CN203748788U - Jewelry processing equipment - Google Patents

Abstract

The utility model discloses jewelry processing equipment which comprises a clamping device for clamping a retaining ring of jewelry in a hole of a part with the hole of the jewelry, wherein a feeding device is arranged at the feeding end of the clamping device. As the retaining ring is clamped in the part with the hole by the processing equipment instead of manual operation, the product quality is ensured; the equipment can perform automatic processing, and multiple pieces of equipment can be operated by one worker to finish material replenishment and other operations, so that the labor cost is greatly reduced, the complicated manual operation is avoided, great convenience is provided for workers, the mass production can be realized while the product quality is ensured, and the large-batch industrialized production can be conveniently realized.

Description

A kind of process equipment of jewellery

Technical field

The utility model relates to processing of ornament technical field, in particular, relates to a kind of process equipment of jewellery.

Background technology

In jewellery, on the connector of apertured plate member, be welded with clasp and connect other ornaments parts, when welding, need to be by welding after the aperture aligned position of clasp and apertured plate member, operator carries out simple repetitive operation for a long time, can feel exhausted, easily make mistakes, cause the appearance of substandard products or waste product, and cost of labor is higher, is not easy to industrialized mass.

Summary of the invention

Technical problem to be solved in the utility model is to provide a kind of artificial automation jewellery processing equipment of saving.

The purpose of this utility model is achieved through the following technical solutions:

A process equipment for jewellery, described process equipment comprises the clasp of jewellery is fastened on to the clamping close device in the apertured plate member aperture of jewellery, the feed end of described clamping close device is provided with feed arrangement.

Further, described process equipment also comprises can be at the pedestal of feed arrangement and clamping close device back and forth movement, described clamping close device comprises the clamping part for clamping apertured plate member, described clamping part is arranged on described pedestal, described clamping close device also comprises clasp outlet, it is concordant with described clasp outlet that described pedestal can drive the apertured plate member of clamping part clamping to move to aperture, and described process equipment also includes control system, and the movement position of described pedestal is by control system control.Use the motion of pedestal to drive clamping part motion, realize the processing of streamline, and can back and forth movement, improve working (machining) efficiency, the height of pedestal is fixed, can be constant by the distance ensureing between each aperture and clasp outlet is set, the motion of control system control pedestal further ensures the precision of processing.

Further, described process equipment is provided with leading screw, and described pedestal is provided with the lead screw hole coordinating with leading screw, and described leading screw is through described lead screw hole.The back and forth movement of leading screw control pedestal, control accuracy is high, ensures the precision of processing.

Further, be also provided with slide rail in described leading screw adjacent position, described pedestal is also provided with the slide rail hole coordinating with slide rail, and described slide rail is through described slide rail hole., slide rail can be born the impulsive force that adds man-hour, protection leading screw, and slide rail can also be as the guiding of motion.

Further, described process equipment also comprises the diel that metal wire is stamped into semicircle annular clip-ring, the outlet of diel is communicated with the import of clamping close device, import in described diel is provided with wire advancing device, and described wire advancing device comprises the bobbin winoler that is wound around metal wire and the wire-delivering unit of controlling metal wire inlet wire.Diel is combined with clamping close device, has improved the automaticity of process equipment, further reduces manually, and wire advancing device ensures the stability of metal wire press work.

Further, described feed arrangement comprises cleaning plant, and described cleaning plant comprises a telescopic cleaning rod, and described cleaning rod matches with the port size size of apertured plate member.The aperture cleaning of apertured plate member is clean, except deburring impurity, can snap in smoothly carrying out when clasp snaps in the aperture of apertured plate member like this, can not scratch apertured plate member or clasp.

