CN206059223U - A kind of composite contact manufacture device - Google Patents

Abstract

This utility model provides a kind of composite contact manufacture device, and horizontal concrete chute base, lifting pedestal, ram body and die drive unit, horizontal concrete chute base are fixed on platform and are provided with horizontal concrete chute guide rail；Lifting pedestal includes cross sliding clock, and the intermediate vertical of cross sliding clock is provided with lead column upwards, and the both sides positioned at lead column of cross sliding clock are provided with lowering or hoisting gear vertically upward, and the right-hand member of cross sliding clock is a riser, the vertical chute guide rail of riser；Body of raming is arranged on the top of cross sliding clock, and its bottom is connected with lowering or hoisting gear, is provided with pilot hole in the middle part of body of raming, and the left end of body of raming is provided with taper striker, and taper striker syringe needle is provided inwardly with molding cavity；Ram the right-hand member vertical slipper of body；Ram and pre- pier needle device is provided with the top of body left end, die drive unit is arranged on the platform on the right side of lifting pedestal, with moving and reset to bed die cavity direction with the taper striker and pre- pier shank that body of raming is promoted by die drive unit.

Description

A kind of composite contact manufacture device

Technical field

This utility model is related to appliance contact element manufacture field, more particularly to a kind of composite contact manufacture device.

Background technology

The contact element commonly used on the market now, small volume, but it is very strict for performance requirement.Contact element Material is related to various precious metal materials, typically by different materials is carried out hot-roll forming, or raw material is rolled into strip, It is punched out cold-heading molding again, the most complex structure of existing composite contact manufacturing equipment, shaping efficiency are poor, not only waste former material Material, and the composite contact intensity hardness after molding is relatively low, and with high costs, the scope of application is little.

Utility model content

In order to overcome shortcoming of the prior art, the purpose of this utility model is to provide a kind of composite contact manufacture dress Put.The manufacture device simple structure, can directly carry out cold-heading molding, convenient use, low cost, effect after can cut raw material Rate is high, and the intensity hardness of contact is effectively ensured, applied widely.

