CN203726824U - Assembly line for inserting copper bars into plastic housings - Google Patents
Assembly line for inserting copper bars into plastic housings Download PDFInfo
- Publication number
- CN203726824U CN203726824U CN201420078678.7U CN201420078678U CN203726824U CN 203726824 U CN203726824 U CN 203726824U CN 201420078678 U CN201420078678 U CN 201420078678U CN 203726824 U CN203726824 U CN 203726824U
- Authority
- CN
- China
- Prior art keywords
- shell
- mould
- support
- copper bar
- cylinder
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Manufacture Of Motors, Generators (AREA)
Abstract
The utility model relates to an automatic assembly line used in commutator processing, in particular to an assembly line for inserting copper bars into plastic housings, and the assembly line is simple to operate and high in operating efficiency and automation degree. The assembly line is characterized by comprising a plastic housing delivery mechanism, a plastic housing pressing in and dividing mechanism, a copper bar inserting mechanism and a plastic housing positioning and ejecting mechanism, and a scheduled target is achieved through combination and coordination actions of the mechanisms. A plastic housing feeding mechanism of the assembly line adopts a driving device combined by a vibrating disc and a straight vibrator, and the plastic housings are pushed into a positioning mold in the plastic housing delivery mechanism under vibration force of the straight vibrator; the plastic housing pressing in and dividing mechanism adopts cylinders as actuating pieces; the plastic housings in the mold in the plastic housing delivery mechanism are pressed into a mold in the plastic housing positioning and ejecting mechanism which adopts a divider to switch stations of the plastic housings and switch the plastic housings to the copper bar inserting mechanism; and the copper bar inserting mechanism presses a copper bar into a positioning groove of each plastic housing. The assembly line has the advantages of high operating efficiency, good processing quality and the like.
Description
Technical field
The present invention relates to the automatic production line using in commutator processing, specifically a kind of copper bar simple to operate, that operating efficiency is high, automaticity is high inserts and moulds shell streamline.
Background technology
Engine commutator plays very important effect in AC permanent magnet series-wound motor, making in the process of commutator, need to pass through multi-step process, finally just can be applied to industrial production.Commutator is mainly by the copper bar of circumference uniform distribution, and forms for the phenolic moulding powder compacting of insulating.In commutator production line, commutator is compressing before, copper bar need to be put among the mould of press regularly, in order to facilitate the fixing of copper bar, often adopt copper bar be inserted into special moulding among shell, after moulding to be pressed, then this is moulded to shell and deviates from.Among copper bar insertion is moulded to shell, be a very loaded down with trivial details operation, at present, most of enterprise adopts and manually copper bar is inserted into one by one and is moulded among shell, and working strength is high, and the production cycle is very long, and efficiency is difficult to improve.Ling You small part enterprise, although adopt mechanization production, also, often because copper bar and the location of moulding shell are difficult to ensure, cause fault rate very high, copper bar inserts and moulds this procedure of shell, becomes the technical bottleneck in commutator Production line process.
In order to adapt to the needs of Automatic Production Line, just need to there is a kind of flow production line that can automatically copper bar insertion be moulded to shell.The present invention has fully drawn practical production experience, through constantly test, has realized copper bar and has inserted the streamline production of moulding shell.
Summary of the invention
Main purpose of the present invention is exactly to reduce the production cycle of commutator, enhances productivity.Be exactly specifically: realize requisite copper bar in commutator production process and insert the automation continuous productive process of moulding this procedure of shell.
The technical scheme that the present invention solves the problems of the technologies described above employing is:
A kind of copper bar inserts and moulds shell streamline, comprises: mould shell connecting gear, mould shell and be pressed into indexing mechanism, copper bar and insert mechanism and mould shell location and ejecting mechanism, by combination and the coordination of these mechanisms, to realize predetermined target, wherein:
Mould shell connecting gear, be provided with and mould shell conveyor frame, mould shell conveyor frame and be provided with deflector chute 2, it is characterized in that the shell conveyor frame of moulding under deflector chute is provided with the device that directly shakes being connected with deflector chute, the shell conveyor frame of moulding of deflector chute one side is provided with turning rolls, turning rolls is provided with moulds shell detent mechanism, turning rolls is fixedly connected with copper billet, copper billet is connected as a whole by the notch on the base plate being connected with frame with turning rolls, mould shell detent mechanism corresponding with the mould on mold mounting plate, mold mounting plate is connected with the telescopic arm of circular cylinder, circular cylinder is connected with connecting plate, mold mounting plate is connected with connecting plate through line slideway, connecting plate is connected with the telescopic arm of slide unit cylinder, cylinder through cylinder block with mould shell conveyor frame and be connected,
Mould that shell is pressed into and indexing mechanism, comprise support and holder on workbench and workbench, it is characterized in that two push rods that are parallel to each other arranged vertically on support, grip block is connected to two push rod middle parts, the support of grip block one side is provided with the cylinder of cutting somebody's hair, the telescopic arm of cylinder of cutting somebody's hair is connected with grip block, push rod outside the support of grip block opposite side is provided with cuts somebody's hair, holder upper end is provided with line slideway, line slideway is provided with slide block, the slide block Telescopic-cylinder arm that is fixed on holder one side is connected with the slide block on line slideway through connecting plate, motor cabinet is connected with slide block, two motors that are horizontally parallel to each other on motor cabinet, the output shaft of motor is connected with dividing spindle rear end through shaft coupling respectively, dividing spindle is connected with bearing block through bearing, dividing spindle front end is provided with dividing head, motor cabinet between two motors is provided with calibration cylinder, calibration Telescopic-cylinder axle is connected with calibration fixed head, in dividing spindle, be provided with SMIS push rod, SMIS push rod front end is connected with the locating core that stretches out dividing head through spring-loaded plunger, the dividing spindle of SMIS putting back-end portion is provided with straight line cotter way, SMIS putting back-end portion is through connecting pin, spacing ring is connected with calibration fixed head,
