CN110092575B - Automatic arrange in order cell-phone display screen glass-cutting equipment - Google Patents
Automatic arrange in order cell-phone display screen glass-cutting equipment Download PDFInfo
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- CN110092575B CN110092575B CN201910516088.5A CN201910516088A CN110092575B CN 110092575 B CN110092575 B CN 110092575B CN 201910516088 A CN201910516088 A CN 201910516088A CN 110092575 B CN110092575 B CN 110092575B
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- material decomposition
- decomposition
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- cutting
- unloading
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B33/00—Severing cooled glass
- C03B33/02—Cutting or splitting sheet glass or ribbons; Apparatus or machines therefor
- C03B33/023—Cutting or splitting sheet glass or ribbons; Apparatus or machines therefor the sheet or ribbon being in a horizontal position
- C03B33/03—Glass cutting tables; Apparatus for transporting or handling sheet glass during the cutting or breaking operations
Abstract
The invention discloses a glass cutting device for automatically arranging a mobile phone display screen, which comprises a glass cutting part, a transfer conveying part, a material decomposition part, an unloading conveying part and a material loading and discharging box, wherein the transfer conveying part for placing and transferring materials is arranged at the lower part of the glass cutting part, the material decomposition part for decomposing the materials is arranged at the side part of the transfer conveying part, the unloading conveying part for conveying the materials out of the device is arranged at the lower part of the material decomposition part, the material loading and discharging box for uniformly arranging the materials at intervals is arranged on the unloading conveying part, the material loading and discharging box comprises a material loading and discharging base plate and material loading and discharging partition plates, and the material loading and discharging partition plates are vertically and fixedly arranged on the material loading and discharging base plate at uniform intervals. The glass cutting device can automatically cut large glass into small glass blocks with set specifications, can automatically decompose, arrange and output the glass, and has the advantages of simple structure, low investment cost and high efficiency.
Description
[ technical field ] A method for producing a semiconductor device
The invention relates to the technical field of display screen glass cutting equipment, in particular to the technical field of automatic sorting of mobile phone display screen glass cutting equipment.
[ background of the invention ]
China has become the biggest cell-phone consumer market in the world, billions of mobile phone display screen glass come through the cutting every year, traditional glass cutting equipment accomplishes the back to glass cutting, need the glass that manipulator or artifical arrangement downcut, manipulator inefficiency, investment cost is high simultaneously, and artifical also inefficiency, it is with high costs, arrange into the glass of setting for the specification through artifical or manipulator at present, make things convenient for next process to carry out the manufacturing procedure such as edging and punching to glass, at present, do not have automatically to accomplish the back with glass cutting, carry out the equipment that assembly line automatic collection was arranged to the glass material that cuts.
[ summary of the invention ]
The invention aims to solve the problems in the prior art and provides a device for automatically trimming the glass of a display screen of a mobile phone, which can automatically cut large glass into small glass blocks with set specifications and can automatically decompose, arrange and output the glass, and has the advantages of simple structure, low investment cost and high efficiency.
In order to achieve the purpose, the invention provides a glass cutting device for automatically arranging a mobile phone display screen, which comprises a glass cutting part, a transfer conveying part, a material decomposing part, an unloading conveying part and a material loading and discharging box, wherein the transfer conveying part for placing and transferring materials is arranged at the lower part of the glass cutting part, the material decomposing part for decomposing the materials is arranged at the side part of the transfer conveying part, the unloading conveying part for conveying the materials out of the device is arranged at the lower part of the material decomposing part, the material loading and discharging box for uniformly arranging the materials at intervals is arranged on the unloading conveying part, the material loading and discharging box comprises a material loading and discharging base plate and material loading and discharging partition plates, and the material loading and discharging partition plates are vertically fixed on the material loading and discharging base plate at uniform intervals.
