CN208774087U

CN208774087U - A kind of eyeglasses temple arm is played card machine

Info

Publication number: CN208774087U
Application number: CN201821075710.0U
Authority: CN
Inventors: 叶朝波
Original assignee: Ruian Xuan Hao Numerical Control Equipment Co Ltd
Current assignee: Ruian Xuan Hao Numerical Control Equipment Co Ltd
Priority date: 2018-07-07
Filing date: 2018-07-07
Publication date: 2019-04-23
Anticipated expiration: 2028-07-07

Abstract

The utility model relates to play card machine to a kind of eyeglasses temple arm, including organic frame and shell, thimble feed device and plastics temple feed device are provided in rack, thimble feed device includes feeding disk, feeding disk is radially provided with several thimble slots, middle part is provided with through-hole, pusher is provided with above feeding disk, it further include having to be used to receive the splicing block that charging ram sends out thimble positioned at feeding disk one end, splicing block one end is provided with receiving block, it is arranged in splicing block fluted, opening and several idler wheels, plastics temple feed device includes feeding rack and push plate, the heat block to the heating of plastics temple is provided with along feed direction, the side of heat block is provided with the material folding pawl for material folding, it further include having machine table and binder block, the utility model it is practical automation processing mode instead of artificial mode , manual labor is reduced, is improved work efficiency, the safe coefficient of work is improved.

Description

A kind of eyeglasses temple arm is played card machine

Technical field

It plays card machine the utility model relates to glasses processing technique field more particularly to a kind of eyeglasses temple arm.

Background technique

Eye glass frame processing generally divides two procedures, and the inside casing processing (installation site of eyeglass) of frame is first of processing Process, the temple of glasses are processed as second manufacturing procedure.

In the prior art in manufacturing spectacle temple by heating to the thimble in eyeglasses temple arm, and to glasses Plastic processing frame is heated, and is added to will realize the eye of the thimble insertion heating of heating in plastic processing frame to eyeglasses temple arm Work, the prior art need staff to be manually operated for thimble to be sent in eyeglasses temple arm plastic processing frame, and there are labor intensity Greatly, the disadvantages of low efficiency, error-prone, easy accidental injury staff's finger.

Utility model content

The utility model lies in that providing a kind of easy to operate, a kind of higher eyeglasses temple arm of working efficiency is played card machine, Which solve staff's manual operation is generally required when manufacturing spectacle temple in the prior art, there are large labor intensities, efficiency The problem of low, error-prone, easy accidental injury staff's finger.

Technical solution described in the utility model is as follows: a kind of eyeglasses temple arm is played card machine, including organic frame and shell, described Thimble feed device and plastics temple feed device are provided in rack, it is characterised in that: the thimble feed device includes Feeding disk, the feeding disk are radially provided with several thimble slots for placing thimble, and middle part is provided with through-hole, described to send Pusher is provided with above material disk, the pusher is located in through-hole and moves back and forth setting, institute along feed direction Stating pusher includes charging ram, and the charging ram is adapted with thimble slot, further includes having to be used for positioned at feeding disk one end The splicing block that charging ram sends out thimble is received, is connected with heat block below splicing block, the splicing block is away from feeding disk One end is provided with the receiving block being connected with splicing block, be arranged in the splicing block it is fluted, set along splicing block length direction Opening and several idler wheels between opening and groove are equipped with, idler wheel activity in splicing block and receiving block is arranged, The plastics temple feed device includes feeding rack and is used to push away the push plate of plastics temple positioned at feeding rack bottom, along feeding The high-frequency heating block to the heating of plastics temple is provided on direction, the push plate pushes to plastics temple on high-frequency heating block, The side of the high-frequency heating block is provided with the material folding pawl for material folding, further include have machine table and be located at machine table above and Relative to the binder block of the up and down setting of machine table, the splicing block is located at the one side of machine table, and the material folding pawl is in height Setting is moved back and forth between frequency heat block and machine table.