Copper bar inserts mechanism, comprise board and be arranged on the support on board, it is characterized in that material separating disc is connected with support through calibration rotating shaft, the support of index dial below is provided with thimble, index dial axle is connected with the Cam splitter output shaft being fixed on support, Cam splitter power shaft through transmission mechanism be fixed on support on motor be connected, the support of Cam splitter below is provided with thimble cam, thimble camshaft is connected with Cam splitter power shaft, thimble cam and thimble are in mating connection, the support of material separating disc rear side is provided with stock guide and cover plate, stock guide near material separating disc is provided with sensor and rocker piece,
Mould shell location and ejecting mechanism, be provided with workbench, on workbench, be provided with successively air cylinder support, gearbox and motor, it is characterized in that being fixed with on air cylinder support cylinder, the telescopic arm of cylinder is connected with connecting plate, on the support of cylinder both sides, be respectively equipped with push rod, push rod is connected with support through sliding sleeve, connecting plate is connected with push rod, the end of push rod is provided with cuts somebody's hair, cut somebody's hair and gearbox between be provided with index dial, motor is connected with gearbox, output shaft of gear-box is connected with dispenser, dispenser output shaft is connected with index dial, index dial is provided with mould, index dial top is provided with baffle plate and sensor, baffle plate is connected with adjustable plate with sensor, adjustable plate is connected with one end of pillar through installing plate, the other end of pillar is connected with workbench.
The utility model is moulded the shell detent mechanism of moulding described in shell connecting gear and is made up of and distribution triangular in shape a friction pulley being connected with motor output shaft and two rollers, friction pulley provides power for two rollers, mould shell and be supported on two rollers, moulding the centering of shell, to center.
The utility model is moulded in shell connecting gear and is provided with leading screw, leading screw matches with the nut on sensor stand, sensor stand is connected with base plate through slide block, leading screw is connected with copper billet through screw set, nut on leading screw one end and sensor stand is connected, the other end is provided with knob, and by rotation knob, the leading screw other end drives sensor stand to move up and down.
The utility model is moulded in shell connecting gear and is moulded the base plate that shell conveyor frame is connected and be provided with thousand points of knobs, push rod and the copper billet of thousand points of knobs are inconsistent, can copper billet adjustment roll wheel carrier and the relative position of base plate by thousand points of knobs so that mould on shell detent mechanism to mould shell corresponding with the mould on mold mounting plate.
The utility model is moulded shell and is pressed into slide block Telescopic-cylinder beam warp floating junction in indexing mechanism and is connected with connecting plate.
On the utility model copper bar inserts the Cam splitter power shaft band transmission described in mechanism and is fixed on support, motor is connected, and motor shaft is connected with driving pulley, and Cam splitter power shaft is connected with passive belt wheel.
The utility model copper bar inserts mechanism medium-height trestle and is supported on board via the expansion link of loop bar and inserted link composition, and inserted link can regulate the height of support through being located at leading screw on board and handwheel.
The utility model copper bar inserts in mechanism and is provided with the attached support that helps, and support is connected with board through expansion link, the attached support that helps, and board has been provided with the guide pillar of balance, supporting role, and guide pillar withstands on attached helping on support.
The utility model is moulded shell location and is provided with and is at least provided with a die hole with the index dial described in ejecting mechanism, is provided with the spring ball headpin plug for locating for shell being made up of spring and bulb plunger in die hole.
In the present invention, copper bar feed mechanism is mainly responsible for that copper bar is sent to copper bar and is inserted station, and the present invention adopts two vibrating disks as feeding driving device, and vibrating disk is sent to copper bar by copper bar by specific arrangement and inserts mechanism.Mould shell feed mechanism and adopt a vibrating disk and the device that directly shakes to be combined into drive unit, under the vibration force of the device that directly shakes, be pushed in the jig of moulding in shell connecting gear moulding shell.Mould shell and be pressed into indexing mechanism and adopt cylinder as executive item, the shell of moulding of moulding in shell connecting gear in mould is pressed in the mould of moulding in shell location and ejecting mechanism.Moulding shell location adopts dispenser to switch the station of moulding shell with ejecting mechanism, after moulding shell and being pressed in the mould in this mechanism, motor drives dispenser rotation, will mould shell and be switched to copper bar insertion mechanism, and copper bar inserts mechanism and just a copper bar is pressed in a locating slot moulding shell.Mould shell and circumferentially need to insert multi-disc copper sheet, by mould shell be pressed into indexing mechanism in the rotation of servomotor realize the circular dividing of moulding shell, in shell, stick with copper bar until mould, dispenser will be moulded shell and switch a station, moulding shell location stretches out with the cylinder in ejecting mechanism, by sticking with the moulding in shell ejection die of copper bar, mould shell and enter into next station through stock guide.
Brief description of the drawings
Fig. 1, Fig. 2 are general assembly drawings of the present invention.
Fig. 1 is top view.
Fig. 2 is front view.
Fig. 3 to Fig. 7 moulds shell connecting gear schematic diagram in the present invention.
Fig. 3 is assembling schematic diagram.
Fig. 4 moulds shell material guide mechanism schematic diagram.
Fig. 5 is the cutaway view of the A-A of Fig. 4.
Fig. 6 moulds shell conveying mechanism schematic diagram.
