CN203774599U - Automatic assembling machine for header connector - Google Patents
Automatic assembling machine for header connector Download PDFInfo
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- CN203774599U CN203774599U CN201420146311.4U CN201420146311U CN203774599U CN 203774599 U CN203774599 U CN 203774599U CN 201420146311 U CN201420146311 U CN 201420146311U CN 203774599 U CN203774599 U CN 203774599U
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- earclip
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- plastic cement
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Abstract
The utility model relates to the technical field of automatic equipment, and particularly to an automatic assembling machine for a header connector. The automatic assembling machine for the header connector comprises the components of: an automatic machine frame, a material pushing mechanism, a pin header inserting mechanism, a pin header riveting device and an ear buckle automatic riveting mechanism; wherein the material pushing mechanism, the pin header inserting mechanism, the pin header riveting device and the ear buckle automatic riveting mechanism are arranged on the automatic machine frame. According to the automatic assembling machine, through matching among the material pushing mechanism, the pin header inserting mechanism, the pin header riveting device, a pin header bending device and the ear buckle automatic riveting mechanism, quick and accurate automatic assembling among the pin header, an ear buckle and a plastic core is realized, thereby replacing manual assembling, improving production efficiency of the header connector, reducing quantity of required manpower and workload and reducing production cost.
Description
Technical field
The utility model is involved in technical field of automation equipment, refers in particular to
oneplant header connector automatic assembling.
Background technology
In electronic product in a large number today of universal and develop rapidly, also increasing for the demand of the electric power connector of electronic product inside.Electric power connector is for the Connection Element in power supply and electronic signal, and it produces electric connection by mechanical means.Electric power connector is widely used in the fields such as various electronic equipments, communication apparatus, instrument and meter, intelligent program-controlled equipment, lighting apparatus, warning device, household electrical appliance and various power supply products, comprise display, computer main board, stored-program control exchange, digital camera, MP4, various mobile storage disc, cordless telephone, intercom, mobile phone, digital household appliances and electronic toy etc., be electrically connected reliably for various products provide accurate.
Wherein, existing header connector generally comprises plastic cement glue core and is located at the earclip at plastic cement glue core two ends, and earclip and plastic cement glue core are hinged.At present, the assembling of header connector is general adopts artificial or semi-automatic platform to assemble, process comprise stitch be inserted into plastic cement glue core, by hinged to earclip and plastic cement glue core; Mainly by some simple board-like moulds, whole stitch plate is inserted to plastic cement glue core at present or by hinged to earclip and plastic cement glue core, although this mode by board-like mould improves to installation rate, manual owing to mostly adopting in above-mentioned assembling process, exist that production efficiency is low, human resources consumption large, large, the comparatively safe hidden danger probability of operating personnel's labour intensity is high and the defect such as electric connector fraction defective height.
Utility model content
The utility model is for the disappearance of prior art existence, and its main purpose is to provide
oneplant header connector automatic assembling, row's pin, earclip and the plastic cement glue core of realizing header connector assemble fast and accurately automatically, thereby replace assembling manually, improve the production efficiency of connector.
In order to solve the problems of the technologies described above, the utility model adopts following technical scheme:
oneplant header connector automatic assembling, include automaton frame and be located at pusher, row's cushion connection mechanism and the earclip automatic riveting mechanism in automaton frame, wherein:
Described pusher comprises glue core blanking cartridge clip plate, glue core feeding cylinder, the glue core feeding track of the plastic cement glue core that header connector is housed and is slidably arranged at the product feeding rod of glue core feeding track inside, one end of described product feeding rod is fixedly connected with the piston rod of glue core feeding cylinder, described glue core blanking cartridge clip plate is vertically installed in the top of glue core feeding track, when the plastic cement glue core on glue core blanking cartridge clip plate falls into after glue core feeding track, promote plastic cement glue core by glue core feeding cylinder by product feeding rod and move along glue core feeding track;