In above structure；It include thimble feed device in eyeglasses temple arm processing machine, thimble feed device is used for thimble It is delivered in machine table, includes scraping wings, feeding disk and splicing block in thimble feed device, be provided on feeding disk Several thimble slots, thimble slot are provided with feeding disk immediately below scraping wings, feeding disk is relative to scraping wings for placing thimble Rotation setting, feeding disk are slowly rotated by the control of motor, and charging ram will be located at thimble on feeding disk in thimble slot It is pushed into splicing block, and is heated by the heat block below splicing block, receiving block is connected on splicing block, accommodate The junction of block and splicing block is set as arc, and fluted and above groove several idler wheels are arranged in splicing block and connect Opening is additionally provided on material block, opening is located above idler wheel, and opening is adapted with pusher rod-shape, and charging ram pushes thimble to enter Into the groove in splicing block, roller compression thimble above groove prevents its movement, and charging ram continues to push top forward Needle in the opening that charging ram enters on splicing block and continues to push forward, and thimble drives idler wheel to travel forward, and works as roller motion When to splicing block and accommodating the arcwall face between block, since charging ram also is continuing to push thimble forward, at this moment idler wheel can pass through Arc in receiving block towards moving, and when idler wheel is all rolled into receiving block, thimble is pushed in machine table, charging ram return, Idler wheel is revert in splicing block by self gravity, and so far, thimble feed device feeding terminates, and plastics temple feed device is used for Plastics temple is delivered in machine table, thimble further pushes the thimble on feed table by the thimble of front by charging ram It heads into the plastics temple being located in machine table, the push plate in plastics temple feed device pushes the plastics temple in feeding rack It is heated to high frequency heat block, plastics temple is heated to softening by high-frequency heating block, and material folding pawl will warm up the plastics of softening Temple is transported in machine table under high-frequency heating block, and the binder block above machine table pushes down the plastics in machine table Temple, at this point, the thimble after heating in splicing block is inserted into machine table by the promotion of charging ram by the thimble on feeding disk In plastics temple after upper softening, so far, eyeglasses temple arm is completed the process.

The utility model is further arranged to: being fixed with sliding rail in the rack, sliding block, institute are provided on the sliding rail Stating pusher further includes having connecting plate, and the one end of the connection board is connected to scraping wings, and the other end is fixed on sliding block.

In above structure: by the way that connecting plate to be fixed on sliding block, moving to drive pusher on the slide rail by sliding block Plate and charging ram move on feed direction, and thimble is pushed into splicing block to realize.

The utility model is also further arranged: being additionally provided with cooling block below the splicing block, sets in the cooling block It is equipped with SAPMAC method chamber, is connected with water inlet pipe and outlet pipe on the SAPMAC method chamber.

In above structure；It is provided with SAPMAC method chamber in cooling block, is connected with water inlet pipe and outlet pipe in SAPMAC method chamber, passes through Water inlet pipe enters cold water, and the hot water that block heating is heated in SAPMAC method chamber is exported from outlet pipe, forms a Water-cooling circulating, It prevents the heat of heat block to be transferred to other positions by metal block, contingency occurs.

The utility model is further arranged to: it is provided with fixed plate and movable plate below the feeding disk, it is described It is provided with vertical rails in rack, sliding block is provided in vertical rails, movable plate is fixed on sliding block, and the fixed plate is fixed on Below feeding disk, it is provided with longitudinal slide rail on movable plate, sliding block is provided in longitudinal slide rail, fixed plate is fixed on sliding block.

In above structure: being provided with fixed plate and movable plate below charging tray, vertical rails, fixed plate are provided in rack It is fixed below feeding disk, is provided with longitudinal slide rail on movable plate, realized by vertical rails and longitudinal slide rail and sliding block The movement of feeding disk up and down is conveniently adjusted position and the height of thimble feed device, adapts to different eyeglasses temple arms Processing machine.

The utility model is further arranged to: the plastics temple feed device further includes having bottom plate and being fixed on bottom On plate and support plate arranged in parallel, jagged, institute is set on the end face of thimble conveying device in the support plate It states splicing block and receiving block is located in notch.

In above structure: support plate is located at the two sides of machine table, and bottom plate is located at machine table bottom, is used for fixed plastics temple Feed device guarantees its stability, and reception block corresponding with machine table is provided in the notch in support plate and is connected to Receive the receiving block of block.

The utility model is further arranged to: setting is separately provided for adjusting between feeding rack in the feeding rack The first of distance adjusts bolt and second adjusts bolt, and the first adjusting bolt is for adjusting feeding rack length to adapt to plastics Temple length, the second adjusting bolt is for adjusting feeding rack width with grip plastic temple width.