Further, described process equipment comprises positioner, described positioner is between feed arrangement and clamping close device, described positioner comprises telescopic backstay, in the time that clamping part moves to feed arrangement place clamping apertured plate member, backstay and feed arrangement lay respectively at the both sides of clamping part, and now the distance between clamping part and backstay is definite value, and the distance value that this definite value exports when concordant according to the aperture of apertured plate member and the clasp of clamping close device is set.Positioner ensures carrying out clasp while snapping in apertured plate member, between the clasp outlet of clamping close device and the aperture of apertured plate member, distance is steady state value, being convenient to so accurate processing snaps in, after a contraposition, processing afterwards does not need contraposition again again, handled easily personnel operate machines, and improves automaticity and working (machining) efficiency.

Further, the discharge end of described clamping close device is provided with clasp is welded on to the welder in apertured plate member.By welder, clasp is welded in apertured plate member, so just can more firmly clasp be fixedly connected with apertured plate member, facilitate production and processing and use.

Further, described process equipment involving vibrations loading plate, described vibration feeding dish is in the charging aperture side of feed arrangement, and described vibration feeding dish comprises the material loading track that spirality rises, described material loading track is provided with fracture, and described fracture makes the narrowed width of material loading track.Use vibration feeding dish feed, simple and easy to operate, the formation of apertured plate member is also relatively applicable to vibration feeding dish, fracture is set and can makes apertured plate member become single apertured plate member arrangement rising from multiple rising side by side, so just facilitates charging processing.

Further, described material loading track is provided with cover plate, and described cover plate is close to the charging aperture of feed arrangement, and described cover plate is a capping apertured plate member of close charging aperture at least.Suspend and snap in and add man-hour like this, the vibration feeding dish material loading that works on, even if the apertured plate member at other positions of material loading track order is disorderly, is positioned at the apertured plate member of the most close charging aperture under the capping of cover plate, is still normal alignment.Add man-hour when re-starting to snap in, the charging that can at least ensure next apertured plate member is normal.

The utility model snaps in apertured plate member owing to using process equipment to replace manually by clasp, and by machine operation, has ensured the quality of product; Equipment is processed automatically, and multiple devices only need an operator can complete feed supplement and other operations, have greatly saved cost of labor, have also saved and have manually carried out complicated operation, for workman provides great convenience; In ensureing product quality, also can produce in a large number, be convenient to realize the production of industrial mass.

Brief description of the drawings

Fig. 1 is the schematic perspective view of the utility model embodiment jewellery processing equipment;

Fig. 2 is the schematic perspective view of the utility model embodiment clasp and apertured plate member;

Fig. 3 is the schematic perspective view of the utility model embodiment clamping close device;

Fig. 4 is the schematic perspective view of the utility model embodiment diel;

Fig. 5 is the partial schematic diagram of the utility model embodiment diel;

Fig. 6 is the schematic perspective view of the utility model embodiment clamping close device inside;

Fig. 7 is the schematic perspective view of the utility model embodiment pedestal;

Fig. 8 is the schematic perspective view of the utility model embodiment vibration feeding dish and positioner.

Wherein: 1, support, 2, bracing frame, 3, clamping close device, 4, feed arrangement, 5, welder, 51, plumb joint, 6, leading screw, 7, pedestal, 8, vibration feeding dish, 81, material loading track, 9, bobbin winoler, 10, pneumatic means, 11, wire-delivering unit, 12, metal wire, 13, slide rail, 31, clamping part, 41, feeding-passage, 42, positioner, 421, backstay, 43, cleaning plant, 431, cleaning rod, 100, clasp, 200, apertured plate member, 201, aperture, 32, clasp outlet, 33, stock, 34, cylindrical bar, 331, recess, 332, groove, 310, mobile jib, 311, the first pole, 312, the second pole, 313, fulcrum, 314, clamping hole, 71, motor, 410, discharging opening, 421, backstay.

Detailed description of the invention

Below in conjunction with accompanying drawing and preferred embodiment, the utility model is described in further detail.