Described row's cushion connection mechanism comprises row's pin vibrating disk, row's pin delivery board, row's pin bearing plate, row's pin head board, makes the first contact pin cylinder moving both vertically and the second contact pin cylinder moving horizontally; The discharging opening of described row's pin vibrating disk is communicated with the inserting needle mouth of row's pin delivery board, the needle outlet of row's pin delivery board is communicated with the inserting needle mouth of row's pin bearing plate, described row's pin head board pivot bush unit is in one end of row's pin bearing plate, the piston rod of described the first contact pin cylinder is fixedly connected with the below of row's pin bearing plate, and the piston rod of described the second contact pin cylinder is fixedly connected with the end of row's pin head board; When row's pin is after row's pin delivery board enters row's pin bearing plate, the first contact pin cylinder will be arranged pin bearing plate and upwards promote, and then the second contact pin cylinder promotion row pin head board is inserted into row's pin the plastic cement glue core of glue core feeding track from row's pin bearing plate;
Described earclip automatic riveting mechanism includes earclip vibrating disk, left earclip delivery track, auris dextra button delivery track, left earclip propulsion plant, auris dextra button propulsion plant, move plastic cement dislocation device and riveting ear clip device, described left earclip delivery track, auris dextra button delivery track is arranged at respectively a left side for riveting ear clip device, right both sides, and left earclip delivery track, the feeding end of auris dextra button delivery track is communicated with the discharging opening of earclip vibrating disk respectively, described left earclip delivery track, the discharge end of auris dextra button delivery track respectively with left earclip propulsion plant, auris dextra button propulsion plant is communicated with, described riveting ear clip device is provided with by earclip release and for pushing up the left earclip pushing block and the auris dextra button pushing block that close earclip, when earclip enters left earclip propulsion plant, after auris dextra button propulsion plant, left earclip propulsion plant and auris dextra button propulsion plant are drawn close to centre, treat left earclip propulsion plant, earclip on auris dextra button propulsion plant is aimed at respectively after left earclip pushing block and auris dextra button pushing block, riveting ear clip device and move plastic cement dislocation device and also draw close to centre respectively immediately, left earclip pushing block, auris dextra button pushing block is clamped in two earclips the left and right sides of the plastic cement glue core moving in plastic cement dislocation device.
Wherein, described left earclip propulsion plant is provided with left earclip bracing frame, on left earclip bracing frame, be provided with left earclip feeding cylinder and left slider, one end of described left slider is connected with the piston rod of left earclip feeding cylinder, and its other end is provided with the left earclip containing cavity being communicated with the discharge end of left earclip delivery track; Described auris dextra button propulsion plant is provided with auris dextra button bracing frame, on auris dextra button bracing frame, be provided with auris dextra and buckle feeding cylinder and right slide block, one end of described right slide block is connected with the piston rod of auris dextra button feeding cylinder, and its other end is provided with the auris dextra button containing cavity being communicated with the discharge end of auris dextra button delivery track.
Further, the described plastic cement dislocation device, riveting ear clip device of moving arranges respectively and moves plastic cement dislocation bracing frame, riveting earclip bracing frame, moves plastic cement slide block, riveting earclip slide block, moves plastic cement cylinder and riveting earclip cylinder, described move plastic cement cylinder and move plastic cement slide block be installed on respectively and move on plastic cement dislocation bracing frame, described one end of moving plastic cement slide block is connected with the piston rod that moves plastic cement cylinder, described moving on plastic cement dislocation bracing frame is also provided with dress earclip slide plate, and dress earclip slide plate is connected with the other end that moves plastic cement slide block; Described riveting earclip cylinder is installed on respectively on riveting earclip bracing frame with riveting earclip slide block and one end of riveting earclip slide block is connected with the piston rod of riveting earclip cylinder, and described left earclip pushing block, auris dextra button pushing block are removably connected to the other end of riveting earclip slide block.
Wherein, the row's of being provided with pin apparatus for bending between described row's cushion connection mechanism and earclip automatic riveting mechanism, described row's pin apparatus for bending includes opening rotating cylinder, bending rotary cylinder and bending plectrum, described bending plectrum is horizontally disposed with respect to row's pin, and a side of bending plectrum is fixedly connected with the inner side of opening rotating cylinder; The base of described bending rotary cylinder is fixed in automaton frame, and the piston rod of bending rotary cylinder is movably hinged with the outside of rotation opening cylinder.
Further, the row's of being provided with pin riveting device between described row's cushion connection mechanism and row's pin apparatus for bending, described row's pin riveting device includes riveted cylinder, riveted slide block and row's pin riveted piece, and described riveted slide block is connected between riveted cylinder and row's pin riveted piece; When the plastic cement glue core of the row's of pegging graft pin moves to a side of row's pin riveted piece, riveted air cylinder driven riveted slide block makes to arrange pin riveted piece and enters toward a side pressure of row's pin.
