CN206605547U - A kind of compact braid material cutting machine - Google Patents

Abstract

The technical solution of the utility model is a kind of compact braid material cutting machine, including fuselage, the fuselage includes internal box and wraps up the outer case of internal box, charging-discharging structure, cutting structure, disassembly and assembly structure are provided with the internal box, braid material input channel and scrap belt output channel are formed between the internal box and outer case respectively, the feeding mouth of the braid material input channel is connected with material guide structure, and the cutting structure is equipped with charging-discharging structure；By setting arc turnaround section to be connected in front of internal box between the braid material input channel and scrap belt output channel；The side of the fuselage is provided with serial ports seat and gas main seat.The beneficial effects of the utility model are：Cut after can component be positioned one by one from volume material strip, and component is fixed on and cut for carrying out grafting after the accurate pickup of inserter on position, and the fitness with inserter is high.

Description

A kind of compact braid material cutting machine

Technical field

The utility model is related to plug-in unit cutting technique field, and more particularly to a kind of automaticity is high and space availability ratio is high Compact braid material cutting machine.

Background technology

Inserter, automatic (also crying " the automatism card machine ") study plot of some well-regulated electronic components is inserted into Plant equipment in printed circuit board conductive through hole.The unit of special trimming electronic component pin can be set in inserter, Shape and length electronic component pin to be cut to standard.And the defect that prior art is present is：Braid material is entering In the presence of discharging structure unit blanking structure unit, blanking structure list are reached by material guide structure unit by airframe structure unit After member positioning cut-out, resupply other plug-in component machines and be used in conjunction with, such structure setting on the one hand can be by component shape difference Different limitation, when inserter pickup carries out plug-in unit, the accurate pickup of inserter is influenceed due to the difference of shape, so that The quality of automatic insertion is influenceed, on the other hand, pin and braid need separately to be cut, complex procedures, it would therefore be highly desirable to a kind of Braid material cutting machine can not be limited by component shape difference and that the accurate pickup of inserter can be coordinated.

Utility model content

The technical problem that the utility model is solved is to provide a kind of compact braid material cutting machine, can be by component Cut after positioning one by one from volume material strip, and component is fixed on to cut and supplies after the accurate pickup of inserter to carry out on position Grafting, the fitness with inserter is high.

The technical solution of the utility model is：A kind of compact braid material cutting machine, including fuselage, the fuselage include interior Charging-discharging structure, cutting structure, disassembly and assembly structure, institute are provided with casing and the outer case for wrapping up internal box, the internal box State and form braid material input channel and scrap belt output channel between internal box and outer case respectively, the braid material input channel Feeding mouth be connected with material guide structure, the cutting structure is equipped with charging-discharging structure；The braid material input channel and By setting arc turnaround section to be connected in front of internal box between scrap belt output channel；The side of the fuselage is provided with Serial ports seat and gas main seat.

The charging-discharging structure includes left side baffle plate, right-hand apron, is arranged on helping between left side baffle plate and right-hand apron Pushing block, cylinder A, the push rod A, the push rod A being connected with cylinder A sequentially pass through right-hand apron and boosting block and solid with boosting block Fixed connection, the upper surface of the boosting block is provided with the hanging hook assembly A being engaged with braid material input channel；The right-hand apron It is upper higher than be provided with above boosting block on gear, the boosting block be provided with intermeshing above gear and with push rod A Corresponding gear bar；Left side baffle plate position corresponding with gear bar be provided with and gear below intermeshing lower tooth Take turns bar；The both sides upper surface of the left side baffle plate is respectively arranged with the hanging hook assembly B and extension corresponding with scrap belt output channel Hook assembly C.

The cutting structure includes location-plate, the cylinder B being fixed on location-plate, the push rod B being connected with cylinder B, fixation Pushing block A, the pushing block B being arranged on pushing block A, pushing block C, briquetting component, cutter assembly on location-plate, cut fixed seat group Part；It is described to cut the boss, the setting that cut fixed seat and cutter assembly cooperation that fixed holder assembly includes fixing with fuselage interior Briquetting B in boss upper surface；The cutter assembly, which includes being arranged on, to be cut rotating seat B below fixed seat, is arranged on rotation Seat B below be flexibly connected by connecting pole A rotating seat A, be connected with location-plate axle C, be arranged on rotating seat A lower surfaces with pushing away The corresponding guide wheels of block A, it is arranged on below boss and extends to rotating seat B axle B, the axle B through fixed seat is cut The end of side corresponding with boss is provided with cutting knife, and the upper surface of the cutting knife and the lower surface of boss occupy same level On；The briquetting component include with cut fixed seat fixation briquetting cover body, be arranged on what is be engaged in briquetting cover body with briquetting B Briquetting device, it is movably connected in by axle A the pushing block C for cutting in fixed seat and coordinating with briquetting device, is fixed on pushing block C And the cam coordinated with pushing block B；Constituted between the boss and cutting knife and cut space, the braid material input channel is with cutting out Cut space connection；The gas main seat is connected with cylinder A and cylinder B respectively.

Preferably, the fixed seat that cuts offers the window that axle part B is exposed close to cutting knife side, The axle B exposed lengths are arranged with spring B, and the upper end of the spring B and the upper surface of window offset, the lower end of the spring B with The lower surface of window offsets.