Preferably, the glass cutting part comprises a cutting frame, a transverse cutting screw, a transverse cutting power motor, a transverse cutting synchronous belt, a transverse cutting sliding threaded sleeve, a longitudinal cutting toothed plate, a longitudinal cutting tool apron, a longitudinal cutting sliding motor and a longitudinal cutting sliding gear, the transverse cutting screw is respectively arranged on the left side and the right side of the cutting frame, the transverse cutting power motor is arranged on the outer side of the cutting frame at the end part of the transverse cutting screw, a rotating shaft of the transverse cutting power motor is connected with the transverse cutting screw, the two transverse cutting screws are connected through the transverse cutting synchronous belt, the transverse cutting sliding threaded sleeve is arranged on the transverse cutting screw, the longitudinal toothed plate is connected between the transverse cutting sliding threaded sleeves, the longitudinal cutting tool apron is arranged on the longitudinal cutting toothed plate, and the longitudinal cutting sliding motor is arranged on the longitudinal cutting tool apron, the rotary shaft of the longitudinal cutting sliding motor is provided with a longitudinal cutting sliding gear, the longitudinal cutting sliding gear is meshed with the longitudinal cutting toothed plate, and the lower part of the longitudinal cutting knife holder is provided with a glass cutter.
As preferred, transfer portion includes transfer frame, transfer roller, transfer conveyer motor and transfer conveyer belt, transfer frame sets firmly in the glass cutting portion left and right sides, survey in the transfer frame and be provided with the transfer roller, there is transfer conveyer motor in the transfer frame outside through bolt fixed mounting, the rotation axis and the transfer roller of transfer conveyer motor are connected, and glass cutting portion sub-unit connection has the transfer conveyer belt between two transfer conveyer rollers.
Preferably, the material decomposition part comprises a material decomposition support part, a material decomposition separation barrel, a material decomposition clamping part, a material decomposition unloading electric control part, a material decomposition pneumatic part and a material decomposition turning part, the material decomposition support part is provided with the material decomposition separation barrel, the material decomposition clamping part used for clamping materials is arranged around the material decomposition separation barrel in an annular mode at uniform intervals, one end of the material decomposition separation barrel is provided with the material decomposition unloading electric control part used for controlling the ventilation state of the material decomposition clamping part, the other end of the material decomposition separation barrel is provided with the material decomposition pneumatic part used for providing compressed gas for the material decomposition clamping part, and the material decomposition turning part used for controlling the rotation angle of the material decomposition clamping part is arranged in the material decomposition separation barrel.
Preferably, the material decomposition support part comprises a material decomposition support plate, a material decomposition and separation power motor and a material decomposition and separation main shaft, the number of the material decomposition support plate is two, the material decomposition support plate is provided with the material decomposition and separation power motor on the outer side, the material decomposition support plate is provided with the material decomposition and separation main shaft on the inner side, the material decomposition and separation main shaft is connected with a rotating shaft of the material decomposition and separation power motor, the material decomposition and separation cylinder comprises a material decomposition cylinder body and a material decomposition end cover, the material decomposition cylinder body is cylindrical, and the two ends of the material decomposition cylinder body are respectively provided with the material decomposition end cover.
Preferably, the material decomposition clamping portion comprises a material decomposition clamping rotating shaft, a material decomposition steering driven gear, a material decomposition clamping fixed plate, a material decomposition clamping guide shaft, a material decomposition clamping cylinder and a material decomposition clamping movable plate, the end portion of the material decomposition clamping fixed plate is fixedly provided with the material decomposition clamping rotating shaft, the material decomposition clamping driven gear is arranged on the material decomposition clamping rotating shaft, the material decomposition clamping guide shaft is arranged on the side portion of the material decomposition clamping fixed plate, the material decomposition clamping movable plate is arranged on the material decomposition clamping guide shaft, and the material decomposition clamping cylinder is arranged between the material decomposition clamping movable plate and the material decomposition clamping fixed plate.
Preferably, the material decomposition and unloading electric control part comprises a material decomposition and unloading electric control seat, a material decomposition and unloading electric control electrode brush and a material decomposition and unloading electric control conductive disc, the material decomposition and unloading electric control seat is provided with the material decomposition and unloading electric control electrode brush, the material decomposition and separation main shaft is provided with the material decomposition and unloading electric control conductive disc, and the material decomposition and unloading electric control electrode brush is respectively contacted with an electrode ring on the material decomposition and unloading electric control conductive disc.
Preferably, the material decomposition pneumatic part comprises a material decomposition air pressure box, a material decomposition rotary table cover, a material decomposition main air guide pipe and a material decomposition unloading electromagnetic valve, the material decomposition air pressure box is cylindrical, the side part of the material decomposition air pressure box is provided with a round opening, the round opening of the side part of the material decomposition air pressure box is embedded with the material decomposition rotary table cover in a fitting manner, the material decomposition rotary table cover is provided with the material decomposition main air guide pipe, the material decomposition main air guide pipe is connected with the material decomposition unloading electromagnetic valve, the material decomposition unloading electromagnetic valve is connected with the material decomposition clamping part through an air guide pipe, and the material decomposition unloading electromagnetic valve is electrically connected with the electrode ring.