Further, between described row's pin apparatus for bending and row's pin riveting device, be also provided with ejecting device and row's pin counter for getting rid of defective products, described ejecting device comprises to be released cylinder and releases slide block, described release slide block is connected with the piston rod of releasing cylinder, described glue core feeding track is provided with inclined-plane breach corresponding to a side on the top of releasing slide block, in the time that row's pin counter detects that row's pin quantity of the plastic cement glue core that is positioned at inclined-plane breach is incorrect, described release air cylinder driven is released slide block plastic cement glue core is released to glue core feeding track from inclined-plane breach.
As preferably, described header connector is the header connector with double-row pin, and described row's cushion connection mechanism is divided into row's cushion connection mechanism and lower row's cushion connection mechanism, and described upper row's cushion connection mechanism is consistent with the structure of lower row's cushion connection mechanism.
Wherein, the upper surface of described product feeding rod is removably connected with equidistant glue core feeding pusher dog.
Wherein, the end tilts of described glue core feeding track is provided with product blanking groove, and one end of described product blanking groove is fixedly connected with a side of moving plastic cement dislocation device.
Wherein, the outer surface of described earclip automatic riveting mechanism is provided with safty shield, and described safty shield and automaton frame surface removably connect.
The beneficial effects of the utility model:
The utility model cooperatively interacts by pusher, row's cushion connection mechanism, row's pin riveting device, ejecting device, row's pin counter, row's pin apparatus for bending and earclip automatic riveting mechanism, row's pin, earclip and the plastic cement glue core of having realized header connector assemble fast and accurately automatically, thereby replace assembling manually, improved the production efficiency of header connector.Meanwhile, reduce required artificial quantity and the amount of labour, reduced production cost.
Brief description of the drawings
Fig. 1 is the utility model
oneplant the overall structure schematic diagram 1 of header connector automatic assembling.
Fig. 2 is the utility model
oneplant the overall structure schematic diagram 2 of header connector automatic assembling.
Fig. 3 is the utility model
oneplant the overall structure schematic diagram 3 of header connector automatic assembling.
Fig. 4 is the utility model
oneplant the vertical view of header connector automatic assembling.
Fig. 5 is the utility model
oneplant the structural representation of the row's cushion connection mechanism in header connector automatic assembling.
Fig. 6 is the utility model
oneplant the structural representation of the row's pin riveting device in header connector automatic assembling.
Fig. 7 is the utility model
oneplant the structural representation of the earclip automatic riveting mechanism in header connector automatic assembling.
Fig. 8 is the utility model
oneplant the working state schematic representation of the earclip automatic riveting mechanism in header connector automatic assembling.
Fig. 9 is the utility model
oneplant the glue core feeding track enlarged drawing that in header connector automatic assembling, A place refers to.
Reference numeral in Fig. 1 to Fig. 9 comprises:
1-automaton frame, 2-glue core blanking cartridge clip plate, 3-glue core feeding cylinder
4-glue core feeding track, 5-glue core feeding pusher dog 6-row pin delivery board
7-row pin bearing plate, 8-row pin head board the 9-the first contact pin cylinder
The 10-the second contact pin cylinder 11-left earclip delivery track 12-auris dextra is buckled delivery track
13-left earclip propulsion plant 131-left earclip bracing frame 132-left earclip feeding cylinder
133-left slider 134-left earclip containing cavity, 14-auris dextra button propulsion plant
141-auris dextra button bracing frame, 142-auris dextra is buckled feeding cylinder 143-right slide block
144-auris dextra button containing cavity 15-move plastic cement dislocation device 151-move plastic cement dislocation bracing frame
152-move plastic cement cylinder 153-move plastic cement slide block 154-dress earclip slide plate
16-riveting ear clip device, 161-riveting earclip bracing frame, 162-riveting earclip slide block
163-riveting earclip cylinder 17-left earclip pushing block, 18-auris dextra button pushing block
19-row pin apparatus for bending, 191-opening rotating cylinder, 192-bending rotary cylinder
20-row pin riveting device, 201-riveted cylinder, 202-riveted slide block
203-row pin riveted piece 21-inclined-plane breach 22-product blanking groove
23-safty shield, 24-product feeding rod.
Embodiment
For the ease of those skilled in the art's understanding, below in conjunction with embodiment and accompanying drawing, the utility model is further described, the content that execution mode is mentioned is not to restriction of the present utility model.Referring to Fig. 1 to Fig. 9, below in conjunction with accompanying drawing, the utility model is described in detail, wherein the orientation described in the present embodiment is all with the direction of Fig. 4 as a reference.
