CN204156280U - A kind of mounted connector terminal group founds machine - Google Patents
A kind of mounted connector terminal group founds machine Download PDFInfo
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- CN204156280U CN204156280U CN201420687316.8U CN201420687316U CN204156280U CN 204156280 U CN204156280 U CN 204156280U CN 201420687316 U CN201420687316 U CN 201420687316U CN 204156280 U CN204156280 U CN 204156280U
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Abstract
A kind of mounted connector terminal group founds machine, comprise frame and vibrating disk, track, track is provided with groove, install below track on carrying platform and fix a transmission mechanism, on carrying platform, direction along ng a path is installed on the first feed mechanism, the first linkage drive units, the second feed mechanism, the second linkage drive units, the 3rd feed mechanism, the 3rd linkage drive units and laminating mechanism successively.The utility model adopts Mechanical course automation, the feed efficiency of terminal can be improved during feed, the connector shell distortion because inserted terminals causes or explosion effectively can be avoided during terminal insertion connector, improve production efficiency and the quality of production, prevent a large amount of defective products from producing, prevent the wasting of resources; Also the defective products of production is directly discharged by tool simultaneously, finished product detection is qualified enters encapsulation box automatically afterwards, changes original hand-filling, realizes from the production being fed to finished product, automated package, efficiency after improvement is higher than man efficiency 20 times, save human resources.
Description
Technical field
The utility model belongs to mechanical automation production technical field, is specifically related to a kind of mounted connector terminal group and founds machine.
Background technology
Along with China's economy and the fast development of science and technology, people to the demand direction of electronic product more tend to multi-functional, performance good and it is convenient to carry, the innovation of promotion electronic engineering technology and development.In electronic engineering technology, connector has become an indispensable element, and such connector is generally used for connection two active devices, and transmission current or signal, be widely used.Due to development in science and technology, the purposes of connector is by the diversification expanding to high-grade, precision and advanced field gradually of the original field such as office, life, by the original connection be commonly used between various printer port of printer and mainboard, plotter, scanner, photocopier, sound equipment, liquid crystal electrical equipment (TV, the display of computer etc.), the Signal transmissions of the product such as facsimile machine, various video disc players and plate plate connect, progressively to the high-precision pointed collar territory development such as high-end electronic product, Aeronautics and Astronautics, national defence.
The connector of current use generally has multiple metal terminal be set up in parallel, and an important step in connector production assembling process is exactly by terminal insertion connector body.In existing production technology, for in the inconsistent production in the terminal direction at connector two ends and intermediate terminal direction, because the spacing between the metal terminal in metal terminal material strip is larger, single metal terminal material strip feed efficiency is lower, and the metal terminal of connector inserts the operation more complicated in connector body, Mechanical course is loaded down with trivial details, the connector in the process of reproduction and after producing is made to there are problems, as easily made connector body deform when inserting metal terminal in process of production, badly damaged and the terminal such as the damaged crackle of injection article inserts respectively and causes the degree of depth of terminal insertion connector body inconsistent, cause the metal terminal of connector unstable, product quality is bad, the wasting of resources, economic loss is serious, and the connector after making needs to enter next process and carries out defective products detection and final package, make production process complicated, inefficiency, after production, easily there are quality problems etc. when using connector in user.
Therefore for existing issue, research utility model goes out a kind of inserted metal terminal in connector body and can not reduce product fraction defective, and production efficiency is high, reduce assembling/testing cost, such metal terminal of reliable in quality inserts in connector and become producing automation equipment that rear cost can directly encapsulate the problem that those skilled in the art study always.
Summary of the invention
In view of this, the technical problems to be solved in the utility model is that a kind of full-automatic, high efficiency, reliable in quality mounted connector terminal group founds machine.
In order to solve the problems of the technologies described above, the utility model adopts following scheme to realize: a kind of mounted connector terminal group founds machine, comprise the frame and vibrating disk with carrying platform, be undertaken in vibrating disk output and be laid on the track on carrying platform, the centre of track is provided with groove, below track on described carrying platform, installation is fixed one and is arranged female transmission mechanism for moving connector, on carrying platform, direction along ng a path is installed on the first feed mechanism successively, first linkage drive units, second feed mechanism, second linkage drive units, 3rd feed mechanism, 3rd linkage drive units and laminating mechanism, the first described feed mechanism has up and down and the feed collet moved left and right, described first linkage drive units, the second linkage drive units and the 3rd linkage drive units include:
Material cutting mechanism, cuts off for the terminal material belt carried, is positioned at the first feed mechanism, the second feed mechanism and the 3rd feed mechanism rear portion;
Material pluging machine structure, female for terminal material belt tentatively being inserted connector row, be positioned at material cutting mechanism side and be undertaken in material cutting mechanism;
Chai Liao mechanism, for being separated from terminal material belt by terminal, being positioned at material pluging machine structure side and being undertaken in material pluging machine structure;
The second described feed mechanism and the 3rd feed mechanism include the feed mechanism for carrying terminal material belt.
As improvement of the present utility model, described transmission mechanism comprise be arranged on carrying platform track on and there is plectrum that is movable and that move up and down, upper and lower air cylinders that the front and back that drive pusher dog to move forward and backward drive cylinder and drive plectrum to move up and down; Described plectrum is positioned at the below of track, and corresponding with the groove of track.