As shown in Figures 1 to 8, the process equipment of jewellery comprises support 1, support 1 is provided with bracing frame 2, clamping close device 3 for the clasp of semicircle annular 100 being snapped in to apertured plate member 200 is installed on bracing frame 2, the feed end of clamping close device 3 is provided with feed arrangement 4, the discharge end of clamping close device 3 is provided with clasp is welded on to the welder 5 in apertured plate member 200, and feed arrangement 4, clamping close device 3, welder 5 form a flow work.Clamping close device 3 comprises the clamping part 31 for clamping apertured plate member 200, and clamping part 31 can be at feed arrangement 4, clamping close device 3,5 back and forth movements of welder.Leading screw 6 is also installed on support 1, pedestal 7 is installed on leading screw 6, pedestal 7 is movably, and clamping part 31 is arranged on pedestal 7, can move with pedestal 7, and pedestal 7 can be at feed arrangement 4, clamping close device 3,5 back and forth movements of welder.Feed arrangement 4 comprises the feeding-passage 41 of exporting apertured plate member 200, and feeding-passage 41 has discharging opening 410; The clasp outlet 32 of clamping close device 3 comprises that Open Side Down side, clasp outlet 32 is used for clasp 100 to send.

Pedestal 7 moves by leading screw 6, drive clamping part 31 to clamp apertured plate member 200 from the discharging opening 410 of feed arrangement 4, then the aperture of apertured plate member 200 201 is moved to the lower position that the clasp 100 of clamping close device 3 exports, make the aperture 201 of apertured plate member 200 and 100 outlets of the clasp of clamping close device 3 keep concordant, at this moment clamping close device 3 internal part motions, clasp 100 is extruded and snapped in the aperture 201 of apertured plate member 200, because the size in ratio apertured plate member 200 apertures 201 that the size of clasp 100 is arranged is slightly large, make clasp 100 snap in aperture 201 when interior, clasp 100 is interference fit with hole, thereby clasp 100 can be fixed in apertured plate member 200.Afterwards the part that snaps in clasp 100 is transported to welder 5 places, welder 5 is welded on clasp 100 in apertured plate member 200, and clasp 100 has just more firmly been fixed in apertured plate member 200 like this.

This process equipment has replaced manually clasp 100 has been snapped in to apertured plate member 200, and by machine operation, has ensured the quality of product; Equipment is processed automatically, and multiple devices only need an operator can complete feed supplement and other operations, have greatly saved cost of labor, have also saved and have manually carried out complicated operation, for workman provides great convenience; In ensureing product quality, also can produce in a large number, be convenient to realize the production of industrial mass.

Wherein, clasp 100 can be also other shapes, as a rectangle frame lacking on one side, or the elliptical ring of half, or other similar parts, by suitable design, clasp 100 can be snapped in the aperture 201 of apertured plate member 200.As shown in Figure 2, in the present embodiment, apertured plate member 200 is hexagonal cartridge units, apertured plate member 200 can be also other shape, as the cylinder portion of cylindrical shape or rectangle, be with porose can realization that clasp 100 is snapped in aperture 201, what the size in hole can inside and outside hole is in the same size, also little in can aperture 201 macropores, like this clasp 100 is snapped in to apertured plate member 200 when interior, be all easier to snap in, convenient manufacturing.If large in 201 apertures of aperture, also can snap in by rational design.