Preferably, the material decomposition steering part comprises a material decomposition steering cam disc, a material decomposition steering toothed plate and a material decomposition steering sliding ball, the material decomposition steering cam disc is fixedly arranged in the material decomposition air pressure box, the end part of the material decomposition steering toothed plate is provided with the material decomposition steering sliding ball, the material decomposition steering sliding ball is arranged in a guide rail groove on the material decomposition steering cam disc, and the material decomposition steering toothed plate is meshed with the material decomposition steering driven gear.
Preferably, the conveying portion of unloading is including the conveying support of unloading, the transfer roller of unloading, the conveyer belt of unloading and the conveying motor of unloading, the conveying support inboard of unloading is provided with the transfer roller of unloading, be provided with the conveyer belt of unloading on the transfer roller of unloading, the conveying support outside of unloading is provided with the conveying motor of unloading, the rotation axis and the conveying roller of unloading of conveying motor are connected.
The invention has the beneficial effects that: the glass cutting device has the advantages that the glass cutting part, the transfer conveying part, the material decomposing part, the discharging conveying part and the material loading and discharging box are applied to the glass cutting device, so that the device can automatically cut large glass into small pieces with set specifications, and can automatically decompose, arrange and output the glass.
The features and advantages of the present invention will be described in detail by embodiments in conjunction with the accompanying drawings.
[ description of the drawings ]
FIG. 1 is a top view of an automatic tidying mobile phone display screen glass cutting device of the invention;
FIG. 2 is a top sectional view of the glass cutting device for a display screen of an automatic tidying mobile phone according to the present invention;
FIG. 3 is an enlarged view of a portion A of FIG. 2;
FIG. 4 is a partial enlarged view of portion B of FIG. 2;
FIG. 5 is a front view of the material disassembly turning cam plate;
FIG. 6 is a left side cross sectional view of the material disassembly turning cam plate;
FIG. 7 is a top view of the material resolving clamp;
FIG. 8 is a left side view of the material resolving clamp;
FIG. 9 is a top view of the load extracting box;
fig. 10 is a left side view of the carrier discharge box.
In the figure: 1-glass cutting part, 11-cutting frame, 12-transverse cutting screw, 13-transverse cutting power motor, 14-transverse cutting synchronous belt, 15-transverse cutting sliding screw sleeve, 16-longitudinal cutting toothed plate, 17-longitudinal cutting knife seat, 18-longitudinal cutting sliding motor, 19-longitudinal cutting sliding gear, 2-transfer conveying part, 21-transfer conveying frame, 22-transfer conveying roller, 23-transfer conveying motor, 24-transfer conveying belt, 3-material decomposing part, 31-material decomposing bracket part, 311-material decomposing bracket plate, 312-material decomposing and separating power motor, 313-material decomposing and separating main shaft, 32-material decomposing and separating barrel, 321-material decomposing barrel, 322-material decomposing end cover, 33-material decomposition clamping part, 331-material decomposition clamping rotating shaft, 332-material decomposition steering driven gear, 333-material decomposition clamping fixed plate, 334-material decomposition clamping guide shaft, 335-material decomposition clamping cylinder, 336-material decomposition clamping movable plate, 34-material decomposition discharging electric control part, 341-material decomposition discharging electric control seat, 342-material decomposition discharging electric control electrode brush, 343-material decomposition discharging electric control conductive disc, 35-material decomposition pneumatic part, 351-material decomposition pneumatic box, 352-material decomposition turntable cover, 353-material decomposition main air guide pipe, 354-material decomposition discharging electromagnetic valve, 36-material decomposition steering part, 361-material decomposition steering cam disc, 362-material decomposition steering toothed plate, 363-material decomposition steering sliding ball body, 4-a discharging conveying part, 41-a discharging conveying bracket, 42-a discharging conveying roller, 43-a discharging conveying belt, 44-a discharging conveying motor, 5-a material loading and discharging box, 51-a material loading and discharging base plate and 52-a material loading and discharging partition plate.