Preferably, the briquetting device includes sliding block, is arranged on the support fixed above sliding block with briquetting cover body Seat, by connecting pole C and support base connections and briquetting A corresponding with briquetting B, be separately positioned on connecting pole C both sides and pass through The guide rod of support base and the connection of briquetting cover body is worn, the briquetting cover body is provided with briquetting B slots to make way, and briquetting A30 is fixed on cunning The upper surface of block, the lower surface of the sliding block is provided with the raised line coordinated with pushing block C314；The every guide rod is arranged with Back-moving spring, one end of the back-moving spring and the inwall of briquetting cover body offset, the other end and support base of the back-moving spring Offset；The guide rod of the both sides is close to briquetting B one end and extended through briquetting cover body outside briquetting cover body；The briquetting cover Both sides on body positioned at briquetting B slot to make way notches are provided with briquetting limit assembly corresponding with briquetting B, spacing group of the briquetting Part includes left side limited block and right side limited block, and the left side limited block and right side limited block are consolidated by screw and briquetting cover body It is fixed, the bar shaped mounting hole with screw fit is provided with the briquetting cover body；A surface relative with briquetting A on the briquetting B It is set to V-type concave surface.

Preferably, the disassembly and assembly structure includes extending the control lever of fuselage upper surface, extends fuselage following table The lock catch arm in face, the inverted U fixed seat that fuselage bottom is connected with lock catch arm is fixed on, passed through between the control lever and lock catch arm Gangbar is connected, and the control lever is connected by one end of axle D and gangbar, and the other end of the gangbar passes through axle E and lock Detain one end connection of arm；The other end of the lock catch arm is connected by axle F with inverted U fixed seat；The afterbody of the lock catch arm is set It is equipped with matrix and fastens position；The upper surface of the fuselage is provided with handle close to the position of control lever.

Preferably, the material guide structure include arcuate guide portion, adjustment portion and with braid material input channel The pan feeding portion of feeding mouth correspondence connection；The mounting seat fixed with fuselage is provided with below the pan feeding portion.

Preferably, the bending of 90 ° of the side of the pushing block A is formed with one piece of face, and described piece of face extends transversely through setting There is threaded rod, the threaded rod is with pushing block B through being connected, and the threaded shank portion between the pushing block B and block face is arranged with spring C；The pushing block B is provided with the inclined-plane A being engaged with cam；The pushing block B is rotated by support column and pushing block A to be fixed.

Preferably, the lower gear bar is connected by supporting lug with left side baffle plate；The left side baffle plate it is upper Surface is close to hanging hook assembly B position integrally formed with manual manipulation bar, and the manual manipulation bar is through fuselage and extends to Outside fuselage.

Preferably, the hanging hook assembly A includes hook A and torque spring A, and the hook A is by screw with helping Pushing block is connected, and torque spring A, the torque spring A one end are arranged with the screw and is fixed on hook A, the torsion The spring A other end is fixed on right-hand apron；The hanging hook assembly B includes hook B and torque spring B, the hanging hook assembly B hook B is connected by screw with left side baffle plate, and torque spring B, one end of the torque spring B are arranged with the screw It is fixed on hook B, the other end of the torque spring B is fixed on the inwall of internal box；The hanging hook assembly C includes hook C and torque spring C, the hook C of the hanging hook assembly C are connected by screw with left side baffle plate, and torsion is arranged with the screw Spring C, the torque spring C one end are fixed on hook C, and the other end of the torque spring C is fixed on the interior of internal box On wall；The hook A, hook B, hook C include rectangular block and with the integrally formed convex and tip part of rectangular block, the rectangular block An inclined-plane B is formed between convex and tip part.

Preferably, the braid material input channel close to the position for cutting space be disposed with compression shell fragment and Braid material corrects component；The braid material corrects the correction projection A that component includes being arranged on the outer side of braid material input channel And it is correspondingly arranged at the correction projection B of the inner side of braid material input channel；Described 90 ° of flangings of top edge for compressing shell fragment Form fixed part A, fixed part B, the bending changeover portion being arranged between fixed part A and fixed part B, the fixed part A and braid The upper surface of the outer side of material input channel is fitted, and the upper surface of the fixed part B is fixed with correcting projection B lower surface； The distance between the correction projection A and correction projection B are less than the width of braid material input channel；The braid material input channel Inner side is with compressing the distance of shell fragment less than correction projection A and correcting the distance between projection B.

Compared with prior art, set cutting structure that the pin of component is cut to needed for inserter into length simultaneously on fuselage And the component cut is fixed on to the position cut by briquetting A and briquetting B cooperation for inserter progress pickup, so that Avoid influenceing the accurate pickup problem of inserter due to the difference of component shape, so that it is guaranteed that the quality of automatic insertion；Band Disassembly and assembly structure, makes the utility model be easily assembled to and dismantle, so that convenient use cooperatively from different inserters；Pass through input and output material Structure, by the cooperation of pushing block, cylinder and hook, synchronously realizes that braid material is moved to cutting structure and is cut and expect expense Tape movement effectively saves the inner space of fuselage to outside fuselage；Material guide structure is set, braid material is adjusted and puts position Put, enter in an orderly manner in braid input channel.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the structural representation of the utility model hidden parts fuselage.

Fig. 3 is another schematic perspective view of structure of the utility model hidden parts fuselage.

Fig. 4 is the schematic perspective view of the utility model charging-discharging structure.

Fig. 5 is 180 ° of postrotational schematic perspective views of the utility model charging-discharging structure.

Fig. 6 is the schematic perspective view of the utility model cutting structure.

Fig. 7 is the schematic perspective view of another angle of the utility model cutting structure.