Technical scheme

A kind of composite contact manufacture device, including fill out located at the feeding being sequentially fixed on platform send device, feeding base, Raw material cutting transporter, mould and die drive unit, are provided with the middle part of the feeding base front side wall and can accommodate institute The bed die cavity of mould cold-heading molding is stated, the left and right sides of the bed die cavity is equipped with level through the feeding base Material hole is drawn on a left side for rear and front end and material hole is drawn on the right side, is provided with feeding and fills out and send device on rear side of the feeding base, compound touching Point material transport to the left side draw material hole and the right side draw material hole in, the left side draw material hole and the right side draw material hole exit it is equal It is provided with beam material frustum；The beam material frustum is conical round table shape, is internally provided with corresponding described left and right to draw material hole mutual The through hole of connection insertion；The through hole of the beam material frustum exit portion is to contract；The feeding is filled out and send device to include feeding electricity Machine and the feed table for being wound with the composite contact raw material；The composite contact raw material is by sending described in feeding motor rotation The composite contact raw water is flated pass and is transported to outside each corresponding beam material frustum by charging tray；Described bed die cavity or so two Side is located at the inside level in lateral wall of the feeding base and is equipped with feeding base horizontal slide rail；The raw material cuts transporter Including cutting driving device, the cutting knife cross sliding clock being arranged in the feeding base horizontal slide rail and it is fixed on the cutting knife Cutting knife on cross sliding clock；The cutting driving device includes the motor wheel that servomotor drives, and the outside of the motor wheel leads to Cross motor wheel connecting rod to be connected with the cutting knife, the rotation of motor wheel drives the cutting knife cross sliding clock to drive the cutting knife pair The reciprocation type motion cut by the composite contact raw material stretched out at the beam material frustum；The blade of the cutting knife is convex arc Shape blade, the convex arc shaped blade are provided with the breach that gets stuck, and the breach that gets stuck is provided with c-type and gets stuck block, and the c-type gets stuck block The raw material block formed after the composite contact raw material is cut is blocked and as cutting orientation is moved at the cavity body of mould opening Top；One of them described cutting knife is more than another described cutting knife and the feeding bottom with the distance of the feeding base right side wall The distance of seat right side wall, makes the raw material block that the c-type gets stuck between block be mutually perpendicular to be overlapped in the cavity body of mould opening Top；The mould also includes horizontal concrete chute base, lifting pedestal, body of raming；The horizontal concrete chute base is fixed on The front side of the feeding base, the horizontal concrete chute base upper level are provided inwardly with horizontal concrete chute guide rail；The lifting pedestal Including the lifting pedestal cross sliding clock along the horizontal concrete chute guide rail horizontal displacement, the top of the lifting pedestal cross sliding clock to Lead column is provided with, the lifting pedestal cross sliding clock is located on the tip position of the both sides of the lead column and is provided with lifting dress Put, the right-hand member of the lifting pedestal cross sliding clock extends vertically upwards to form a riser, it is interior on the left of the riser to be provided with vertical cunning Groove guide rail；The body of raming is arranged on the top of the lowering or hoisting gear, and its bottom is connected with the lowering or hoisting gear, described to hit The pilot hole that can accommodate that the lead column is extended vertically through is provided with the middle part of head body, the left end of the body of raming is provided with and institute The taper striker that bed die cavity is adapted is stated, the taper striker syringe needle is provided with molding cavity of the section in T fonts；It is described to ram The right-hand member of body is provided with the vertical slipper being adapted with the vertical chute guide rail；Pre- pier is provided with the top of the body left end of raming Needle device, the pre- pier needle device include the housing of one end open to the left, and pre- pier pin body, the pre- pier are provided with the housing Spring is provided between pin body right-hand member and the housing right side wall, the pre- pier pin body left end shrinks and extends to the left and forms pin The pre- pier shank of rod-like structure, the pre- pier shank be adapted with the bed die cavity and with the opening of the bed die cavity at phase It is right；When body of raming described in lowering or hoisting gear rise, taper striker and the bed die cavity of the body left end of raming It is relative at opening；The die drive unit includes the drive shaft driven by driving source, is socketed with along institute in the drive shaft The cam of drive shaft turns is stated, annular rotating cylinder on the outside of the cam, is cased with, the annular rotating cylinder is perpendicular with described by connecting plate The right side wall of plate is connected, and promotes the annular rotating cylinder to move left and right the institute made on the lowering or hoisting gear with by cam rotation The taper striker and the pre- pier shank for stating body of raming is moved and is resetted to the bed die cavity direction；The bed die chamber Body base is located at below the bed die cavity and is provided with the accommodating chamber that can accommodate the taper striker；The lowering or hoisting gear is provided with Height sensor；Enumerator is provided with the top of the material loading platform.

The feeding chassis interior is provided with except material device, described except material device is included by except material cylinder, the bed die cavity Bottom be provided with the take-off lever except material cylinder be mutually adapted except material mouth, for described except material cylinder is by the bed die cavity The composite contact of interior cold-heading molding releases the bed die cavity.

The driving source includes servomotor, and the drive shaft is the output revolving shaft of the servomotor, the drive shaft Link into an integrated entity with the cam key.

The lowering or hoisting gear includes cylinder or hydraulic cylinder.

The riser right side wall is provided with shaft base, and one end of the connecting plate is connected with the rotating shaft of the shaft base Connect, the other end of the connecting plate and the cam pin connection.

The die drive unit includes fluid pressure drive device, and the fluid pressure drive device includes hydraulic cylinder, the hydraulic pressure The drive rod of cylinder is fixedly connected with the riser right side wall.