Clasp 100 can be to put into clamping close device 3 after moulding, can be also mould to be set on this process equipment manufacture clasp 100, and the clasp 100 then by clamping close device 3, manufacture being completed snaps in the aperture 201 of apertured plate member 200.As shown in Figures 3 to 5, clasp 100 is manufactured in the diel that arranges on bracing frame 2 adopting in the present embodiment, diel is arranged in clamping close device 3, diel comprises mold and bed die, mold comprises a stock 33, and one end that stock 33 contacts with bed die is provided with the recess 331 of semicircle annular, along being also provided with groove 332 in the recess 331 of semicircle annular, groove 332 can just in time hold clasp 100, and the diameter of groove 332 is identical with the diameter of metal wire 12, bed die comprises the cylindrical bar 34 that an outside cylinder matches with described recess 331, stock 33 is vertical with cylindrical bar 34, and the outside cylinder of cylindrical bar 34 is aimed at the recess 331 of stock 33, when stock 33 falls, cylindrical bar 34 can snap in recess 331, like this, when metal wire 12 enters after diel, metal wire 12 aligned recesses 332 enter recess 331, then stock 33 moves downward, coordinate with bed die cylindrical bar 34, metal wire 12 is pressed in groove 332, so just form the shape of clasp 100, in order to allow metal wire 12 disconnect, the slightly larger in diameter of the ratio groove 332 that outer cylindrical bar 34 diameter of a circle can be arranged, and the both ends open place of the groove of semicircle annular 332 is arranged to corner angle, when mold presses to bed die like this, because the diameter of cylindrical bar 34 is than the slightly larger in diameter of groove 332, the both ends open place at groove 332 is compressed metal wire 12 by cylindrical bar 34, and the both ends open place of groove 332 is provided with corner angle, corner angle can play the dissection of cutter, under the pressure effect of cylindrical bar 34, metal wire 12 is cut off, like this, cylindrical bar 34 mating reactions of the recess 331 of mold stock 33 and groove 332 and bed die, metal wire 12 is struck out to needed semicircle clasp 100, then cylindrical bar 34 is along the axially-movable of cylindrical bar 34, from recess 331, extract out, during due to punching press, cylindrical bar 34 breaks metal wire 12, metal wire 12 is at groove 332 both ends open places meeting kish powder, between these metal dusts and edges and corners, have certain adhesion strength, when cylindrical bar 34 is from recess 331 is extracted out, the clasp 100 that these adhesion strengths can be supported in groove 332 can not fall.Stock 33 continues to move downward afterwards, stretch out from clasp 100 outlets of clamping close device 3, coordinate with the aperture 201 of apertured plate member 200 below clasp 100 outlets, that clamped by clamping part 31, due to aperture 201 slightly larger in diameter of the ratio apertured plate member 200 that the diameter of clasp 100 is arranged, so clasp 100 will snap in the aperture 201 of apertured plate member 200, then stock 33 gos up, and gets back to initial position.So just complete and manufactured clasp 100, clasp 100 has been snapped in the process of apertured plate member 200.

In the present embodiment, add the diel of clasp 100, diel is integrated in process equipment, improve the automaticity of jewellery processing equipment, do not need other equipment to produce in addition clasp 100, and the parts in the parts in diel and clamping close device 3, as stock 33, it is the mold in diel, metal wire 12 is struck out to clasp 100, clasp 100 can be snapped in apertured plate member 200 again, parts have multiple use, realize different functions, so diel is integrated into after process equipment, compare separately and manufacture, some parts are saved, so just save material, save the cost of equipment.

As shown in Figure 6, diel comprises three pneumatic means 10, and pneumatic means 10 is vertically arranged in order, and graded movement can adapt to different needs of work like this.In the time carrying out the punching press of metal wire 12, only need short-range motion, so only need to approach the pneumatic means motion of stock 33 most, drive stock 33 to do short-range motion downwards, can complete stamped metal line 12.In the time using stock 33 that clasp 100 is snapped onto to apertured plate member 200, need three pneumatic means to move simultaneously, can push away like this move distance of stock 33, be convenient to snap in.Grading control motion like this, has made up the too short deficiency of move distance that single pneumatic means can be controlled, and is used in combination, more flexible.

For carrying out the punching press of clasp 100, on the bracing frame 2 of process equipment, be also provided with the bobbin winoler 9 of metal wire 12 and metal wire 12 be delivered into the wire-delivering unit 11 of diel, on bobbin winoler 9, be wound with metal wire 12, reserve metal air line 12, metal wire 12 must be that linear state enters in the time entering decompressor, so process equipment is also provided with wire-delivering unit 11 and is used for defeated line, wire-delivering unit 11 provides pulling force by stretching metal wire 12 by pneumatic means 10, and enters diel with the direction that is applicable to punching press.Bobbin winoler 9 is set and wire-delivering unit 11 can facilitate punching press clasp 100, improves the automaticity of process equipment.

In the present embodiment, clamping part 31 is to comprise a mobile jib 310, on mobile jib 310, there is a fulcrum 313, clamping part 31 also comprises and is arranged on the first pole 311 on mobile jib 310 fulcrums 313 and is arranged on the second pole 312 on mobile jib 310 fulcrums 313, the first pole 312 and the second pole 312 can be rotated around fulcrum 313, the first pole 311 has limiting unit and can limit the second pole 312 and rotate relative to the first pole 311, limiting unit is provided with the clamping hole 314 that can clamp apertured plate member 200, described limiting unit is in one end of fulcrum 313, the other end of fulcrum 313 has the limiting section arranging on mobile jib 310 to limit the motion of the first pole 311 and the second pole 312, ensure the stability in the time of clamping apertured plate member 200.When clamping apertured plate member 200, limiting section on mobile jib 310 drives the first pole 311 and the second pole 312 to produce relative motion, make limiting unit on the first pole 311 away from the second pole 312, be that open at limiting unit place, apertured plate member 200 enters clamping hole 314, and then the limiting section on mobile jib 310 drives the first pole 311 and the second pole 312 to produce relative motion, is that limiting unit on the first pole 311 is near the second pole 312, be limiting unit closure, apertured plate member 200 is gripped.Because apertured plate member 200 is generally less, the opening and closing between the first pole 311 and the second pole 312 only need to be moved a bit of.For the ease of clamping and processing, in the process that the first pole 311 and the second pole 312 are moved, keep apertured plate member 200 in level as far as possible, like this can be more stable in the process of clamping.One of them pole can also be maintained static, and just another one pole motion, control so once more conveniently, only need to control a pole and rotate around fulcrum 313.For example, the first pole 311 is fixed on mobile jib 310, the second pole 312 can be rotated around fulcrum 313, limiting section on mobile jib 310 limits the motion of the second pole 312, limiting section drives the second pole 312 to rotate around fulcrum 313, separate with the limiting unit of the first pole 312, apertured plate member 200 enters clamping hole 314, then limiting section drives the second pole 312 to move, limiting section closure with the first pole 311, thereby clamp apertured plate member 200, thereby apertured plate member 200 is clamped to operation, drive the motion of apertured plate member 200, can be easier while controlling the motion of pole like this, only need to control the motion of a pole.

Mobile jib 310 can also rotate, thereby drive apertured plate member 200 to rotate, so just can adapt to needs different in process, for example, in the time that the hole at the two ends of apertured plate member 200 all needs to snap in clasp 100, the clasp 100 that first aperture of apertured plate member 200 one end is moved to clamping close device 3 exports, and clasp 100 is snapped in this stomidium mouth, then mobile jib 310 180 degree that overturn, the aperture alignment clasp 100 of the other end is exported, more next clasp 100 is snapped in this aperture.This upset is also suitable in other steps, as in the time that clamping part 31 connects material, connects material for convenience, and mobile jib 310 can turn to the angle that adapts to connect material and accept material, so just more flexible, is convenient to the setting of feed arrangement 4.In the time of welding, also can apply like this, mobile jib 310 can rotate, thereby is convenient to carry out welding operation.The angle that mobile jib 310 rotates can be arbitrarily, so just can adapt to multiple demand.The rotation of mobile jib 310 drives rotation by the motor 71 being arranged on pedestal 7, and the control of motor 71 is by the programme-control arranging in process equipment, and pedestal 7 is provided with pneumatic means 10 and controls the clamping of clamping part 31 and unclamp.

The rotating structure of this clamping part 31 is conducive to the continuity of process equipment work, is convenient to setting and the integrally-built optimization of process equipment of other structures in equipment.Utilize the first pole 311 and the second pole 312 change of distance between motion control the first pole 311 and second pole 312 of fulcrum 313, thereby clamping and unclamp apertured plate member 200, such control ratio is more flexible, goes for the apertured plate member 200 of difformity, different size.

Feed arrangement 4 comprises feeding-passage 41, and the shape of feeding-passage 41 is the same with the shape of apertured plate member 200, and size also coordinates with the appearance and size of apertured plate member 200, so just facilitates the charging of apertured plate member 200.Clamping part 31 enters the outer wait apertured plate member 200 of feeding-passage 41, and the clamping hole 314 of clamping part 31 aligns with discharging opening 410, and apertured plate member 200 enters clamping hole 314.Feed arrangement 4 also comprises positioner 42, in apertured plate member 200 in the time that the discharging opening 410 of feeding-passage 41 moves to one end of clamping hole 314, described positioner 42 comprises a backstay 421 that is positioned at clamping hole 314 other ends, described backstay 421 is telescopic, process equipment is provided with pneumatic means 10 and controls the flexible of backstay 421, in the time that clamping part 31 does not also move to feeding-passage 41 place, backstay 421 shrinks, so just can not have influence on the movement of clamping part 31, in the time that clamping part 31 moves to feeding-passage 41 place, backstay 421 stretches out, gear is outside clamping hole 314, like this, apertured plate member 200 enters after clamping hole 314, continue to the interior motion of clamping hole 314, until be positioned, bar 421 blocks, now apertured plate member 200 stops at the axially-movable in clamping hole 314, clamping part 31 clamps apertured plate member 200, while ensureing each clamping, distance between clamping part 31 and backstay 421 is definite value, the setting of this definite value is to clamp apertured plate member 200 according to clamping part 31 to move to aperture 201 and the clasp of clamping close device 3 and export 32 when concordant, distance between the aperture 201 of apertured plate member 200 and clasp outlet 32 is set, this distance is in order to ensure that clasp 100 snaps in the accuracy of apertured plate member 200, the setting of above-mentioned definite value can be, in the time engaging, clamping part 31 deducts aperture 201 to the distance value of clasp outlet 32 and exports 32 distance value with clasp, also can set as required.Then clamping part 31 moves to other positions and processes.Backstay 421 ensure that as the used time each apertured plate member 200 is in the time being held portion 31 and clamping, all in identical position with respect to clamping part 31, like this carrying out clasp 100 while snapping in apertured plate member 200, it is consistent all the time making the distance between the aperture 201 of apertured plate member 200 and clasp outlet 32, can ensure the accuracy that clasp 100 snaps in, by rational setting, make clasp 100 in the time snapping in apertured plate member 200, can just in time snap in the eating dishes without rice or wine of apertured plate member 200, can not damage again apertured plate member 200.Backstay 421 can be circular bar shape, can be also other shapes, for example rectangular shaft, and rectangular block, can block the axially-movable of apertured plate member 200 in clamping hole 314.

Carrying out before clasp 100 snaps in apertured plate member 200, in order to allow in the apertured plate member 200 that clasp 100 snaps in more smoothly, can also carry out the cleaning of apertured plate member 200, the cleaning plant 43 of process equipment comprises cleaning rod 431, the design that matches with aperture 201 sizes of apertured plate member 200 of the size of cleaning rod 431, i.e. cleaning side can just in time be inserted in the aperture 201 of apertured plate member 200, the degree of depth that cleaning rod 431 inserts does not need too dark, only need to ensure that the degree of depth that clasp 100 snaps in apertured plate member 200 apertures 201 is clean.Due to manufacture when apertured plate member 200 may be in aperture 201 interior more residual impurity or burr, so just having affected clasp 100 snaps in the aperture 201 of apertured plate member 200, after cleaning rod 431 is cleared up the aperture of apertured plate member 200 201, just can make clasp 100 snap in easily in apertured plate member 200, improve the yields of product.