Header connector described in the utility model comprises plastic cement glue core and is located at the earclip at plastic cement glue core two ends, plastic cement glue core two ends offer hinged circular hole, earclip is provided with hinged button bit, and hinged button bit is the elliptical shape mating with hinged circular hole, and earclip is hinged by hinged button bit and hinged circular hole.In order to promote the packaging efficiency of header connector, reduce its production cost, provided by the utility model
oneplant header connector automatic assembling, it includes automaton frame 1 and is located at pusher, row's cushion connection mechanism and the earclip automatic riveting mechanism in automaton frame 1.
Described pusher comprises the glue core blanking cartridge clip plate 2 of the plastic cement glue core that header connector is housed, glue core feeding cylinder 3, glue core feeding track 4 and be slidably arranged at the product feeding rod 24 of glue core feeding track 4 inside, one end of described product feeding rod 24 is fixedly connected with the piston rod of glue core feeding cylinder 3, described glue core blanking cartridge clip plate 2 is vertically installed in the top of glue core feeding track 4, when the plastic cement glue core on glue core blanking cartridge clip plate 2 falls into after glue core feeding track 4, promoting plastic cement glue core by glue core feeding cylinder 3 by product feeding rod 24 moves along glue core feeding track 4, as shown in Figure 9, in the present embodiment, the upper surface of described product feeding rod 24 is removably connected with equidistant glue core feeding pusher dog 5.The utility model combination assembly process is from turning left in the right side, described glue core feeding cylinder 3 drives product feeding rod 24 to carry out spacing reciprocating motion left, whenever plastic cement glue core is delivered to next processing stations, glue core feeding cylinder 3 just resets immediately, and other associated mechanisms are also carried out relevant procedure of processing immediately.
Described row's cushion connection mechanism comprises row's pin vibrating disk (not marking in the drawings), row's pin delivery board 6, row's pin bearing plate 7, row's pin head board 8, makes the first contact pin cylinder 9 moving both vertically and the second contact pin cylinder 10 moving horizontally; The discharging opening of described row's pin vibrating disk is communicated with the inserting needle mouth of row's pin delivery board 6, the needle outlet of row's pin delivery board 6 is communicated with the inserting needle mouth of row's pin bearing plate 7, described row's pin head board 8 pivot bush units are in one end of row's pin bearing plate 7, the piston rod of described the first contact pin cylinder 9 is fixedly connected with the below of row's pin bearing plate 7, and the piston rod of described the second contact pin cylinder 10 is fixedly connected with the end of row's pin head board 8.With reference to Fig. 3 and Fig. 4, row's pin is carried from back to front, and described row's pin delivery board 6 is to pass through from the below of track 4, when row's pin is after row's pin delivery board 6 row's of entering pin bearing plates 7, the first contact pin cylinder 9 will be arranged pin bearing plate 7 and upwards promote, and then second contact pin cylinder 10 row's of promotion pin head boards 8 are inserted into row's pin the plastic cement glue core of glue core feeding track 4 from row's pin bearing plate 7.This row's cushion connection mechanism has been realized quick and precisely toward the row's of pegging graft pin on plastic cement glue core, no longer needs artificial or uses professional fixture to carry out contact pin, effectively enhances productivity.
The row's pin vibrating disk using in the utility model comprises hopper, chassis and feed appliance, below chassis, be provided with driver, hopper is tubular, hopper inwall is fixed with the spiralling needle track that send, send needle track to be horizontally disposed with towards row's pin delivery board 6 on top, send the port of export of needle track to be communicated with the inserting needle mouth of row's pin delivery board 6.The upper surface of described row's pin delivery board 6 is provided with several ring roads, and than the external diameter of row's pin more greatly, ring road once only allows row's pin to pass through to the width of each ring road; Meanwhile, described row's pin bearing plate 7 is also provided with identical ring road, and this row's of making pin can ceaselessly advance toward needle outlet under vibration force effect, the finally ring road of the row's of entering into pin bearing plate 7.