Beneficial effect

Compared with prior art, this utility model has the advantages that：

Contact raw material is cut and is superimposed and is delivered at the opening of the bed die cavity by raw material cutter sweep；Work as lowering or hoisting gear Body of not raming rise when, pre- pier shank is relative with the opening of bed die cavity, it is vertically superposed after raw material block and the mould Tool cavity and pre- pier shank are in same horizontal line, now promote pre- pier shank on body of raming by the gyration of cam Move and return towards bed die cavity hatch direction, now the raw material block of bed die cavity hatch is disclosed bed die by pre- pier shank Reset behind the bottom of cavity, form pre- pier and prepare；When the gyration of cam promote again the taper striker ramed on body and Pre- pier shank towards bed die cavity hatch direction move when, lowering or hoisting gear will ram body rise, the cone of body left end of raming Shape striker is relative with the opening of bed die cavity, it is now vertically superposed after raw material block and the cavity body of mould and taper striker Same horizontal line is in, clashes into form cold-heading into composite contact finished product simultaneously by the raw material block of taper striker and bed die cavity bottom Reset, now lowering or hoisting gear body of also raming falls back to initial position, goes round and begins again, iterative cycles.This is composite contact Production cycle manufacture process, simple structure, easily and effectively, production efficiency is high.

There is deviation in the cooperation of lead column and pilot hole, the body lifting position that prevents from raming, ultimately cause taper striker and hit Enter errors present so as to occur to damage, safely and effectively.

Except material device includes that bed die cavity bottom is provided with and removing that the take-off lever for removing material cylinder is mutually adapted by except material cylinder Material mouth, for the composite contact of cold-heading molding in bed die cavity is released bed die cavity except material cylinder.

Spring is provided between pre- pier pin body right-hand member and housing right side wall, the bed die cavity of different size can be adapted to, fitted Answer scope wide, repair and replacement are convenient.

Height sensor has been effectively ensured the lifting effect of lowering or hoisting gear.

Description of the drawings

Fig. 1 is the structural representation of composite contact producing device in this utility model.

Fig. 2 is the cutting schematic diagram of raw material cutting transporter in this utility model.

Fig. 3 is raw material cutting transporter positive structure diagram in this utility model.

Fig. 4 is mould and die drive unit structural representation in this utility model.

Fig. 5 is the pre- pier schematic diagram of mould in this utility model.

Fig. 6 is mould cold-heading molding schematic diagram in this utility model.

Drawing reference numeral

1- feeding bases, a 2- left sides draw material hole, the 3- right sides draw material hole, 4- feedings fill out send device, 5- feeding motors, 6- feed tables, 7- through holes, 8- bed die cavitys, 9- feeding base horizontal slide rails, 10- raw materials cutting transporter, 11- motor wheels, 12- cutting knife water Get stuck breach, 16- beam material frustums, 18- composite contact raw materials, 19- of smooth block, 13- motor wheel connecting rods, 14- cutting knifes, 15- is former Material block, 20-C types get stuck, and block, 21- are silver-colored to expect bar, 22- copper material bars, the first swivel joints of 23-, the second swivel joints of 24-, 25- beam materials Mouth screw thread, 26- fixed screws, 27- servomotors, 28- moulds, 29- die drive units, 30- enumerators, 31- levels Chute mount, 32- horizontal concrete chute guide rails, 33- platforms, 34- lifting pedestals, 35- lifting pedestal cross sliding clocks, 36- lead columns, Ram body, 42- pilot holes, 43- tapers of the vertical chute guide rail of 37- lowering or hoisting gears, 38- risers, 39- accommodating chambers, 40-, 41- is hit Pin, 44- molding cavitys, 45- vertical slippers, 46- housings, the pre- pier pin bodies of 47-, 48- springs, the pre- pier shanks of 49-, 51- drive Source, 52- drive shafts, 53- cams, 54- keys, 55- annular rotating cylinder, 56- shaft bases, 57- shaft base rotating shafts, 58- cam pins, 59- connecting plates, 60- height sensors, 61- are except material cylinder, 62- are except material mouth, 63- are except material bar, 64- composite contact finished products.