[ detailed description ] embodiments
Referring to fig. 1-10, the glass cutting device for automatically arranging a mobile phone display screen comprises a glass cutting part 1, a transfer conveying part 2, a material decomposing part 3, a discharging conveying part 4 and a material loading and discharging box 5, wherein the transfer conveying part 2 for placing and transferring materials is arranged at the lower part of the glass cutting part 1, the material decomposing part 3 for decomposing materials is arranged at the side part of the transfer conveying part 2, the discharging conveying part 4 for conveying the materials out of the device is arranged at the lower part of the material decomposing part 3, the material loading and discharging box 5 for uniformly arranging the materials at intervals is arranged on the discharging conveying part 4, the material loading and discharging box 5 comprises a material loading and discharging base plate 51 and material loading and discharging partition plates 52, and the material loading and discharging partition plates 52 are vertically fixed on the material loading and discharging base plate 51 at uniform intervals. The glass cutting part 1 comprises a cutting frame 11, a transverse cutting screw rod 12, a transverse cutting power motor 13, a transverse cutting synchronous belt 14, a transverse cutting sliding threaded sleeve 15, a longitudinal cutting toothed plate 16, a longitudinal cutting tool apron 17, a longitudinal cutting sliding motor 18 and a longitudinal cutting sliding gear 19, the transverse cutting screw rod 12 is respectively arranged on the left side and the right side of the cutting frame 11, the transverse cutting power motor 13 is arranged on the outer side of the cutting frame 11 at the end part of the transverse cutting screw rod 12, a rotating shaft of the transverse cutting power motor 13 is connected with the transverse cutting screw rod 12, the two transverse cutting screw rods 12 are connected through the transverse cutting synchronous belt 14, the transverse cutting sliding threaded sleeve 15 is arranged on the transverse cutting screw rod 12, the longitudinal cutting toothed plate 16 is connected between the transverse cutting sliding threaded sleeves 15, and the longitudinal cutting tool apron 17 is arranged on the longitudinal cutting toothed plate 16, the longitudinal cutting tool apron 17 is provided with a longitudinal cutting sliding motor 18, a rotating shaft of the longitudinal cutting sliding motor 18 is provided with a longitudinal cutting sliding gear 19, the longitudinal cutting sliding gear 19 is meshed with the longitudinal cutting toothed plate 16, and the lower part of the longitudinal cutting tool apron 17 is provided with a glass cutter. Transfer portion 2 includes transfer frame 21, transfer roller 22, transfer motor 23 and transfer conveyer 24, transfer frame 21 sets firmly in 1 left and right sides of glass cutting portion, be provided with transfer roller 22 in the survey of transfer frame 21, there is transfer motor 23 in the transfer frame 21 outside through bolt fixed mounting, the rotation axis and the transfer roller 22 of transfer motor 23 are connected, and 1 sub-unit connection in glass cutting portion has transfer conveyer 24 between two transfer roller 22. The material decomposition part 3 comprises a material decomposition support part 31, a material decomposition separation barrel 32, a material decomposition clamping part 33, a material decomposition discharging electric control part 34, a material decomposition pneumatic part 35 and a material decomposition turning part 36, wherein the material decomposition separation barrel 32, the material decomposition discharging electric control part 34, the material decomposition separation barrel 32 and the material decomposition turning part 36 are arranged on the material decomposition support part 31, the material decomposition clamping part 33 used for clamping materials are arranged at the periphery of the material decomposition separation barrel 32 at uniform intervals in an annular mode, the material decomposition discharging electric control part 34 used for controlling the ventilation state of the material decomposition clamping part 33 is arranged at one end of the material decomposition separation barrel 32, the material decomposition pneumatic part 35 used for providing compressed gas for the material decomposition clamping part 33 is arranged at the other end of the material decomposition separation barrel 32, and the material decomposition turning part 36 used for controlling the rotation angle of the material decomposition clamping part 33 is arranged in the material decomposition separation barrel 32.