Fig. 7 is that the B of Fig. 6 is to view.
Fig. 8, Fig. 9 mould shell to be pressed into and indexing mechanism schematic diagram in the present invention.
Fig. 8 is front view.
Fig. 9 is top view.
Figure 10, Figure 11 are that in the present invention, copper bar inserts structural scheme of mechanism.
Figure 10 is front view.
Figure 11 is that 10 C is to view.
Figure 12, Figure 13 mould shell location and ejecting mechanism schematic diagram in the present invention.
Figure 12 is front view.
Figure 13 is top view.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
A kind of copper bar inserts and moulds shell streamline, comprises: mould shell connecting gear, mould shell and be pressed into indexing mechanism, copper bar and insert mechanism and mould shell location and ejecting mechanism, by combination and the coordination of these mechanisms, to realize predetermined target, wherein:
Moulding shell connecting gear is provided with and moulds shell conveyor frame, mould shell conveyor frame and be provided with deflector chute 2, it is characterized in that the shell conveyor frame of moulding under deflector chute is provided with the device that directly shakes being connected with deflector chute, the shell conveyor frame of moulding of deflector chute one side is provided with turning rolls, turning rolls is provided with moulds shell detent mechanism, turning rolls is fixedly connected with copper billet, copper billet is connected as a whole by the notch on the base plate being connected with frame with turning rolls, mould shell detent mechanism corresponding with the mould on mold mounting plate, mold mounting plate is connected with the telescopic arm of circular cylinder, circular cylinder is connected with connecting plate, mold mounting plate is connected with connecting plate through line slideway, connecting plate is connected with the telescopic arm of slide unit cylinder, cylinder through cylinder block with mould shell conveyor frame and be connected, described mould is provided with striker plate outward, striker plate is connected with mold mounting plate, mould shell detent mechanism and be made up of and distribution triangular in shape a friction pulley being connected with motor output shaft and two rollers, friction pulley provides power for two rollers, moulds shell and is supported on two rollers, can be provided with leading screw, leading screw matches with the nut on sensor stand, sensor stand is connected with base plate through slide block, leading screw is connected with copper billet through screw set, nut on leading screw one end and sensor stand is connected, the other end is provided with knob, by rotation knob, the leading screw other end drives on sensor stand, lower movement, to regulate the relative position of sensor stand upper sensor, in addition, with mould the base plate that shell conveyor frame is connected on be provided with thousand points of knobs, push rod and the copper billet of thousand points of knobs are inconsistent, can copper billet adjustment roll wheel carrier and the relative position of base plate by thousand points of knobs, so that mould on shell detent mechanism to mould shell corresponding with the mould on mold mounting plate,
Under the feed table of last operation drives, mould in the deflector chute that shell is pressed into the device that directly shakes mutually, under the vibration of the device that directly shakes, will mould shell and squeeze toward next station.In transport process, keep correct circumferential registration in order to make to mould shell, on mould, process a boss corresponding with moulding shell groove (this boss simulation copper bar), the station of moulding shell end face and contacting with die face, the friction pulley of bottom drives moulds shell rotation, mould shell under the frictional force of axial force and outer ring acts on simultaneously, automatically and mould aligning, mould shell and whether entered into the tram in mould, detected by sensor, correctly enter after mould when moulding shell, by cylinder by mould with mould shell entirety and be sent to next station, carry out subsequent processing, different while moulding shell when changing, can be by regulating the position of sensor, change the corresponding moulds such as deflector chute.In order to increase work efficiency, this mechanism beat of every work can transmit two and mould shell, and the utility model can adapt to the workpiece of different size, makes it to have wider versatility, has that automaticity is high, production efficiency advantages of higher.
Moulding shell is pressed into indexing mechanism and comprises support and the holder on workbench and workbench, it is characterized in that two push rods that are parallel to each other arranged vertically on support, grip block is connected to two push rod middle parts, the support of grip block one side is provided with the cylinder of cutting somebody's hair, the telescopic arm of cylinder of cutting somebody's hair is connected with grip block, push rod outside the support of grip block opposite side is provided with cuts somebody's hair, holder upper end is provided with line slideway, line slideway is provided with slide block, the slide block Telescopic-cylinder arm that is fixed on holder one side is connected with the slide block on line slideway through connecting plate, motor cabinet is connected with slide block, two motors that are horizontally parallel to each other on motor cabinet, the output shaft of motor is connected with dividing spindle rear end through shaft coupling respectively, dividing spindle is connected with bearing block through bearing, dividing spindle front end is provided with dividing head, motor cabinet between two motors is provided with calibration cylinder, calibration Telescopic-cylinder axle is connected with calibration fixed head, in dividing spindle, be provided with SMIS push rod, SMIS push rod front end is connected with the locating core that stretches out dividing head through spring-loaded plunger, the dividing spindle of SMIS putting back-end portion is provided with straight line cotter way, SMIS putting back-end portion is through connecting pin, spacing ring is connected with calibration fixed head, described push rod is connected with support through linear bushings, to reduce wearing and tearing, described SMIS push rod is through being arranged in dividing spindle without oily lining, to reduce wearing and tearing, described slide block Telescopic-cylinder beam warp floating junction is connected with connecting plate,
When work, by cutting somebody's hair, cylinder promotes two push rods, be pressed into through cutting somebody's hair in the mould of location moulding shell, reach after the station at calibration place when moulding shell, promote dividing head by slide block cylinder, dividing head is circumferentially distributed with a lot of castellated strips, the rectangular locating slot of moulding shell that is inserted into, then rotate by driven by servomotor dividing head, so just realize and having moulded in shell after copper bar of every insertion, dividing head drive is moulded shell and is rotated a certain angle, in shell, stick with copper bar completely until mould, mould in shell and stick with after copper bar, dividing head is return, now calibration cylinder stretches out dividing head, the shell of moulding that sticks with copper bar is withstood, prevent that dividing head from being taken out of mould, until dividing head is return completely.When two cylinders all return to after initial bit, rotate to another station with the assembly that a certain mechanism drives copper bar and moulds shell, for subsequent processing (discharge assembly) is prepared; If process the product of other specification, to cut somebody's hair by replacing, dividing head, just the related die such as locating core can realize.