As improvement of the present utility model, the first described feed mechanism comprises the first charging tray fixed mount of fixing charging tray, guide terminal material strip along the first guide rail of direction initialization movement, guide terminal material strip enters the first material strip gathering sill of the first guide rail, has up and down and the feed collet moved left and right, the upper and lower air cylinders driving feed collet to move up and down and the left and right cylinder driving feed collet to move left and right; Described feed collet is arranged on above the first guide rail, and this feed collet is provided with the stitch consistent with material strip hole size, and the below that this stitch is positioned at the first guide rail is corresponding with material strip hole site; Described feed mechanism comprises the second charging tray fixed mount of fixing charging tray, guide terminal material strip along the second guide rail of direction initialization movement, guide terminal material strip enter the second guide rail the second material strip gathering sill, be positioned at and be provided with one directly over the second guide rail for carrying the rotating disk of terminal material belt movement and driving the motor of turntable rotation, the outside of this rotating disk is provided with the card column that spacing and size and material strip hole match.
As improvement of the present utility model, described material cutting mechanism is positioned at the side of the first track of the first feed mechanism, and this material cutting mechanism comprises cutter and drives the cutter of cutter lower work to drive cylinder.
As improvement of the present utility model, described material pluging machine structure comprises terminal clamps, the material folding cylinder of control terminal fixture opening and closing and the slotting material telescopic cylinder of drive terminal fixture stretching motion for clamping terminal material belt; Described terminal clamps comprises two pieces of hinged clamp clips, and this clamp clip is by its opening and closing of material folding air cylinder driven.
As further improvement of the utility model, described Chai Liao mechanism comprises one for dismantling swing component, cam, the driving cylinder of terminal material belt, the connection of swing component and cam, and cam is connected with driving cylinder, and the centre of swing component is provided with a groove.
As further improvement of the utility model, the compression cylinder that described laminating mechanism comprises the compressing tablet for compressing terminal and moves up and down with driving compressing tablet.
As further improvement of the utility model, described connector end subgroup is found machine and is comprised for detecting the whether standard compliant testing agency of connector and carrying out to finished product the product handling system device processed of classifying; Described testing agency be arranged on track side and the 3rd between linkage drive units and laminating mechanism; Described product handling system device is arranged on the end of track and is undertaken in laminating mechanism.
Further improve as of the present utility model, whether the described testing agency terminal comprised for detecting insertion bends or the lateral bending mechanism of tilting, the whether standard compliant terminal test device of number of terminals detecting insertion and master controller; Described lateral bending mechanism comprises lateral bending device and to be connected with lateral bending device and the lateral bending driving lateral bending device movable drives cylinder, and this lateral bending device is by match with connector and the terminal inductor that is connected with master controller of the standard orifice plate with Telescopic and the spring be arranged between standard orifice plate and terminal inductor form; Described terminal test device is made up of a number of terminals inductor, and number of terminals inductor is connected with master controller.
Further improve as of the present utility model, described product handling system device comprises dislocation conveying assembly, defective products processing mechanism and qualified product processing mechanism; Described dislocation transmission assembly comprises the transporting rail of confession connector movement and is connected with transporting rail and the dislocation cylinder driving transporting rail to move left and right; The defective products delivery track be connected with defective products processing mechanism and the qualified product delivery track be connected with qualified product processing mechanism is provided with in described transporting rail; Described defective products processing mechanism is arranged on the delivery track in conveying assembly, this defective products processing mechanism comprises that the defective products be communicated with defective products delivery track exports, defective products separation cylinder and control the controller of defective products separation cylinder work, controller is connected with the master controller of testing agency, and defective products outlet is arranged on the both sides of track respectively with defective products separation cylinder and position is corresponding; The pushing component that described qualified product processing mechanism comprises the encapsulation groove for placing encapsulation box and released from encapsulation groove by encapsulation box; Described pushing component is made up of the pushing block promoting cylinder and be connected with promotion cylinder.
Compared with prior art, the utility model adopts Mechanical course automation, the feed efficiency of terminal can be improved during feed, effectively can avoid the connector shell distortion because inserted terminals causes or explosion during terminal insertion connector, prevent terminal bends, number of terminals is inadequate, reduce the defective products rate of connector, reduce costs reduction, improve production efficiency and the quality of production, prevent a large amount of defective products from producing, prevent the wasting of resources; The utility model also has defective products measuring ability simultaneously, the defective products of production is directly discharged, finished product detection is qualified enters encapsulation box automatically afterwards, change original hand-filling, reduce production process, realize from the production being fed to finished product, automated package, efficiency after improvement is higher than man efficiency 20 times, save human resources, reduce Productive statistics, enhance competitiveness.
Accompanying drawing explanation
Fig. 1 is the front view that the utility model mounted connector terminal group founds machine.
Fig. 2 is the left side vertical view that the utility model mounted connector terminal group founds machine.
Fig. 3 is the A portion enlarged drawing that the utility model mounted connector terminal group stands in the left side vertical view of machine.
Fig. 4 is the B portion enlarged drawing that the utility model mounted connector terminal group stands in the left side vertical view of machine.