The material decomposition support part 31 comprises a material decomposition support plate 311, a material decomposition and separation power motor 312 and a material decomposition and separation main shaft 313, the number of the material decomposition support plate 311 is two, the material decomposition support plate 311 is provided with the material decomposition and separation power motor 312 on the outer side, the material decomposition support plate 311 is provided with the material decomposition and separation main shaft 313 on the inner side, the material decomposition and separation main shaft 313 is connected with a rotating shaft of the material decomposition and separation power motor 312, the material decomposition and separation cylinder 32 comprises a material decomposition cylinder 321 and a material decomposition end cover 322, the material decomposition cylinder 321 is cylindrical, and the material decomposition end covers 322 are respectively arranged at two ends of the material decomposition cylinder 321. The material decomposes clamping part 33 and includes that the material decomposes centre gripping rotation axis 331, material and decomposes and turn to driven gear 332, material and decomposes centre gripping fixed plate 333, material and decomposes centre gripping guiding axle 334, material and decomposes centre gripping cylinder 335 and material and decompose centre gripping movable plate 336, the material decomposes centre gripping fixed plate 333 tip and has set firmly material and decompose centre gripping rotation axis 331, it decomposes and turns to driven gear 332 to be provided with the material on the material decomposes centre gripping rotation axis 331, the material decomposes centre gripping fixed plate 333 lateral part and is provided with material and decomposes centre gripping guiding axle 334, it decomposes centre gripping movable plate 336 to be provided with the material on the material decomposition centre gripping guiding axle 334, it decomposes centre gripping movable plate 336 and is provided with material and decomposes centre gripping cylinder 335 between the fixed plate 333 to be provided with the material between material centre gripping movable plate 336 and the material decomposition centre gripping fixed plate 333. The material decomposition and discharge electric control part 34 comprises a material decomposition and discharge electric control seat 341, a material decomposition and discharge electric control electrode brush 342 and a material decomposition and discharge electric control conductive disc 343, the material decomposition and discharge electric control seat 341 is provided with the material decomposition and discharge electric control electrode brush 342, the material decomposition and separation main shaft 313 is provided with the material decomposition and discharge electric control conductive disc 343, and the material decomposition and discharge electric control electrode brush 342 is respectively in contact with an electrode ring on the material decomposition and discharge electric control conductive disc 343. The material decomposition pneumatic part 35 comprises a material decomposition air pressure box 351, a material decomposition rotary plate cover 352, a material decomposition main air guide pipe 353 and a material decomposition discharging electromagnetic valve 354, wherein the material decomposition air pressure box 351 is cylindrical, the side part of the material decomposition air pressure box 351 is provided with a round opening, the material decomposition rotary plate cover 352 is attached and embedded into the round opening of the side part of the material decomposition air pressure box 351, the material decomposition main air guide pipe 353 is arranged on the material decomposition rotary plate cover 352, the material decomposition discharging electromagnetic valve 354 is connected onto the material decomposition main air guide pipe 353, the material decomposition discharging electromagnetic valve 354 is connected with the material decomposition clamping part 33 through an air guide pipe, and the material decomposition discharging electromagnetic valve 354 is electrically connected with an electrode ring. The material decomposition steering part 36 comprises a material decomposition steering cam disc 361, a material decomposition steering toothed plate 362 and a material decomposition steering sliding sphere 363, the material decomposition steering cam disc 361 is fixedly arranged in the material decomposition air pressure box 351, the end part of the material decomposition steering toothed plate 362 is provided with the material decomposition steering sliding sphere 363, the material decomposition steering sliding sphere 363 is arranged in a guide rail groove on the material decomposition steering cam disc 361, and the material decomposition steering toothed plate 362 is meshed with the material decomposition steering driven gear 332. The conveying portion 4 of unloading is including the conveying support 41 of unloading, the conveyer roller 42 of unloading, the conveyer belt 43 of unloading and the conveyer motor 44 of unloading, the conveying support 41 inboard of unloading is provided with the conveyer roller 42 of unloading, be provided with the conveyer belt 43 of unloading on the conveyer roller 42 of unloading, the conveying support 41 outside of unloading is provided with the conveyer motor 44 of unloading, the rotation axis and the conveyer roller 42 of unloading of conveyer motor 44 of unloading are connected.