Copper bar inserts mechanism, comprise board and be arranged on the support on board, it is characterized in that material separating disc is connected with support through calibration rotating shaft, the support of index dial below is provided with thimble, index dial axle is connected with the Cam splitter output shaft being fixed on support, Cam splitter power shaft through transmission mechanism be fixed on support on motor be connected, the support of Cam splitter below is provided with thimble cam, thimble camshaft is connected with Cam splitter power shaft, thimble cam and thimble are in mating connection, the support of material separating disc rear side is provided with stock guide and cover plate, stock guide near material separating disc is provided with sensor and rocker piece, in centre hole on described thimble and support, thimble lower end is connected with thimble cam is inconsistent.So that thimble moves along the track of thimble cam, described Cam splitter power shaft band transmission be fixed on support on motor be connected, motor shaft is connected with driving pulley, Cam splitter power shaft is connected with passive belt wheel, support on described board is lifting type support, support is supported on board via the expansion link of loop bar and inserted link composition, inserted link can regulate the height of support through being located at leading screw on board and handwheel, to adapt to the workpiece of different-diameter and length, in addition, can be provided with the attached support that helps, support is through expansion link, the attached support that helps is connected with board, on board, can also be provided with balance, the guide pillar of supporting role, the attached support that helps is being supported in guide pillar upper end, so that support is more stable,
Under the feed table of last operation drives, copper bar, along the notch in stock guide, is expressed to the corresponding station in material separating disc mutually.After copper bar is sent in material separating disc, the rotation of motor driving cam dispenser, the output shaft of Cam splitter is connecting material separating disc, the power shaft of Cam splitter is connecting and thimble camshaft, Cam splitter drives a point biscuit to rotate to after the station that will be pressed into, then copper bar is pressed into and is moulded in shell with thimble cam, thimble.For the workpiece of different-diameter and length, can pass through to change material separating disc, and regulate the relative position of whole mechanism and next station to realize wider versatility.
Mould shell location and be provided with workbench with ejecting mechanism, on workbench, be provided with successively air cylinder support, gearbox and motor, it is characterized in that being fixed with on air cylinder support cylinder, the telescopic arm of cylinder is connected with connecting plate, on the support of cylinder both sides, be respectively equipped with push rod, push rod is connected with support through sliding sleeve, connecting plate is connected with push rod, the end of push rod is provided with cuts somebody's hair, cut somebody's hair and gearbox between be provided with index dial, motor is connected with gearbox, output shaft of gear-box is connected with dispenser, dispenser output shaft is connected with index dial, index dial is provided with mould, index dial top is provided with baffle plate and sensor, baffle plate is connected with adjustable plate with sensor, adjustable plate is connected with one end of pillar through installing plate, the other end of pillar is connected with workbench, described index dial is provided with and is at least provided with a die hole, in die hole, be provided with the spring ball headpin plug for locating for shell being formed by spring and bulb plunger,
It adds a positioner for the mould of moulding shell location, this positioner can keep moulding the tram of shell, do not affect again the calibration action of moulding shell, it adopts spring ball headpin plug as further positioner, the orientation of plunger is pre-designed, its axis aligns with a certain locating slot of moulding shell, in the time moulding shell and be sent in mould, the head of this spring ball headpin plug automatic clamping under spring-force driven dual is being moulded in the locating slot of shell, like this, the reference azimuth while moulding shell and just kept sending into this mechanism.Because the head of plunger is spherical, and adopt spring ejection, head can be pushed back so mould the outer ring of shell in the time moulding shell calibration, can realize smoothly the calibration of moulding shell.In order to increase work efficiency, the utility model is arranged on different positions by the insertion station of copper bar from the release station of moulding shell, by adopting dispenser to realize Switch of working position.
As shown in Figure 1 and Figure 2, the present invention mainly moulds shell vibrating disk 1 by one, and two copper bar vibrating disks 8 are as pay-off, and pay-off need to, according to different product feature customizations, in the time changing different products, need to be changed corresponding pay-off.Three vibrating disks are placed in feeding frame 9, and its installation site capable of regulating, so that corresponding different products.On mainframe 3, be fixed wtih board 4.Mould shell connecting gear 2, mould shell and be pressed into and indexing mechanism 5, mould shell location and insert mechanism 7 with ejecting mechanism 6 and copper bar, these several parts are fixed on board 4 jointly.As can be seen from Figure 1, feeding part of the present invention is separately fixed in different frames from other mechanism, and so just convenient transport, is also easy to safeguard.