Fig. 8 is that the utility model cutting structure hides the schematic perspective view after cylinder B.

Fig. 9 is the schematic perspective view of the utility model cutting structure hidden parts structure.

Figure 10 is the schematic perspective view of the utility model disassembly and assembly structure.

Figure 11 is the schematic perspective view of the utility model material guide structure.

Figure 12 is zoomed-in view at the A in Fig. 3.

Figure 13 is the zoomed-in view for compressing shell fragment.

Figure 14 is the structure chart of hook.

In figure：Outer case 1, charging-discharging structure 2, cutting structure 3, braid material input channel 4 and scrap belt output channel 5, Material guide structure 6, arc turnaround section 7, serial ports seat 8, gas main seat 9, disassembly and assembly structure 10, handle 11, compression shell fragment 12, correction projection B13, correction projection A14, braid material correct component 15, internal box 16, fuselage 17, sliding block 18, raised line 19, right-hand apron 20, gas Cylinder A21, left side baffle plate 22, hanging hook assembly A23, hanging hook assembly C25, hanging hook assembly B26, push rod A27, boosting block 28, gear 29, Supporting lug 201, lower gear bar 202, gear bar 203, screw 205, torque spring A206, hook A207, torque spring B208, hook B209, briquetting A30, left side limited block 31, right side limited block 32, briquetting limit assembly 33, support base 34, screw 35th, back-moving spring 36, pad 37, set screw 38, briquetting B39, boss 301, cut fixed seat 302, axle B303, rotating seat B304, rotating seat A305, guide wheel 306, location-plate 307, pushing block A308, threaded rod 309, spring C310, block face 311, pushing block B312, pushing block C314, axle A315, spring B 316, window 317, briquetting cover body 318, guide rod 319, mounting hole 320, cutting knife 321st, briquetting B slots to make way 322, inclined-plane A323, cylinder B324, push rod B325, axle C326, connecting pole A327, connecting pole C328, branch Dagger 329, feeding mouth 40, cut fixed holder assembly 401, arcuate guide portion 60, adjustment portion 61, pan feeding portion 62, mounting seat 63, Control lever 100, axle D101, gangbar 102, there is matrix to fasten position 103, axle F104, lock catch arm 105, axle E106, inverted U to fix Seat 107, fixed part A120, bending changeover portion 121, fixed part B122, threaded collar 212, screw thread 213.

Embodiment

The technical solution of the utility model is illustrated with embodiment below in conjunction with the accompanying drawings.

, it is necessary to explanation, term " upper surface ", " lower surface ", " side ", " another in description of the present utility model Side ", " one end ", " other end " indicate orientation or position relationship be based on orientation shown in the drawings or position relationship, be only for It is easy to description the utility model and simplifies describe, rather than to indicate or imply that signified device or element must have specific Orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.

Referring to figs. 1 to shown in Figure 14, a kind of compact braid material cutting machine, including fuselage 17, the fuselage 17 includes interior Charging-discharging structure 2, cutting structure 3, dismounting knot are provided with casing 16 and the outer case 1 for wrapping up internal box 16, internal box 16 Structure 10, forms braid material input channel 4 and scrap belt output channel 5, the input of braid material respectively between internal box 16 and outer case 1 The feeding mouth 40 of passage 4 is connected with material guide structure 6, and cutting structure 3 is equipped with charging-discharging structure 2；Braid material input channel 4 By setting arc turnaround section 7 to be connected in the front of internal box 16 between scrap belt output channel 5；The side of fuselage 17 It is provided with serial ports seat 8 and gas main seat 9.During practical operation, serial ports seat 8 is electrically connected with the interface end of inserter, so as to realize slotting Part machine carries out the transmission of order data to cutting machine, enables cutting machine to coordinate inserter to carry out braid material cutting work.

Charging-discharging structure 2 includes left side baffle plate 22, right-hand apron 20, is arranged between left side baffle plate 22 and right-hand apron 20 Boosting block 28, cylinder A21, the push rod A27 being connected with cylinder A21, push rod A27 sequentially passes through right-hand apron 20 and boosting block 28 and it is fixedly connected with boosting block 28, push rod A27 is arranged with threaded collar 212 close to cylinder A21 side, to fixed push rod Position between A27, right-hand apron 20 and cylinder A21 three, push rod A27 afterbody is provided with close to the position of boosting block 28 Screw thread 213, is fixed by screw thread 213 with boosting block 28, and anti-throw-out lever A27 detaches boosting block 28.

The upper surface of boosting block 28 is provided with the hanging hook assembly A23 being engaged with braid material input channel 4；Right-hand apron 20 The upper top higher than boosting block 28, which is provided with gear 29, boosting block 28, to be provided with the intermeshing of the top of gear 29 and with pushing away The corresponding gear bars 203 of bar A27；Left side baffle plate 22 is provided with and the lower section phase of gear 29 with the corresponding position of gear bar 203 The lower gear bar 202 mutually engaged；The both sides upper surface of left side baffle plate 22 is respectively arranged with corresponding with scrap belt output channel 5 Hanging hook assembly B26 and hanging hook assembly C25.The lower gear bar 202 is connected by supporting lug 201 with left side baffle plate 22；It is described The upper surface of left side baffle plate 22 is close to hanging hook assembly B26 position integrally formed with manual manipulation bar 215, the manual manipulation bar 215 run through fuselage 17 and extend to outside fuselage 17.

Hanging hook assembly A23 includes hook A207 and torque spring A206, and hook A207 is connected by screw 205 with boosting block 28 Connect, torque spring A206 is arranged with screw 205, torque spring A206 one end is fixed on hook A207, torque spring The A206 other end is fixed on right-hand apron 20, and screw 205 can be acted on rotary shaft by hook A207, in torque spring Rotated in the range of the active force that A206 can be born.

Hanging hook assembly B26 includes hook B209 and torque spring B208, the hook B of the hanging hook assembly B26 pass through screw It is connected with left side baffle plate 22, torque spring B208 is arranged with the screw, one end of the torque spring B208 is fixed on extension On hook B209, the other end of the torque spring B208 is fixed on the inwall of internal box 16.Linking up with B209 can be by screw 205 effect rotary shafts, are rotated in the range of the active force that torque spring B208 can be born.

The hanging hook assembly C25 includes hook C211 and torque spring C210, the hanging hook assembly C25 hook C211 lead to Cross screw 205 to be connected with left side baffle plate 22, torque spring C210 is arranged with the screw 205, the torque spring C210's One end is fixed on hook C211, and the other end of the torque spring C210 is fixed on the inwall of internal box 16.Link up with C211 Screw 205 can be acted on rotary shaft, be rotated in the range of the active force that torque spring C210 can be born.

The hook A207, hook B209, hook C211 include rectangular block 252 and are integrally formed with rectangular block 252 Convex and tip part 251, form an inclined-plane B250 between the rectangular block 252 and convex and tip part 251.The convex and tip part of the hook A207 251 run through internal box 16 and extend in braid material input channel 4；The hook B209 and hook C211 convex and tip part 251 Through internal box 16 and extend in scrap belt output channel 5.Under conventional sense, A207 convex and tip part 251 and right side is linked up with The relative position of baffle plate 20 is in plumbness, hook B209, the convex and tip part 251 and the relative position of left side baffle plate 22 for linking up with C211 In plumbness.Hanging hook assembly A23, hanging hook assembly B26, hanging hook assembly C25 are under conventional sense, and convex and tip part 251 hooks braid Hole on material or scrap belt, the signal that cutting machine can be exported according to inserter carries out the charging and discharging action of braid material.

The operating principle fed in charging-discharging structure 2 is：Cylinder A21 promotes push rod A27 to stretch out, and push rod A27 drives boosting Block 28 is arranged on the hanging hook assembly A23 of the upper surface of boosting block 28 also toward the direction movement of charging, hung toward the direction movement of charging Hook A207 in hook assembly A23, which is promoted, does not cut braid material into cutting in space in cutting structure.

The operating principle of waste material discharging is in charging-discharging structure 2：While with feed operation, the operation of waste material discharging is also same Step is being carried out.Cylinder A21 promotes push rod A27 to stretch out, and push rod A27 drives boosting block 28 toward the direction movement of charging, boosting block 28 Direction movement toward charging drives direction movement of the gear bar 203 also toward charging, and gear bar 203 is engaged with gear 29, led to Cross gear bar 203 to rotate with moving gear 29, the rotation of gear 29 drives lower gear bar 202 toward the opposite side of gear bar 203 Moved to the direction of i.e. discharging, lower gear bar 202 drives left side baffle plate 22 toward the direction motion of discharging, so that being arranged on left side Move in the direction that the hanging hook assembly B26 and hanging hook assembly C25 of the both sides upper surface of baffle plate 22 drive waste material to take to discharging.

Set manual manipulation bar 215 to be mainly used for changing manually operated when braid material, gas is substituted with manual power Cylinder A21, applies the power in the power of feedstock direction or the direction that discharges, hooks hook A207 and do not cut out respectively to left side baffle plate 22 manually The braid material cut and hook B209 and hook C211 is set to hook scrap belt.

Hanging hook assembly A23 charging operating principle：When cylinder A21 promotes push rod A27 to shrink, push rod A27 drives boosting Block 28, so as to drive the opposite direction of hanging hook assembly A23 toward feedstock direction to move, is fixed toward the opposite direction movement of feedstock direction One end of torque spring A206 on right-hand apron 20 produces a fixed active force, makes the torsion being fixed on hook A207 Power spring A206 one end produces a pulling force, in the presence of this pulling force, makes to be in right-hand apron relative position originally The angle of the convex and tip part 251 of plumbness is changed, and side of the rectangular block 252 with convex and tip part 251 is turned left side shield 22 Direction is slightly offset, and braid material is skidded off along the inclined-plane B250 between rectangular block 252 and convex and tip part 251, then, convex and tip part 251 Return to and hook the hole of next braid material in vertical state with the relative position of right-hand apron 20.

Hanging hook assembly B26 discharging operating principle：When cylinder A21 promotes push rod A27 to drive boosting block 28 toward feedstock direction It is mobile, so that hanging hook assembly B26 is moved toward discharging direction, the one end for the torque spring B208 being fixed on the inwall of internal box 16 A fixed active force is produced, the one end for the torque spring B208 being fixed on hook B209 is produced a pulling force, at this It in the presence of individual pulling force, there occurs the angle for being in the convex and tip part 251 of plumbness with the relative position of left side baffle plate 22 originally Change, the turn right direction of side shield 20 of hook B209 side of the rectangular block 252 with convex and tip part 251 is slightly offset, scrap belt edge The inclined-plane B250 between rectangular block 252 and convex and tip part 251 is skidded off, then, and convex and tip part 251 returns to relative with left side baffle plate 22 The hole of next scrap belt is hooked in vertical state position.