The working process of the invention is as follows:
the invention relates to a glass cutting device for automatically arranging a mobile phone display screen, which comprises a transfer conveyor belt 24, a transverse cutting power motor 13, a transverse cutting screw 12, a transverse cutting sliding screw sleeve 15, a longitudinal cutting sliding motor 18, a longitudinal cutting sliding gear 19, a longitudinal cutting tool apron 17, a glass cutter on the longitudinal cutting tool apron 17, a transfer conveyor 23, a transfer conveyor belt 22, a transfer conveyor belt 24 and a material decomposition clamping part 33, wherein the glass end part is inserted into the material decomposition clamping part 33, and under the action of a material decomposition clamping cylinder 335, the material decomposition clamping movable plate 336 and the material decomposition clamping fixed plate 333 clamp the glass, the material decomposition cylinder 321 is driven to rotate by the material decomposition separation power motor 312, the material decomposition clamping part 33 is driven to rotate by the material decomposition cylinder 321, finally the glass is broken into a strip shape by the material decomposition clamping part 33, the material decomposition turning toothed plate 362 slides on the material decomposition turning cam disc 361 along with the rotation of the material decomposition cylinder 321, meanwhile, the material decomposition turning toothed plate 362 slides back and forth along with the bulges and the grooves on the decomposition turning cam disc, finally, the material decomposition turning driven gear 332 is driven to rotate by the decomposition turning toothed plate, finally, the strip glass is broken into single pieces by the material decomposition clamping part 33, then along with the rotation of the material decomposition cylinder 321, the single glass pieces finally enter between the material loading and discharging partition plates 52 on the material loading and discharging box 5, and the air duct is not ventilated under the control of the material decomposition and discharging electric control part 34 by the material decomposition and discharging electromagnetic valve 354, finally, the material decomposition clamping cylinder 335 is not filled with high-pressure gas, the material decomposition clamping fixed plate 333 and the material decomposition clamping movable plate 336 lose clamping force, so that the material falls into the material loading and discharging box 5 under the action of gravity, the discharging conveying motor 44 drives the discharging conveying roller 42 to rotate, the discharging conveying roller 42 drives the discharging conveying belt 43 to rotate, and the material loading and discharging box 5 is conveyed out of the equipment through the discharging conveying belt 43.
According to the automatic-sorting mobile phone display screen glass cutting equipment, the glass cutting part 1, the transfer conveying part 2, the material decomposing part 3, the unloading conveying part 4 and the material loading and discharging box 5 are applied to the glass cutting equipment, so that the equipment can automatically cut large glass into small pieces with set specifications, and can automatically decompose, arrange and output the glass.
The above embodiments are illustrative of the present invention, and are not intended to limit the present invention, and any simple modifications of the present invention are within the scope of the present invention.
Claims (8)
1. The utility model provides an automatic arrangement cell-phone display screen glass-cutting equipment which characterized in that: including glass cutting portion (1), transfer conveying portion (2), material decomposition portion (3), the conveying portion (4) of unloading and material carrying discharging box (5), glass cutting portion (1) lower part is provided with transfer conveying portion (2) that are used for placing, shifting the material, transfer conveying portion (2) lateral part is provided with material decomposition portion (3) that are used for decomposing the material, material decomposition portion (3) lower part is provided with conveying portion (4) of unloading with material transmission equipment, be provided with material carrying discharging box (5) of even interval arrangement material on the conveying portion (4) of unloading, material carrying discharging box (5) are including material carrying discharging base plate (51) and material carrying discharging partition plate (52), material carrying discharging partition plate (52) even interval sets firmly perpendicularly on material carrying discharging base plate (51), material decomposition portion (3) are including material decomposition support portion (31), A material decomposition and separation cylinder (32), a material decomposition clamping part (33), a material decomposition discharging electric control part (34), a material decomposition pneumatic part (35) and a material decomposition steering part (36), a material decomposition and separation cylinder (32) is arranged on the material decomposition bracket part (31), material decomposition clamping parts (33) for clamping materials are uniformly arranged at the periphery of the material decomposition and separation cylinder (32) in an annular manner at intervals, one end of the material decomposition and separation cylinder (32) is provided with a material decomposition and discharge electric control part (34) for controlling the ventilation state of the material decomposition clamping part (33), the other end of the material decomposition and separation cylinder (32) is provided with a material decomposition pneumatic part (35) for providing compressed gas for the material decomposition clamping part (33), a material decomposition steering part (36) for controlling the rotation angle of the material decomposition clamping part (33) is arranged in the material decomposition separation barrel (32); the material decomposition support part (31) comprises a material decomposition support plate (311), a material decomposition and separation power motor (312) and a material decomposition and separation main shaft (313), the number of the material decomposition support plate (311) is two, the material decomposition and separation power motor (312) is arranged on the outer side of the material decomposition support plate (311), the material decomposition and separation main shaft (313) is arranged on the inner side of the material decomposition support plate (311), the material decomposition and separation main shaft (313) is connected with a rotating shaft of the material decomposition and separation power motor (312), the material decomposition and separation cylinder (32) comprises a material decomposition cylinder body (321) and a material decomposition end cover (322), the material decomposition cylinder body (321) is cylindrical, and the two ends of the material decomposition cylinder body (321) are respectively provided with the material decomposition end cover (322).