Fig. 5 is the right side vertical view that the utility model mounted connector terminal group founds machine.
Fig. 6 is the C portion enlarged drawing that this utility model mounted connector terminal group stands in the right side vertical view of machine.
Fig. 7 is the cam structure schematic diagram torn open in material body that the utility model mounted connector terminal group founds machine.
Embodiment
In order to allow those skilled in the art understand the technical solution of the utility model better, below in conjunction with accompanying drawing, the utility model is further elaborated.
As shown in Figure 1, a kind of mounted connector terminal group founds machine, comprises the frame 1 and vibrating disk with carrying platform, is undertaken in vibrating disk output and is laid on the track 2 on carrying platform, and the size of this track 2 and connector are arranged female size and matched.The front end of track 2 is communicated with vibrating disk output, and the centre position of the bottom of track 2 is provided with for the female groove of the connector row of moving track inside.Below track 2 on described carrying platform, installation is fixed one and is arranged female transmission mechanism 3 for moving connector, and carrying platform is installed on the first feed mechanism 4, first linkage drive units, the second feed mechanism, the second linkage drive units, the 3rd feed mechanism, the 3rd linkage drive units and laminating mechanism 5 successively along track 2 direction.The first described feed mechanism 54 has up and down and the feed collet moved left and right; Described first linkage drive units, the second linkage drive units and the 3rd linkage drive units include: material cutting mechanism 61, cut off, be positioned at the first feed mechanism, the second feed mechanism and the 3rd feed mechanism rear portion for the terminal material belt carried; Material pluging machine structure 62, female for terminal material belt tentatively being inserted connector row, be positioned at material cutting mechanism 61 side and be undertaken in material cutting mechanism 61; Chai Liao mechanism 63, for being separated from terminal material belt by terminal, being positioned at material pluging machine structure 62 side and being undertaken in material pluging machine structure 62.The second described feed mechanism and the 3rd feed mechanism include the feed mechanism 7 for carrying terminal material belt.
Transmission mechanism runs through whole production process and shifts to track end from track 2 front end move female for connector row in whole assembling procedure.Described transmission mechanism 3 comprise be arranged on carrying platform track on and there is plectrum 31 that is movable and that move up and down function, upper and lower air cylinders 33 that the front and back that drive pusher dog to move forward and backward drive cylinder 32 and drive plectrum 31 to move up and down; Described plectrum 31 is positioned at the below of track 3, and corresponding with the groove of track 2.The plectrum 31 of multiple synchronous working is provided with in transmission mechanism 3.During work, female for connector row vibration is arrived track 2 front end place by vibrating disk, upper and lower air cylinders 33 drives plectrum 31 to move up, plectrum is stretched in the groove of track 2, now, front and back drive cylinder 32 to drive plectrum 31 to move forward, and move even machine mother row and move to next station when plectrum 31 moves forward.Plectrum 31 connector is arranged mother move to next station after plectrum 31 reset and carry out next connector and arrange female mobile working.
In order to enable the feed efficiency improving terminal material belt during feed, the charging tray of supply terminal material strip adopts plate-like charging tray, and the first feed mechanism adopts Double-tray feed, and the second feed mechanism and the 3rd feed mechanism all adopt thin material dish feed.Terminal material belt is designed to banded structure, and terminal material belt is provided with equally distributed material strip hole, is provided with a dismountable terminal every a material strip hole.First feed mechanism 4 comprises the first charging tray fixed mount 41 of fixing charging tray, guide terminal material strip along the first guide rail 42 of direction initialization movement, guide terminal material strip enters the first material strip gathering sill 43 of the first guide rail 42, has up and down and the feed collet 44 moved left and right, the upper and lower air cylinders 45 driving feed collet 44 to move up and down and the left and right cylinder 46 driving feed collet to move left and right.First guide rail 42 is fixed on carrying platform, and is in same plane with track 2, and carrying platform is also provided with fixed mount, and this fixed mount is provided with the first material strip gathering sill 43 and the first charging tray fixed mount 41 from bottom to up successively.Described feed collet 44 is arranged on above the first guide rail 42, and this feed collet 44 is provided with the stitch 441 consistent with material strip hole size, and the below that this stitch 441 is positioned at the first guide rail 42 is corresponding with material strip hole site.During work, terminal material belt guides along the first material strip gathering sill 43 and enters the first guide rail 42, upper and lower air cylinders drives feed collet to move down, the stitch of feed collet inserts in material strip hole, now air cylinder driven feed collet in left and right moves left and right, carried toward the first linkage drive units by terminal material belt, after terminal material belt conveying puts in place, feed collet 44 resets and moves next time.
Second feed mechanism and the 3rd feed mechanism include the feed mechanism 7 for carrying terminal material belt.Feed mechanism 8 comprise the second charging tray fixed mount 71 of fixing charging tray, guide terminal material strip along the second guide rail 72 of direction initialization movement, guide terminal material strip enter the second guide rail 72 the second material strip gathering sill 73, be positioned at the motor 75 being provided with a rotating disk 74 directly over the second guide rail and driving turntable rotation, the outside of this rotating disk 74 is provided with the card column that spacing and size and material strip hole match uniformly.Second guide rail 72 is fixed on carrying platform, and is in same plane with track 2, and carrying platform is also provided with fixed mount, and this fixed mount is provided with the second material strip gathering sill 73 and the second charging tray fixed mount 71 from bottom to up successively.During work, motor 75 drives rotating disk 74 to be rotated counterclockwise, and the card column utilizing outside to be provided with when rotating disk 74 rotates drives terminal material belt to be fed forward, and terminal material belt is delivered to down one station.