In above structure；Feeding rack, which is fixed on, sets in front of material block, is pushed to the plastics temple in feeding rack by push plate Below high-frequency heating block, it is provided with the first adjusting bolt and second in feeding rack and adjusts bolt, is provided in feeding rack for putting The region of plastics temple is set, plastics temple is placed in feeding rack from high to low, and push plate plate is located at feeding rack bottom, and first is adjusted Bolt adapts to plastic lens leg length for adjusting feeding rack length, and the second adjusting bolt is for adjusting feeding rack width to clamp Plastics temple width.

The utility model is further arranged to: being provided with telescopic rod above the high-frequency heating block and is stretched for controlling The up and down cylinder of contracting bar, telescopic rod are connected to high-frequency heating block, and the lower section setting of high-frequency heating block is for heat-insulated heat-insulated Block.

In above structure: plastics temple is heated by high-frequency heating block, during heating, high-frequency heating block Heat can conduct, therefore heat insulation is provided with below high-frequency heating block, by pushing to plastics temple on heat insulation After realizing that the heating to plastics temple, heating are completed, high-frequency heating block is upwards collected through by telescopic rod and cylinder.

The utility model is further arranged to: the material folding pawl include actuating arm and be fixed on actuating arm One grip block, the second grip block, first grip block and the second grip block are realized by the driving of cylinder to plastics temple Clamping.

In above structure；Material folding pawl is spliced to form by the first grip block and the second grip block, fixed on the second grip block It is connected with actuating arm, is respectively connected with cylinder on actuating arm and the first grip block, when material folding pawl is mobile to material block is set from processing fastly When, cylinder starts the first grip block and is separated from each other one size in place crack compatible with plastics temple with the second grip block, when After eyes temple completes the process, the first grip block is contacted with each other with the second grip block by the driving of cylinder.

The utility model is further arranged to: being provided on the end face that the binder block is in contact with machine table and plastics The compatible adaptation groove of temple, the binder block top are provided with telescopic rod and for controlling the up and down gas of telescopic rod Cylinder, the telescopic rod are connected to binder block, and the side of the machine table is provided with telescopic rod and the cylinder for driving telescopic rod, The telescopic rod is connected to machine table.

In above structure: binder block can be up and down relative to machine table by telescopic rod and cylinder realization, soft when heating When plastics temple after change is sent in machine table, it is fixed by binder block, binder block bottom is provided with and moulds Expect the compatible adaptation groove of temple, when binder block pressure, plastics temple is located in adaptation groove, and change will not be depressed by binder block Shape, machine table is realized by telescopic rod and cylinder activity to be arranged in the horizontal direction, thus after realizing to completing the process The collection of finished product.

The utility model is also further arranged: being provided with discharge hole below the machine table, is provided with gear below discharge hole Magazine, the backgauge box are fixed on bottom plate, and the picking-up container for collecting finished product is provided with below the backgauge box.

In above structure；Eyeglasses temple arm after completing the process is fallen in discharge hole from machine table, passes through discharge hole It falls in the picking-up container being located at immediately below discharge hole, backgauge box is provided between picking-up container and discharge hole, can be prevented Under the picking-up container that falls into accidentally of eyeglasses temple arm finished product outside.

The utility model has the beneficial effects that being provided with thimble feed device and plastics temple feeding dress in the utility model It sets, the thimble for being used to make eyeglasses temple arm and plastics temple is sent to being processed as one in machine table respectively, mainly pass through gas Cylinder and mechanically operated mode are realized as the major impetus energy by the power transmission of accurate mechanical engagement and cylinder Eyeglasses temple arm is played card the automated production of machine, is substantially reduced manual labor, is improved work efficiency, improves the safety of work Degree.

Detailed description of the invention

Fig. 1 is that eyeglasses temple arm is played card machine three dimensional structure diagram in the utility model；

Fig. 2 is that eyeglasses temple arm is played card thimble feeder structure schematic diagram in machine in the utility model；

Fig. 3 is that block structure schematic diagram is accommodated in the utility model；

Fig. 4 is splicing block schematic cross-sectional view in the utility model；

Fig. 5 is plastics temple feeder structure schematic diagram in the utility model；

Fig. 6 is material folding pawl structural schematic diagram in the utility model；

Fig. 7 is binder block present invention looks up structural representation in the utility model.