2. The automatic tidying mobile phone display screen glass cutting device as recited in claim 1, characterized in that: the glass cutting part (1) comprises a cutting frame (11), a transverse cutting screw rod (12), a transverse cutting power motor (13), a transverse cutting synchronous belt (14), a transverse cutting sliding threaded sleeve (15), a longitudinal cutting toothed plate (16), a longitudinal cutting tool apron (17), a longitudinal cutting sliding motor (18) and a longitudinal cutting sliding gear (19), wherein the transverse cutting screw rod (12) is respectively arranged on the left side and the right side of the cutting frame (11), the transverse cutting power motor (13) is arranged on the outer side of the cutting frame (11) at the end part of the transverse cutting screw rod (12), a rotating shaft of the transverse cutting power motor (13) is connected with the transverse cutting screw rod (12), the two transverse cutting screw rods (12) are connected through the transverse cutting synchronous belt (14), the transverse cutting sliding threaded sleeve (15) is arranged on the transverse cutting screw rod (12), and the longitudinal cutting toothed plate (16) is connected between the transverse cutting sliding threaded sleeves (15), the glass cutting machine is characterized in that a longitudinal cutting knife seat (17) is arranged on the longitudinal cutting toothed plate (16), a longitudinal cutting sliding motor (18) is arranged on the longitudinal cutting knife seat (17), a longitudinal cutting sliding gear (19) is arranged on a rotating shaft of the longitudinal cutting sliding motor (18), the longitudinal cutting sliding gear (19) is meshed with the longitudinal cutting toothed plate (16), and a glass cutter is arranged on the lower portion of the longitudinal cutting knife seat (17).
3. The automatic tidying mobile phone display screen glass cutting device as recited in claim 1, characterized in that: transfer portion (2) are including transfer frame (21), transfer roller (22), transfer motor (23) and transfer conveyer belt (24), transfer frame (21) sets firmly in glass cutting portion (1) left and right sides, survey in transfer frame (21) and be provided with transfer roller (22), there is transfer motor (23) in the transfer frame (21) outside through bolt fixed mounting, the rotation axis and the transfer roller (22) of transfer conveyer motor (23) are connected, and glass cutting portion (1) sub-unit connection has transfer conveyer belt (24) between two transfer conveyer rollers (22).
4. The automatic tidying mobile phone display screen glass cutting device as recited in claim 1, characterized in that: the material decomposition clamping part (33) comprises a material decomposition clamping rotating shaft (331), a material decomposition steering driven gear (332), a material decomposition clamping fixed plate (333), a material decomposition clamping guide shaft (334), a material decomposition clamping cylinder (335) and a material decomposition clamping movable plate (336), a material decomposing and clamping rotating shaft (331) is fixedly arranged at the end part of the material decomposing and clamping fixed plate (333), a material decomposing and turning driven gear (332) is arranged on the material decomposing and clamping rotating shaft (331), a material decomposition clamping guide shaft (334) is arranged at the side part of the material decomposition clamping fixed plate (333), a material decomposition clamping movable plate (336) is arranged on the material decomposition clamping guide shaft (334), and a material decomposition clamping cylinder (335) is arranged between the material decomposition clamping movable plate (336) and the material decomposition clamping fixed plate (333).
5. The automatic tidying mobile phone display screen glass cutting device as recited in claim 1, characterized in that: the material decomposition and discharge electric control part (34) comprises a material decomposition and discharge electric control seat (341), a material decomposition and discharge electric control electrode brush (342) and a material decomposition and discharge electric control conductive disc (343), the material decomposition and discharge electric control seat (341) is provided with the material decomposition and discharge electric control electrode brush (342), the material decomposition and separation main shaft (313) is provided with the material decomposition and discharge electric control conductive disc (343), and the material decomposition and discharge electric control electrode brush (342) is respectively contacted with electrode rings on the material decomposition and discharge electric control conductive disc (343).