Process equipment is involving vibrations loading plate 8 also, and vibration feeding dish 8 is in the charging aperture side of the feeding-passage 41 of feed arrangement 4, and vibration feeding dish 8 is for the apertured plate member of input 200 being carried out to auto-sequencing and sending into according to this feeding-passage 41.Vibration feeding dish 8 comprises dish seat and is arranged on the disk body on dish seat, disk body comprises material loading track 81, material loading track 81 is twist from the rising of trying to get to the heart of a matter of disk body, material loading track is provided with orbital groove, to be material loading track 81 form to the sidewall slope of disk body orbital groove, can prevent that like this apertured plate member 200 falling in the time that spirality rises.Material loading track 81 is after suitable stroke, the width of material loading track 81 can narrow, from adapt to three apertured plate member 200 move side by side become adapt to two apertured plate member 200 move side by side, become again the width that only allows an apertured plate member 200 to move, in the position of material loading track 81 wide variety, while narrowing from the width, wide go out part fracture is directly set, be steep cliff shape, unnecessary apertured plate member 200 will drop down onto from fracture the place that tries to get to the heart of a matter of disk body, again start from trying to get to the heart of a matter to rise, so just ensure in the time entering feeding-passage 41, that arrange facing to aperture 201 successively order in single apertured plate member 200 apertures 201, thereby ensure normal charging.Before apertured plate member 200 enters feeding-passage 41, on vibration feeding dish 8, be also provided with cover plate, cover plate is located at the single parts target phase of vibration feeding dish 8, and in the position of being close to feeding-passage 41, cover plate at least covers an apertured plate member 200 of the most close feeding-passage 41, it is longer that cover plate can arrange along the length of material loading track 81, the multiple apertured plate member 200 of capping master, like this in the time that feeding-passage 41 is closed, vibration feeding dish 8 works on, can ensure that an at least follow-up apertured plate member 200 is in normal feed entrance point, preparation enters feeding-passage 41, when feeding-passage 41 reopens can charging time, follow-up apertured plate member 200 just can continue normally to enter feeding-passage 41, while working on again after other device break-ofves, like this continuity that can ensure work is set, increase the flexibility of equipment processing.

Welder 5 comprises plumb joint 51, plumb joint 51 has two, like this, and in the time that the apertured plate member 200 that snaps in clasp 100 is moved to welder 5 place by clamping part 31, can weld two positions that clasp 100 contacts with apertured plate member 200 simultaneously, improve the efficiency of welding.After clasp 100 welding that complete one end, clamping part 31 can be spent in upset 180, carries out the welding of other end clasp 100.Plumb joint 51 also can be set to a plumb joint 51, two position welding that contact with apertured plate member 200 at clasp 100.Welder 5 also can be processed other equipment that need to replace according to reality, and other fixed connection apparatus, as discharged the device of glue, by parts bonding together.Contiguous welder 5 is also provided with camera, and what be connected with camera has a screen, situation when operator can see welding by screen, and whether the position of observing welding is accurate, facilitates like this yields of controlling product, and what further ensure to produce is stable.

Pedestal 7 is arranged on leading screw 6, and pedestal 7 moves by leading screw 6 like this, can control accurately the movement position of pedestal 7, thereby ensures the stable of processing.The rotation of leading screw 6 is controlled by air cylinder device, and air cylinder device control is convenient.On process equipment, be also provided with slide rail 13, pedestal 7 is also arranged on slide rail 13.Clamping part 31 engages operation during at clamping close device 3 places, may be subject to the effect of a part of impulsive force, affect pedestal 7 and leading screw 6, thereby the precision of impact processing, arranges after slide rail 13, like this by slide rail 13 and leading screw 6 shared impulsive forces, thereby reduce the impact on slide rail 13 and leading screw 6, slide rail 13 is arranged on a side of more close clamping part 31, and the diameter of slide rail 13 is also larger, ensures enough to bear certain impulsive force.Slide rail 13 can be one can be also two, or more, and two one slide rails 13 are more stable, and the impulsive force that can bear is larger, and two one slide rails 13 are respectively at two side positions of leading screw 6, and holding capacity is more even like this.