As preferably, header connector described in the utility model is the header connector with double-row pin, and described row's cushion connection mechanism is divided into row's cushion connection mechanism and lower row's cushion connection mechanism, and described upper row's cushion connection mechanism is consistent with the structure of lower row's cushion connection mechanism.Therefore in automaton frame 1, be sequentially set up in parallel lower row's cushion connection mechanism and on arrange cushion connection mechanism, in the time of the row's of pegging graft pin, the lower row's pin of first pegging graft, and then the upper row's pin of pegging graft, like this can be in good order to the row's pin work of pegging graft of plastic cement glue core, reach the run in effect of pin of quick inserting.
Described earclip automatic riveting mechanism includes earclip vibrating disk and (does not mark in the drawings, its structure is identical with row's pin vibrating disk), left earclip delivery track 11, auris dextra button delivery track 12, left earclip propulsion plant 13, auris dextra button propulsion plant 14, move plastic cement dislocation device 15 and riveting ear clip device 16, described left earclip delivery track 11, auris dextra button delivery track 12 is arranged at respectively a left side for riveting ear clip device 16, right both sides, and left earclip delivery track 11, the feeding end of auris dextra button delivery track 12 is communicated with the discharging opening of earclip vibrating disk respectively, described left earclip delivery track 11, the discharge end of auris dextra button delivery track 12 respectively with left earclip propulsion plant 13, auris dextra button propulsion plant 14 is communicated with, described riveting ear clip device 16 is provided with releases earclip, and for pushing up the left earclip pushing block 17 and the auris dextra button pushing block 18 that close earclip.Referring to Fig. 4 and Fig. 8, described left earclip propulsion plant 13, auris dextra button propulsion plant 14, move plastic cement dislocation device 15 and a square interblock space of riveting ear clip device 16 common formation, when plastic cement glue core is moved into the inside of moving plastic cement dislocation device 15, and earclip enters left earclip propulsion plant 13, after auris dextra button propulsion plant 14, first left earclip propulsion plant 13 and auris dextra button propulsion plant 14 are drawn close to centre, treat left earclip propulsion plant 13, after earclip on auris dextra button propulsion plant 14 is aimed at respectively left earclip pushing block 17 and auris dextra button pushing block 18, riveting ear clip device 16 and move plastic cement dislocation device 15 and also draw close to centre respectively immediately, left earclip pushing block 17, auris dextra button pushing block 18 pushes away two earclips toward moving in plastic cement dislocation device 15, two earclips are riveted on to the left and right sides of plastic cement glue core.
In the present embodiment, described left earclip propulsion plant 13 is provided with left earclip bracing frame 131, on left earclip bracing frame 131, be provided with left earclip feeding cylinder 132 and left slider 133, one end of described left slider 133 is connected with the piston rod of left earclip feeding cylinder 132, and its other end is provided with the left earclip containing cavity 134 being communicated with the discharge end of left earclip delivery track 11; Described auris dextra button propulsion plant 14 is provided with auris dextra button bracing frame 141, on auris dextra button bracing frame 141, be provided with auris dextra and buckle feeding cylinder 142 and right slide block 143, one end of described right slide block 142 is connected with the piston rod of auris dextra button feeding cylinder 141, and its other end is provided with the auris dextra button containing cavity 144 being communicated with the discharge end of auris dextra button delivery track 12.Further, the described plastic cement dislocation device 15 that moves, riveting ear clip device 16 arranges respectively and moves plastic cement dislocation bracing frame 151, riveting earclip bracing frame 161, move plastic cement slide block 152, riveting earclip slide block 162, move plastic cement cylinder 153 and riveting earclip cylinder 163, described move plastic cement cylinder 152 and move plastic cement slide block 153 be installed on respectively and move on plastic cement dislocation bracing frame 151, described one end of moving plastic cement slide block 153 is connected with the piston rod that moves plastic cement cylinder 152, described moving on plastic cement dislocation bracing frame 151 is also provided with and fills earclip slide plate 154, dress earclip slide plate 154 is connected with the other end that moves plastic cement slide block 153, described riveting earclip cylinder 163 is installed on respectively on riveting earclip bracing frame 161 with riveting earclip slide block 162 and one end of riveting earclip slide block 162 is connected with the piston rod of riveting earclip cylinder 163, and described left earclip pushing block 17, auris dextra button pushing block 18 are removably connected to the other end of riveting earclip slide block 162.
In the present embodiment, the row's of being provided with pin apparatus for bending 19 between described row's cushion connection mechanism and earclip automatic riveting mechanism, described row's pin apparatus for bending 19 includes opening rotating cylinder 191, bending rotary cylinder 192 and bending plectrum (not marking in the drawings), described bending plectrum is horizontally disposed with respect to row's pin and a side of bending plectrum is fixedly connected with the inner side of opening rotating cylinder 191, the base of described bending rotary cylinder 192 is fixed in automaton frame 1, and the piston rod of bending rotary cylinder 192 is movably hinged with the outside of rotation opening cylinder 191.