First linkage drive units, the second linkage drive units and the 3rd linkage drive units include material cutting mechanism 61, material pluging machine structure 62 and Chai Liao mechanism 63.Described material cutting mechanism 61 be arranged on respectively the first guide rail 42 of the first feed mechanism rear portion and be arranged in the top of the first guide rail 42, the second feed mechanism and the 3rd feed mechanism feed mechanism the second track 72 rear portion and be positioned at the top of the second guide rail 72.Material cutting mechanism 61 comprises cutter 611 and drives the cutter of cutter 611 lower work to drive cylinder 612.Cutter drives cylinder 612 to be connected with the rear end of cutter 611, and the front position of cutter 611 is positioned at the top of the track of conveying terminal material belt.During work, cutter drives cylinder 612 to drive cutter 611 to move up and down, and is cut into by terminal material belt a bit of.
In order to insert mother row by cutting into a bit of terminal material belt, at the rear of material cutting mechanism 61, material pluging machine structure 62 is installed, material pluging machine structure 62 is positioned at material cutting mechanism side and is undertaken in material cutting mechanism, makes the material pluging machine structure 62 after installation between material cutting mechanism 61 and Chai Liao mechanism 63.Material pluging machine structure 62 comprises terminal clamps 621, the material folding cylinder 622 of control terminal fixture 621 opening and closing and the slotting material telescopic cylinder 623 of drive terminal fixture stretching motion for clamping terminal material belt.With inserting, material folding cylinder 622 expects that telescopic cylinder 623 is all connected with terminal clamps 621, jointly control its opening and closing and flexible work.Described terminal clamps 621 comprises two pieces of hinged clamp clips, and this clamp clip drives its opening and closing by material folding cylinder 622.In order to better clamp terminal material belt, there is in the inner side of clamp clip the projection matched with material strip hole size.During work, clamp clip is fixedly clamped by the projection inside clamp clip and is cut to a bit of terminal material belt through material cutting mechanism, by connecting, machine row is female moves to the position corresponding with terminal clamps to plectrum 31 now in connecting gear, clamp clip in terminal clamps is by fixing in a bit of terminal material belt of the clamping tentatively row of insertion mother, after tentatively fixing, the clamping element in terminal clamps opens and resets.
Chai Liao mechanism 63 is arranged on material pluging machine structure 62 side and is undertaken in material pluging machine structure 62, Chai Liao mechanism 63 comprises one for dismantling swing component 631, cam 632, the driving cylinder 633 of terminal material belt, the centre of swing component is provided with a groove, the height of this groove slightly larger than terminal material belt thickness and can be used for the side, material strip hole of terminal material belt to pass, the connection of swing component 631 and cam 632, cam 632 is connected with driving cylinder 633, drives cylinder 633 to be acted on by cam 632 and drives swing component 631 to swing up and down.This cam 632 is made up of a metalwork, is provided with the oval-shaped groove equidistantly cutting connection in the middle of metalwork.During work, by connecting, machine row is female moves to the position corresponding with swing component 631 to plectrum 31 in connecting gear, the side, material strip hole of terminal material belt is positioned at the groove of swing component 631, now drive cylinder 633 driving cam 632 back and forth movement, be arranged on the inner drive link be connected with swing component of cam 632 to move in the oval-shaped groove of cam 632 inside, drive while drive link motion centered by swing component 631 and terminal material belt and swing up and down, drive terminal material belt to swing up and down when swing component 631 swings to realize terminal material belt and be separated with the terminal in terminal material belt.
In order to improve the connector quality of production, aborning first by the terminal tentatively company's of insertion machine row imperial mother, unification is carried out pressing by laminating mechanism 5 and is fixed, and terminal is fixedly secured in connector row mother.The compression cylinder 52 that described laminating mechanism 5 comprises the compressing tablet 51 for compressing terminal and drives compressing tablet to move up and down; Compression cylinder 52 is connected with compressing tablet 51, and drives compressing tablet about 51 repeating motion.Described compressing tablet 51 lower end is set to one and arranges female parallel and smooth plane with connector, make whole terminal depression depths be consistent after pressing, whole terminal uniform force, the connector shell distortion because inserted terminals causes or explosion effectively can be avoided during terminal insertion connector, prevent terminal bends, reduce the defective products rate of connector, reduce costs reduction, improve production efficiency and the quality of production, prevent a large amount of defective products from producing, prevent the wasting of resources.
The full-automatic of machine is found in order to realize mounted connector terminal group, connector after preliminary inserted terminals is detected in time, and whether qualified connector is, and classification process is carried out to connector that is qualified and defective products, enhance productivity, mounted connector terminal group founds machine also for detecting the whether standard compliant testing agency 8 of connector and carrying out to finished product the product handling system device 9 processed of classifying.Described testing agency 8 be arranged on track 3 side and between the 3rd linkage drive units and laminating mechanism 5.Described product handling system device is arranged on the end of track 3 and is undertaken in laminating mechanism 5.
Add testing agency, effectively the defective products produced in production process can be tested out, increase work efficiency.Between the 3rd linkage drive units and laminating mechanism 5, a testing agency 8 is installed in the side of track 2.Whether testing agency 8 terminal comprised for detecting insertion bends or the lateral bending mechanism 81 of tilting, the whether standard compliant terminal test device 82 of number of terminals detecting insertion and master controller.Described lateral bending mechanism 81 comprises lateral bending device and to be connected with lateral bending device and the lateral bending driving lateral bending device movable drives cylinder 811, and this lateral bending device is by match with connector and the terminal inductor 813 that is connected with master controller of the standard orifice plate 812 with Telescopic and the spring be arranged between standard orifice plate 812 and terminal inductor 813 form.During pressing standard orifice plate 812, now standard orifice plate 812 presses down, spring compression; Spring makes standard orifice plate 812 restPose due to elastic force upon its release.Described terminal test device 82 is made up of a number of terminals inductor, and number of terminals inductor is connected with master controller.When the connector after separate terminal material strip in previous step operation to be moved to the corresponding position of lateral bending mechanism by the transmission mechanism in linkage drive units, lateral bending drives cylinder 811 to drive lateral bending device to move forward, terminal now in connector inserts from lateral bending device Plays orifice plate 812, terminal inductor 813 senses the terminal of insertion, then this connector detect in lateral bending mechanism qualified, terminal inductor 813 by the terminal information transmission of connector to main controller process.Connector after lateral bending mechanism is detected enters terminal detector 82 and detects, and the number of terminals of number of terminals inductor to connector in terminal test device 82 is tested, number of terminals inductor by the information transmission after test to master controller process.
In order to improve the speed of product handling system, realizing qualified product and separating with defective products and process, raising the efficiency, reduce operation, be provided with product handling system device 9 at the end of track 2, this product handling system device 9 is undertaken in laminating mechanism 5.Described product handling system device 9 comprises dislocation conveying assembly 91, defective products processing mechanism 92 and qualified product processing mechanism 93.Described dislocation transmission assembly 91 comprises the transporting rail 911 of confession connector movement and is connected with transporting rail and the dislocation cylinder 912 driving transporting rail to move left and right.The qualified product delivery track being provided with the defective products delivery track be connected with defective products processing mechanism in described transporting rail 911 and being connected with qualified product processing mechanism.Defective products delivery track and qualified product delivery track are arranged in same plane, and when dislocation cylinder 912 drives transporting rail 911 to be moved to the left, defective products delivery track is communicated with the end of track 2; When dislocation cylinder 912 drives transporting rail 911 to move right, qualified product delivery track is communicated with the end of track 2.
Defective products processing mechanism is arranged on the delivery track in conveying assembly, this defective products processing mechanism 92 comprises that the defective products be communicated with defective products delivery track exports 921, defective products separation cylinder 922 and control the controller that defective products separation cylinder 922 works, controller is connected with the master controller of testing agency, and defective products outlet 921 and defective products separation cylinder 922 are installed in the defective products delivery track side of the conveying assembly that misplaces.Defective products separation cylinder 922 is made up of an air blowing cylinder.When entering the connector after overvoltage and mechanism's pressing and entering product handling system device, master controller is when according to testing agency's feedack, to show this connector be defective products, main controller controls dislocation cylinder 912 and works, dislocation cylinder 912 drives transporting rail 911 to be moved to the left defective products delivery track is communicated with the end of track 2, defective products enters defective products outlet 921 through defective products delivery track, and now main controller controls defective products separation cylinder 922 track that blown off by the connector moving to defective products outlet 921 enters defective products rewinding case and carries out unifying reclaiming.
Qualified product processing mechanism 93 is positioned at the end of dislocation conveying assembly 91 and is undertaken in dislocation conveying assembly 91, carries out final package process to qualified connector.The pushing component 932 that qualified product processing mechanism 93 comprises the encapsulation groove 931 for placing encapsulation box and released from encapsulation groove by encapsulation box.In order to make qualified product enter in encapsulation groove, being provided with and encapsulating groove entrance export opposite position with the qualified product delivery track in dislocation conveying assembly 91, this encapsulation groove enters the qualified connector import of confession and encapsulates in groove and carry out collection encapsulation process.The opposite side of encapsulation groove is provided with pushing component.Described pushing component 932 by two promote cylinders 9321 and respectively with promote separately the pushing block 9321 that cylinder 9322 is connected and form.Two promote the two ends that cylinder 9321 is fixed on encapsulation groove respectively.When filling connector in package, promoting cylinder 9231 and driving pushing block 9232 to be released in encapsulation groove by package, original package position being fallen into next package and carries out connector loading.