The aforesaid shell connecting gear of moulding comprises and moulds shell material guide mechanism and mould shell connecting gear.Mould shell material guide mechanism and mainly comprise the device 10 that directly shakes, deflector chute 11, bolt 12, motor 13, friction pulley 14, roller 15, thousand points of knobs 16, screw mandrel 17 and sensor 18.Under the driving of moulding shell vibrating disk 1 of last operation, mould in the deflector chute 11 that shell 19 is pressed into the device 10 that directly shakes mutually, under the vibration of the device 10 that directly shakes, will mould shell and squeeze toward next station.In transport process, keep correct circumferential registration in order to make to mould shell, on mould 25, process a boss corresponding with moulding shell groove (this boss simulation copper bar), the station of moulding shell end face and contacting with die face, the friction pulley 14 of bottom drives through roller 15 and drives and mould shell rotation, mould shell under the frictional force of axial force and outer ring acts on simultaneously, automatically and mould aligning, mould shell and whether entered into the tram in mould, detected by sensor 18, correctly enter after mould when moulding shell, by slide unit cylinder 23 by mould with mould shell entirety and be sent to next station, carry out subsequent processing.Different while moulding shell when changing, can, by regulating the position of sensor, change the corresponding moulds such as deflector chute.In order to increase work efficiency, this mechanism beat of every work can transmit two and mould shell.
As shown in Fig. 3 to Fig. 7, the aforesaid shell material guide mechanism of moulding, is flexibly connected with the device 10 that directly shakes by deflector chute 11, can be by adjusting the high and low position of bolt 12, to adapt to the shell of moulding of different-diameter, deflector chute 11 is to change part, determines its size according to the diameter of different product.Mould the specification of shell 19 and the mould of this mechanism 25 is suitable, and adjust by thousand points of knobs 16 that to mould shell concentric with mould 25.Whether screw mandrel 17, for regulating the high and low position of sensor 18, puts in place so that shell is moulded in detection.
Mould 25 is fixed in the endoporus of mold mounting plate 21, mold mounting plate 21 is connecting line slideway 22 below, the piston rod of circular cylinder 20 is connected on mold mounting plate 21 by intermediate structure, and 22 slide blocks by intermediate structure and slide unit cylinder 23 of cylinder body and line slideway are fixed together.Like this, just can realize pumping of mould 25 by stretching of circular cylinder 20.The cylinder body of slide unit cylinder 22 is fixed on cylinder block 24, by the action of slide unit cylinder 22, realizes pumping of the above whole parts of slide block.In cylinder uphill process, striker plate 26 is moulded outside shell is blocked in mould to be entered, prevents from that mould from wiping off to mould shell.That is to say, after the coordinated movement of various economic factors by circular cylinder 20 and slide unit cylinder 23 these cylinders, realized and once transmitted two objects of moulding shell, operating efficiency greatly promotes.
Aforesaidly mould that shell is pressed into and indexing mechanism, major function is to be pressed in mould moulding shell, and when inserting copper bar in moulding shell to moulding shell calibration.The main action of this mechanism is: will mould shell and be pushed in mould, realize the calibration of moulding shell with servo and cylinder, and in the time that dividing head is return, the shell of moulding that sticks with copper bar is withstood with another cylinder, take mould out of in case will mould shell, until two cylinders, dividing head and locating core are returned to after initial position, the action of this mechanism has just completed, and waits for subsequent processing action.
As shown in Figure 8, Figure 9, a upper operation will be moulded shell to delivering to after this mechanism, cylinder 28 stretches out, promotion is cut somebody's hair and 27 is protracted, cut somebody's hair and 27 will mould in the mould that shell is pushed into " mould shell location with ejecting mechanism in ", when moulding shell and be switched to the station at dividing head place, cylinder 30 stretches out, connecting plate 31 and the parts entirety being connected on line slideway 35 slide blocks are released, like this, dividing head 44 is just inserted in the locating slot of moulding shell, and so far, motor 32 just can decide when carry out calibration according to the duty of " copper bar inserts mechanism ".Stick with after copper bar when moulding in shell, cylinder 36 stretches out, by SMIS push rod 42, to release together with the locating core 46 that is fixed on its front end, the end face of locating core withstands to be moulded after shell, cylinder 36 is return, dividing head 44 is extracted out from moulding shell, and last cylinder 30 is return, and completes a calibration of moulding shell, until subsequent processing by stick with copper bar mould shell release after, continue circulation carry out next work tempo.
Aforesaid mould shell be pressed into indexing mechanism in, cut somebody's hair 27 for quick change part, different the cutting somebody's hair of quick-replaceable when convenient processing different product.The guide rail of cylinder 30 and line slideway 35 is fixed on holder 29, the floating junction of the piston rod front end of cylinder 30 is delivered to power on connecting plate 31, connecting plate 31 is fixed together with electric machine support 33, electric machine support 33 is connected with the slide block of line slideway 35, like this, the action of cylinder 30 just can drive all parts molar behaviors that are fixed on electric machine support 33.
Motor 32 is fixed on electric machine support 33, and motor is connected with dividing spindle 41 by shaft coupling 34, and the front end of dividing spindle is fixed wtih dividing head 44, when calibration, drives dividing spindle and dividing head rotation by motor.
The cylinder body of cylinder 36 is fixed on bearing block 37, and piston rod is connected with fixed head 38.The two ends notch inner sleeve restraining position ring block 40 of fixed head, in the time of calibration, these two parts can produce the relative motion of rotation, and spacing ring 40 endoporus coordinate with dividing spindle 41 crest clearances.Spacing ring adopts connecting pin 39 to be connected with SMIS push rod 42.Between SMIS push rod and locating core 46, adopt spring-loaded plunger 45 to connect.In the time that cylinder 36 stretches out, the power of cylinder just can be passed through fixed head 38, spacing ring 40, and connecting pin 39 and SMIS push rod 42 are delivered on locating core 46.Between dividing spindle 41 and SMIS push rod 42, be equipped with without oily lining 43, can keep the good concentricity of dividing spindle and SMIS push rod without oily lining, can improve again the rigidity of SMIS push rod.