In process equipment, the motion of all parts is controlled by the program of setting, equipment in the present embodiment all completes motion by air cylinder device control, what this equipment was processed is smaller part, needed power does not need too large, so pneumatic means 10 just can meet the needs of this equipment processing, and the response speed of pneumatic means 10 is very fast, be adapted to high efficiency production and processing, the cost performance of pneumatic means 10 is also higher.The air inlet of these pneumatic means 10 of the programme-control of process equipment setting and giving vent to anger, is convenient to control.Process equipment also comprises control panel, and the parameter of display unit and the button of control on control panel, by rational setting, by suitable the motion match of the motion of pneumatic means 10 and parts.

Above content is in conjunction with concrete preferred embodiment further detailed description of the utility model, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, without departing from the concept of the premise utility, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.

Claims (10)

1. a process equipment for jewellery, is characterized in that, described process equipment comprises the clasp of jewellery is fastened on to the clamping close device in the apertured plate member aperture of jewellery, and the feed end of described clamping close device is provided with feed arrangement.

2. the process equipment of a kind of jewellery as claimed in claim 1, it is characterized in that, described process equipment also comprises can be at the pedestal of feed arrangement and clamping close device back and forth movement, described clamping close device comprises the clamping part for clamping apertured plate member, described clamping part is arranged on described pedestal, described clamping close device also comprises clasp outlet, it is concordant with described clasp outlet that described pedestal can drive the apertured plate member of clamping part clamping to move to aperture, described process equipment also includes control system, and the movement position of described pedestal is by control system control.

3. the process equipment of a kind of jewellery as claimed in claim 2, is characterized in that, described process equipment is provided with leading screw, and described pedestal is provided with the lead screw hole coordinating with leading screw, and described leading screw is through described lead screw hole.

4. the process equipment of a kind of jewellery as claimed in claim 3, is characterized in that, is also provided with slide rail in described leading screw adjacent position, and described pedestal is also provided with the slide rail hole coordinating with slide rail, and described slide rail is through described slide rail hole.

5. the process equipment of a kind of jewellery as claimed in claim 1, it is characterized in that, described process equipment also comprises the diel that metal wire is stamped into semicircle annular clip-ring, the outlet of diel is communicated with the import of clamping close device, import in described diel is provided with wire advancing device, and described wire advancing device comprises the bobbin winoler that is wound around metal wire and the wire-delivering unit of controlling metal wire inlet wire.

6. the process equipment of a kind of jewellery as described in as arbitrary in claim 1 to 5, is characterized in that, described feed arrangement comprises cleaning plant, and described cleaning plant comprises a telescopic cleaning rod, and described cleaning rod matches with the port size size of apertured plate member.

7. the process equipment of a kind of jewellery as claimed in claim 2, it is characterized in that, described process equipment comprises positioner, described positioner is between feed arrangement and clamping close device, described positioner comprises telescopic backstay, in the time that clamping part moves to feed arrangement place clamping apertured plate member, backstay and feed arrangement lay respectively at the both sides of clamping part, now the distance between clamping part and backstay is definite value, and the distance value that this definite value exports when concordant according to the aperture of apertured plate member and the clasp of clamping close device is set.

8. the process equipment of a kind of jewellery as claimed in claim 1, is characterized in that, the discharge end of described clamping close device is provided with clasp is welded on to the welder in apertured plate member.

9. the process equipment of a kind of jewellery as claimed in claim 1, it is characterized in that, described process equipment involving vibrations loading plate, described vibration feeding dish is in the charging aperture side of feed arrangement, described vibration feeding dish comprises the material loading track that spirality rises, described material loading track is provided with fracture, and described fracture makes the narrowed width of material loading track.

10. the process equipment of a kind of jewellery as claimed in claim 9, is characterized in that, described material loading track is provided with cover plate, and described cover plate is close to the charging aperture of feed arrangement, and described cover plate is a capping apertured plate member of close charging aperture at least.