Mounted connector terminal group founds machine before activation, first two charging trays are fixed on the first charging tray fixed mount 41 of the first feed mechanism, the terminal dislocation of two terminal material belts is overlapping, align in material strip hole, the tight overlap of terminal material belt can be made like this, reduce the spacing between terminal, improve in the first linkage drive units and terminal material belt is inserted in connector row mother, reduce operation, improve the efficiency of insertion terminal.The lower end of terminal material belt guides through the first gathering sill 43 and enters the first track 42, is fixed on the first guide rail 42.The second charging tray fixed mount 71 in the second feed mechanism and the 3rd feed mechanism installs a charging tray respectively, and the lower end of terminal material belt guides through the second gathering sill 73 and enters the second track 72, is fixed on the second guide rail 72.Connector is arranged mother and puts into vibrating disk.
During work, vibrating disk is by female for connector row front end driving to the track 2 on carrying platform, upper and lower air cylinders 33 in transmission mechanism drives plectrum 31 to move up, plectrum is stretched in the groove of track 2, now, front and back drive cylinder 32 to drive plectrum 31 to move forward, and move even machine mother row and move to material pluging machine structure 62 when plectrum 31 moves forward.Plectrum 31 by female for connector row move to terminal clamps 621 relative position of material pluging machine structure after plectrum 31 reset and carry out next connector and arrange female mobile working.Upper and lower air cylinders simultaneously in the first feed mechanism drives feed collet to move down, the stitch of feed collet inserts in material strip hole, left and right air cylinder driven feed collet moves right, terminal material belt is carried toward the first linkage drive units, terminal clamps 621 in material pluging machine structure meanwhile in the first linkage drive units is fixedly clamped by the projection inside clamp clip the terminal material belt of the first feed mechanism Track Rear, in material cutting mechanism, terminal material belt is cut into 10 terminal material belts by cutter 611 is a bit of terminal material belt, the feed collet of the first feed mechanism resets, carry out terminal material belt feeding next time.When cutting terminal material belt, connecting gear 3 is synchronoused working with material cutting mechanism 61, by connecting, machine row is female moves to the position corresponding with terminal clamps 621 to plectrum 31 in connecting gear, the a bit of terminal material belt of clamping tentatively inserts in connector row mother fixing by terminal clamps 621, after tentatively fixing, clamp clip in terminal clamps opens and resets, and cutter 611 resets and cuts terminal material belt next time.Connector is arranged mother and is continued to move forward by the plectrum 31 then in connecting gear.Plectrum 31 in transmission mechanism will connect above the female plane moving to the position corresponding with the swing component 631 of material pluging machine structure of machine row, now drive cylinder 633 driving cam 632 back and forth movement, be arranged on the inner drive link be connected with swing component of cam 632 to move in the oval-shaped groove of cam 632 inside, drive while drive link motion centered by swing component 631 and terminal material belt and swing up and down, drive terminal material belt to swing up and down when swing component 631 swings to realize terminal material belt and be separated with the terminal in terminal material belt.
Female for connector row after Chai Liao mechanism process in first linkage drive units second linkage drive units that moves into processes by the plectrum 31 in transmission mechanism.Second linkage drive units repeats the step of the first linkage, carries out blank, inserts material, but the second linkage drive units insertion is the terminal that female leftmost side arranged by connector.In order to raise the efficiency, in the second linkage drive units, material process is not torn to the leftmost side terminal inserted in connector row mother open.Repeat to tear material process open by the terminal of the 3rd linkage drive units to the left and right sides of inserting after the rightmost side terminal insertion that connector to arrange in mother by the second linkage drive units until the 3rd linkage drive units, terminal material belt is separated with terminal.Wherein, the second feed mechanism and the 3rd feed mechanism are different from the first feed mechanism, and the second feed mechanism and the 3rd feeder drive feed by motor 75.During feed, motor 75 drives rotating disk 74 to be rotated counterclockwise, the card column utilizing outside to be provided with when rotating disk 74 rotates drives terminal material belt to be fed forward, for the second linkage drive units and the 3rd linkage drive units provide terminal material belt, now each only for a terminal material belt, material cutting mechanism also only cuts a terminal material belt.
Connector row mother after 3rd interlock vibration device process is entered testing agency 8 to carry out crooked terminal test and number of terminals and detect and distinguish defective products, and data are reached master controller, the female laminating mechanism that enters of connector row carries out pressing to the preliminary terminal inserted in connector row mother, and the connector after pressing enters product handling system device 9 and processes.
After entering the connector of product handling system device 9, main controller controls enters the dislocation defective products delivery track of conveying assembly 91 and qualified product delivery track respectively according to the data that testing agency 8 is detected and carries out classification and process.When entering the connector after overvoltage and mechanism's pressing to enter product handling system device being defective products, main controller controls defective products separation cylinder 922 track that blown off by the connector moving to defective products outlet 921 enters defective products rewinding case and carries out unifying to reclaim; The encapsulation groove that qualified product enter in qualified product processing mechanism carries out collection encapsulation process.Multiple package tube is placed with in the encapsulation groove of qualified product processing mechanism 93, shifting block stirs qualified product, the thrust between qualified product is utilized to send in package tube by qualified product, when filling connector in package, promoting cylinder 9231 drives pushing block 9232 to be released in encapsulation groove by package, original package position is fallen into next package and carries out connector loading, thus realize the operation of full application of brake words, increase work efficiency.
