CN102070292A - Automatic processing machine tool for glass horny beads for lamps - Google Patents
Automatic processing machine tool for glass horny beads for lamps Download PDFInfo
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- CN102070292A CN102070292A CN 201010537088 CN201010537088A CN102070292A CN 102070292 A CN102070292 A CN 102070292A CN 201010537088 CN201010537088 CN 201010537088 CN 201010537088 A CN201010537088 A CN 201010537088A CN 102070292 A CN102070292 A CN 102070292A
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Abstract
The invention discloses an automatic processing machine tool for glass horny beads for lamps, belonging to the technical field of glass horny bead processing equipment. The automatic processing machine tool comprises a frame, an automatic control device and a power transmission mechanism, and is characterized by further comprising a glass rod longitudinal clamping device, a transmission device of the glass rod longitudinal clamping device, a glass rod autorotation device, a glass rod heating device, a glass horny bead mould pressing device, a glass horny bead dropping device and a glass rod downward shifting device. The automatic processing machine tool has the following beneficial effects: one automatic processing machine tool disclosed by the invention can be equipped with more than 30 glass rods for processing and mould-pressing the glass horny beads at the same time and realizes automatic production; the production capacity of one worker is equivalent to that of 15 workers of existing punch presses, thus the production efficiency is high; moreover, the rate of finished products is high, and the product quality is good; as automatic production is realized, the utilization rate of the raw materials is as high as 98.3-96.6%, and the production safety of the workers can be ensured; and with the abovementioned reasons, the production cost of the glass horny beads can be remarkably reduced.
Description
Technical field
The invention belongs to glass angle pearl technical field of processing equipment, be specifically related to a kind of light fixture glass angle pearl automatic processing machine tool.
Background technology
Along with the raising of people's living standard, the demand of high-grade light fixture that string is hung with glass angle pearl is increasing, because glass angle pearl can reflect multicoloured light under the irradiation of light, so the amount of finish of glass angle pearl is increasing.And prior art is produced the technical scheme comparative maturity of glass sphere, as publication number: C N1394821, open day: 2003.02.05, number of patent application: 2003.02.05 " production method of glass sphere "; Notification number: CN1398508, the day for announcing: 2003.02.19, the patent No.: 02128560.2 technical schemes such as " making the method and apparatus of glass sphere ".And the complete technical scheme of prior art process for processing glass angle pearl still is a blank, and the processing units of present glass angle pearl is all converted by punch press, and not only production efficiency is low, and yield rate is also low.Punch press repacking punching press glass angle pearl, though the operation that glass stick is sent in the punching machine mold has realized mechanize, but there is following disadvantage in it: the one, and glass angle pearl vertically is stamped to form by punch press, so can only be from the punching machine mold of laterally packing into through the heated glass club head, because the glass stick head through heat has had plasticity-, so it can be bent downwardly, as in the horizontally mounted punching machine mold of glass stick head just with bending, the glass angle pearl of going out will become waste product or substandard products, the glass stick head in the punching machine mold because pack into this moment, the front is crooked big, posterior bow is little, front and back are asymmetric, so the glass angle pearl of going out be difficult to certified products, can only align the angle that the glass stick head packs in the punching machine mold by operator and solve this moment, so operator can only operate a punch press, this has not only influenced the processing work efficiency, and the quality of glass angle pearl also is difficult to guarantee; Two be 1.4 meters glass stick when 0.15 meter left and right sides is stayed in punching press, just can not continue punching press again, can only make the glass waste product, so raw-material utilization ratio have only about 89.28%,, thereby increased the production cost of glass angle pearl; The 3rd, the production efficiency of punch press is low, and the investment of equipment is big, and this has increased the production cost of glass angle pearl from another point of view.
Summary of the invention
The objective of the invention is to provide a kind of light fixture glass angle pearl automatic processing machine tool, it can realize the automatic production of glass angle pearl, the production efficiency height, and raw-material utilization ratio height, good product quality can reduce the production cost of glass angle pearl significantly.
Above-mentioned goal of the invention is achieved through the following technical solutions, a kind of light fixture glass angle pearl automatic processing machine tool, it comprises frame, automatic control device, power drive mechanism, its main points are that it also comprises the vertical clamping device of glass stick, the transmitting device of the vertical clamping device of glass stick, glass stick rotating device, the glass stick heating unit, the molding device of glass angle pearl, the dropping device of glass angle pearl, the downward shift assembly of glass stick.