Specific embodiment

This utility model is further described with reference to specific embodiment, but this utility model is not limited to In these specific embodiments.One skilled in the art would recognize that this utility model is covered in Claims scope All alternatives, improvement project and the equivalents for being potentially included.

This utility model provides a kind of composite contact manufacture device, for will be the raw material block 19 of the multilamellar after cutting direct Carry out cold-heading molding.By shown in Fig. 1 to Fig. 3, a kind of composite contact manufacture device that this utility model is provided, including located at successively The feeding being fixed on platform 33 is filled out and send device 4, feeding base 1, raw material cutting transporter 10, mould 28 and mould to drive Dynamic device 29, is provided with the bed die chamber that can accommodate 28 pre- 49 cold-heading molding of pier shank of mould in the middle part of 1 front side wall of feeding base Body 8；The left and right sides of bed die cavity 8 be equipped with level through 1 rear and front end of feeding base a left side draw material hole 2 and the right side draw material hole 3, Material hole 2 is drawn on a left side and the right side is drawn the position of the rear side that material hole 3 is located at feeding base 1 and is provided with and send device 4, to Composite contact raw material 18 is transmitted from the front to the back to a corresponding left side to draw and expects that hole 2 and the right side are drawn in material hole 3, material hole 2 is drawn on a left side and the right side is drawn The exit in material hole 3 is equipped with beam material frustum 16；Beam material frustum 16 be conical round table shape, be internally provided with a corresponding left side, Draw the through hole 7 that material hole 3 is connected with each other insertion in the right side；The through hole 7 of 16 exit portion of beam material frustum makes composite contact to contract Raw material 18 can be conducive to stablizing effect when cutting horizontal through the outlet of beam material frustum 16；Feeding is filled out and send device 4 to include sending Material motor 5 and feed table 6；Composite contact raw material 18 is wrapped on feed table 6, and composite contact raw material 18 passes through 5 turns of feeding motor 18 horizontal transport of composite contact raw material to each corresponding beam material frustum 16 is exported outer by dynamic feed table 6；Bed die 8 left and right sides of cavity is located on the lateral wall of feeding base 1 and is inwardly equipped with feeding base horizontal slide rail 9, each feeding base Raw material cutter sweep 10 is equipped with outside horizontal slide rail 9, raw material cutter sweep 10 includes cutting driving device, is arranged on feeding base Cutting knife cross sliding clock 12 and the cutter actuating device being fixed on the cutting knife cross sliding clock in horizontal slide rail 9, it is arranged on Cutting knife cross sliding clock 12 and the cutting knife 14 being fixed on cutting knife cross sliding clock 12 in feeding base horizontal slide rail 9；Cutting is driven Dynamic device includes the motor wheel 11 that servomotor 27 drives, and the outside of motor wheel 11 passes through motor wheel connecting rod 13 and the cutting knife 14 are connected, and specifically, the one end of the outside of motor wheel 11 by the second swivel joint 24 with connecting rod 13 is connected, and connects The other end of bar 13 is connected with the cutting knife 14 being fixed on motor wheel cutter cross sliding clock 12 by the first swivel joint 23, Crank block motion can be formed makes the rotation of motor wheel 11 drive lifting pedestal cross sliding clock 12 to drive 14 pairs of institutes of the cutting knife State the reciprocation type circulation that the composite contact raw material 18 stretched out at beam material frustum 16 cuts into the raw material block 19 of bulk and resets Repeating motion.

As shown in Figure 3, cutting knife 14 is fixed on cutting knife cross sliding clock 12 by fixed screw 26, blade be convex arc shaped knife Sword, the convex arc shaped blade position corresponding with 16 edge of opening of beam material frustum are provided with the breach 15 that gets stuck, around the breach 15 that gets stuck It is provided with the c-type being adapted to get stuck block 20, the c-type block 20 that gets stuck blocks and the raw material block 19 after cutting as cutting orientation moves to mould Above tool cavity hatch；One of cutting knife 14 is more than another cutting knife 14 and feeding with the distance of 1 right side wall of feeding base The distance of 1 right side wall of base, makes the raw material block 19 that c-type gets stuck between block 20 be mutually perpendicular to be overlapped in cavity body of mould overthe openings, The raw material block 19 that 2 annulars after vertically superposed get stuck in block and cavity body of mould and molding thimble 17 of raming is in same level Line, is easy to 28 cold-heading molding part of mould to pass through raw material block 19 and gets stuck breach 15 and head into cavity body of mould cold upset forming. The intensity after raw material block cold-heading molding and hardness are effectively ensured, the efficiency produced is lifted into, simple structure is easy to be widely popularized use. Beam material frustum 16 is connected to a fixed with 1 side wall of corresponding feeding base by beam material mouth screw thread 25, is threaded connection adjustment beam , so as to prevent the excessive raw material block 19 caused after cutting of spacing from deforming, operation is simple for spacing between material 14 edge of a knife of frustum 16 and cutting knife It is single, easily and effectively.Composite contact raw material 18 includes silver material bar 21 and copper material bar 22, as the cutting position in material hole 3 is drawn than left in the right side Draw and expect that hole 2 is high, therefore the bottom material of the composite contact raw material 18 generally as combined type contact in material hole 2, such as silver material are drawn in a left side Bar 21 is generally placed upon a left side and draws in material hole 2, and copper material bar 22 is placed on the right side and draws material hole 3 according to different combined type contact structure demand entrance 28 cold-heading of mould is driven into composite contact by die drive unit 29 by different drawing after material hole is cut by cutting knife 14 Finished product 64.The preferred cutting knife 14 of this utility model adopts high-speed steel material, and hardness is strong, and cutting life is long.

This utility model also has second embodiment, and as shown in Figure 4, feeding is filled out and send device 4 to employ single feeding motor 5, rotated by two 6 connecting shafts of feed table, simple structure save resources.

Fig. 4 is mould and die drive unit structural representation in this utility model, Fig. 5 be in this utility model into Pattern has pre- pier schematic diagram, and Fig. 6 is mould cold-heading molding schematic diagram in this utility model.By shown in Fig. 4-Fig. 6,

Mould also includes horizontal concrete chute base 31, lifting pedestal 34, body 41 of raming, and horizontal concrete chute base 31 is fixed On platform 33,31 upper level of horizontal concrete chute base is provided inwardly with horizontal concrete chute guide rail 32；Lifting pedestal 34 includes being arranged on Lifting pedestal cross sliding clock 35 in horizontal concrete chute guide rail 32, the intermediate vertical of lifting pedestal cross sliding clock 35 are provided with guiding upwards Post 36, the both sides positioned at lead column 36 of lifting pedestal cross sliding clock 35 are provided with lowering or hoisting gear 37, lifting pedestal water vertically upward The right-hand member of smooth block 35 extends vertically upwards to form a riser 38, and vertical chute guide rail 40 is provided inwardly with the left of riser 38；Ram Body 41 is arranged on the top of lifting pedestal cross sliding clock 35, and its bottom is connected with lowering or hoisting gear 37, rams in body 41 Portion is provided with the pilot hole 42 that can accommodate that lead column runs through about 36, by lead column 36 and the cooperation of pilot hole 42, prevents from hitting There is deviation in head 41 lifting position of body, ultimately causes taper striker 43 and bangs into errors present so as to occur to damage, safely and effectively.

Further, the left end of body 41 of raming is provided with the taper striker 43 being adapted with bed die cavity 8, taper striker 43 Syringe needle is provided inwardly with molding cavity 44 of the section in T fonts, makes 19 molding of raw material block by cold-heading.The right-hand member of body 41 of raming sets There is the vertical slipper 45 being adapted with vertical chute guide rail 40；Ram pre- pier needle device, pre- pier pin are provided with the top of 41 left end of body Device includes the housing 46 of one end open to the left, is provided with pre- pier pin body 47, pre- 47 right-hand member of pier pin body and housing in housing 46 Spring 48 is provided between 46 right side walls, spring 48 is provided between pre- 47 right-hand member of pier pin body and 46 right side wall of housing, can be adapted to The bed die cavity 8 of different size, wide accommodation, repair and replacement are convenient.

Further, the pre- pier shank 49 that pre- 47 left end of pier pin body shrinks and extension forms pin rod-like structure to the left, in advance Pier shank 49 and bed die cavity 8 be adapted and with the opening of bed die cavity 8 at it is just relative；When lowering or hoisting gear 37 rises body of raming 41, the taper striker 43 of 41 left end of body of raming is just relative with the opening of bed die cavity 8, and die drive unit 29 is arranged on liter On platform 33 on the right side of drop base 34, die drive unit 29 includes the drive shaft 52 driven by driving source 51, in drive shaft 52 The cam 53 for rotating, the preferred servo motor (not shown) of 51 the present embodiment of driving source, drive shaft 52 are socketed with along drive shaft 52 For the output revolving shaft of servo motor, drive shaft 52 is linked into an integrated entity by key 54 with cam 53.The outside of cam 53 is cased with annular Rotating cylinder 55, annular rotating cylinder 55 are connected with the right side wall of riser 38 by connecting plate 59, and specifically, 38 right side wall of riser is provided with and turns Axle base 56, one end of connecting plate 59 are connected with the shaft base rotating shaft 57 of shaft base 56, the other end of connecting plate 59 with The outside of annular rotating cylinder 55 is connected.With promoting annular rotating cylinder 55 to move left and right to make on lowering or hoisting gear 37 with rotating by cam 53 Body 41 of raming taper striker 43 and pre- pier shank 49 to the movement of 8 direction of bed die cavity complete pre- pier positioning or cold-heading into Reset after type；Feeding base 1 is located at and is provided with pre- pier shank 49 by 19 pre- pier of raw material block below bed die cavity 8 to bed die cavity 8 When can accommodate the accommodating chamber 39 of 43 synchronous shift of taper striker；Lowering or hoisting gear 37 is provided with height sensor 60, fills lifting Put 37 bodies 41 of accurately can raming and be promoted to accurate height, prevent height tolerance from ultimately causing taper striker 43 and bang into mistake Miss position so as to occur to damage, safely and effectively.

In order to feeding is convenient, it is provided with inside the feeding base 1 except material device, it is described except material device is included by except material cylinder 61,8 bottom of bed die cavity be provided with it is described except material cylinder 61 take-off lever (except material bar) 63 be mutually adapted except material mouth 62, For described except the composite contact finished product 64 of cold-heading molding in the bed die cavity 8 is released the bed die cavity by material cylinder 61.

Specifically, composite contact raw material 18 is cut into raw material block 19 and is superimposed multilamellar conveying by raw material cutting transporter 10 After to the opening of the bed die cavity 8；When lowering or hoisting gear 37 is not actuated, at the opening of pre- pier shank 49 and bed die cavity 8 Relatively, the raw material block 19 after multilamellar is vertically superposed is in same horizontal line with the cavity body of mould 8 and pre- pier shank 49, now Ram taper striker 43 and pre- pier shank 49 on body 41 is promoted to be open towards bed die cavity 8 by the gyration of cam 53 Place moves and returns in direction, and now pre- pier shank 49 is by the bottom of the 19 head-to-foot die cavity body 8 of raw material block at 8 opening of bed die cavity As cam revolution resets after forming pre- pier locating effect, buffering is formed in 43 synchronous shift of taper striker to accommodating chamber 39, be Cold-heading is ready；When the gyration of cam 53 promotes taper striker 43 and pre- 49 court of pier shank ramed on body 41 again When moving to direction at 8 opening of bed die cavity, the body 41 of raming of lowering or hoisting gear 37 rises, and the taper of 41 left end of body of raming is hit Pin 43 is relative with the opening of bed die cavity 8, it is now vertically superposed after raw material block 19 hit with the cavity body of mould 8 and taper Pin 43 is in same horizontal line, is clashed into by taper striker 43 and the raw material block 19 of 8 bottom of bed die cavity and forms cold-heading into compound Contact finished product 64 simultaneously resets, and now the body 41 of also raming of lowering or hoisting gear 37 falls back to initial position, now except material cylinder is the bottom of by In die cavity body, the composite contact of cold-heading molding releases bed die cavity.This is the production cycle manufacture process of a composite contact, has Intensity and hardness after effect guarantee cold-heading, simple structure, easily and effectively, production efficiency is high.

In 3rd embodiment of the present utility model, die drive unit 29 includes fluid pressure drive device (not shown), liquid Hydraulic driver includes hydraulic cylinder (not shown), and the drive rod of hydraulic cylinder is fixedly connected with 38 right side wall of riser.

This utility model also has the 4th embodiment, as shown in fig. 6, in the embodiment, 38 right side wall of riser is provided with rotating shaft Base 56, one end of connecting plate 59 are connected with shaft base rotating shaft 57, and the other end and the cam pin 58 of connecting plate 59 enter marketing Connection.Structure is simpler, in hgher efficiency.

Claims (6)