Circuit and the control program of the terminal inductor described in the present embodiment, number of terminals inductor, master controller are prior art, for the equipment and instrument that those skilled in the art are conventional in mechanical automation is produced, the common practise be well known to those skilled in the art, does not elaborate again.
Above-described embodiment is only wherein specific implementation of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these apparent replacement forms all belong to protection range of the present utility model.
Claims (10)
1. a mounted connector terminal group founds machine, comprise the frame (1) and vibrating disk with carrying platform, be undertaken in vibrating disk output and be laid on the track (2) on carrying platform, the centre of track (2) is provided with groove, it is characterized in that, track (2) below installation on described carrying platform is fixed one and is arranged female transmission mechanism (3) for moving connector, carrying platform is installed on the first feed mechanism (4) successively along track (2) direction, first linkage drive units, second feed mechanism, second linkage drive units, 3rd feed mechanism, 3rd linkage drive units and laminating mechanism (5), described the first feed mechanism (4) has up and down and the feed collet moved left and right, described first linkage drive units, the second linkage drive units and the 3rd linkage drive units include:
Material cutting mechanism (61), cuts off for the terminal material belt carried, is positioned at the first feed mechanism, the second feed mechanism and the 3rd feed mechanism rear portion;
Material pluging machine structure (62), female for terminal material belt tentatively being inserted connector row, be positioned at material cutting mechanism (61) side and be undertaken in material cutting mechanism (61);
Chai Liao mechanism (63), for being separated from terminal material belt by terminal, being positioned at material pluging machine structure (62) side and being undertaken in material pluging machine structure (62);
The second described feed mechanism and the 3rd feed mechanism include the feed mechanism (7) for carrying terminal material belt.
2. mounted connector terminal group according to claim 1 founds machine, it is characterized in that, described transmission mechanism (3) comprise be arranged on carrying platform track on and the upper and lower air cylinders (33) that there is plectrum (31) that is movable and that move up and down, drive the movable front and back of pusher dog to drive cylinder (32) and drive plectrum (31) to move up and down; Described plectrum (31) is positioned at the below of track (2), and corresponding with the groove of track (2).
3. mounted connector terminal group according to claim 2 founds machine, it is characterized in that, described the first feed mechanism (4) comprises the first charging tray fixed mount (41) of fixing charging tray, guide terminal material strip along first guide rail (42) of direction initialization movement, guide terminal material strip enters the first material strip gathering sill (43) of the first guide rail (42), has up and down and the feed collet (44) moved left and right, the upper and lower air cylinders (45) driving feed collet (44) to move up and down and the left and right cylinder (46) driving feed collet to move left and right; Described feed collet (44) is arranged on the first guide rail (42) top, and this feed collet (44) is provided with the stitch (441) consistent with material strip hole size, and the below that this stitch (441) is positioned at the first guide rail (42) is corresponding with material strip hole site; Described feed mechanism (7) comprises the second charging tray fixed mount (71) of fixing charging tray, guide terminal material strip along second guide rail (72) of direction initialization movement, guide terminal material strip enter the second guide rail (72) the second material strip gathering sill (83), be positioned at and be provided with one directly over the second guide rail for carrying the rotating disk (74) of terminal material belt movement and driving the motor (75) of turntable rotation, the outside of this rotating disk (74) is provided with the card column that spacing and size and material strip hole match.
4. mounted connector terminal group according to claim 3 founds machine, it is characterized in that, described material cutting mechanism (61) is positioned at the side of first track (52) of the first feed mechanism, and this material cutting mechanism (61) comprises cutter (611) and drives the cutter of cutter (611) lower work to drive cylinder (612).
5. mounted connector terminal group according to claim 4 founds machine, it is characterized in that, described material pluging machine structure (62) comprises terminal clamps (621) for clamping terminal material belt, the material folding cylinder (622) of control terminal fixture (621) opening and closing and the slotting material telescopic cylinder (623) of drive terminal fixture stretching motion; Described terminal clamps (621) comprises two pieces of hinged clamp clips, and this clamp clip drives its opening and closing by material folding cylinder (622).
6. mounted connector terminal group according to claim 5 founds machine, it is characterized in that, described Chai Liao mechanism (63) comprises one for dismantling the swing component (631) of terminal material belt, cam (632), driving cylinder (633), the connection of swing component (631) and cam (632), cam (632) is connected with driving cylinder (633), and the centre of swing component (631) is provided with a groove.
7. mounted connector terminal group according to claim 6 founds machine, it is characterized in that, the compression cylinder (52) that described laminating mechanism 5 comprises the compressing tablet (51) for compressing terminal and moves up and down with driving compressing tablet.
8. mounted connector terminal group according to claim 7 founds machine, it is characterized in that, described connector end subgroup is found machine and is comprised for detecting the whether standard compliant testing agency (8) of connector and carrying out to finished product the product handling system device (9) processed of classifying; Described testing agency (8) is arranged on the side of track (2) and is positioned between the 3rd linkage drive units and laminating mechanism (5); Described product handling system device is arranged on the end of track 3 and is undertaken in laminating mechanism (5).
9. mounted connector terminal group according to claim 8 founds machine, it is characterized in that, whether described testing agency (8) terminal comprised for detecting insertion bends or the lateral bending mechanism (81) of tilting, the whether standard compliant terminal test device (82) of number of terminals detecting insertion and master controller; Described lateral bending mechanism (81) comprises lateral bending device and to be connected with lateral bending device and the lateral bending driving lateral bending device movable drives cylinder (811), and this lateral bending device is by match with connector and the standard orifice plate (812) with Telescopic, the terminal inductor (813) be connected with master controller and the spring be arranged between standard orifice plate (812) and terminal inductor (813) form; Described terminal test device (82) is made up of a number of terminals inductor, and number of terminals inductor is connected with master controller.
10. mounted connector terminal group according to claim 8 founds machine, it is characterized in that, described product handling system device (9) comprises dislocation conveying assembly (91), defective products processing mechanism (92) and qualified product processing mechanism (93); Described dislocation transmission assembly comprises the transporting rail (911) of confession connector movement and is connected with transporting rail and the dislocation cylinder driving transporting rail to move left and right; The qualified product delivery track being provided with the defective products delivery track be connected with defective products processing mechanism in described transporting rail (911) and being connected with qualified product processing mechanism; Described defective products processing mechanism is arranged on the delivery track in conveying assembly, this defective products processing mechanism (92) comprises the defective products be communicated with defective products delivery track and exports (921), defective products separation cylinder (922) and control the controller that defective products separation cylinder (922) works, controller is connected with the master controller of testing agency, and defective products outlet (921) is arranged on the both sides of track (2) respectively with defective products separation cylinder (922) and position is corresponding; The pushing component (932) that described qualified product processing mechanism (93) comprises the encapsulation groove (931) for placing encapsulation box and released from encapsulation groove by encapsulation box; Described pushing component (932) is made up of the pushing block (9321) promoting cylinder (9321) and be connected with promotion cylinder (9322).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420687316.8U CN204156280U (en) | 2014-11-17 | 2014-11-17 | A kind of mounted connector terminal group founds machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420687316.8U CN204156280U (en) | 2014-11-17 | 2014-11-17 | A kind of mounted connector terminal group founds machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204156280U true CN204156280U (en) | 2015-02-11 |
Family
ID=52514369
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420687316.8U Withdrawn - After Issue CN204156280U (en) | 2014-11-17 | 2014-11-17 | A kind of mounted connector terminal group founds machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204156280U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104393469A (en) * | 2014-11-17 | 2015-03-04 | 惠州市奥罗拉科技有限公司 | Connector terminal installation assembling machine |
| CN105109929A (en) * | 2015-08-01 | 2015-12-02 | 深圳市美思美科智能科技有限公司 | Automatic assembling/disassembling machine |
| CN105576477A (en) * | 2016-03-15 | 2016-05-11 | 合兴集团汽车电子有限公司 | PIN bent plugging and taking device |
| CN108466431A (en) * | 2018-05-03 | 2018-08-31 | 厦门市中可医疗科技有限公司 | A kind of plastics box automatic assembling machine for in-vitro diagnosis industry |
| CN108480943A (en) * | 2018-02-05 | 2018-09-04 | 泰兴市航天电器有限公司 | A kind of electric connector spring and rear cover automatic installation apparatus |
| CN111180976A (en) * | 2017-08-22 | 2020-05-19 | 东莞市蓉工自动化科技有限公司 | Continuous pin machine of dipolar plug convenient to unloading |
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2014
- 2014-11-17 CN CN201420687316.8U patent/CN204156280U/en not_active Withdrawn - After Issue
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104393469A (en) * | 2014-11-17 | 2015-03-04 | 惠州市奥罗拉科技有限公司 | Connector terminal installation assembling machine |
| CN105109929A (en) * | 2015-08-01 | 2015-12-02 | 深圳市美思美科智能科技有限公司 | Automatic assembling/disassembling machine |
| CN105109929B (en) * | 2015-08-01 | 2020-05-12 | 深圳市美思美科智能科技有限公司 | Automatic assembling and disassembling machine |
| CN105576477A (en) * | 2016-03-15 | 2016-05-11 | 合兴集团汽车电子有限公司 | PIN bent plugging and taking device |
| CN105576477B (en) * | 2016-03-15 | 2017-10-27 | 合兴集团汽车电子有限公司 | The bending inserting device of PIN needle |
| CN111180976A (en) * | 2017-08-22 | 2020-05-19 | 东莞市蓉工自动化科技有限公司 | Continuous pin machine of dipolar plug convenient to unloading |
| CN108480943A (en) * | 2018-02-05 | 2018-09-04 | 泰兴市航天电器有限公司 | A kind of electric connector spring and rear cover automatic installation apparatus |
| CN108466431A (en) * | 2018-05-03 | 2018-08-31 | 厦门市中可医疗科技有限公司 | A kind of plastics box automatic assembling machine for in-vitro diagnosis industry |
| CN108466431B (en) * | 2018-05-03 | 2024-05-24 | 厦门市中可医疗科技有限公司 | Automatic plastic box assembling machine for in-vitro diagnosis industry |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150211 Effective date of abandoning: 20170419 |
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| AV01 | Patent right actively abandoned |