Above-mentioned light fixture glass angle pearl automatic processing machine tool, one of its structure is the clamping sleeve pipe of the vertical clamping device of glass stick by the clamping glass stick, the clamping outer tube that is enclosed within clamping sleeve pipe head is formed; The clamping cannula tip is shaped on elasticity and tightens groove, clamping the relative clamping sleeve pipe of outer tube can be shifted in upper and lower pulling, when the clamping outer tube spurs displacement downwards, the elasticity of clamping cannula tip tightens groove and unclamps, glass stick is down displacement under the effect of the downward shift assembly of glass stick, and when the clamping outer tube upwards resetted, elasticity tightened groove and tightens, the clamping cannula tip tightens, and again glass stick is clamped; Being equipped with on clamping sleeve pipe and the clamping outer tube to make the clamping outer tube spur the return spring that resets after the displacement downwards; Clamp outer tube and be provided with the step circle that its pulling downwards is shifted.
Above-mentioned light fixture glass angle pearl automatic processing machine tool, one of its structure is that the transmitting device of the vertical clamping device of glass stick is middle part or the middle part and the upper position of the vertical clamping device of corresponding glass stick on frame, by axle first sprocket wheel or first synchronous pulley more than two or two are housed respectively, end to end annular first chain is housed on first sprocket wheel, end to end annular first is housed on first synchronous pulley to be with synchronously, first chain or first is synchronously with being provided with the mounting plate that the vertical clamping device of glass stick vertically is installed more than two, the vertical clamping device of glass stick passes mounting plate and rotating relative to mounting plate, the vertical clamping device of glass stick with first chain or first synchronously with on mounting plate carry out annular and transmit; The axle of first sprocket wheel or first synchronous pulley is by the power drive mechanism transmission that is contained on the frame.
Above-mentioned light fixture glass angle pearl automatic processing machine tool, one of its structure is that the glass stick rotating device is that second sprocket wheel or second synchronous pulley are housed on the vertical clamping device of each glass stick, second sprocket wheel is by second chain gear, second synchronous pulley is by the second band transmission synchronously, and second chain or second is with synchronously by the power drive mechanism transmission on the frame.
Above-mentioned light fixture glass angle pearl automatic processing machine tool, one of its structure is that the glass stick heating unit is at the vertical clamping device of frame upper glass rod, transmitting device transmission through the vertical clamping device of glass stick is provided with the groove of heating through the place, and frame is provided with the flame injection device facing to the groove internal heating of heating.
Above-mentioned light fixture glass angle pearl automatic processing machine tool, one of its structure is that the molding device of glass angle pearl is at the transmitting device transmission process place of the vertical clamping device of frame upper glass rod through the vertical clamping device of glass stick, be provided with fixedly former of moulded glass angle pearl or fixing formpiston, fixedly former or fixedly formpiston form by fixedly modular ring and retractable core rod, retractable core rod its rear end is connected with the piston rod of first cylinder; Fixing former or fixedly be provided with cooling water pipeline in the formpiston; Corresponding position on the frame is provided with guide rail, be equipped with on the guide rail slide block that can move forward and backward and said fixing former or fixedly formpiston paired formpiston or former be contained in the front end of slide block, slide block is connected with the piston rod of second cylinder; When the control sliding block at second cylinder advances on guide rail, the formpiston of slip front or former forward with fixing former or fixedly formpiston carry out moulded glass angle pearl operation, when the action sliding block at second cylinder retreats on guide rail, then the formpiston of slip front or former move back mould, meanwhile, fixedly former or fixedly the retractable core rod of formpiston under the action of first cylinder to overhanging, the glass angle pearl that still is connected on the glass stick of moulding is released the demoulding from mould; Be contained in the front end formpiston of slide block or the former and be provided with cooling water pipeline.
Above-mentioned light fixture is with glass angle pearl automatic processing machine tool, one of its structure be the dropping device of glass angle pearl be frame upper glass rod vertically clamping device through the transmitting device transmission of the vertical clamping device of glass stick through the place,, be provided with glass angle pearl kept off the pin that falls.