Further, described in the utility model, arrange the row's of being provided with pin riveting device 20 between cushion connection mechanism and row's pin apparatus for bending 19, described row's pin riveting device 20 includes riveted cylinder 201, riveted slide block 202 and row's pin riveted piece 203, and described riveted slide block 202 is connected between riveted cylinder 201 and row's pin riveted piece 203.Row's pin used in the utility model is long, row's pin is inserted into plastic cement glue in-core by row's cushion connection mechanism, but row's pin is not also inserted into default installation site completely, when the plastic cement glue core of the row's of being plugged with pin moves to a side of row's pin riveted piece 203, riveted cylinder 201 drives riveted slide block 202 row's of making pin riveted pieces 203 to enter toward a side pressure of row's pin, the row's of making pin is inserted into the default installation site of plastic cement glue core or through row's pin hole of plastic cement glue core, has ensured that row's pin completed before bending to be plugged into default installation site.
Further, between described row's pin apparatus for bending 19 and row's pin riveting device 20, be also provided with ejecting device (not marking in the drawings) and the row's pin counter (not marking in the drawings) for getting rid of defective products, described ejecting device comprises to be released cylinder and releases slide block, described release slide block is connected with the piston rod of releasing cylinder, and described glue core feeding track 4 is provided with inclined-plane breach 21 corresponding to a side on the top of releasing slide block.Because row's pin quantity that very row's of guarantee cushion connection mechanism is pegged graft is entirely true, therefore may appear at once in a while in process of production the not row's of the being plugged into pin of row's pin hole on plastic cement glue core, in the time that row's pin counter detects that row's pin quantity of the plastic cement glue core that is positioned at inclined-plane breach 21 is incorrect, described release air cylinder driven is released slide block plastic cement glue core is released to glue core feeding track 4 from inclined-plane breach.The incorrect plastic cement glue of row's pin quantity core is pushed out glue core feeding track 4 and just makes defective products be discharged timely, does not need automatically to carry out next processing stations again.Because the row's pin inserting on defective products is not also by bending, therefore defective products can also, by the artificial row's pin that adds, be realized the repairerment of defective products and reuse, and the means of production avoid waste.
In the present embodiment, the end tilts of described glue core feeding track 4 is provided with product blanking groove 22, and one end of described product blanking groove 22 is fixedly connected with a side of moving plastic cement dislocation device 15.After earclip clamping plastic cement glue core, complete the assembly working of whole header connector, moving plastic cement dislocation device 15 resets forward, then product feeding rod 24 advances once left, assemble complete header connector and push the product blanking groove 22 that moves plastic cement dislocation device 15 left sides, then header connector enters from product blanking groove 22 the product-collecting container that is arranged in product blanking groove 22 ends.
In the present embodiment, the outer surface of described earclip automatic riveting mechanism is provided with safty shield 23, and described safty shield 23 removably connects with automaton frame 1 surface.As preferably, described safty shield 23 is transparent plastic safety protective cover, can directly observe in process of production earclip anabolic process, also can prevent buckle fault, the producers' that keep the scene intact safety.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (10)
1.