As shown in Figure 10, Figure 11, aforesaid copper bar plug-in sheet mechanism, can automatically be pressed into copper bar to mould in shell, for the Automatic Production Line of realizing commutator has been created necessary condition.
Copper bar vibrating disk is sent to copper bar in the notch of stock guide 65 by the direction shown in Fig. 6, copper bar pushes mutually along notch toward material separating disc 71 direction feedings, and in the time that copper bar reaches the notch of material separating disc 71, feeding suspends.Motor 69 driving cam dispensers 70 rotate, drive thereupon Cam splitter in the same way the cam 73 on output shaft rotate, Cam splitter adopts 8 calibration, power shaft often turns around, and material separating disc 71 rotates 45 degree, in the time that material separating disc rotates to corresponding station, cam 73 ejects thimble 72 by specific mechanism, thimble withstands copper bar rear end, and copper bar is pressed into and is moulded in shell, has so just completed the insertion of a copper bar.The rotation of material separating disc 71 and stopping, and thimble 72 eject and return action, be that the specific movement relation by forming between Cam splitter 70 and cam 73 realizes, adjusting after initial position, just can circulate exactly and realize copper bar insert action.
The left and right sides of this mechanism is symmetrical mechanism, and each work tempo can insert two copper bars simultaneously.Stock guide 65 is connected by loose-leaf with cover plate 66, while getting stuck, can easily cover plate be opened in the process of copper bar feeding, fixes a breakdown rapidly.The front end of stock guide 65 is connected with rocker piece 67 by spring and magnet, if occurring in the course of the work copper bar fails successfully to import in the notch of material separating disc 71, copper bar can eject normal position by rocker piece, now, the sensor 68 being contained in stock guide 65 can send abnormal signal, fix a breakdown operating personnel, and rocker piece is returned to behind normal position, it is normal that continuous productive process just can be recovered.
In this mechanism, cam 73 be connected to the coaxial output shaft of Cam splitter 70 power shafts on, that is to say that Cam splitter 70 synchronizes with the rotation of cam 73; Material separating disc 71 is connected on the vertical output axle of Cam splitter 70.In the time of Cam splitter 70 uninterrupted rotation, can realize the intermittent movement of material separating disc 71, when material separating disc stops, realizing copper bar feeding and insert two actions.Between more than 75 part of frame and frame, couple together by line slideway 74, can be according to different workpiece height, adjust to behind corresponding position fixing.Between frame 74 and board, have four guide pillars 76, in the time changing different workpiece, can be by rotation hand wheel 78 and screw mandrel 77 by the height adjustment of copper bar to mould shell corresponding.Owing to having, two crucial directions are adjustable, make this mechanism have very wide versatility.
As shown in Figure 12 and Figure 13, aforesaid shell location and the ejecting mechanism moulded, major function is: keep moulding the location of shell in calibration process, and the shell of moulding that sticks with copper bar is released, take for subsequent processing.
" moulding shell connecting gear " of a upper operation is by before moulding shell and being pressed into the mould 63 of this mechanism, locate, after being pressed into this mechanism, in mould 63, add the mechanism that keeps original location, spring ball headpin plug 64 plays a part location, the head of plunger is stuck in the locating slot of moulding shell under the active force of spring, has so just kept moulding the original location of shell, just there being positioning datum when inserting copper bar in moulding shell.
Mould shell be pressed into mould 63 interior after, motor 47 drives dispenser 48 90-degree rotations, is connected in index dial 62 90-degree rotations on dispenser output shaft thereby drive, and will mould shell and rotate to top station, prepares for copper bar inserts.
In Fig. 5, support 49 is arranged on the top of dispenser 48, and two linings 50 are housed in support, and these two parts do guiding use for " mould shell is pressed into and indexing mechanism ".Pillar 51, installing plate 52, adjustable plate 53, baffle plate 54, sensor 55, the mechanism of these parts composition is that whether feeding puts in place in order to detect copper bar, so that copper bar can be inserted into moulding among shell in the mould 63 of this mechanism smoothly.Pillar 51 bottoms are connected on support 49 by smart hole, pillar top is connected with installing plate 52, adjustable plate 53 is fixed together with baffle plate 54, on adjustable plate, be equipped with and detect the sensor 55 that copper bar is used, between adjustable plate 53 and installing plate 52, be connected by screw, like this, just can regulate sending into of copper bar and the detection position that puts in place according to the requirement of product, mould shell and do homework for copper bar is inserted into.
In Fig. 5, cylinder 56 is fixed on air cylinder support 60, is fixed wtih connecting plate 58 on the piston rod of cylinder, has been arranged symmetrically with two push rods 57 on connecting plate, and the front end of push rod is equipped with two cuts somebody's hair 59.When moulding while all sticking with copper bar in shell, dispenser 48 drives index dial 62 90-degree rotations, like this, mould shell and just switched a station, be switched to and cut somebody's hair after the station aligning when moulding shell, cylinder 56 is return, and will cut somebody's hair 59 to eject, cut somebody's hair the shell of moulding in mould 63 is released, mould shell and roll in receiver along stock guide 61.
In mechanism, owing to having adopted multiple stations, be pressed into mould and mould these two actions of shell ejection die and can carry out simultaneously so mould shell; In addition, mould in this time period of shell copper bar is inserted into, the feed mechanism of moulding shell can first be about to mould shell and delivers to the shell of moulding of this mechanism and be pressed into station, has saved feeding time, has greatly improved operating efficiency.
