic glass production equipment. It includes a main frame with supporting rollers at its bottom end. Roller discs are rolled on the supporting rollers, and a fixed plate is fixedly connected between the two roller discs. An adjustment structure is connected to the fixed plate, and a conveying structure is mounted on the adjustment structure, located inside the fixed plate. A gear frame is also mounted on the fixed plate. Through lightweight design and centrally positioned drive components, the centrifugal force during flipping is effectively reduced, preventing equipment deviation and glass conveying misalignment caused by centrifugal force due to imbalance of the center of gravity. This effectively reduces the glass breakage rate. The adjustment structure allows for adjustment of the position of the conveying structure, accommodating photovoltaic glass of different widths. The conveying structure, using a tensioning component, allows for adjustment of the position of the second roller, preventing the conveyor belt from stretching and breaking during prolonged operation.

The utility model discloses a transfer device for special glass processing relates to glass production technical field, aims at solving the technical problem that the current curved glass can cause the unstable pressure bearing of buffer point to lead to the broken when transporting, including mounting bracket and special connecting structure, the special connecting structure installs on mounting bracket, the special connecting structure includes the connecting frame, the top of connecting frame is installed the stretchable board, the inboard of middle positioning board is installed sucking disc. The utility model discloses through design special connecting structure, its whole adopts the connecting mode of fixed point, and the bottom of curved glass is placed on the tension cloth, because the tension cloth has no actual fixed point, and the tension cloth of cooperation bottom can realize the transfer fixed operation of curved glass under the condition of no contact external rigid equipment, reduces the situation of external collision, prevents the unstable pressure bearing of buffer point to occur.

The utility model relates to a break device technical field discloses a kind of transverse break device of float glass production line cold end, including rack, the upper part of the left and right sides of the rack is uniformly connected with sliding block, the opposite side of the sliding block is slidably connected with linear slide rail, the opposite side of the linear slide rail is fixedly connected with support plate, the opposite side of the support plate is fixedly connected with support, support upper portion is provided with transverse break roller assembly, for the combination of transverse break roller, rack front side is provided with transverse break component, for carrying out transverse breakage. In the utility model, the transverse break device of optimization design realizes the cutting and break process of automation in practical application, and production cycle is greatly shortened, compared with traditional equipment, its breakage speed is faster, precision is higher, can fully meet the demand of large-scale production, simultaneously, the continuous operation ability of equipment is enhanced, reduces the downtime in production process, effectively improves the overall production efficiency of production line.