Figure label meaning is as follows: 1- rack；2- plastics temple feed device；3- thimble feed device；4- shell；5- is sliding Rail；6- movable plate；7- heat block；8- cooling block；11- vertical rails；12- discharge hole；13- picking-up container；51- sliding block；31- is pushed away Expect mechanism；32- splicing block；33- accommodates block；311- feeding disk；312- charging ram；313- scraping wings；314- connecting plate；321- Groove；322- opening；323- idler wheel；3111- thimble slot；3112- through-hole；61- fixed plate；611- longitudinal slide rail；21- sets material Frame；22- material folding pawl；23- high-frequency heating block；24- binder block；25- machine table；26- support plate；27- bottom plate；28- cylinder； 29- Telescopic rod；211- first adjusts bolt；212- second adjusts bolt；213- push plate；221- actuating arm；The first grip block of 222-； The second grip block of 223-；241- adaptation groove.

Specific embodiment

With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.

The utility model is described in detail below with reference to Fig. 1 to Fig. 7: a kind of eyeglasses temple arm is played card machine, including organic frame 1 and Shell 4 is provided with thimble feed device 3 and plastics temple feed device 2 in the rack 1, it is characterised in that: the thimble is sent Expect that device 3 includes feeding disk 311, the feeding disk 311 is arranged radially several thimble slots for placing thimble 3111, middle part is provided with through-hole 3112, and pusher 31, the pusher 31 are provided with above the feeding disk 311 Setting is moved back and forth in through-hole 3112 and along feed direction, the pusher 31 includes charging ram 312, the pusher Bar 312 is adapted with thimble slot 3111, further includes having to send out thimble for receiving charging ram 312 positioned at 311 one end of feeding disk Splicing block 32, heat block 7 is connected with below splicing block 32, the splicing block 32 is away from one end setting of feeding disk 311 There is the receiving block 33 being connected with splicing block 32, fluted 321 is arranged in the splicing block 32, along 32 length direction of splicing block Opening 322 and several idler wheels 323 between opening 322 and groove 321 are provided with, the idler wheel 323 is in splicing block 32 With receiving block 33 in activity setting, the plastics temple feed device 2 include feeding rack 21 and be located at 21 bottom of feeding rack For pushing away the push plate 213 of plastics temple, the high-frequency heating block 23 to the heating of plastics temple is provided with along feed direction, it is described Push plate 213 pushes to plastics temple on high-frequency heating block 23, and the side of the high-frequency heating block 23 is provided with for material folding Material folding pawl 22 further includes having machine table 25 and the pressure above machine table 25 and relative to the up and down setting of machine table 25 Expect that block 24, the splicing block 32 are located at the one side of machine table 25, the material folding pawl 22 is in high-frequency heating block 23 and machine table 25 Between move back and forth setting.

In above structure；It include thimble feed device 3 in eyeglasses temple arm processing machine, thimble feed device 3 will be for that will push up Needle is delivered in machine table 25, is included scraping wings 313, feeding disk 311 and splicing block 32 in thimble feed device 3, is sent Several thimble slots 3111 are provided on material disk 311, thimble slot 3111 is provided with immediately below scraping wings 313 for placing thimble Feeding disk 311, feeding disk 311 is rotated relative to scraping wings 313 to be arranged, and feeding disk 311 passes through the control of motor slowly Thimble in thimble slot 3111 on feeding disk 311 is pushed into splicing block 32 by rotation, charging ram 312, and by connecing The heat block 7 of 32 lower section of material block is heated, and receiving block 33, receiving block 33 and splicing block 32 are connected on splicing block 32 Junction is set as arc, and fluted 321 and 323 splicing of several idler wheels above groove 321 are arranged in splicing block 32 Opening 322 is additionally provided on block 32, opening 322 is located at 323 top of idler wheel, and opening 322 is adapted with 312 shape of charging ram, pushes away Material bar 312 pushes thimble to enter in the groove 321 in splicing block 32, and the idler wheel 323 above groove 321 compresses thimble, Its movement is prevented, the continuation of charging ram 312 pushes forward thimble, and charging ram 312 enters in the opening 322 on splicing block 32 simultaneously Continuation pushes forward, and thimble drives idler wheel 323 to travel forward, when idler wheel 323 moves between splicing block 32 and receiving block 33 When arcwall face, since charging ram 312 also is continuing to push thimble forward, at this moment idler wheel 323 can be by arc towards receiving block 33 Middle movement, when idler wheel 323 is all rolled into receiving block 33, thimble is pushed in machine table 25,312 return of charging ram, idler wheel 323 are revert in splicing block 32 by self gravity, and so far, 3 feeding of thimble feed device terminates, plastics temple feed device 2 For plastics temple to be delivered to machine table 25, thimble further passes through charging ram 312 and pushes the thimble on feed table will The thimble of front heads into the plastics temple in machine table 25, and the push plate 213 in plastics temple feed device 2 will set material Plastics temple on frame 21 is pushed to high-frequency heating block 23 and is heated, and plastics temple is heated to softening by high-frequency heating block 23, The plastics temple that material folding pawl 22 will warm up softening is transported in machine table 25 under high-frequency heating block 23, is located at machine table 25 The binder block 24 of top pushes down the plastics temple in machine table 25, at this point, the thimble on feeding disk 311 passes through pusher The promotion of bar 312, the thimble after heating in splicing block 32 are inserted into the plastics temple after softening in machine table 25, until This, eyeglasses temple arm completes the process.

The utility model is further arranged to: being fixed with sliding rail 5 in the rack 1, is provided with sliding block on the sliding rail 5 51, the pusher 31 further includes having connecting plate 314, and described 314 one end of connecting plate is connected to scraping wings 313, and the other end is solid Due to sliding block 51.

In above structure: by the way that connecting plate 314 is fixed on sliding block 51, moved on sliding rail 5 by sliding block 51 to It drives scraping wings 313 and charging ram 312 to move on feed direction, thimble is pushed into splicing block 32 to realize.

The utility model is also further arranged: cooling block 8 is additionally provided with below the splicing block, in the cooling block 8 It is provided with SAPMAC method chamber, is connected with water inlet pipe and outlet pipe on the SAPMAC method chamber.

In above structure；It is provided with SAPMAC method chamber in cooling block 8, is connected with water inlet pipe and outlet pipe in SAPMAC method chamber, leads to It crosses water inlet pipe and enters cold water, exported the hot water that block 7 heats is heated in SAPMAC method chamber from outlet pipe, form a water cooling and follow Ring prevents the heat of heat block 7 to be transferred to other positions by metal block, contingency occurs.

The utility model is further arranged to: being provided with fixed plate 61 and movable plate below the feeding disk 311 66, vertical rails 11 are provided in the rack 1, sliding block 51 are provided in vertical rails 11, movable plate 6 is fixed on sliding block 51 On, the fixed plate 61 is fixed on the lower section of feeding disk 311, longitudinal slide rail 611 is provided on movable plate 6, in longitudinal slide rail 611 It is provided with sliding block 51, fixed plate 61 is fixed on sliding block 51.

In above structure: it is provided with fixed plate 61 and movable plate 6 below charging tray, is provided with vertical rails 11 in rack 1, Fixed plate 61 is fixed on 311 lower section of feeding disk, is provided with longitudinal slide rail 611 on movable plate 6, passes through vertical rails 11 and longitudinal direction Sliding rail 611 and sliding block 51 realize the movement of feeding disk 311 up and down, be conveniently adjusted the position of thimble feed device 3 with And height, adapt to different eyeglasses temple arm processing machines.

The utility model is further arranged to: the plastics temple feed device further includes having bottom plate 27 and being fixed on On bottom plate 27 and support plate 26 arranged in parallel, it is arranged on the end face of thimble conveying device in the support plate 26 Jagged, the splicing block 32 and receiving block 33 are located in notch.

In above structure: support plate 26 is located at the two sides of machine table 25, and bottom plate 27 is located at 25 bottom of machine table, for fixing Plastics temple feed device 2 guarantees its stability, and reception corresponding with machine table 25 is provided in the notch in support plate 26 Block and the receiving block 33 for being connected to reception block.

The utility model is further arranged to: setting is separately provided for adjusting feeding rack 21 in the feeding rack 21 Between distance first adjust bolt 211 and second and adjust bolt 212, the first adjusting bolt 211 is for adjusting feeding rack For 21 length to adapt to plastic lens leg length, the second adjusting bolt 212 is wide with grip plastic temple for adjusting 21 width of feeding rack Degree.

In above structure；Feeding rack 21, which is fixed on, sets in front of material block, by push plate 213 by the plastics temple in feeding rack 21 23 lower section of high-frequency heating block is pushed to, the first adjusting bolt 211 and second is provided in feeding rack 21 and adjusts bolt 212, sets material The region for placing plastics temple is provided on frame 21, plastics temple is placed in from high to low in feeding rack 21, push plate 213 Plate is located at 21 bottom of feeding rack, and the first adjusting bolt 211 adapts to plastic lens leg length for adjusting 21 length of feeding rack, and second Bolt 212 is adjusted for adjusting 21 width of feeding rack with grip plastic temple width.

The utility model is further arranged to: telescopic rod 29 is provided with above the high-frequency heating block 23 and for controlling The up and down cylinder 28 of telescopic rod 29 processed, telescopic rod 29 are connected to high-frequency heating block 23, the lower section setting of high-frequency heating block 23 For heat-insulated heat insulation.

In above structure: plastics temple is heated by high-frequency heating block 23, during heating, high-frequency heating The heat of block 23 can conduct, therefore be provided with heat insulation below high-frequency heating block 23, by by plastics temple push to every The heating to plastics temple is realized in heat block, after heating is completed, high-frequency heating block 23 passes through telescopic rod 29 and cylinder 28 It is upwards collected through.

The utility model is further arranged to: the material folding pawl 22 includes actuating arm 221 and is fixed on actuating arm The first grip block 222, the second grip block 223 on 221, first grip block 222 and the second grip block 223 pass through cylinder 28 Driving realize clamping to plastics temple.

In above structure；Material folding pawl 22 is spliced to form by the first grip block 222 with the second grip block 223, the second clamping It is fixedly connected with actuating arm 221 on plate 223, cylinder 28 is respectively connected on actuating arm 221 and the first grip block 222, when material folding pawl 22 from processing to when setting material block movement on fast, and cylinder 28 starts the first grip block 222 and the second grip block 223 is separated from each other place one A size crack compatible with plastics temple, after eyes temple completes the process, the first grip block 222 and the second grip block 223 are contacted with each other by the driving of cylinder 28.

The utility model is further arranged to: be provided on the end face that the binder block 24 is in contact with machine table 25 with Plastics temple compatible adaptation groove 241 is provided with telescopic rod 29 above the binder block 24 and for controlling telescopic rod 29 Up and down cylinder 28, the telescopic rod 29 are connected to binder block 24, and the side of the machine table 25 is provided with telescopic rod 29 With for driving the cylinder 28 of telescopic rod 29, the telescopic rod 29 is connected to machine table 25.

In above structure: binder block 24 can be up and down relative to machine table 25 by telescopic rod 29 and the realization of cylinder 28, When the plastics temple after heating and softening is sent in machine table 25, it is fixed by binder block 24, binder block 24 Bottom is provided with adaptation groove 241 compatible with plastics temple, and when binder block 24 is depressed, plastics temple is located at adaptation groove 241 In, deformation will not be depressed by binder block 24, machine table 25 is realized by telescopic rod 29 and cylinder 28 can be movable in the horizontal direction Setting, to realize the collection to the finished product after completing the process.

The utility model is also further arranged: being provided with discharge hole 12 below the machine table 25, sets below discharge hole 12 It is equipped with backgauge box, the backgauge box is fixed on bottom plate 27, and the splicing for collecting finished product is provided with below the backgauge box Case 13.

In above structure；Eyeglasses temple arm after completing the process is fallen in discharge hole 12 from machine table 25, by going out Material hole 12 is fallen in the picking-up container 13 immediately below discharge hole 12, and gear is provided between picking-up container 13 and discharge hole 12 Magazine, outside the picking-up container 13 that can prevent the eyeglasses temple arm finished product fallen down from falling into accidentally.

The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications, above-mentioned vacation can also be made If these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims

The machine 1. a kind of eyeglasses temple arm is played card, including organic frame and shell are provided with thimble feed device and modeling in the rack Expect temple feed device, it is characterised in that: the thimble feed device includes feeding disk, and the feeding disk is arranged radially There are several thimble slots for placing thimble, middle part is provided with through-hole, is provided with pusher above the feeding disk, described Pusher is located in through-hole and moves back and forth setting along feed direction, and the pusher includes charging ram, described to push away Material bar is adapted with thimble slot, is further included having to be used to receive the splicing block that charging ram sends out thimble positioned at feeding disk one end, is connect It is connected with heat block below material block, one end that the splicing block is away from feeding disk is provided with the receiving being connected with splicing block Block, be arranged in the splicing block it is fluted, be provided with opening along splicing block length direction and be located between opening and groove Several idler wheels, the idler wheel splicing block and receiving block in activity setting, the plastics temple feed device includes to set material Frame and the push plate for being used to push away plastics temple positioned at feeding rack bottom, are provided with the height to the heating of plastics temple along feed direction Frequency heat block, the push plate push to plastics temple on high-frequency heating block, and the side of the high-frequency heating block, which is provided with, to be used for The material folding pawl of material folding further includes having machine table and the binder above machine table and relative to the up and down setting of machine table Block, the splicing block are located at the one side of machine table, and the material folding pawl is moved back and forth between high-frequency heating block and machine table and set It sets.
The machine 2. a kind of eyeglasses temple arm according to claim 1 is played card, it is characterised in that: it is fixed with sliding rail in the rack, Sliding block is provided on the sliding rail, the pusher further includes having connecting plate, and the one end of the connection board is connected to scraping wings, separately Sliding block is fixed in one end.
The machine 3. a kind of eyeglasses temple arm according to claim 1 is played card, it is characterised in that: also set up below the splicing block There is cooling block, SAPMAC method chamber is provided in the cooling block, is connected with water inlet pipe and outlet pipe on the SAPMAC method chamber.
The machine 4. a kind of eyeglasses temple arm according to claim 1 is played card, it is characterised in that: be provided with below the feeding disk Fixed plate and movable plate are provided with vertical rails in the rack, sliding block are provided in vertical rails, movable plate is fixed on cunning On block, the fixed plate is fixed below feeding disk, is provided with longitudinal slide rail on movable plate, is provided with cunning in longitudinal slide rail Block, fixed plate are fixed on sliding block.
The machine 5. a kind of eyeglasses temple arm according to claim 1 is played card, it is characterised in that: the plastics temple feed device is also Include bottom plate and be fixed on support plate on bottom plate and arranged in parallel, close to thimble conveying device in the support plate End face on be arranged it is jagged, the splicing block and receiving block be located in notch.
The machine 6. a kind of eyeglasses temple arm according to claim 1 is played card, it is characterised in that: be arranged in the feeding rack and set respectively It is equipped with first for adjusting distance between feeding rack and adjusts bolt and the second adjusting bolt, the first adjusting bolt is for adjusting For section feeding rack length to adapt to plastic lens leg length, the second adjusting bolt is wide with grip plastic temple for adjusting feeding rack width Degree.
The machine 7. a kind of eyeglasses temple arm according to claim 1 is played card, it is characterised in that: setting above the high-frequency heating block There is telescopic rod and for controlling the up and down cylinder of telescopic rod, telescopic rod is connected to high-frequency heating block, high-frequency heating block Lower section setting is used for heat-insulated heat insulation.
The machine 8. a kind of eyeglasses temple arm according to claim 1 is played card, it is characterised in that: the material folding pawl includes actuating arm And it is fixed on the first grip block, the second grip block on actuating arm, first grip block and the second grip block pass through cylinder Driving realize clamping to plastics temple.
The machine 9. a kind of eyeglasses temple arm according to claim 1 is played card, it is characterised in that: the binder block connects with machine table It is provided with adaptation groove compatible with plastics temple on the end face of touching, is provided with telescopic rod and for controlling above the binder block The up and down cylinder of telescopic rod processed, the telescopic rod are connected to binder block, the side of the machine table be provided with telescopic rod and For driving the cylinder of telescopic rod, the telescopic rod is connected to machine table.
10. a kind of eyeglasses temple arm is played card machine according to claim 1 or described in 9, it is characterised in that: set below the machine table It is equipped with discharge port, is provided with backgauge box below discharge hole, the backgauge box is fixed on bottom plate, the lower section setting of the backgauge box There is picking-up container.