6. The automatic tidying mobile phone display screen glass cutting device as recited in claim 1, characterized in that: the material decomposition pneumatic part (35) comprises a material decomposition air pressure box (351), a material decomposition rotary disc cover (352), a material decomposition main air guide pipe (353) and a material decomposition discharging electromagnetic valve (354), the material decomposition air pressure box (351) is cylindrical, the side part of the material decomposition air pressure box (351) is provided with a round opening, the round opening of the side part of the material decomposition air pressure box (351) is fitted and embedded with the material decomposition rotary disc cover (352), the material decomposition main air guide pipe (353) is arranged on the material decomposition rotary disc cover (352), the material decomposition main air guide pipe (353) is connected with the material decomposition discharging electromagnetic valve (354), the material decomposition discharging electromagnetic valve (354) is connected with the material decomposition clamping part (33) through an air guide pipe, and the material decomposition discharging electromagnetic valve (354) is electrically connected with an electrode ring.
7. The automatic tidying mobile phone display screen glass cutting device as recited in claim 1, characterized in that: the material decomposes the portion that turns to (36) and decomposes including the material and turn to cam disc (361), material and turn to pinion rack (362) and material and decompose and turn to slide spheroid (363), the material decomposes and turns to cam disc (361) and sets firmly in material decomposition atmospheric pressure case (351), the material decomposes and turns to pinion rack (362) tip and is provided with the material and decomposes and turn to slide spheroid (363), the material decomposes to turn to slide spheroid (363) and set up in the material decomposes the guide rail groove that turns to on cam disc (361), the material decomposes and turns to pinion rack (362) and the meshing of material decomposition steering driven gear (332).
8. The automatic tidying mobile phone display screen glass cutting device as recited in claim 1, characterized in that: the conveying portion of unloading (4) is including the conveying support of unloading (41), the transfer roller of unloading (42), the conveyer belt of unloading (43) and the conveying motor of unloading (44), conveying support of unloading (41) inboard is provided with the conveying roller of unloading (42), be provided with the conveyer belt of unloading (43) on the conveying roller of unloading (42), conveying support of unloading (41) outside is provided with the conveying motor of unloading (44), the rotation axis and the conveying roller of unloading (42) of conveying motor of unloading (44) are connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910516088.5A CN110092575B (en) | 2019-06-14 | 2019-06-14 | Automatic arrange in order cell-phone display screen glass-cutting equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910516088.5A CN110092575B (en) | 2019-06-14 | 2019-06-14 | Automatic arrange in order cell-phone display screen glass-cutting equipment |
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| Publication Number | Publication Date |
|---|---|
| CN110092575A CN110092575A (en) | 2019-08-06 |
| CN110092575B true CN110092575B (en) | 2021-11-23 |
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| CN201910516088.5A Active CN110092575B (en) | 2019-06-14 | 2019-06-14 | Automatic arrange in order cell-phone display screen glass-cutting equipment |
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| CN112247728B (en) * | 2020-10-16 | 2021-10-26 | 沧州师范学院 | Mobile phone screen primary processing production line |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102092932A (en) * | 2009-12-15 | 2011-06-15 | 塔工程有限公司 | Scribing assembly and scribing method |
| CN107056037A (en) * | 2017-06-27 | 2017-08-18 | 盐城市宁润玻璃制品有限公司 | A kind of glass cutting device |
| JP2018020915A (en) * | 2016-08-01 | 2018-02-08 | 日本電気硝子株式会社 | Glass plate manufacturing method, and glass plate manufacturing device |
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| CN109437537A (en) * | 2018-12-11 | 2019-03-08 | 浙江旭恒甬鑫智能科技有限公司 | Glass substrate cutting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| DE10161813A1 (en) * | 2001-12-14 | 2003-06-26 | Albat & Wirsam Software Vertri | Method and device for cutting glass plates into blanks |
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| CN102092932A (en) * | 2009-12-15 | 2011-06-15 | 塔工程有限公司 | Scribing assembly and scribing method |
| CN101894885A (en) * | 2010-06-18 | 2010-11-24 | 无锡尚德太阳能电力有限公司 | Automatic chip loading and unloading system and method for use in solar cell production process |
| JP2018020915A (en) * | 2016-08-01 | 2018-02-08 | 日本電気硝子株式会社 | Glass plate manufacturing method, and glass plate manufacturing device |
| CN107056037A (en) * | 2017-06-27 | 2017-08-18 | 盐城市宁润玻璃制品有限公司 | A kind of glass cutting device |
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| CN109437537A (en) * | 2018-12-11 | 2019-03-08 | 浙江旭恒甬鑫智能科技有限公司 | Glass substrate cutting machine |
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