Hanging hook assembly C25 discharging operating principle：When cylinder A21 promotes push rod A27 to drive boosting block 28 toward feedstock direction It is mobile, so that hanging hook assembly C25 is moved toward discharging direction, the one end for the torque spring C210 being fixed on the inwall of internal box 16 A fixed active force is produced, the one end for the torque spring C210 being fixed on hook C211 is produced a pulling force, at this It in the presence of individual pulling force, there occurs the angle for being in the convex and tip part 251 of plumbness with the relative position of left side baffle plate 22 originally Change, the turn right direction of side shield 20 of hook C211 side of the rectangular block 252 with convex and tip part 251 is slightly offset, scrap belt edge The inclined-plane B250 between rectangular block 252 and convex and tip part 251 is skidded off, then, and convex and tip part 251 returns to relative with left side baffle plate 22 The hole of next scrap belt is hooked in vertical state position.

Cutting structure 3 include location-plate 307, be fixed on location-plate 307 cylinder B324, with pushing away that cylinder B324 is connected Bar B325, the pushing block A308 being slidably arranged on location-plate 307, the pushing block B312 being arranged on pushing block A308, pushing block C314, Briquetting component, cutter assembly, fixed holder assembly 401 is cut, the push rod B325 is fixed through location-plate 307 and pushing block A308.

Cutting fixed holder assembly 401 includes and the inside of fuselage 17 is fixed cuts fixed seat 302, coordinates with cutter assembly Boss 301, the briquetting B39 for being arranged on the upper surface of boss 301；Cutter assembly includes being arranged on the rotation for cutting the lower section of fixed seat 302 Swivel base B304, be arranged on be flexibly connected by connecting pole A327 below rotating seat B304 rotating seat A305, with location-plate 307 The axle C326 of connection, it is arranged on rotating seat A305 lower surfaces guide wheel 306 corresponding with pushing block A308, is arranged on the lower section of boss 301 And extend to rotating seat B304 axle B303, the axle B303 and the corresponding side of boss 301 through fixed seat 302 is cut End be provided with cutting knife 321, the upper surface of the cutting knife 321 is occupy in same level with the lower surface of boss 301.

Briquetting component include with cut the fixation of fixed seat 302 briquetting cover body 318, be arranged in briquetting cover body 318 and pressure Briquetting device that block B39 is engaged, it is movably connected in by axle A315 and cuts in fixed seat 302 and coordinate with briquetting device Pushing block C314, be fixed on pushing block C314 and with pushing block B312 coordinate cam 313；The boss 301 and cutting knife 321 Between constitute cut space.The braid material input channel 4 is connected with cutting space；Gas main seat 9 respectively with cylinder A21 With cylinder B324 connections.

Briquetting device includes sliding block 18, is arranged on the top of sliding block 18 with the support base 34 of the fixation of briquetting cover body 318, by even Connect post C328 connected with support base 34 and briquetting A30 corresponding with briquetting B39, be separately positioned on connecting pole C328 both sides and The guide rod 319 connected through support base 34 and briquetting cover body 318, the briquetting cover body 318 is provided with briquetting B slots to make way 322, Briquetting A30 is fixed on the upper surface of sliding block 18, and the lower surface of the sliding block 18 is provided with the raised line 19 coordinated with pushing block C314.Pressure A surface relative with briquetting A30 is set to V-type concave surface on block B39.Every guide rod 319 is arranged with back-moving spring 36, multiple One end of position spring 36 and the inwall of briquetting cover body 318 offset, and the other end and the support base 34 of back-moving spring 36 offset；Both sides Guide rod 319 is close to briquetting B39 one end and extended through briquetting cover body 318 outside briquetting cover body 318.Both sides guide rod 319 To improve stability and positional accuracy in the moving process of sliding block 18, back-moving spring 36 is used to band movable slider 18 and resetted.

The both sides of the notch of briquetting B slots to make way 322 are provided with briquetting limit corresponding with briquetting B39 on briquetting cover body 318 Hyte part 33, briquetting limit assembly 33 includes left side limited block 31 and right side limited block 32, and left side limited block 31 and right side are spacing Block 32 is fixed by screw 35 with briquetting cover body 318, and the bar shaped coordinated with screw 35 is provided with briquetting cover body 318 and is installed Hole 320.Briquetting limit assembly 33 is used to guide effect, prevents from shifting in briquetting A30 moving process.Briquetting B slots to make way 322 position is set greater than briquetting B size, if changing different sizes to briquetting B, can be by adjusting left side limited block Relative distance between 31 and right side limited block 32 realizes the guiding to briquetting B, it is only necessary to which adjusting screw 35 installs in bar shaped The installation site in hole 320.

Cut fixed seat 302 and the window 317 that axle B303 parts are exposed is offered close to the side of cutting knife 321, it is described Axle B303 exposed lengths are arranged with spring B 316, and the upper end and the upper surface of window 317 of the spring B 316 offset, the spring B316 lower end and the lower surface of window 317 offset.Diameters of the axle B303 close to one end of cutting knife 321 is less than axle B303 exposed lengths And the diameter below exposed length, spring B 316 and axle B303 close contacts, once axle B303 rotates, spring B 316 will The power for producing a reset drives axle B303 to rotate back to original position.

Briquetting B39 lower surface is provided with a pad 37 matched with boss 301, and the pad passes through set screw 38 It is connected with boss 301, if desired adjusts briquetting B39 and briquetting A30 relative altitude, briquetting can be realized by set screw 38 B39 lifting position.

The operating principle of cutting structure 3：Cylinder B324 driving push rods B325 drives pushing block A308 to be moved to direction where cutting knife Dynamic, pushing block A308 mobile drive pushing block B312 is contacted with cam 313, and cam 313 produces an active force and drives pushing block C314 Rotated around axle A315, pushing block C314 promotes sliding block 18 to drive briquetting A30 to be close to briquetting B39 to fix plug-in unit；With this Meanwhile, pushing block A308 is moved to guide wheel 306, gives guide wheel 306 1 thrusts, rotating seat A305 under the active force of this thrust around Axle C326 rotations so as to drive rotating seat A305 to rotate by connecting pole A327, rotating seat A305 rotations promote axle B303 to turn Dynamic, axle B303, which is rotated, drives cutting knife 321 to rotate, and cutting knife 321 is rotated to the direction of boss 301, and cutting knife 321 turns to boss 301 Lower surface after i.e. completion cut, after inserter takes the plug-in unit cut in space away, cylinder B324 promotes push rod B325 bands Dynamic pushing block A308 resets, cam 313 and guide wheel 306 lose pushing block A308 active force, work of the sliding block 18 in back-moving spring 36 Original position is firmly returned to down, axle B303 drives cutting knife 321 to return to original position under the active force of spring B 316, so circulation Action.

Pushing block A308 90 ° of side bending is formed with one piece of face 311, and block face 311, which is extended transversely through, is provided with threaded rod 309, Threaded rod 309 is with pushing block B312 through being connected, and the part of threaded rod 309 between pushing block B312 and block face 311 is arranged with spring C310；Pushing block B312 is provided with the inclined-plane A323 being engaged with cam 313；Pushing block B312 passes through support column 329 and pushing block A308 Rotation is fixed.Inclined-plane A323 setting is to preferably coordinate the spinning movement of cam 313, make cam 313 in pushing block B312 Promotion under can swimmingly operate.When pushing block B312 is contacted with cam 313, cam 313 can return to an opposite effect power Pushing block B312 is given to, causes pushing block B312 that slight rotation occurs around support column 329, pushing block B312 rotation causes it to compress Spring C310 is moved along threaded rod 309 to block face 311, such structure setting, primarily to cam 313 and pushing block B312 contact provides the power of a buffering, it is to avoid cause the damage of structure because of long-term contact.

Disassembly and assembly structure 10 includes extending the control lever 100 of the upper surface of fuselage 17, extending the lock of the lower surface of fuselage 17 Arm 105, be fixed on the inverted U fixed seat 107 that the bottom of fuselage 17 is connected with lock catch arm 105, control lever 100 and lock catch arm 105 it Between connected by gangbar 102, control lever 100 is connected by axle D101 with one end of gangbar 102, gangbar 102 it is another End is connected by axle E106 with one end of lock catch arm 105；The other end of lock catch arm 105 passes through axle F104 and inverted U fixed seat 107 Connection；The afterbody of lock catch arm 105 is provided with matrix and fastens position 103；The upper surface of fuselage 17 is set close to the position of control lever 100 There is handle 11.Disassembly and assembly structure 10 sequentially passes through internal box 16 and outer case 1 to realize that rotation is fixed by axle D101 and axle F104 On fuselage 17.

When being dismantled to this structure, control lever 100 is pulled to the side of material guide structure 6, control lever 100 promotes linkage Bar 102 drives lock catch arm 105 to carry out axial rotation around axle E106, matrix is fastened position 103 and departs from fastening from inserter.Machine Handle 11 on body 17, convenient in dismounting or installation, one pulls control lever 100 and operates, and another pulls handle Cutting machine is detached inserter by 11.

Material guide structure 6 includes arcuate guide portion 60, adjustment portion 61 and corresponding with the feeding mouth 40 of braid material input channel 4 The pan feeding portion 62 of connection；The lower section in pan feeding portion 62 is provided with the mounting seat 63 fixed with fuselage 17.It is to be cut during actual production Braid material is placed in the arcuate guide portion 60 of material guide structure 6, and braid material is aided in adjustment portion 61 by arcuate guide portion 60 The pre-adjusted correct position in position reaches pan feeding portion 62, then enters braid material input channel 4 from pan feeding portion 62.

Braid material input channel 4 is disposed with compression shell fragment 12 close to the position for cutting space and braid material corrects component 15；Braid material, which corrects component 15, to be included being arranged on the correction projection A14 of the outer side of braid material input channel 4 and is correspondingly arranged Correction projection B13 in the inner side of braid material input channel 4；Compress 90 ° of flanging formation fixed parts of top edge of shell fragment 12 A120, fixed part B122, the bending changeover portion 121 being arranged between fixed part A120 and fixed part B122, fixed part A120 with The upper surface of the outer side of braid material input channel 4 fits, and the upper surface of the fixed part B122 is with correcting under projection B13 Surface is fixed；The distance between the correction projection A14 and correction projection B13 are less than the width of braid material input channel 4；It is described The inner side of braid material input channel 4 and compress the distance of shell fragment 12 less than correct projection A14 and correct between projection B13 away from From.Compress shell fragment 12 and braid material and correct being equipped with for component 15, primarily to the braid allowed in braid material input channel 4 Material carries out the adjustment of putting position again before cutting structure 3 is entered, and braid material is adjusted to matching with cutting structure 3 Degree enter back into cut space carry out positioning cut.

Operating principle of the present utility model is：First by without the braid material fore-end of component in manually operated mode Placed along braid input channel 4, scrap belt output channel 5, inserter opens cutting machine cutting machine output enabling signal Begin to operate, the braid material with component can be moved to cutting structure 3 along braid input channel 4 and be cut, after completion is cut Component can rest on and cut space for inserter pickup, after component is removed, next component can be moved to sanction The wait of structure 3 is cut to cut, and the useless braid material being cut can be as the operating of charging-discharging structure 2 be through scrap belt output channel 5 It is output to the outside of braid material cutting machine, such do action.

Above-described embodiment is only that general principle of the present utility model, principal character and advantage has been shown and described.The industry Technical staff it should be appreciated that the utility model is not restricted to the described embodiments, do not departing from the utility model spirit and model On the premise of enclosing, the utility model also has various changes and modifications, and these changes and improvements both fall within this claimed reality With in new scope.

Claims (9)

1. a kind of compact braid material cutting machine, it is characterised in that：Including fuselage (17), the fuselage (17) includes internal box (16) and parcel internal box (16) outer case (1), is provided with charging-discharging structure (2), cuts knot in the internal box (16) Structure (3), disassembly and assembly structure (10), form braid material input channel (4) and useless respectively between the internal box (16) and outer case (1) Material strip output channel (5), the feeding mouth (40) of the braid material input channel (4) is connected with material guide structure (6), described to cut knot Structure (3) is equipped with charging-discharging structure (2)；Pass through between the braid material input channel (4) and scrap belt output channel (5) Arc turnaround section (7) is set to be connected in front of internal box (16)；The side of the fuselage (17) be provided with serial ports seat (8) and Gas main seat (9)；

The charging-discharging structure (2) includes left side baffle plate (22), right-hand apron (20), is arranged on left side baffle plate (22) and right side gear Boosting block (28), cylinder A (21) between plate (20), the push rod A (27) being connected with cylinder A (21), the push rod A (27) is successively It is fixedly connected through right-hand apron (20) and boosting block (28) and with boosting block (28), the upper surface of the boosting block (28) is set It is equipped with the hanging hook assembly A (23) being engaged with braid material input channel (4)；It is higher than boosting block (28) on the right-hand apron (20) Top be provided with gear (29), the boosting block (28) be provided with gear (29) above intermeshing and with push rod A (27) corresponding gear bar (203)；The left side baffle plate (22) position corresponding with gear bar (203) is provided with and gear (29) the intermeshing lower gear bar (202) in lower section；The both sides upper surface of the left side baffle plate (22) is respectively arranged with and waste material With output channel (5) corresponding hanging hook assembly B (26) and hanging hook assembly C (25)；

The cutting structure (3) includes location-plate (307), the cylinder B (324) being fixed on location-plate (307) and cylinder B (324) connection push rod B (325), be fixed on location-plate (307) pushing block A (308), be arranged on pushing away on pushing block A (308) Block B (312), pushing block C (314), briquetting component, cutter assembly, cut fixed holder assembly (401)；It is described to cut fixed holder assembly (401) include cutting fixed seat (302) with fixed inside fuselage (17), the boss (301) that coordinates with cutter assembly, being arranged on The briquetting B (39) of boss (301) upper surface；The cutter assembly includes being arranged on the rotating seat B cut below fixed seat (302) (304) the rotating seat A (305) and location-plate being flexibly connected below rotating seat B (304) by connecting pole A (327), are arranged on (307) connection axle C (326), be arranged on rotating seat A (305) lower surfaces guide wheel (306) corresponding with pushing block A (308), set Below the boss (301) and through cutting axle B (303), the axle that fixed seat (302) extends to rotating seat B (304) The end of B (303) sides corresponding with boss (301) is provided with cutting knife (321), the upper surface of the cutting knife (321) and boss (301) lower surface is occupy in same level；The briquetting component includes the briquetting cover body fixed with cutting fixed seat (302) (318), it is arranged on the interior briquetting device being engaged with briquetting B (39) of briquetting cover body (318), is movably connected in by axle A (315) The pushing block C (314) that cuts in fixed seat (302) and coordinate with briquetting device, be fixed on pushing block C (314) and with pushing block B (312) cam (313) coordinated；Constituted between the boss (301) and cutting knife (321) and cut space, the braid material input Passage (4) is connected with cutting space；The gas main seat (9) is connected with cylinder A (21) and cylinder B (324) respectively.

2. a kind of compact braid material cutting machine according to claim 1, it is characterised in that：It is described to cut fixed seat (302) window (317) that axle B (303) is partly exposed is offered close to cutting knife (321) side, the axle B (303) is sudden and violent Dew section is arranged with spring B (316), and the upper end and the upper surface of window (317) of the spring B (316) offset, the spring B (316) lower surface of lower end and window (317) offsets.