oneplant header connector automatic assembling, it is characterized in that: include automaton frame and be located at pusher, row's cushion connection mechanism and the earclip automatic riveting mechanism in automaton frame, wherein:
Described pusher comprises glue core blanking cartridge clip plate, glue core feeding cylinder, the glue core feeding track of the plastic cement glue core that header connector is housed and is slidably arranged at the product feeding rod of glue core feeding track inside, one end of described product feeding rod is fixedly connected with the piston rod of glue core feeding cylinder, described glue core blanking cartridge clip plate is vertically installed in the top of glue core feeding track, when the plastic cement glue core on glue core blanking cartridge clip plate falls into after glue core feeding track, promote plastic cement glue core by glue core feeding cylinder by product feeding rod and move along glue core feeding track;
Described row's cushion connection mechanism comprises row's pin vibrating disk, row's pin delivery board, row's pin bearing plate, row's pin head board, makes the first contact pin cylinder moving both vertically and the second contact pin cylinder moving horizontally; The discharging opening of described row's pin vibrating disk is communicated with the inserting needle mouth of row's pin delivery board, the needle outlet of row's pin delivery board is communicated with the inserting needle mouth of row's pin bearing plate, described row's pin head board pivot bush unit is in one end of row's pin bearing plate, the piston rod of described the first contact pin cylinder is fixedly connected with the below of row's pin bearing plate, and the piston rod of described the second contact pin cylinder is fixedly connected with the end of row's pin head board; When row's pin is after row's pin delivery board enters row's pin bearing plate, the first contact pin cylinder will be arranged pin bearing plate and upwards promote, and then the second contact pin cylinder promotion row pin head board is inserted into row's pin the plastic cement glue core of glue core feeding track from row's pin bearing plate;
Described earclip automatic riveting mechanism includes earclip vibrating disk, left earclip delivery track, auris dextra button delivery track, left earclip propulsion plant, auris dextra button propulsion plant, move plastic cement dislocation device and riveting ear clip device, described left earclip delivery track, auris dextra button delivery track is arranged at respectively a left side for riveting ear clip device, right both sides, and left earclip delivery track, the feeding end of auris dextra button delivery track is communicated with the discharging opening of earclip vibrating disk respectively, described left earclip delivery track, the discharge end of auris dextra button delivery track respectively with left earclip propulsion plant, auris dextra button propulsion plant is communicated with, described riveting ear clip device is provided with by earclip release and for pushing up the left earclip pushing block and the auris dextra button pushing block that close earclip, when earclip enters left earclip propulsion plant, after auris dextra button propulsion plant, left earclip propulsion plant and auris dextra button propulsion plant are drawn close to centre, treat left earclip propulsion plant, earclip on auris dextra button propulsion plant is aimed at respectively after left earclip pushing block and auris dextra button pushing block, riveting ear clip device and move plastic cement dislocation device and also draw close to centre respectively immediately, left earclip pushing block, auris dextra button pushing block is clamped in two earclips the left and right sides of the plastic cement glue core moving in plastic cement dislocation device.
2. according to claim 1
oneplant header connector automatic assembling, it is characterized in that: described left earclip propulsion plant is provided with left earclip bracing frame, on left earclip bracing frame, be provided with left earclip feeding cylinder and left slider, one end of described left slider is connected with the piston rod of left earclip feeding cylinder, and its other end is provided with the left earclip containing cavity being communicated with the discharge end of left earclip delivery track; Described auris dextra button propulsion plant is provided with auris dextra button bracing frame, on auris dextra button bracing frame, be provided with auris dextra and buckle feeding cylinder and right slide block, one end of described right slide block is connected with the piston rod of auris dextra button feeding cylinder, and its other end is provided with the auris dextra button containing cavity being communicated with the discharge end of auris dextra button delivery track.
3. according to claim 2
oneplant header connector automatic assembling, it is characterized in that: described in move plastic cement dislocation device, riveting ear clip device and arrange respectively and move plastic cement dislocation bracing frame, riveting earclip bracing frame, move plastic cement slide block, riveting earclip slide block, move plastic cement cylinder and riveting earclip cylinder, described move plastic cement cylinder and move plastic cement slide block be installed on respectively and move on plastic cement dislocation bracing frame, described one end of moving plastic cement slide block is connected with the piston rod that moves plastic cement cylinder, described moving on plastic cement dislocation bracing frame is also provided with dress earclip slide plate, and dress earclip slide plate is connected with the other end that moves plastic cement slide block; Described riveting earclip cylinder is installed on respectively on riveting earclip bracing frame with riveting earclip slide block and one end of riveting earclip slide block is connected with the piston rod of riveting earclip cylinder, and described left earclip pushing block, auris dextra button pushing block are removably connected to the other end of riveting earclip slide block.
4. according to claim 1
oneplant header connector automatic assembling, it is characterized in that: the row's of being provided with pin apparatus for bending between described row's cushion connection mechanism and earclip automatic riveting mechanism, described row's pin apparatus for bending includes opening rotating cylinder, bending rotary cylinder and bending plectrum, described bending plectrum is horizontally disposed with respect to row's pin, and a side of bending plectrum is fixedly connected with the inner side of opening rotating cylinder; The base of described bending rotary cylinder is fixed in automaton frame, and the piston rod of bending rotary cylinder is movably hinged with the outside of rotation opening cylinder.