1. a kind of composite contact manufacture device, it is characterised in that：Including fill out located at the feeding being sequentially fixed on platform send device, Feeding base, raw material cutting transporter, mould and die drive unit, are provided with energy in the middle part of the feeding base front side wall The bed die cavity of the mould cold-heading molding is accommodated enough, the left and right sides of the bed die cavity is equipped with level through described Material hole is drawn on a left side for feeding base rear and front end and material hole is drawn on the right side, is provided with feeding and fills out and send device on rear side of the feeding base, to Composite contact material transport to the left side is drawn into material hole and the right side is drawn in material hole, material hole is drawn on the left side and material hole is drawn on the right side Exit is equipped with beam material frustum；The beam material frustum is conical round table shape, is internally provided with described left and right drawing with corresponding Material hole is connected with each other the through hole of insertion；The through hole of the beam material frustum exit portion is to contract；The feeding is filled out and send device bag Include feeding motor and be wound with the feed table of the composite contact raw material；The composite contact raw material is turned by the feeding motor The composite contact raw water is flated pass and is transported to outside each corresponding beam material frustum by the dynamic feed table；The bed die chamber The body left and right sides is located at the lateral wall of the feeding base and is inwardly equipped with feeding base horizontal slide rail；The raw material cutting transmission Device includes cutting driving device, the cutting knife cross sliding clock being arranged in the feeding base horizontal slide rail and is fixed on described Cutting knife on cutting knife cross sliding clock；The cutting driving device includes the motor wheel that servomotor drives, outside the motor wheel Side is connected with the cutting knife by motor wheel connecting rod, and the rotation of motor wheel drives The reciprocation type motion cut to the composite contact raw material stretched out at the beam material frustum by knife；The blade of the cutting knife is Convex arc shaped blade, the convex arc shaped blade are provided with the breach that gets stuck, and the breach that gets stuck is provided with c-type and gets stuck block, the c-type card The raw material block formed after composite contact raw material cutting is blocked and is opened as cutting orientation moves to the cavity body of mould by material block Top at mouthful；One of them described cutting knife and the distance of the feeding base right side wall more than another described cutting knife with it is described on The distance of material base right side wall, makes the raw material block that the c-type gets stuck between block be mutually perpendicular to be overlapped in the cavity body of mould Overthe openings；The mould also includes horizontal concrete chute base, lifting pedestal, body of raming；The horizontal concrete chute base is solid The front side of the feeding base is scheduled on, the horizontal concrete chute base upper level is provided inwardly with horizontal concrete chute guide rail；The lifting Base includes the lifting pedestal cross sliding clock along the horizontal concrete chute guide rail horizontal displacement, the top of the lifting pedestal cross sliding clock Portion is provided with lead column upwards, and the lifting pedestal cross sliding clock is located on the tip position of the both sides of the lead column and is provided with liter Falling unit, the right-hand member of the lifting pedestal cross sliding clock extend vertically upwards to form a riser, interior on the left of the riser to be provided with vertical Straight runner guide rail；The body of raming is arranged on the top of the lowering or hoisting gear, and its bottom is connected with the lowering or hoisting gear, institute State and in the middle part of body of raming, be provided with the pilot hole that can accommodate that the lead column is extended vertically through, the left end of the body of raming is provided with The taper striker being adapted with the bed die cavity, the taper striker syringe needle are provided with molding cavity of the section in T fonts；It is described The right-hand member of body of raming is provided with the vertical slipper being adapted with the vertical chute guide rail；It is provided with the top of the body left end of raming Pre- pier needle device, the pre- pier needle device include the housing of one end open to the left, and pre- pier pin body is provided with the housing, described Spring is provided between pre- pier pin body right-hand member and the housing right side wall, the pre- pier pin body left end shrinks and extends shape to the left Into the pre- pier shank of pin rod-like structure, the pre- pier shank is adapted with the bed die cavity and the opening with the bed die cavity Place is relative；When body of raming described in lowering or hoisting gear rise, taper striker and the bed die chamber of the body left end of raming It is relative at the opening of body；The die drive unit includes the drive shaft driven by driving source, is socketed with edge in the drive shaft The cam of the drive shaft turns, annular rotating cylinder on the outside of the cam, is cased with, the annular rotating cylinder passes through connecting plate and institute The right side wall for stating riser is connected, with promote the annular rotating cylinder to move left and right by cam rotation to make on the lowering or hoisting gear The taper striker and the pre- pier shank of the body of raming move and reset to the bed die cavity direction；The bottom Mould cavity base is located at below the bed die cavity and is provided with the accommodating chamber that can accommodate the taper striker；On the lowering or hoisting gear It is provided with height sensor；Enumerator is provided with the top of the material loading platform.

2. a kind of composite contact manufacture device according to claim 1, it is characterised in that：The feeding chassis interior is provided with It is except material device, described except material device includes that the bed die cavity bottom is provided with described except the output of material cylinder by except material cylinder Bar be mutually adapted except material mouth, for it is described except material cylinder will in the bed die cavity composite contact of cold-heading molding release it is described Bed die cavity.

3. a kind of composite contact manufacture device according to claim 1, it is characterised in that：The driving source includes servo electricity Machine, the drive shaft is the output revolving shaft of the servomotor, and the drive shaft is linked into an integrated entity with the cam key.

4. a kind of composite contact manufacture device according to claim 1, it is characterised in that：The lowering or hoisting gear includes cylinder Or hydraulic cylinder.

5. a kind of composite contact manufacture device according to claim 1, it is characterised in that：The riser right side wall is provided with and turns Axle base, one end of the connecting plate are connected with the rotating shaft of the shaft base, and the other end of the connecting plate is convex with described Wheel pin connection.

6. a kind of composite contact manufacture device according to claim 1, it is characterised in that：The die drive unit includes Fluid pressure drive device, the fluid pressure drive device include hydraulic cylinder, and the drive rod of the hydraulic cylinder is solid with the riser right side wall It is fixed to connect.