Above-mentioned light fixture glass angle pearl automatic processing machine tool, one of its structure is that the downward shift assembly of glass stick is at the transmitting device transmission process place of the vertical clamping device of frame upper glass rod through the vertical clamping device of glass stick, be provided with two of sticking the step circle that clamps outer tube and fall L shaped pull bar, two are fallen L shaped pull bar and are connected with the piston rod of one the 3rd cylinder or with one first electro-magnet; Two belows of falling L shaped pull bar are provided with can clamp glass stick toward drop-down glass stick folder, and the glass stick folder is connected with the piston rod of a four-cylinder or with one second electro-magnet; Or glass stick folder is connected with the piston rod of a four-cylinder or with one second electro-magnet, and four-cylinder is connected with one the 5th cylinder piston rod again, and second electro-magnet is connected with one the 3rd electro-magnet again; Fall L shaped pull bar under the effect of the piston rod of the 3rd cylinder or first electro-magnet during pulling downwards when two, clamp outer tube and spur displacement downwards, the elasticity of clamping cannula tip tightens groove and unclamps, the glass stick of former clamping is by loosening, and this moment, glass stick was clipped in the effect clamping glass stick and the pulling displacement downwards down of the piston rod or second electro-magnet of four-cylinder; Or glass stick is clipped under the effect of the four-cylinder or second electro-magnet at this moment, clamps glass stick, and four-cylinder is shifted downwards at the pulling lower-glass rod folder of the piston rod of the 5th cylinder, and second electro-magnet is in the pulling lower-glass rod folder displacement downwards of the 3rd electro-magnet; When glass stick after moving down into the position, two pull bars of falling L upwards reset under the effect of the piston rod of the 3rd cylinder or first electro-magnet; Glass stick is clipped in and unclamps glass stick under the effect of the piston rod of four-cylinder or second electro-magnet and self reset; Or glass stick is clipped under the effect of the piston rod of four-cylinder or second electro-magnet and unclamps glass stick, and four-cylinder upwards resets at the promotion lower-glass rod folder of the piston rod of the 5th cylinder, and second electro-magnet upwards resets at the promotion lower-glass rod folder of the 3rd electro-magnet; Clamp outer tube and also reset under the effect of return spring, elasticity tightens groove and tightens, and the clamping cannula tip tightens, and again glass stick is clamped.
Above-mentioned light fixture is with glass angle pearl automatic processing machine tool, and one of its structure is that it is provided with the glass stick overlength protector that is shifted downwards, and this device is shifted after the overlength glass stick downwards, and lathe is protected in lathe shutdowns of promptly cutting off the power supply.
Above-mentioned light fixture is with glass angle pearl automatic processing machine tool, and one of its structure is characterized in that the glass stick overlength protector that is shifted is the limit switch that is provided with the glass stick displacement below glass stick displacement downwards downwards.
Equipment of the present invention can be loaded onto more than 30 glass stick processing moulded glass angle pearl simultaneously, and has realized automatic production, and 1 workman can manage four lathes simultaneously, quite with existing turnout of reequiping 15 workmans of punch press, so the production efficiency height; In addition, glass stick is vertically to install in the vertical clamping device of glass stick, so there is not the reclinate problem of glass stick head through heat, with whole symmetry in its mould of packing into, the glass angle pearl of going out can not produce waste product or substandard products, yield rate height, good product quality; Because it has realized automatic production, only be 0.04～0.05 meter so can not reinstall the glass stick that carries out mold pressing in the mould, raw-material utilization ratio is up to 97.1～96.4%; Again because it has realized automatic production, so can guarantee workman's production safety; Because above-mentioned reason, the present invention can reduce the production cost of glass angle pearl significantly;
Description of drawings
Fig. 1: the bright front view of the present invention
Fig. 2: left view
Fig. 3: rear view
Fig. 4: right view
Fig. 5: vertical view
Fig. 6: stereographic map
Fig. 7: Figure 1A-A sectional view
Fig. 8: Figure 1B-B sectional view
Fig. 9: the vertical clamping device front view of glass stick
Figure 10: the vertical clamping device of glass stick is installed and structural representation
Figure 11: fixing female mould structure synoptic diagram
The left view of Figure 12: Figure 11
The C-C sectional view of Figure 13: Figure 12
Figure 14: among Figure 13 core rod under the action of first cylinder to overhanging structural representation
Figure 15: downward shift assembly structural representation
Figure 16: the glass stick overlength protector structural representation that is shifted downwards
Among Fig. 1-16,1-frame, 2-automatic control device, 3-power drive mechanism, 12-glass stick
The vertical clamping device of 4-glass stick, 401 clamping sleeve pipes, 402-clamps outer tube, and 403-elasticity tightens groove, 404-return spring, 405-step circle
The 5-transmitting device, 501, the 502-axle, 503,504-first sprocket wheel, 505,506-first chain, 507, the 508-mounting plate
6-glass stick rotating device, 601-second sprocket wheel, 602-second chain
7-glass stick heating unit, the 701-groove of heating, the 702-welding gun
The 8-molding device, 801-is former fixedly, and 802-is modular ring fixedly, 803-core rod, 804-first cylinder, 805-cooling water pipeline, 806-guide rail, 807-slide block, 808-formpiston, 809-second cylinder, 810-cooling water pipeline
The 9-dropping device, 901-pin, 902-return spring, 903-hopper
The downward shift assembly of 10-, 101-fall L shaped pull bar, 102-the 3rd cylinder, and 103-glass stick folder, the 104-four-cylinder, 105-the 5th cylinder, the 106-glass stick of mold pressing again connect bucket
The 11-glass stick overlength protector that is shifted downwards, the 111-limit switch
Embodiment
What Fig. 1-16 was represented is one embodiment of the invention, its processing be anistree glass angle pearl in the pearl of glass angle.It comprises frame 1; automatic control device 2; power drive mechanism 3, it also comprises the vertical clamping device 4 of glass stick, the transmitting device 5 of the vertical clamping device of glass stick; glass stick rotating device 6; glass stick heating unit 7, the molding device 8 of glass angle pearl, the dropping device 9 of glass angle pearl; the downward shift assembly 10 of glass stick, the glass stick overlength protector 11 that is shifted downwards.