5. state according to claim 4
oneplant header connector automatic assembling, it is characterized in that: the row's of being provided with pin riveting device between described row's cushion connection mechanism and row's pin apparatus for bending, described row's pin riveting device includes riveted cylinder, riveted slide block and row's pin riveted piece, and described riveted slide block is connected between riveted cylinder and row's pin riveted piece; When the plastic cement glue core of the row's of pegging graft pin moves to a side of row's pin riveted piece, riveted air cylinder driven riveted slide block makes to arrange pin riveted piece and enters toward a side pressure of row's pin.
6. state according to claim 5
oneplant header connector automatic assembling, it is characterized in that: between described row's pin apparatus for bending and row's pin riveting device, be also provided with ejecting device and row's pin counter for getting rid of defective products, described ejecting device comprises to be released cylinder and releases slide block, described release slide block is connected with the piston rod of releasing cylinder, described glue core feeding track is provided with inclined-plane breach corresponding to a side on the top of releasing slide block, in the time that row's pin counter detects that row's pin quantity of the plastic cement glue core that is positioned at inclined-plane breach is incorrect, described release air cylinder driven is released slide block plastic cement glue core is released to glue core feeding track from inclined-plane breach.
7. state according to claim 4
oneplant header connector automatic assembling, it is characterized in that: described header connector is the header connector with double-row pin, described row's cushion connection mechanism is divided into row's cushion connection mechanism and lower row's cushion connection mechanism, and described upper row's cushion connection mechanism is consistent with the structure of lower row's cushion connection mechanism.
8. state according to claim 1
oneplant header connector automatic assembling, it is characterized in that: the upper surface of described product feeding rod is removably connected with equidistant glue core feeding pusher dog.
9. state according to claim 1
oneplant header connector automatic assembling, it is characterized in that: the end tilts of described glue core feeding track is provided with product blanking groove, one end of described product blanking groove is fixedly connected with a side of moving plastic cement dislocation device.
10. state according to claim 1
onekind of header connector automatic assembling, is characterized in that: the outer surface of described earclip automatic riveting mechanism is provided with safty shield, and described safty shield and automaton frame surface removably connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420146311.4U CN203774599U (en) | 2014-03-28 | 2014-03-28 | Automatic assembling machine for header connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420146311.4U CN203774599U (en) | 2014-03-28 | 2014-03-28 | Automatic assembling machine for header connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203774599U true CN203774599U (en) | 2014-08-13 |
Family
ID=51291752
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420146311.4U Withdrawn - After Issue CN203774599U (en) | 2014-03-28 | 2014-03-28 | Automatic assembling machine for header connector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203774599U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104901133A (en) * | 2015-05-21 | 2015-09-09 | 苏州源硕精密模具有限公司 | Push device used for automatic arranging and inserting machine |
| CN107732617A (en) * | 2017-11-03 | 2018-02-23 | 上海交通大学 | A kind of ox horn plug winding displacement capture apparatus |
| CN108493734A (en) * | 2018-03-21 | 2018-09-04 | 广东长盈精密技术有限公司 | Connector assembling equipment |
| CN112054369A (en) * | 2020-09-20 | 2020-12-08 | 杭州佰牛科技有限公司 | Electronic equipment data connector assembling machine |
| CN116191167A (en) * | 2023-04-23 | 2023-05-30 | 深圳市兴万联电子有限公司 | Connector terminal assembling and bonding equipment |
-
2014
- 2014-03-28 CN CN201420146311.4U patent/CN203774599U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104901133A (en) * | 2015-05-21 | 2015-09-09 | 苏州源硕精密模具有限公司 | Push device used for automatic arranging and inserting machine |
| CN104901133B (en) * | 2015-05-21 | 2017-09-26 | 苏州源硕精密模具有限公司 | A kind of pusher for automatic socket machine |
| CN107732617A (en) * | 2017-11-03 | 2018-02-23 | 上海交通大学 | A kind of ox horn plug winding displacement capture apparatus |
| CN108493734A (en) * | 2018-03-21 | 2018-09-04 | 广东长盈精密技术有限公司 | Connector assembling equipment |
| CN112054369A (en) * | 2020-09-20 | 2020-12-08 | 杭州佰牛科技有限公司 | Electronic equipment data connector assembling machine |
| CN116191167A (en) * | 2023-04-23 | 2023-05-30 | 深圳市兴万联电子有限公司 | Connector terminal assembling and bonding equipment |
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Granted publication date: 20140813 Effective date of abandoning: 20151216 |
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