3. a kind of compact braid material cutting machine stated according to claim 1, it is characterised in that：The briquetting device includes sliding block (18), it is arranged on support base (34) fixed with briquetting cover body (318) above sliding block (18), by connecting pole C (328) and support Seat (34) connection and briquetting A (30) corresponding with briquetting B (39), be separately positioned on connecting pole C (328) both sides and through branch The guide rod (319) of seat (34) and briquetting cover body (318) connection is supportted, the briquetting cover body (318) is provided with briquetting B slots to make way (322), briquetting A30 is fixed on the upper surface of sliding block (18), and the lower surface of the sliding block (18) is provided with to be coordinated with pushing block C314 Raised line (19)；The every guide rod (319) is arranged with back-moving spring (36), one end of the back-moving spring (36) and pressure The inwall of block cover body (318) offsets, and the other end and the support base (34) of the back-moving spring (36) offset；The guiding of the both sides Extend briquetting cover body (318) outside through briquetting cover body (318) in one end that bar (319) is close to briquetting B (39)；The briquetting cover Both sides on body (318) positioned at briquetting B slots to make way (322) notch are provided with briquetting limit assembly corresponding with briquetting B (39) (33), the briquetting limit assembly (33) includes left side limited block (31) and right side limited block (32), the left side limited block (31) fixed, set on the briquetting cover body (318) by screw (35) and briquetting cover body (318) with right side limited block (32) There is the bar shaped mounting hole (320) coordinated with screw (35)；A surface relative with briquetting A (30) is set on the briquetting B (39) For V-type concave surface.

4. a kind of compact braid material cutting machine according to claim 1, it is characterised in that：Disassembly and assembly structure (10) bag Include and extend the control lever (100) of fuselage (17) upper surface, the lock catch arm (105) that extends fuselage (17) lower surface, be fixed on The inverted U fixed seat (107) that fuselage (17) bottom is connected with lock catch arm (105), the control lever (100) and lock catch arm (105) Between connected by gangbar (102), the control lever (100) is connected by axle D (101) with one end of gangbar (102), institute The other end for stating gangbar (102) is connected by axle E (106) with one end of lock catch arm (105)；The lock catch arm (105) it is another One end is connected by axle F (104) with inverted U fixed seat (107)；The afterbody of the lock catch arm (105) is provided with matrix and fastens position (103)；The upper surface of the fuselage (17) is provided with handle (11) close to the position of control lever (100).

5. a kind of compact braid material cutting machine according to claim 1, it is characterised in that：Material guide structure (6) bag The pan feeding of bracket guide part (60), adjustment portion (61) and connection corresponding with the feeding mouth (40) of braid material input channel (4) Portion (62)；The mounting seat (63) fixed with fuselage (17) is provided with below the pan feeding portion (62).

6. a kind of compact braid material cutting machine according to claim 1, it is characterised in that：The one of the pushing block A (308) The bending of 90 ° of side is formed with one piece of face (311), and described piece of face (311), which extends transversely through, is provided with threaded rod (309), the threaded rod (309) with pushing block B (312) through being connected, the threaded rod (309) between the pushing block B (312) and block face (311) is partly arranged There is spring C (310)；The pushing block B (312) is provided with the inclined-plane A (323) being engaged with cam (313)；The pushing block B (312) Rotated and fixed by support column (329) and pushing block A (308).

7. a kind of compact braid material cutting machine according to claim 1, it is characterised in that：The lower gear bar (202) It is connected by supporting lug (201) with left side baffle plate (22)；The upper surface of the left side baffle plate (22) is close to hanging hook assembly B (26) Position integrally formed with manual manipulation bar (215), the manual manipulation bar (215) is through fuselage (17) and extends to fuselage (17) outside.

8. a kind of compact braid material cutting machine according to claim 1, it is characterised in that：The hanging hook assembly A (23) Including hook A (207) and torque spring A (206), the hook A (207) is connected by screw (205) with boosting block (28), institute State and torque spring A (206) be arranged with screw (205), one end of the torque spring A (206) is fixed on hook A (207), The other end of the torque spring A (206) is fixed on right-hand apron (20)；The hanging hook assembly B (26) includes hook B (209) and torque spring B (208), the hook B of the hanging hook assembly B (26) is connected by screw with left side baffle plate (22), described Torque spring B (208) is arranged with screw, one end of the torque spring B (208) is fixed on hook B (209), described to turn round The other end of power spring B (208) is fixed on the inwall of internal box (16)；The hanging hook assembly C (25) includes hook C (211) With torque spring C (210), the hook C (211) of the hanging hook assembly C (25) is connected by screw (205) and left side baffle plate (22) Connect, torque spring C (210) is arranged with the screw (205), one end of the torque spring C (210) is fixed on hook C (211) on, the other end of the torque spring C (210) is fixed on the inwall of internal box (16)；The hook A (207), extension Hook B (209), hook C (211) include rectangular block (252) and with rectangular block (252) integrally formed convex and tip part (251), institute State and an inclined-plane B (250) is formed between rectangular block (252) and convex and tip part (251).

9. a kind of compact braid material cutting machine according to claim 1, it is characterised in that：The braid material input channel (4) it is disposed with compression shell fragment (12) close to the position for cutting space and braid material corrects component (15)；The braid material entangles Positive component (15) includes being arranged on the correction projection A (14) of braid material input channel (4) outer side and is correspondingly arranged at volume The correction projection B (13) of strip input channel (4) inner side；Described 90 ° of flangings of top edge for compressing shell fragment (12) are formed Fixed part A (120), fixed part B (122), the bending changeover portion being arranged between fixed part A (120) and fixed part B (122) (121), the fixed part A (120) and the upper surface of braid material input channel (4) outer side fit, the fixed part B (122) upper surface is fixed with correcting projection B (13) lower surface；Between the correction projection A (14) and correction projection B (13) Distance be less than braid material input channel (4) width；The inner side of the braid material input channel (4) is with compressing shell fragment (12) Distance less than correcting projection A (14) and correction projection B the distance between (13).