The vertical clamping device 4 of glass stick is by the clamping sleeve pipe 401 of clamping glass stick 12, and the clamping outer tube 402 that is enclosed within clamping sleeve pipe 401 heads is formed; Clamping sleeve pipe 401 ends are shaped on elasticity and tighten groove 403, clamping outer tube 402 relative clamping sleeve pipes 401 can be shifted in upper and lower pulling, when clamping outer tube 402 pulling displacement downwards, the elasticity of clamping sleeve pipe 401 ends tightens groove 403 and unclamps, glass stick 12 is down displacement under the effect of the downward shift assembly 10 of glass stick, and when clamping outer tube 402 upwards resetted, elasticity tightened groove 403 and tightens, clamping sleeve pipe 401 ends tighten, and again glass stick 12 are clamped; Be equipped with on clamping sleeve pipe 401 and the clamping outer tube 402 to make and clamp the return springs 404 that reset after the outer tube 402 pulling displacement downwards; Clamp outer tube 402 and be provided with the step circle 405 that its pulling downwards is shifted.
Transmitting device 5 is to establish vertical axial axle 501,502 respectively two of frame 1 front and back, and the middle part and the upper position of the clamping sleeve pipe 401 of the vertical clamping device 4 of axle 501,502 corresponding glass sticks respectively are equipped with first sprocket wheel 503, first sprocket wheel 504; Between two first sprocket wheels 503 end to end first chain 505 that circularizes is housed, between two first sprocket wheels 504 end to end first chain 506 that circularizes is housed, first chain 505 is provided with 30 mounting plates 507 that clamping sleeve pipe 401 middle parts of the vertical clamping device 4 of glass stick vertically are installed, on first chain 506 with first chain about in the of 505 correspondence position be provided with 30 mounting plates 508 that clamping sleeve pipe 401 tops of the vertical clamping devices 4 of glass stick vertically are installed, clamping sleeve pipe 401 passes two mounting plates 507,508, and relative two mounting plates 507,508 can rotate, and clamping sleeve pipe 401 is with first chain 505, mounting plate 507 on 506,508 carry out the annular transmission; The axle 502 that first sprocket wheel 503,504 is installed is by power drive mechanism 3 transmissions that are contained on the frame 1.
Glass stick rotating device 6 is second sprocket wheel, 601, the second sprocket wheels 601 to be housed by 602 transmissions of second chain at clamping sleeve pipe 401 tops of the vertical clamping device 4 of each glass stick, and second chain 602 is by 3 transmissions of the power drive mechanism on the frame 1.
Glass stick heating unit 7 is to be provided with the groove 701 of heating on frame 1, carry out glass stick 12 in the glass stick clamping sleeve pipe 401 of annular transmission with the mounting plate 508 on first chain 505,506 through heating groove 701, frame 1 is provided with the flame injection device-welding gun 702 facing to the glass stick 12 heads heating in the groove 701 of heating.
The molding device 8 of glass angle pearl is on frame 1, the glass stick clamping sleeve pipe 401 interior glass sticks 12 that transfer out from the groove 701 of heating pass through, be provided with the fixedly former 801 of moulded glass angle pearl, fixedly former 801 is by fixedly modular ring 802 and retractable core rod 803 are formed, retractable core rod 803 its rear end are connected with the piston rod of first cylinder 804, fixedly are provided with cooling water pipeline 805 in former 801 moulds; Corresponding position on the frame 1 is provided with guide rail 806, be equipped with on the guide rail 806 slide block 807 that can move forward and backward and fixedly former 801 paired formpistons 808 be contained in slide block 807 front ends, slide block 807 is connected with the piston rod of second cylinder 809; When under the control of second cylinder 809, when slide block 807 advanced on guide rail 806, the formpiston of slide block 807 front ends 808 carried out moulded glass angle pearl operation with fixing former 801; When under the action of second cylinder 809, when slide block 807 retreats on guide rail 806, then the formpiston 808 of slide block 807 front ends moves back mould, meanwhile, fixedly the retractable core rod 803 of former 801 to overhanging, is released the demoulding with the glass angle pearl that still is connected on the glass stick 12 of moulding from former 801 under the action of first cylinder 804; Be provided with cooling water pipeline 810 in the formpiston 808.
The dropping device 9 of glass angle pearl is on frame 1, glass stick 12 in the vertical clamping device 4 of glass stick is after the pearl operation of moulded glass angle,, be provided with glass angle pearl is kept off the pin 901 that falls through the place through transmitting device 5 transmissions, the position spring 902 that retaining falls and resets behind the pearl of glass angle is housed on the pin 901.
The downward shift assembly 10 of glass stick is on frame 1, the vertical clamping device 4 of glass stick is through the transmitting device 5 transmissions process place of the vertical clamping device of glass stick, be provided with two of sticking the step circle 405 that clamps outer tube 402 and fall L shaped pull bar 101, two are fallen L shaped pull bar 101 and are connected with the piston rod of one the 3rd cylinder 102, two belows of falling L shaped pull bar 101 are provided with can clamp glass stick 12 toward drop-down glass sticks folder 103, glass stick folder 103 is connected with the piston rod of a four-cylinder 104, and four-cylinder 104 is connected with the piston rod of one the 5th cylinder 105; Fall L shaped pull bar 101 under the effect of the piston rod of the 3rd cylinder 102 during pulling downwards when two, clamp 402 times pulling displacements of outer tube, the elasticity of clamping sleeve pipe 401 ends tightens groove 403 and unclamps, the glass stick 12 of former clamping is by loosening, this moment, glass stick folder 103 clamped glass stick 12 under the pulling of the piston rod of four-cylinder 104, and four-cylinder 104 displacement downwards under the piston rod effect of the 5th cylinder 105 is shifted downwards when making glass stick folder 103 clamp glass stick 12; When glass stick 12 pull down move on to the position after, two pull bars of falling L 101 upwards reset under the piston rod effect of the 3rd cylinder 102, glass stick folder 103 unclamps glass stick 12 under the piston rod effect of four-cylinder 104, upwards reset under the piston rod effect of the 5th cylinder 105; Clamp outer tube 402 and also reset under the effect of return spring 404, elasticity tightens groove 403 and tightens, and clamping sleeve pipe 401 ends tighten, and again glass stick 12 are clamped.
The glass stick overlength protector 11 that is shifted downwards is provided with the limit switch 111 of glass stick displacement below glass stick 12 displacement downwards.
From the automatic air feed of peripheral air compressor machine, welding gun 702 is from the steel cylinder air feed by automatic control device 2, the first cylinders 804, second cylinder 809, the 3rd cylinder 102, four-cylinder 104, the 5th cylinder 105.
The foregoing description automatization processing light fixture is as follows with the operation of anistree glass angle pearl: at first 30 glass sticks 12 are inserted respectively in the clamping sleeve pipe 401 of 30 vertical clamping devices 4 of glass stick, start automatic control device 2 and peripheral air compressor machine, open steel cylinder, axle 502 on the power drive mechanism 3 transmission frames 1, be installed in first sprocket wheel 503 on the axle 502,504 rotate thereupon, first sprocket wheel 503,504 drive first chain 505 thereupon, 506 transmissions of first chain are contained in 30 glass sticks 12 in the clamping sleeve pipe 401 with first chain 505, mounting plate 507 on 506,508 carry out the annular transmission; Glass stick 12 transfers to the flame spraying that will be subjected to welding gun 702 in the groove 701 of heating and heats, the clamping sleeve pipe 401 of glaze rod 12 is because there is the top that second sprocket wheel 601 of glass stick rotating device 6 is housed, second sprocket wheel 601 is by 602 transmissions of second chain, so glass stick 12 is constantly rotation in the groove 701 of heating, glass stick 12 heads can obtain even heating; When transferring to molding device 8 positions of glass angle pearl through head heated glass rod 12, under the effect of second cylinder 809 and first cylinder 804, formpiston 808 carries out moulded glass angle pearl operation with fixing former 801; When under the action of second cylinder 809, when slide block 807 retreats on guide rail 806, then the formpiston 808 of slide block 807 front ends moves back mould, meanwhile, fixedly the retractable core rod 803 of former 801 to overhanging, is released the demoulding with the glass angle pearl that still is connected on the glass stick 12 of moulding from former 801 under the action of first cylinder 804.Glass stick 12 in the vertical clamping device 4 of glass stick is after the pearl operation of moulded glass angle, when transferring to dropping device 9 places of glass angle pearl, glass angle integument pin 901 retainings that still are connected on the glass stick 12 fall, pin 901 behind the elastic displacement resets under the effect of return spring 902 again, carries out stopping next glass angle pearl.The vertical clamping device 4 of glass stick that has kept off glass angle pearl transfers to downward shift assembly 10 places of glass stick 12,102 actions of the 3rd cylinder, stick two of the step circle 405 that clamps outer tube 402 and fall the pulling downwards under the piston rod effect of the 3rd cylinder 102 of L shaped pull bar 101, clamp outer tube 402 pulling displacement downwards, the elasticity of clamping sleeve pipe 401 ends tightens groove 403 and unclamps, the glass stick 12 of former clamping is by loosening, this moment, glass stick folder 103 clamped glass stick 12 under the pulling of the piston rod of four-cylinder 104, four-cylinder 104 displacement downwards under the effect of the 5th cylinder 105 piston rods again, be shifted downwards when making glass stick folder 103 clamp glass stick 12, when glass stick 12 pull down move on to the position after, two pull bars of falling L 101 upwards reset under the piston rod effect of the 3rd cylinder 102, and glass stick folder 103 is at four-cylinder 104, unclamp glass stick 12 under the piston rod effect of the 5th cylinder 105 and reset; Clamp outer tube 402 and also reset under the effect of return spring 404, elasticity tightens groove 403 and tightens, and clamping sleeve pipe 401 ends tighten, and again glass stick 12 are clamped, and then carries out next above-mentioned work program.When the length of glass stick 12 whereabouts surpasses specified length, can run into glass stick 12 limit switch 111 of the belows of displacement downwards, complete machine outage shut-down is restarted lathe again after people regulate under the effect of limit switch 111.
Claims (10)
1. a light fixture is with glass angle pearl automatic processing machine tool, it comprises frame, automatic control device, power drive mechanism is characterized in that it also comprises the vertical clamping device of glass stick, the transmitting device of the vertical clamping device of glass stick, the glass stick rotating device, glass stick heating unit, the molding device of glass angle pearl, the dropping device of glass angle pearl, the downward shift assembly of glass stick.
2. light fixture according to claim 1 is characterized in that the clamping sleeve pipe of the vertical clamping device of glass stick by the clamping glass stick with glass angle pearl automatic processing machine tool, and the clamping outer tube that is enclosed within clamping sleeve pipe head is formed; The clamping cannula tip is shaped on elasticity and tightens groove, clamping the relative clamping sleeve pipe of outer tube can be shifted in upper and lower pulling, when the clamping outer tube spurs displacement downwards, the elasticity of clamping cannula tip tightens groove and unclamps, glass stick is down displacement under the effect of the downward shift assembly of glass stick, and when the clamping outer tube upwards resetted, elasticity tightened groove and tightens, the clamping cannula tip tightens, and again glass stick is clamped; Being equipped with on clamping sleeve pipe and the clamping outer tube to make the clamping outer tube spur the return spring that resets after the displacement downwards; Clamp outer tube and be provided with the step circle that its pulling downwards is shifted.
3. light fixture according to claim 1 and 2 glass angle pearl automatic processing machine tool, the transmitting device that it is characterized in that the vertical clamping device of glass stick is middle part or the middle part and the upper position of the vertical clamping device of corresponding glass stick on frame, by axle first sprocket wheel or first synchronous pulley more than two or two are housed respectively, end to end annular first chain is housed on first sprocket wheel, end to end annular first is housed on first synchronous pulley to be with synchronously, first chain or first is synchronously with being provided with the mounting plate that the vertical clamping device of glass stick vertically is installed more than two, the vertical clamping device of glass stick passes mounting plate and rotating relative to mounting plate, the vertical clamping device of glass stick with first chain or first synchronously with on mounting plate carry out annular and transmit; The axle of first sprocket wheel or first synchronous pulley is by the power drive mechanism transmission that is contained on the frame.
4. light fixture according to claim 1 and 2 glass angle pearl automatic processing machine tool, it is characterized in that the glass stick rotating device is that second sprocket wheel or second synchronous pulley are housed on the vertical clamping device of each glass stick, second sprocket wheel is by second chain gear, second synchronous pulley is by the second band transmission synchronously, and second chain or second is with synchronously by the power drive mechanism transmission on the frame.
5. light fixture according to claim 1 and 2 glass angle pearl automatic processing machine tool, it is characterized in that the glass stick heating unit is at the vertical clamping device of frame upper glass rod, transmitting device transmission through the vertical clamping device of glass stick is provided with the groove of heating through the place, and frame is provided with the flame injection device facing to the groove internal heating of heating.
6. light fixture according to claim 1 and 2 glass angle pearl automatic processing machine tool, the molding device that it is characterized in that glass angle pearl is at the transmitting device transmission process place of the vertical clamping device of frame upper glass rod through the vertical clamping device of glass stick, be provided with fixedly former of moulded glass angle pearl or fixing formpiston, fixedly former or fixedly formpiston form by fixedly modular ring and retractable core rod, retractable core rod its rear end is connected with the piston rod of first cylinder; Fixing former or fixedly be provided with cooling water pipeline in the formpiston; Corresponding position on the frame is provided with guide rail, be equipped with on the guide rail slide block that can move forward and backward and said fixing former or fixedly formpiston paired formpiston or former be contained in the front end of slide block, slide block is connected with the piston rod of one second cylinder; When the control sliding block at second cylinder advances on guide rail, the formpiston of slip front or former forward with fixing former or fixedly formpiston carry out moulded glass angle pearl operation, when the action sliding block at second cylinder retreats on guide rail, then the formpiston of slip front or former move back mould, meanwhile, fixedly former or fixedly the retractable core rod of formpiston under the action of first cylinder to overhanging, the glass angle pearl that still is connected on the glass stick of moulding is released the demoulding from mould; Be contained in the front end formpiston of slide block or the former and be provided with cooling water pipeline.
7. light fixture according to claim 1 and 2 glass angle pearl automatic processing machine tool, the dropping device that it is characterized in that glass angle pearl is at the transmitting device transmission process place of the vertical clamping device of frame upper glass rod through the vertical clamping device of glass stick,, be provided with glass angle pearl kept off the pin that falls.
8. light fixture according to claim 2 glass angle pearl automatic processing machine tool, the downward shift assembly that it is characterized in that glass stick is at the transmitting device transmission process place of the vertical clamping device of frame upper glass rod through the vertical clamping device of glass stick, be provided with two of sticking the step circle that clamps outer tube and fall L shaped pull bar, two are fallen L shaped pull bar and are connected with the piston rod of one the 3rd cylinder or with one first electro-magnet; Two belows of falling L shaped pull bar are provided with can clamp glass stick toward drop-down glass stick folder, and the glass stick folder is connected with the piston rod of a four-cylinder or with one second electro-magnet; Or glass stick folder is connected with the piston rod of a four-cylinder or with one second electro-magnet, and four-cylinder is connected with one the 5th cylinder piston rod again, and second electro-magnet is connected with one the 3rd electro-magnet again; Fall L shaped pull bar under the effect of the piston rod of the 3rd cylinder or first electro-magnet during pulling downwards when two, clamp outer tube and spur displacement downwards, the elasticity of clamping cannula tip tightens groove and unclamps, the glass stick of former clamping is by loosening, and this moment, glass stick was clipped in the effect clamping glass stick and the pulling displacement downwards down of the piston rod or second electro-magnet of four-cylinder; Or glass stick is clipped under the effect of the four-cylinder or second electro-magnet at this moment, clamps glass stick, and four-cylinder is shifted downwards at the pulling lower-glass rod folder of the piston rod of the 5th cylinder, and second electro-magnet is in the pulling lower-glass rod folder displacement downwards of the 3rd electro-magnet; When glass stick after moving down into the position, two pull bars of falling L upwards reset under the effect of the piston rod of the 3rd cylinder or first electro-magnet; Glass stick is clipped in and unclamps glass stick under the effect of the piston rod of four-cylinder or second electro-magnet and self reset; Or glass stick is clipped under the effect of the piston rod of four-cylinder or second electro-magnet and unclamps glass stick, and four-cylinder upwards resets at the promotion lower-glass rod folder of the piston rod of the 5th cylinder, and second electro-magnet upwards resets at the promotion lower-glass rod folder of the 3rd electro-magnet; Clamp outer tube and also reset under the effect of return spring, elasticity tightens groove and tightens, and the clamping cannula tip tightens, and again glass stick is clamped.
9. light fixture according to claim 1 is with glass angle pearl automatic processing machine tool, it is characterized in that it also is provided with the glass stick overlength protector that is shifted downwards, and this device is shifted after the overlength glass stick downwards, and lathe is protected in lathe shutdowns of promptly cutting off the power supply.
10. light fixture according to claim 9 is characterized in that glass with glass angle pearl automatic processing machine tool
The downward displacement of glass rod overlength protector is provided with the limit switch of glass stick displacement below glass stick displacement downwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2010105370882A CN102070292B (en) | 2010-11-09 | 2010-11-09 | Automatic processing machine tool for glass horny beads for lamps |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010105370882A CN102070292B (en) | 2010-11-09 | 2010-11-09 | Automatic processing machine tool for glass horny beads for lamps |
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| Publication Number | Publication Date |
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| CN102070292A true CN102070292A (en) | 2011-05-25 |
| CN102070292B CN102070292B (en) | 2012-08-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010105370882A Expired - Fee Related CN102070292B (en) | 2010-11-09 | 2010-11-09 | Automatic processing machine tool for glass horny beads for lamps |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102531354A (en) * | 2011-11-22 | 2012-07-04 | 无锡荡口通和纺织机械厂 | Automatic furnace-entering heating and automatic exiting mechanism for glass bars |
| CN102531353A (en) * | 2011-11-23 | 2012-07-04 | 无锡荡口通和纺织机械厂 | Improved electric furnace door structure |
| CN102531360A (en) * | 2011-11-22 | 2012-07-04 | 无锡荡口通和纺织机械厂 | Electric control system of automatic production line of circulating type automobile lamp glass blanks |
| CN102557403A (en) * | 2011-11-22 | 2012-07-11 | 无锡荡口通和纺织机械厂 | Circulation type automatic production line for automobile lamp glass blank |
| CN102557408A (en) * | 2011-11-22 | 2012-07-11 | 无锡荡口通和纺织机械厂 | Passive autorotation mechanism of glass rod |
| CN105621861A (en) * | 2015-12-21 | 2016-06-01 | 浦江县乾坤工贸有限公司 | Automatic glass lamp ornament production equipment |
| CN102531354B (en) * | 2011-11-22 | 2016-12-14 | 无锡荡口通和纺织机械厂 | Automatically the stove that enters of a kind of Glass rod heats and automatically exits from mechanism |
| CN114163120A (en) * | 2021-12-10 | 2022-03-11 | 华能(泰安)光电科技有限公司 | Cooling device for optical fiber perform |
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| JP2000159529A (en) * | 1998-11-20 | 2000-06-13 | Matsushita Electric Ind Co Ltd | Method and apparatus for producing optical element material |
| WO2001000006A2 (en) * | 1999-06-25 | 2001-01-04 | Incell Ltd. | Container for explant culture, method of using same, and process, mold and apparatus of making same |
| CN201313866Y (en) * | 2008-12-18 | 2009-09-23 | 黄小峰 | Glass bead profiling machine |
| CN201952345U (en) * | 2010-11-09 | 2011-08-31 | 顾飞跃 | Machine tool for automatically processing glass angled beads for lamps |
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Patent Citations (4)
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| JP2000159529A (en) * | 1998-11-20 | 2000-06-13 | Matsushita Electric Ind Co Ltd | Method and apparatus for producing optical element material |
| WO2001000006A2 (en) * | 1999-06-25 | 2001-01-04 | Incell Ltd. | Container for explant culture, method of using same, and process, mold and apparatus of making same |
| CN201313866Y (en) * | 2008-12-18 | 2009-09-23 | 黄小峰 | Glass bead profiling machine |
| CN201952345U (en) * | 2010-11-09 | 2011-08-31 | 顾飞跃 | Machine tool for automatically processing glass angled beads for lamps |
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102531354A (en) * | 2011-11-22 | 2012-07-04 | 无锡荡口通和纺织机械厂 | Automatic furnace-entering heating and automatic exiting mechanism for glass bars |
| CN102531360A (en) * | 2011-11-22 | 2012-07-04 | 无锡荡口通和纺织机械厂 | Electric control system of automatic production line of circulating type automobile lamp glass blanks |
| CN102557403A (en) * | 2011-11-22 | 2012-07-11 | 无锡荡口通和纺织机械厂 | Circulation type automatic production line for automobile lamp glass blank |
| CN102557408A (en) * | 2011-11-22 | 2012-07-11 | 无锡荡口通和纺织机械厂 | Passive autorotation mechanism of glass rod |
| CN102531360B (en) * | 2011-11-22 | 2016-07-06 | 无锡荡口通和纺织机械厂 | A kind of automatic assembly line electric control system of circulating automobile lamp glass blank |
| CN102531354B (en) * | 2011-11-22 | 2016-12-14 | 无锡荡口通和纺织机械厂 | Automatically the stove that enters of a kind of Glass rod heats and automatically exits from mechanism |
| CN102531353A (en) * | 2011-11-23 | 2012-07-04 | 无锡荡口通和纺织机械厂 | Improved electric furnace door structure |
| CN105621861A (en) * | 2015-12-21 | 2016-06-01 | 浦江县乾坤工贸有限公司 | Automatic glass lamp ornament production equipment |
| CN105621861B (en) * | 2015-12-21 | 2017-11-28 | 浦江县乾坤工贸有限公司 | A kind of glass lamp decoration ornaments automatic producing device |
| CN114163120A (en) * | 2021-12-10 | 2022-03-11 | 华能(泰安)光电科技有限公司 | Cooling device for optical fiber perform |
| CN114163120B (en) * | 2021-12-10 | 2024-05-17 | 华能(泰安)光电科技有限公司 | Cooling device for optical fiber preform |
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| CN102070292B (en) | 2012-08-22 |
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