Claims (9)
1. copper bar inserts and moulds a shell streamline, it is characterized in that comprising moulding shell connecting gear, moulding shell and be pressed into indexing mechanism, copper bar and insert mechanism and mould shell location and ejecting mechanism, by combination and the coordination of these mechanisms, to realize predetermined target, wherein:
Mould shell connecting gear, be provided with and mould shell conveyor frame, mould shell conveyor frame and be provided with deflector chute 2, it is characterized in that the shell conveyor frame of moulding under deflector chute is provided with the device that directly shakes being connected with deflector chute, the shell conveyor frame of moulding of deflector chute one side is provided with turning rolls, turning rolls is provided with moulds shell detent mechanism, turning rolls is fixedly connected with copper billet, copper billet is connected as a whole by the notch on the base plate being connected with frame with turning rolls, mould shell detent mechanism corresponding with the mould on mold mounting plate, mold mounting plate is connected with the telescopic arm of circular cylinder, circular cylinder is connected with connecting plate, mold mounting plate is connected with connecting plate through line slideway, connecting plate is connected with the telescopic arm of slide unit cylinder, cylinder through cylinder block with mould shell conveyor frame and be connected,
Mould that shell is pressed into and indexing mechanism, comprise support and holder on workbench and workbench, it is characterized in that two push rods that are parallel to each other arranged vertically on support, grip block is connected to two push rod middle parts, the support of grip block one side is provided with the cylinder of cutting somebody's hair, the telescopic arm of cylinder of cutting somebody's hair is connected with grip block, push rod outside the support of grip block opposite side is provided with cuts somebody's hair, holder upper end is provided with line slideway, line slideway is provided with slide block, the slide block Telescopic-cylinder arm that is fixed on holder one side is connected with the slide block on line slideway through connecting plate, motor cabinet is connected with slide block, two motors that are horizontally parallel to each other on motor cabinet, the output shaft of motor is connected with dividing spindle rear end through shaft coupling respectively, dividing spindle is connected with bearing block through bearing, dividing spindle front end is provided with dividing head, motor cabinet between two motors is provided with calibration cylinder, calibration Telescopic-cylinder axle is connected with calibration fixed head, in dividing spindle, be provided with SMIS push rod, SMIS push rod front end is connected with the locating core that stretches out dividing head through spring-loaded plunger, the dividing spindle of SMIS putting back-end portion is provided with straight line cotter way, SMIS putting back-end portion is through connecting pin, spacing ring is connected with calibration fixed head,
Copper bar inserts mechanism, comprise board and be arranged on the support on board, it is characterized in that material separating disc is connected with support through calibration rotating shaft, the support of index dial below is provided with thimble, index dial axle is connected with the Cam splitter output shaft being fixed on support, Cam splitter power shaft through transmission mechanism be fixed on support on motor be connected, the support of Cam splitter below is provided with thimble cam, thimble camshaft is connected with Cam splitter power shaft, thimble cam and thimble are in mating connection, the support of material separating disc rear side is provided with stock guide and cover plate, stock guide near material separating disc is provided with sensor and rocker piece,
Mould shell location and ejecting mechanism, be provided with workbench, on workbench, be provided with successively air cylinder support, gearbox and motor, it is characterized in that being fixed with on air cylinder support cylinder, the telescopic arm of cylinder is connected with connecting plate, on the support of cylinder both sides, be respectively equipped with push rod, push rod is connected with support through sliding sleeve, connecting plate is connected with push rod, the end of push rod is provided with cuts somebody's hair, cut somebody's hair and gearbox between be provided with index dial, motor is connected with gearbox, output shaft of gear-box is connected with dispenser, dispenser output shaft is connected with index dial, index dial is provided with mould, index dial top is provided with baffle plate and sensor, baffle plate is connected with adjustable plate with sensor, adjustable plate is connected with one end of pillar through installing plate, the other end of pillar is connected with workbench.
2. insert and mould shell streamline according to a kind of copper bar claimed in claim 1, it is characterized in that moulding the shell detent mechanism of moulding described in shell connecting gear is made up of and distribution triangular in shape a friction pulley being connected with motor output shaft and two rollers, friction pulley provides power for two rollers, mould shell and be supported on two rollers, moulding the centering of shell, to center.
3. insert and mould shell streamline according to a kind of copper bar claimed in claim 1, it is characterized in that moulding in shell connecting gear and be provided with leading screw, leading screw matches with the nut on sensor stand, sensor stand is connected with base plate through slide block, leading screw is connected with copper billet through screw set, and the nut on leading screw one end and sensor stand is connected, and the other end is provided with knob, by rotation knob, the leading screw other end drives sensor stand to move up and down.
4. insert and mould shell streamline according to a kind of copper bar claimed in claim 1, it is characterized in that moulding in shell connecting gear and mould the base plate that shell conveyor frame is connected and be provided with thousand points of knobs, push rod and the copper billet of thousand points of knobs are inconsistent, can copper billet adjustment roll wheel carrier and the relative position of base plate by thousand points of knobs so that mould on shell detent mechanism to mould shell corresponding with the mould on mold mounting plate.
5. insert and mould shell streamline according to a kind of copper bar claimed in claim 1, it is characterized in that moulding shell and be pressed into slide block Telescopic-cylinder beam warp floating junction in indexing mechanism and be connected with connecting plate.
6. insert and mould shell streamline according to a kind of copper bar claimed in claim 1, on it is characterized in that the Cam splitter power shaft band transmission described in copper bar insertion mechanism and being fixed on support, motor is connected, motor shaft is connected with driving pulley, and Cam splitter power shaft is connected with passive belt wheel.
7. insert and mould shell streamline according to a kind of copper bar claimed in claim 1, it is characterized in that copper bar inserts mechanism's medium-height trestle and is supported on board via the expansion link of loop bar and inserted link composition, inserted link can regulate the height of support through being located at leading screw on board and handwheel.
8. insert and mould shell streamline according to a kind of copper bar claimed in claim 1, it is characterized in that being provided with the attached support that helps in copper bar insertion mechanism, support is connected with board through expansion link, the attached support that helps, and board has been provided with the guide pillar of balance, supporting role, and guide pillar withstands on attached helping on support.
9. a kind of copper bar claimed in claim 1 inserts and moulds shell streamline, it is characterized in that moulding shell location and be provided with and be at least provided with a die hole with the index dial described in ejecting mechanism, in die hole, be provided with the spring ball headpin plug for locating for shell being formed by spring and bulb plunger.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420078678.7U CN203726824U (en) | 2014-02-22 | 2014-02-22 | Assembly line for inserting copper bars into plastic housings |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420078678.7U CN203726824U (en) | 2014-02-22 | 2014-02-22 | Assembly line for inserting copper bars into plastic housings |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203726824U true CN203726824U (en) | 2014-07-23 |
Family
ID=51196928
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420078678.7U Withdrawn - After Issue CN203726824U (en) | 2014-02-22 | 2014-02-22 | Assembly line for inserting copper bars into plastic housings |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203726824U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103817931A (en) * | 2014-02-22 | 2014-05-28 | 上海昭程整流子科技有限公司 | Streamline for inserting copper bar into plastic shell |
| CN104791348A (en) * | 2015-04-27 | 2015-07-22 | 珠海智新自动化科技有限公司 | Full-automatic steel nail glue arranging production system |
| CN104852249A (en) * | 2015-05-21 | 2015-08-19 | 苏州沃尔非自动化设备有限公司 | Improved cam mechanism push apparatus |
| CN104852250A (en) * | 2015-05-21 | 2015-08-19 | 苏州沃尔非自动化设备有限公司 | Cam mechanism push apparatus |
| CN105618623A (en) * | 2014-10-27 | 2016-06-01 | 扬中凯悦铜材有限公司 | Copper bars die-dismounting machine |
| CN109319430A (en) * | 2018-11-02 | 2019-02-12 | 中山慧能科技有限公司 | A kind of oblique glue row's pin inserting equipment and plug pin method |
-
2014
- 2014-02-22 CN CN201420078678.7U patent/CN203726824U/en not_active Withdrawn - After Issue
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103817931A (en) * | 2014-02-22 | 2014-05-28 | 上海昭程整流子科技有限公司 | Streamline for inserting copper bar into plastic shell |
| CN103817931B (en) * | 2014-02-22 | 2016-09-21 | 上海昭程整流子科技有限公司 | Copper bar inserts and moulds shell streamline |
| CN105618623A (en) * | 2014-10-27 | 2016-06-01 | 扬中凯悦铜材有限公司 | Copper bars die-dismounting machine |
| CN104791348A (en) * | 2015-04-27 | 2015-07-22 | 珠海智新自动化科技有限公司 | Full-automatic steel nail glue arranging production system |
| CN104791348B (en) * | 2015-04-27 | 2017-03-08 | 珠海智新自动化科技有限公司 | Full-automatic steel nail glue row's production system |
| CN104852249A (en) * | 2015-05-21 | 2015-08-19 | 苏州沃尔非自动化设备有限公司 | Improved cam mechanism push apparatus |
| CN104852250A (en) * | 2015-05-21 | 2015-08-19 | 苏州沃尔非自动化设备有限公司 | Cam mechanism push apparatus |
| CN109319430A (en) * | 2018-11-02 | 2019-02-12 | 中山慧能科技有限公司 | A kind of oblique glue row's pin inserting equipment and plug pin method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203726824U (en) | Assembly line for inserting copper bars into plastic housings | |
| CN103817931A (en) | Streamline for inserting copper bar into plastic shell | |
| CN108747353B (en) | Automatic lamp cap assembling machine | |
| CN109378952A (en) | A kind of flat type copper wire coiling molding machine | |
| CN109128597B (en) | Automatic welding machine for T-shaped workpiece | |
| CN103753374A (en) | Automatic gap grinding machine for piston rings | |
| CN111687364A (en) | Needle roller blank forming equipment and blank forming process using same | |
| CN105262294A (en) | Paper insertion machine | |
| CN110666060A (en) | Stamping equipment for producing battery steel shell | |
| CN205070714U (en) | Insert paper machine | |
| CN204149691U (en) | Automatic feed drawing mechanism | |
| CN109366185B (en) | Automatic rotary rolling cutting stamping machine tool | |
| CN105562509A (en) | Automatic punching machine for round tubes | |
| CN104733975B (en) | Uncovering and shelling machine | |
| CN210633224U (en) | Tubeless probe assembly device | |
| CN209072291U (en) | A kind of flat type copper wire coiling molding machine | |
| CN110756639A (en) | A automatic stamping device of robot for watch case production | |
| CN203690679U (en) | Copper bar inserting mechanism | |
| CN203650184U (en) | Automatic opening repairing machine for piston ring | |
| CN202803991U (en) | Automatic gear cutting feeding machine used for table fork manufacture | |
| CN204497548U (en) | To uncap hulling machine | |
| CN203696378U (en) | Plastic casing pressing and indexing mechanism | |
| US2727473A (en) | Coating mechanism | |
| CN112157440A (en) | Full-automatic combined machining machine tool for rotary-tongue key | |
| CN203426701U (en) | Automatic bearing bush punching spot welding machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140723 Effective date of abandoning: 20160921 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |