CN108582313A

CN108582313A - A kind of thumb pin sleeve machine

Info

Publication number: CN108582313A
Application number: CN201810703865.2A
Authority: CN
Inventors: 林岳洪
Original assignee: GUANGDONG MINGHUI PNEUMATIC TECHNOLOGY Co Ltd
Current assignee: GUANGDONG MINGHUI PNEUMATIC TECHNOLOGY Co Ltd
Priority date: 2018-07-01
Filing date: 2018-07-01
Publication date: 2018-09-28
Anticipated expiration: 2038-07-01
Also published as: CN108582313B

Abstract

The present invention relates to a kind of thumb pin sleeve machines.It include drawing pin vibration feeding disc, adhesive tape circle fast pulley, punching shaving die, into nailing machine structure, adhesive tape cutting mechanism and nailing mechanism.The lower section for being used to the drawing pin that the conveying of drawing pin vibration feeding disc comes being delivered to nailing mechanism one by one into nailing machine structure.Nail hole of the drawing pin nail that nailing mechanism is used into the conveying of nailing machine structure to come in adhesive tape.The present invention by drawing pin vibration feeding disc, driving mechanism, adhesive tape circle fast pulley, punching shaving die, moulding mechanism, into nailing machine structure, nailing mechanism and adhesive tape cutting mechanism complete the processes such as the charging of drawing pin and adhesive tape, the punching of adhesive tape, trimming, cut-out and nailing, the present invention is by beating more drawing pins in an adhesive tape, then worker or user can be by a whole adhesive tape integral installations with drawing pin on nailing machine, adhesive tape can be cut off on nailing machine when nailing, drawing pin installation is very convenient, fast, to improve the binding efficiency of nailing machine.

Description

A kind of thumb pin sleeve machine

Technical field

The present invention relates to the technical field of nailing machine, specifically a kind of thumb pin sleeve machine.

Background technology

Existing nailing machine needs to install binding one by one on it, therefore its binding is cumbersome, and binding efficiency is very low Under.

Invention content

The object of the present invention is to provide one kind following closely multiple drawing pins in adhesive tape, to improve nailing machine Binding efficiency, the thumb pin sleeve machine for facilitating user's binding.User is in binding on nailing machine, as long as installation carries multiple drawing pins Adhesive tape can realize that the multiple drawing pins of installation, installation are very convenient.

The object of the present invention is achieved like this：

A kind of thumb pin sleeve machine, including rack, control device, drawing pin vibration feeding disc, driving mechanism, adhesive tape circle fast pulley, beat Hole shaving die, moulding mechanism, into nailing machine structure, hand clutch mechanism, nailing mechanism and adhesive tape cutting mechanism.Control dress It sets, is set in rack, operate synchronously and stop for controlling whole thumb pin sleeve machine.Drawing pin vibration feeding disc, it is defeated for vibrating It sends out drawing pin and is fed nailing machine structure.Driving mechanism, be set to rack on, for drive moulding mechanism, into nailing machine structure, nailing mechanism, Punching shaving die, adhesive tape cutting mechanism operate synchronously and stop.Adhesive tape circle fast pulley is set in rack, for installing adhesive tape It encloses, the adhesive tape on adhesive tape circle is connected on punching shaving die.Shaving die is punched, is set in rack, for being beaten in adhesive tape Nail hole and trimming and adhesive tape is transported on nailing machine structure.Moulding mechanism is set in rack, is used for pressing rubber strip, is prevented Adhesive tape is fallen back when punching shaving die die sinking.It into nailing machine structure, is set in rack, and connects with the blow tank of drawing pin vibration feeding disc It connects, the drawing pin for the conveying of drawing pin vibration feeding disc to come is delivered to the lower section of nailing mechanism one by one, so as to nailing machine Structure nailing.Nailing mechanism is set in rack and positioned at into the top of nailing machine structure, is followed closely for that will convey the drawing pin to come into nailing machine structure In the nail hole of adhesive tape.Adhesive tape cutting mechanism is set in rack and positioned at the top of nailing resigning seam, for that will accomplish fluently drawing pin Part adhesive tape is cut off from adhesive tape.Hand clutch mechanism is set in rack, is passed with into nailing machine structure clutch for realizing driving mechanism It is dynamic.Adhesive tape surplus indicating mechanism is set in rack and by adhesive tape circle fast pulley, is used to indicate the surplus of adhesive tape circle.Worker By watching adhesive tape surplus indicating mechanism, the surplus of adhesive tape circle just can be learnt, to replace adhesive tape circle in time.

The present invention can also improve further below.

Punching shaving die includes transmission main shaft, eccentrically weighted shaft, driving pressing roller, upper mold, lower mold, sliding block and bottom Seat, transmission main shaft, which horizontally rotates, to be arranged in rack, and eccentrically weighted shaft is set to the inner end of transmission main shaft, and driving pressing roller is set to bias In shaft, driving pressing roller is vertically rotatably arranged on the upper surface of upper mold, and the wheel face of pressing roller is driven to be resisted against Die holder upper surface, upper mold, which slides up and down, to be arranged on lower mold, and lower mold is arranged on sliding block, and sliding block level is slidably arranged in On pedestal, upper mold is equipped with piercing knife and cutter, and piercing knife correspond on lower mold equipped with the first resigning punching, on lower mold Corresponding cutter is equipped with the second resigning punching.The front side of lower mold, which rotates, is provided with mold forward drive cam, after lower mold It is equipped with (the first back-moving spring between side and rack, second back-moving spring is equipped between upper mold and lower mold.

When mold forward drive cam rotates, mold forward drive cam pushes punching shaving die to move backward（The One resetting spring is compressed）, mold is to be in molding state, therefore punch shaving die and moved backward with adhesive tape at this time.When When mold is moved to stroke end, punching shaving die die sinking, mold forward drive cam is detached from punching shaving die, and first is multiple Position spring restores deformation, and (the first back-moving spring pushes mold to reset, returns to its start of a run.The present invention is turned by bias Axis drives pressing roller that upper mold is driven to move down, so that upper mold, lower mold mold up and down, upper mold drives punching Hole knife and cutter punching and blank down, to realize the punching and trimming of adhesive tape, to facilitate subsequent thumb pin sleeve machine Nailing mechanism drawing pin is stamped in adhesive tape, and nailing machine is facilitated to cut away adhesive tape.Elastic force of the upper mold in second back-moving spring Effect is lower to be risen, and realizes die sinking.

Upper mold includes upper die holder, cope plate, piercing knife and cutter, and cope plate, which slides up and down, to be arranged in upper die holder Bottom surface, piercing knife and cutter are set to the bottom surface of upper die holder, are connected by guide rod between upper die holder and cope plate, upper die holder Third resetting spring is equipped between cope plate, lower mold includes lower die holder and lower template, and lower template is set to the upper table of lower die holder Face is equipped with second back-moving spring between upper die holder and lower die holder, cope plate, lower template correspond to second back-moving spring and be equipped with through-hole, Second back-moving spring corresponds to piercing knife on cope plate, the through-hole of lower template, lower template and is equipped with the first resigning punching, lower template Upper corresponding cutter is equipped with the second resigning punching.Cope plate corresponds to piercing knife and is equipped with third resigning punching, and cope plate corresponds to blank Knife is equipped with the 4th resigning punching.The both ends of third resetting spring are connected to the top surface of cope plate and the bottom surface of upper die holder respectively, the The both ends of two resetting springs are connected to the top surface of lower die holder and the bottom surface of upper die holder respectively.When punching shaving die molding, driving Nip drum wheel drive upper die holder slide downward（Second back-moving spring is compressed）, upper die holder drives piercing knife and cutter punching down And blank, upper die holder pass through third resetting spring（Third resetting spring is compressed）Cope plate is driven to move down, cope plate supports It is connected in lower template, upper die holder continues slide downward（Second back-moving spring continuation is compressed）, until upper die holder drop to against On cope plate.The shape of piercing knife is mutually matched with the first resigning punching shape.The shape of cutter and the second resigning punching Shape is mutually matched.

Cutter includes left-cut tool and right-cut tool of the phase from setting, left-cut tool and the symmetrical setting of right-cut tool, left cut The cross section of knife and right-cut tool is in semi-oval, and the arcuate flanks of left-cut tool and the arcuate flanks of right-cut tool are oppositely arranged.Mold When molding, the left and right sides of adhesive tape is cut out the opening of two semi-ovals by left and right cutter, therefore will be existed in adhesive tape very thin Linkage section, when in order to follow-up nailing machine nailing, nailing machine is easy cut-out adhesive tape.

The forward and backward side of lower template is respectively equipped with charging guide groove and discharging guide groove, and the front side of cope plate corresponds to charging and leads It is equipped with preceding briquetting to slot, the rear side of cope plate corresponds to discharging guide groove and is equipped with rear briquetting.Mold forward drive is corresponded on lower mold Cam rotation is provided with the first stress idler wheel, and mold forward drive cam is by driving the first stress idler wheel, to drive punching to cut Side mold advances, to avoid mold forward drive cam hits damage punching shaving die.Lower die holder corresponds to first, second and allows Position punching, which is equipped with, falls slug hole, and when punching shaving die punching and blank, the waste material of generation is all to drop out mould by falling slug hole Tool.

Adhesive tape circle fast pulley is vertically rotatably arranged in rack, and adhesive tape circle fast pulley includes support arm, first solid Fixed wheel plate, second fix wheel plate and adhesive tape circle tension assembly, and the first fixation wheel plate and the second fixation wheel plate vertically turn On dynamic setting support arm, the first fixation wheel plate fixes wheel plate coaxial arrangement with second and left and right is mutually from setting, in the first fixation Wheel plate and second fixes formation adhesive tape circle accommodating space between wheel plate, and adhesive tape circle tension assembly includes multiple tensioning wheels and locking screw Bolt, annular spread is in adhesive tape circle accommodating space centered on the center of circle of adhesive tape circle fast pulley for multiple tensioning wheels, and tensioning wheel is along glue The radial direction of item circle fast pulley is slidably arranged in adhesive tape circle accommodating space, and tensioning wheel is equipped with screw hole, and first fixes wheel plate Surface the radial direction of adhesive tape circle fast pulley is provided with the first adjusting long guiding hole, clamping screw passes through first to adjust and is oriented to Slot hole simultaneously stretches into adhesive tape circle accommodating space, and is threadedly coupled with the screw hole of tensioning wheel.When worker installs adhesive tape circle, first by first Fixed wheel plate and adhesive tape circle tension assembly disassemble, and then adhesive tape snare is located on multiple tensioning wheels again, then right again Neat first, which fixes wheel plate and second, fixes wheel plate, fixes the first fixation wheel plate, worker is again along the diameter of adhesive tape circle fast pulley later Tensioning slipping, multiple tensioning wheels is pushed to be tensioned outward, fix adhesive tape circle outward to direction.The present invention passes through adhesive tape circle tensioning group The tensioning of adhesive tape circle is fixed in adhesive tape circle accommodating space by part, and applicability of the present invention is wide, and the present invention is suitable for fixed irregular shape The adhesive tape circle of shape, the adhesive tape circle of irregular shape can be expanded into circular adhesive tape circle by the present invention, so that adhesive tape circle can Uniformly, stablize into glue.

The surface of second fixation wheel plate corresponds to the first adjusting long guiding hole and is provided with along the radial direction of adhesive tape circle fast pulley Second adjusts long guiding hole.Tensioning wheel one side is equipped with guiding projection, and guiding projection is slidably arranged in the first adjusting and is oriented to length In hole, clamping screw sequentially passes through the first adjusting long guiding hole, screw hole and extends in the second adjusting long guiding hole.

Moulding mechanism includes support base, preceding pressure arm, rear pressing arm, first level shaft, the second horizontal rotating shaft and press strip Cursor, first level shaft and the second horizontal rotating shaft, which horizontally rotate, to be arranged in rack, and first level shaft is horizontal with second Shaft is L-shape to put in rack, and the level height of first level shaft is less than the level height of the second horizontal rotating shaft, preceding pressure arm The front and rear ends of the second horizontal rotating shaft are respectively arranged on rear pressing arm, before press strip cursor is fixedly connected on the second horizontal rotating shaft End, the lower end of press strip cursor, which horizontally rotates, is provided with driven wheel, and one end of first level shaft vertically rotates setting Have a curved cam, the one side of curved cam is cam curved surface, and driven wheel is resisted against on cam curved surface, first level shaft it is another One end be equipped with the first bevel gear, preceding pressure arm, rear pressing arm bottom surface and rack between be equipped with the 4th resetting spring, first level shaft Positioned at the front side of punching shaving die, mold forward drive cam is set in first level shaft.Support base is set in rack, the Two horizontal rotating shafts, which horizontally rotate, to be arranged at the top of support base, and preceding pressure arm and rear pressing arm are located at the both sides of support base.Curved surface is convex The cam curved surface of wheel has highs and lows.

Preceding pressure arm, rear pressing arm are located at the front and rear sides of punching shaving die.When first level shaft rotates, the One horizontal rotating shaft drives curved cam and the rotation of mold forward drive cam, mold forward drive cam to push punching shaving die It moves backward（(the first back-moving spring is compressed）, mold is to be in molding state, therefore punch shaving die with adhesive tape at this time It moves backward.When mold is moved to stroke end, punching shaving die die sinking, mold forward drive cam is detached from punching trimming Mold, (the first back-moving spring restore deformation, and (the first back-moving spring pushes mold to reset, returns to its start of a run.

At the same time driven wheel rotates on the cam curved surface of curved cam, when curved cam is toward the peak of cam curved surface When rotation, driven wheel drives press strip cursor to rotate outward, and then preceding pressure arm, rear pressing arm is driven to rotate down, preceding pressure arm, rear pressure Arm is downwardly against adhesive tape（4th resetting spring is compressed）, adhesive tape can not move.When curved cam is toward the minimum point of cam curved surface When rotation, the 4th resetting spring restores elastic deformation, and the 4th resetting spring jacks up preceding pressure arm, rear pressing arm always, so that from Driving wheel is close to cam curved surface rotation always, and driven wheel drives press strip cursor to rotate inside, and then drives preceding pressure arm, rear pressing arm It up rotates, preceding pressure arm, rear pressing arm are detached from adhesive tape, and mold can drive adhesive tape to move backward.

Nailing mechanism includes pedestal, sliding shoe, driving and unlock gear, Buffer Unit, the second bevel gear, bucking bar, top It rises resetting spring and locking buckle, sliding shoe vertical sliding is arranged on pedestal, bucking bar is vertically arranged on sliding shoe, sliding Motion block is engaged equipped with driven rack and limit catching groove, driving and unlock gear with driven rack, drives and unlock gear and lock Determine buckle to be rotatably arranged on pedestal, sliding shoe is corresponded in driving and unlock gear and is equipped with driving and unlock teeth, driving and solution Lock gear mesh should lock buckle and be equipped with driving teeth, and jacking resetting spring is set between sliding shoe bottom and pedestal, driving and solution It locks gear and the second bevel gear is sequentially connected, locking buckle is located between driving and unlock gear and limit catching groove, locks buckle The other end and pedestal between be equipped with the 5th resetting spring.Under the elastic force effect of the 5th resetting spring, the inner end of buckle is locked It keeps screwing in the state in limit catching groove, to lock sliding shoe, sliding shoe is prevented to slide down.When nailing mechanism nailing, drive Dynamic and unlock gear rotation, driving and the driving of unlock gear and unlock teeth drive sliding shoe slide downward and stir lock simultaneously Buckle is determined so that locking buckle rotates out of limit catching groove（5th resetting spring is elongated）, lock inner end and the limit catching groove of buckle It threads off, to unlock sliding shoe, sliding shoe just can drive bucking bar slide downward and nailing（Jacking resetting spring is compressed）.When After nailing mechanism completes a nailing job, when sliding shoe rises reset, the inner end for locking buckle is once again screwed into limit catching groove, It prevents sliding shoe from sliding down, locking buckle is stirred again until driving and unlocking gear.Bucking bar vertically activity is even It is connected on sliding shoe.

The outer wall of bucking bar is equipped with position limiting convex ring, and sliding shoe is vertically equipped with perforation, and bucking bar is threaded through perforation On, the upper end of bucking bar passes through perforation, and position limiting convex ring is located at the lower section of perforation, and the bottom of position limiting convex ring and sliding shoe is mutually from setting It sets, the top of sliding shoe is equipped with locking nut, and the upper end of locking nut and bucking bar is spirally connected, and the 6th reset is arranged on bucking bar Spring, the 6th resetting spring be located at perforation in, the lower end of the 6th resetting spring is connected on bucking bar, the 6th resetting spring it is upper End is connected on the inner wall of perforation.The outer wall of bucking bar is equipped with against bulge loop, and the top of position limiting convex ring is set to simultaneously against bulge loop In perforation, the lower end of the 6th resetting spring is connected to against on bulge loop.

When sliding shoe drives the downward nailing of bucking bar, bucking bar first squeezes into drawing pin in the nail hole of adhesive tape, and at this time the 6th Resetting spring is compressed by bucking bar, and drawing pin is got to position at this time, and the head of a nail of drawing pin is close to adhesive tape, and bucking bar is connected to drawing pin The head of a nail on and no longer decline, but drive and unlock gear will continue to driving sliding shoe and move down, sliding shoe can also be after It is continuous to decline（The upper end of bucking bar and locking nut are detached from the top of sliding shoe）, due to the bottom of position limiting convex ring and sliding shoe it Between there are preset space, sliding shoe can decline this section of preset space again, therefore even if if sliding shoe declines bucking bar again no longer Continue to decline and play drawing pin, to avoid bucking bar from breaking drawing pin.Position limiting convex ring can limit slippage block continue to decline, to protect The 6th resetting spring is protected not to be subject to crushing.

Since the thickness of the head of a nail of different drawing pins is different, if the length of bucking bar and its nailing stroke are fixed, that is, beat Nail rod is fixedly connected with sliding shoe, just can not ensure that the drawing pin of different head of a nail thickness squeezes into the depth of nail hole all, Wu Fabao Nail hole in adhesive tape can be squeezed into well by demonstrate,proving the drawing pin of different head of a nail thickness.The drawing pin relatively thin relative to the head of a nail and the head of a nail are thicker Drawing pin, same nailing mechanism, if the head of a nail of drawing pin is relatively thin, the length and its nailing stroke of bucking bar enough play drawing pin Enter nail hole, the drawing pin of the thin head of a nail can get to position by nailing mechanism.If the head of a nail of drawing pin is thicker, the length and its nailing of bucking bar Stroke is comparatively longer, and bucking bar can break drawing pin, but the bucking bar due to patent of the present invention is up and down with sliding shoe Flexible connection, bucking bar can be shunk upwards, and bucking bar can realize the nail that the drawing pin by different head of a nail thickness is squeezed into adhesive tape The purpose in hole, and the case where can prevent bucking bar from breaking whole drawing pin.Therefore the nailing mechanism of the present invention can be suitably used for The nailing of the drawing pin of different head of a nail thickness, and it is beaten well in the nail hole of adhesive tape.

Pedestal is vertically provided with sliding rail, and sliding shoe is slidably arranged on sliding rail.Second bevel gear and driving and solution Lock gear is located at the both sides of pedestal, and the second bevel gear is connect with driving and unlocking gear drive.

Buffer Unit includes seat board, bolt, buffer spring and mounting cylinder, and seat board is set on pedestal and positioned at sliding shoe Top, mounting cylinder are vertically arranged on seat board, and mounting cylinder is provided along its length screw hole, the screw hole screw thread of bolt and mounting cylinder Connection, buffer spring are set in mounting cylinder, and the upper end of buffer spring is connected on bolt, and the lower end of buffer spring is connected to cunning The top of motion block, the buffer spring have buffered the action of the rising of sliding shoe, reduce noise, while avoiding sliding shoe from quickly returning and hitting It is excessively fierce and damage.

Into nailing machine structure include mounting base, into nail turntable, interior open loop seat, external-open ring seat, drive shaft, central rotating shaft, locking Swing arm and the 9th resetting spring, central rotating shaft, interior open loop seat and external-open ring seat are arranged concentrically on mounting base outward by center On, the outer wall of interior open loop seat mutually turns with one arc-shaped of formation into nail guide slit into nail turntable from setting with external-open ring seat inner wall Dynamic to be arranged in the upper surface of interior open loop seat, the upper end of central rotating shaft is drivingly connected with into nail turntable, into nail turntable periphery along it It is circumferentially-spaced be equipped with multiple ejector pin grooves, into nail turntable bottom surface along its it is circumferentially-spaced be equipped with it is multiple push away nipper, it is downward to push away nipper Extend into nail guide slit, ejector pin groove is staggered with nipper is pushed away, the outer wall of interior open loop seat and the inner wall of external-open ring seat it Between be equipped with and fall nail through-hole, bucking bar is located at the surface for falling nail through-hole, falls nail through-hole and is located at into nail guide slit and with into nail and leads It is connected to seam.The lower part for falling nail through-hole is equipped with and falls nail guide head, in mounting base it is corresponding fall nail guide head and be equipped with nailing step down seam, fall Nail guide head is located at the top of nailing resigning seam.Ejector pin groove into nail turntable pushes drawing pin to be moved into nail guide slit along circular It is dynamic.

Drive shaft is equipped with into nail driving gear, unlock cam and the 4th bevel gear, central rotating shaft and is equipped with into nail Driven gear is equipped with single sliding tooth into nail driving gear, and sliding tooth is engaged with into nail driven gear, and locking swing arm level turns Dynamic to be arranged in rack, the 9th resetting spring is located at the side of locking swing arm, and drive shaft, central rotating shaft are located at locking swing arm The other side, the one side for locking swing arm are equipped with locking teeth, and locking teeth is engaged with into nail driven gear, and the two of the 9th resetting spring End is connected to respectively on the another side and rack of locking swing arm.Therefore gear and unlock cam per revolution are driven into nail, A tooth is only rotated every time into nail driven gear, is only conveyed a drawing pin every time into nail turntable to nail through-hole is fallen, is resetted the 9th Under spring force effect, locking teeth keeps engaging with into nail driven gear, can not be rotated into nail driven gear, so that into nail Turntable is often sent into a drawing pin and just stops operating, and realizes that conveying drawing pin one by one into nail turntable gives nailing mechanism nailing.Work as drive Moving teeth, which is driven again into the rotation of nail sliding tooth wheel and unlock cam, pushes locking swing arm rotation to be turned out（9th resetting spring It is compressed）, so that locking teeth is detached from into nail driven gear, can be rotated again into nail driven gear, it can be after into nail turntable Continuous conveying drawing pin is to nailing mechanism.

It falls by nail through-hole and is equipped with left support tong arm and right support tong arm, the rotation of left support tong arm is set on the periphery of interior open loop seat Edge, is equipped with the 11st resetting spring between the rear end of left support tong arm and interior open loop seat, the rotation of right support tong arm is set to outer open loop The inner peripheral of seat is equipped with the 12nd resetting spring, the rear end of right support tong arm between the rear end and external-open ring seat of right support tong arm It abuts together, and is located at into nail guide slit with the rear end of left support tong arm, front end and the left support tong arm of right support tong arm Front end be located at fall nail through-hole on.When drawing pin is pushed to by the ejector pin groove into nail turntable falls nail through-hole, ejector pin groove is wrong The previous rear end for pushing away nipper and pushing left and right support tong arm of position, left and right support tong arm rotation, the rear end of left and right support tong arm Separation, and front end closes up, the front end of left and right support tong arm forms a support resigning seam, and then drawing pin is pushed to by ejector pin groove On the front end of left and right support tong arm, the nail rod of drawing pin slides into support and steps down in seam, and the head of a nail of drawing pin is seated at left and right support tong arm Front end on, when it is previous push away nipper precession when, the rear end that nipper is detached from left and right support tong arm is pushed away, after left and right support tong arm End closes up, and the front end separation of left and right support tong arm, and the drawing pin on left and right support tong arm front end is fallen to naturally falls nail through-hole It is interior, it then falls nail guide head guiding bucking bar and drawing pin is beaten to the nail hole in adhesive tape.

The outer peripheral edge of interior open loop seat is equipped with left clamp arm mounting groove, and the inner peripheral of external-open ring seat is equipped with right clamp arm mounting groove, left Tong arm mounting groove and right clamp arm mounting groove are connected into nail guide slit, and are located at into the inner side and outer side of nail guide slit, Left and right support tong arm be respectively arranged in left clamp arm mounting groove and right clamp arm mounting groove in, left and right tong arm mounting groove with to fall nail logical Hole is connected to.

It includes falling nail guide holder, inner sleeve, banding set, polylith guide fence to fall nail guide head, and inner sleeve, which is seated at, to be fallen nail and lead To on the through-hole of seat, the setting of polylith guide fence annular, to surround a cylinder, the top of cylinder opens wide, bottom in inverted cone shape simultaneously With guide pin hole, banding set is set in the outer wall of cylinder upper end, and the upper end of guide fence is flexibly connected on the outer wall of inner sleeve.It falls It follows closely guide holder and is equipped with press strip plate.

Adhesive tape cutting mechanism is set in rack and positioned at the top of nailing resigning seam, the part glue for that will accomplish fluently drawing pin Item is cut off from adhesive tape, and adhesive tape cutting mechanism includes that drive component, slitting knife assembly, lifting slider, moving block and the 7th are multiple Position spring, lifting slider vertical sliding are arranged on pedestal, and pedestal is located at the top of external-open ring seat, the upper end of lifting slider with outside The 8th resetting spring is equipped between open loop seat, slitting knife assembly is arranged in the lower end of lifting slider, and the middle part of moving block is along vertical Direction is rotatably arranged on the upper end of lifting slider, and drive component and sliding shoe are located at the both sides of moving block, and moving block is located at The lower section of sliding shoe, drive component are set on pedestal and by the moving block, and the 7th resetting spring is set to pedestal and moving block Between lower end, the upper end of drive component driving moving block turns to the underface of sliding shoe, and adhesive tape is driven so that sliding shoe glides Cutting mechanism blank.Drive component is preferably solenoid valve, and the valve rod of solenoid valve extends towards the upper end of moving block 575, solenoid valve Valve rod is equipped with to push and take turns, and the valve rod of solenoid valve pushes the upper end rotation of moving block.Certain drive component can also use push rod Motor.

Sensor is electrically connected with counter, and counter is electrically connected with control device, control device and drive component electricity Property connection, sensor be set into nail driving gear by or into nail turntable by.Sensor is preferably disposed to by nail turntable, for detecting Ejector pin groove on nail turntable, if sensor is set to by nail driving gear（For detecting the driving into nail driving gear Tooth）, it is easy to be influenced by its peripheral gear, the situation of transducing signal mistake occurs.When the drawing pin quantity in adhesive tape has reached When to setting quantity, counter delivers a signal to control device, and control device starts solenoid valve, and the elongation of valve stem of solenoid valve pushes away Driving wheel starts to push the upper end rotation of moving block,（7th resetting spring is compressed）, sliding shoe that the upper end of moving block turns to Underface, be also pressed downward moving block while sliding shoe drives bucking bar downward nailing at this time, lifting slider moves down, with Make lifting slider that slitting knife assembly be driven to cut off adhesive tape downwards.After cutting knife assembly blank, sliding block reset rises, moving block It is also resetted under the 7th resetting spring and the 8th action of reset spring respectively with lifting slider.Drawing pin quantity in adhesive tape does not have also When reaching setting quantity, under the 7th action of reset spring of upper end of moving block, keep misplacing with sliding shoe always, so as to avoid When nailing mechanism nailing, adhesive tape cutting mechanism while blank.

Hand clutch mechanism is set in rack, for realizing driving mechanism with into nailing machine structure clutch transmission；Manual clutch machine Structure include mounting seat, fixed seat, clutch handle, separation drive block, sliding bearing, third horizontal rotating shaft, third bevel gear, from Driving head, supporting block and clutch transmission bevel gear are closed, third horizontal rotating shaft, which horizontally rotates, to be arranged in fixed seat, and fixed seat is set It sets in rack, third bevel gear is arranged in the outer end of third horizontal rotating shaft, and clutch transmission bevel-gear rotating is connected to third water The inner end of flat turn axis, sliding bearing are set on third horizontal rotating shaft and between fixed seat and clutch transmission bevel gear, from It closes driving head to be set on the inner ring of sliding bearing and be sequentially connected with third horizontal rotating shaft, the first end of clutch transmission head and clutch Drive bevel gear clutch transmission coordinates, and the tenth resetting spring is equipped between the second end and fixed seat of clutch transmission head, and separation is driven Motion block is rotatably arranged in mounting seat, the lower end of clutch handle with detach drive block rotation connection, separation drive block be located at from The top of driving head, clutch transmission bevel gear and the 4th bevel gear engaged transmission are closed, the lower part for detaching drive block is equipped with opening court The actuating arm of lower and U-shaped shape, actuating arm are set in the periphery of clutch transmission head and are resisted against on clutch transmission head.

Transmission engaging groove position and transmission separating tank position that clutch handle is equipped with connection are corresponded on seat board.The upper end of clutch handle In transmission engaging groove position and separating tank position.

When worker, which wants to allow, to stop into nailing machine structure into nail, worker by stirring clutch handle and being buckled in clutch handle inside Separating tank position, separation drive block stir clutch transmission head outward, and clutch transmission head is detached from clutch transmission bevel gear, realizes cut-out Power.When worker wants to allow into nailing machine structure into nail, worker is connect by stirring clutch handle outward and clutch handle being buckled in transmission Slot position is closed, separation drive block stirs clutch transmission head, clutch transmission head and clutch transmission bevel gear engaged transmission inside, to real The transmission of existing power.When the nailing mechanism of the present invention, punching shaving die, moulding mechanism and adhesive tape cutting mechanism occur When problem, worker cuts off the power into nailing machine structure by hand clutch mechanism, so that stopping into nailing machine structure into nail.User can Other mechanisms are repaired, overhauled or handled with the fortuitous event of burst.

The first end of clutch transmission head, which is equipped with, is driven protrusion, and corresponding transmission protrusion is recessed equipped with being driven on clutch transmission bevel gear Slot, transmission groove coordinate with the concave-convex transmission of transmission protrusion.

Driving mechanism, be set to rack on, for drive moulding mechanism, into nailing machine structure, nailing mechanism, punching edger Tool, adhesive tape cutting mechanism operate synchronously and stop.Driving mechanism includes driving motor, pinion gear, gear wheel, transmission main shaft, A pair of bevel gear transmission component, the double bevel gear transmission components of second pair of bevel gear transmission component and third, driving motor with it is small Gear is drivingly connected, and pinion gear is set in gear wheel engaged transmission, gear wheel on transmission main shaft, and transmission main shaft, which horizontally rotates, to be set It sets in rack, eccentrically weighted shaft is set to the inner end of transmission main shaft, with driving punching shaving die die sinking or molds, the two of gear wheel Side is respectively equipped with the 5th bevel gear and the 6th bevel gear, and the 5th bevel gear and the 6th bevel gear are set on transmission main shaft, the A pair of bevel gear transmission component and second pair of bevel gear transmission component are located at the both sides of transmission main shaft, and first, second, third Double bevel gear transmission components include pinion stand, input bevel gear, output bevel gear and transmission shaft, and transmission shaft rotation is set to tooth On wheel seat, input bevel gear, output bevel gear are respectively arranged on the both ends of transmission shaft, the input umbrella of first pair of bevel gear transmission component The input bevel gear of gear and second pair of bevel gear transmission component with the 5th bevel gear engaged transmission, the transmission of the first pair of bevel gear The output bevel gear of component and the first bevel gear engaged transmission, to drive, moulding mechanism pushes down or unclamps adhesive tape and driving is beaten Hole shaving die advances；The output bevel gear and the second bevel gear engaged transmission of second pair of bevel gear transmission component, are beaten with driving The downward nailing of nailing machine structure, the input gear and the 6th bevel gear engaged transmission of the double bevel gear transmission components of third, the double umbrella tooths of third The output gear and third bevel gear engaged transmission for taking turns transmission component, to drive the third horizontal rotating shaft of hand clutch mechanism to turn It is dynamic.

Adhesive tape surplus indicating mechanism includes instruction connecting rod, and instruction connecting rod is vertically rotatably arranged in rack, indicates The center of rotation of connecting rod is located at the top of adhesive tape fast pulley, indicates that the inner end of connecting rod is stretched into adhesive tape circle accommodating space, and instruction connects The inner end of bar is connected to by dead weight in the outer rim of adhesive tape circle, and rack is vertically equipped with instruction strip-shaped hole, indicates connecting rod Instruction strip-shaped hole is stretched out in outer end, is equipped with adhesive tape surplus icon by instruction strip-shaped hole, adhesive tape surplus icon is adhesive tape surplus scale, glue The scale value of surplus scale gradually increases from top to bottom.With the use of adhesive tape, the thickness of adhesive tape circle can be more and more thinner, instruction The inner end of connecting rod can also rotate down, and indicate that the outer end of connecting rod can be then rotated up, and indicate that the outer end of connecting rod is increasingly closer to At the minimum value of adhesive tape surplus scale.On the contrary, when worker installs new adhesive tape circle, indicate that the inner end of connecting rod can be rotated up, And indicate that the outer end of connecting rod can then rotate down, indicate that the outer end of connecting rod refers at the maximum value of adhesive tape surplus scale.Instruction connects Bar outer end is equipped with pointer, indicates that the inner end of connecting rod is equipped with idler wheel, idler wheel is connected in the outer rim of adhesive tape circle.

Beneficial effects of the present invention are as follows：

The present invention by drawing pin vibration feeding disc, driving mechanism, adhesive tape circle fast pulley, punching shaving die, moulding mechanism, into Nailing machine structure, nailing mechanism and adhesive tape cutting mechanism complete the charging of drawing pin and adhesive tape, the punching of adhesive tape, trimming, cut-out with And the processes such as nailing, the present invention is by beating more drawing pins in an adhesive tape, and then worker or user can be by a whole bands There is the adhesive tape integral installation of drawing pin on nailing machine, adhesive tape can be cut off on nailing machine when nailing, drawing pin installation is very convenient, fast Victory, to improve the binding efficiency of nailing machine.

Description of the drawings

Fig. 1 is the structural schematic diagram of thumb pin sleeve machine of the present invention.

Fig. 2 is the structural schematic diagram of the clipped rack of thumb pin sleeve machine of the present invention.

Fig. 3 is the structural schematic diagram for omitting drawing pin vibration feeding disc, portion chassis, wheel of thumb pin sleeve machine of the present invention.

Fig. 4 is the structure for omitting drawing pin vibration feeding disc, driving motor portion chassis, wheel of thumb pin sleeve machine of the present invention Schematic diagram.

Fig. 5 is the structural schematic diagram of the adhesive tape surplus indicating mechanism of the present invention.

Fig. 6 is the decomposition texture schematic diagram of thumb pin sleeve machine of the present invention.

Fig. 7 is the structural schematic diagram of the punching shaving die of the present invention.

Fig. 8 is the side view of Fig. 7.

Fig. 9 is the decomposition texture schematic diagram of Fig. 7.

Figure 10 is the structural schematic diagram of the moulding mechanism of the present invention.

Figure 11 is the decomposition texture schematic diagram of Figure 10.

Figure 12 is the structural schematic diagram into nailing machine structure of the present invention.

Figure 13 is the structural schematic diagram of another angle of Figure 12.

Figure 14 is the decomposition texture schematic diagram into nailing machine structure of the present invention.

Figure 15 is the interior open loop seat and external-open ring seat of the present invention（The front end of left and right support tong arm is in discrete state）Match Close schematic diagram.

Figure 16 be the present invention interior open loop seat left support tong arm and external-open ring seat right support tong arm front end be in close Hold together the structural schematic diagram of state.

The cooperation schematic diagram into nail turntable, interior open loop seat and external-open ring seat of Figure 17 present invention.

Figure 18 is the side view of Figure 13.

Figure 19 is the schematic cross-sectional view at A-A in Figure 18.

Figure 20 is the structural schematic diagram of the nailing mechanism of the present invention.

Figure 21 is the structural schematic diagram of the nailing mechanism clipped pedestal of the present invention.

Figure 22 is the decomposition texture schematic diagram of the nailing mechanism of the present invention.

Figure 23 is the structural schematic diagram of the adhesive tape circle fast pulley of the present invention.

Figure 24 is the vertical view of Figure 23.

Figure 25 is the decomposition texture schematic diagram of Figure 23.

Figure 26 is the structural schematic diagram of the fast pulley Manual locking mechanism of the present invention.

Figure 27 is the decomposition texture schematic diagram of the fast pulley Manual locking mechanism of the present invention.

Figure 28 is the structural schematic diagram of the hand clutch mechanism of the present invention.

Figure 29 is the decomposition texture schematic diagram of the hand clutch mechanism of the present invention.

Figure 30 is the flow sheet of thumb pin sleeve machine of the present invention.

Specific implementation mode

The invention will be further described with reference to the accompanying drawings and embodiments.

Shown in Fig. 1 to Figure 30, a kind of thumb pin sleeve machine, including rack 1, control device (not shown), drawing pin Vibration feeding disc 13, driving mechanism, adhesive tape circle fast pulley 6, punching shaving die 2, moulding mechanism 3, into nailing machine structure 4, manually Clutch 7, nailing mechanism 5 and adhesive tape cutting mechanism 57.Control device is set in rack 1, for controlling whole thumb pin sleeve Machine operates synchronously and stops.Drawing pin vibration feeding disc 13 is set in rack 1, and going out drawing pin 9 for vibrating transportation is fed nailing machine structure 4.Driving mechanism, be set to rack 1 on, for drive moulding mechanism, into nailing machine structure 4, nailing mechanism 5, punching shaving die 2, Adhesive tape cutting mechanism 57 operates synchronously and stops.Adhesive tape circle fast pulley 6 is set in rack 1, for installing adhesive tape circle 111, adhesive tape Adhesive tape 8 on circle 111 is connected on punching shaving die 2.Shaving die 2 is punched, is set in rack 1, for being beaten in adhesive tape 8 Nail hole and trimming and adhesive tape 8 is transported on nailing machine structure 4.Moulding mechanism 3 is set in rack 1, is used for pressing rubber strip 8, Adhesive tape 8 is fallen back when preventing punching shaving die 2 from molding.Into nailing machine structure 4, be set in rack 1, and with drawing pin vibration feeding disc 13 Blow tank connects, and is delivered to one by one under nailing mechanism 5 for drawing pin vibration feeding disc 13 to be conveyed the drawing pin 9 to come Side, so as to 5 nailing of nailing mechanism.Nailing mechanism 5, is set in rack 1 and positioned at into the top of nailing machine structure 4, being used for will be into nailing machine Structure 4 conveys the drawing pin 9 to come and follows closely in the nail hole 81 of adhesive tape 8.Adhesive tape cutting mechanism 57 allows in rack 1 and positioned at nailing The top of position seam 410, for cutting off the part adhesive tape 8 for accomplishing fluently drawing pin 9 from adhesive tape 8.Hand clutch mechanism 7 is set to rack 1 On, for realizing driving mechanism with into 4 clutch transmission of nailing machine structure.Adhesive tape surplus indicating mechanism 101 is set in rack and is located at glue By item circle fast pulley, it is used to indicate the surplus of adhesive tape circle 111.Worker just can be learnt by watching adhesive tape surplus indicating mechanism 101 The surplus of adhesive tape circle 111, to replace adhesive tape circle 111 in time.Adhesive tape surplus testing agency 12 is set in rack 1, for examining It surveys on adhesive tape circle fast pulley and whether also has adhesive tape circle 111, shut down or operate so that thumb pin sleeve machine of the present invention automatically controls complete machine. Fast pulley Manual locking mechanism 60 is set in rack 1, for adhesive tape circle fast pulley 6 to be locked in rack 1, to realize glue The installation and removal of item circle fast pulley.

As the more specific technical solution of the present invention.

Punch shaving die 2 include eccentrically weighted shaft 943, driving pressing roller 21, upper mold 22, lower mold 23, sliding block 24 with And pedestal 25, driving pressing roller 21 are set on eccentrically weighted shaft 943, driving pressing roller 21 is vertically rotatably arranged on upper mold Upper surface, the wheel face of driving pressing roller 21 is resisted against upper die holder upper surface, and upper mold 22, which slides up and down, to be arranged in lower mold 23 On, lower mold 23 is arranged on sliding block 24, and pedestal 25 is equipped with guide rail 26, and 24 level of sliding block is slidably arranged in the guide rail of pedestal 25 On 26, upper mold 22 is equipped with piercing knife 226 and cutter 2240, and piercing knife 226 is corresponded on lower mold 23 and is stepped down equipped with first Punching 230 corresponds to cutter 2240 on lower mold 23 and is equipped with the second resigning punching 228,229.The front side rotation of lower mold 23 is set Be equipped with mold forward drive cam 39, between the rear side and rack 1 of lower mold 23 be equipped with (the first back-moving spring 27, upper mold 22 with Second back-moving spring 222 is equipped between lower mold 23.When mold forward drive cam 39 rotates, mold forward drive cam 39 Punching shaving die 2 is pushed to move backward（(the first back-moving spring 27 is compressed）, mold is to be in molding state, therefore beat at this time Hole shaving die 2 moves backward with adhesive tape 8.When mold is moved to stroke end, punching shaving die 2 molds, before mold It is detached from punching shaving die 2 into driving cam 39, (the first back-moving spring 27 restores deformation, and (the first back-moving spring 27 pushes mould Tool resets, and returns to its start of a run.It drives pressing roller 21 to drive 22 slide downward of upper mold, realizes that upper and lower mold 22,23 closes Mould, piercing knife 226 and cutter 2240 on upper mold 22 start downward punching and blank, and upper mold 22 is in second back-moving spring 222 elastic force effect is lower to be risen, and realizes die sinking.

Upper mold 22 includes upper die holder 221, cope plate 227, piercing knife 226 and cutter 2240, on cope plate 227 Lower slider is arranged in the bottom surface of upper die holder 221, piercing knife 226 and cutter 2240 set on the bottom surface of upper die holder 221, upper die holder It is connected by T-type guide rod 2210 between 221 and cope plate 227, third is equipped between upper die holder 221 and cope plate 227 and is resetted Spring 223, lower mold 23 include lower die holder 232 and lower template 231, and lower template 231 is set to the upper surface of lower die holder 232, upper mold Second back-moving spring 222 is equipped between seat 221 and lower die holder, cope plate 227, lower template correspond to second back-moving spring 222 and be all provided with There are through-hole, second back-moving spring 222 to correspond to piercing knife 226 on cope plate 227, the through-hole of lower template, lower template 231 and be equipped with First resigning punching 230 corresponds to cutter 2240 in lower template 231 and is equipped with the second resigning punching 228,229.Cope plate 227 is right Answer piercing knife 226 be equipped with third resigning punching 2301, cope plate 227 correspond to cutter 2240 be equipped with the 4th resigning punching 2281, 2291.The both ends of third resetting spring 223 are connected to the bottom surface of the top surface and upper die holder 221 of cope plate 227 respectively, and second resets The both ends of spring are connected to the bottom surface of the top surface and upper die holder 221 of lower die holder respectively.When punching the molding of shaving die 2, driving pressure Idler wheel 21 drives 221 slide downward of upper die holder（Second back-moving spring is compressed）, upper die holder 221 drives piercing knife 226 and blank Punching and blank, upper die holder 221 pass through third resetting spring 223 to knife down（Third resetting spring 223 is compressed）Drive upper mold Plate 227 moves down, and cope plate 227 is connected in lower template 231, and upper die holder continues slide downward（Second back-moving spring 222 after It is continuous to be compressed）, until upper die holder is dropped to and is resisted against on cope plate 227.The shape of piercing knife and the first resigning punching shape phase Mutually matching.The shape of cutter is mutually matched with the second resigning punching shape.Cutter includes left-cut tool 224 He of the phase from setting The cross section of right-cut tool 225, the 225 symmetrical setting of left-cut tool 224 and right-cut tool, left-cut tool and right-cut tool is in semiellipse Shape, the arcuate flanks of left-cut tool and the arcuate flanks of right-cut tool are oppositely arranged.When mold clamping, left and right cutter is by a left side for adhesive tape Right side cuts out the opening of two semi-ovals, therefore will have very thin linkage section in adhesive tape, in order to which follow-up nailing machine is beaten When nail, nailing machine is easy cut-out adhesive tape.

The forward and backward side of lower template 231 is respectively equipped with charging guide groove 233 and the guide groove 234 that discharges, before cope plate 227 Side corresponds to charging guide groove and is equipped with preceding briquetting 240, and the rear side of cope plate corresponds to discharging guide groove and is equipped with rear briquetting 241, forward and backward pressure Block is used to push down adhesive tape in discharging guide groove and charging guide groove, does not allow adhesive tape break away from moulds.

The rotation of mold forward drive cam 39 is corresponded on lower mold 23 is provided with the first stress idler wheel 28, mold forward drive Cam 39 is by driving the first stress idler wheel 28, to drive punching shaving die 2 to advance, to avoid mold forward drive cam 39 damaged in collision punch shaving die 2.Lower die holder corresponds to the first, second resigning punching 228,229 equipped with slug hole 235 is fallen, and beats When 2 punching of hole shaving die and blank, the waste material of generation is all to drop out mold by falling slug hole 235.

Adhesive tape circle fast pulley 6 is vertically rotatably arranged in rack 1, and adhesive tape circle fast pulley 6 includes support arm 60, the One, which fixes wheel plate 61, second, fixes wheel plate 62 and adhesive tape circle tension assembly 68, and first, which fixes wheel plate 61 and second, fixes wheel plate On 62 vertically rotation setting support arms 60, first fixes wheel plate fixes the coaxial arrangement of wheel plate 62 and left and right phase with second From setting, to form adhesive tape circle accommodating space 63, adhesive tape circle tensioning group between first fixes wheel plate and second fixes wheel plate 62 Part 68 includes four tensioning wheels 64 and clamping screw 69, the annular spread centered on the center of circle of adhesive tape circle fast pulley 6 of tensioning wheel 64 In adhesive tape circle accommodating space 63, tensioning wheel 64 is slidably arranged in the accommodating sky of adhesive tape circle along the radial direction of adhesive tape circle fast pulley 6 Between in 63, tensioning wheel 64 is equipped with screw hole 641, and the surface of the first fixation wheel plate 61 is set along the radial direction of adhesive tape circle fast pulley 6 It is equipped with the first adjusting long guiding hole 67, clamping screw passes through the first adjusting long guiding hole and stretches into adhesive tape circle accommodating space, and It is threadedly coupled with the screw hole 641 of tensioning wheel 64.The present invention install adhesive tape circle 111 when, worker first by first fix wheel plate 61 and Adhesive tape circle tension assembly 68 disassembles, and then adhesive tape circle 111 is set on multiple tensioning wheels 64 again, is then aligned first again Fixed wheel plate 61 and second fixes wheel plate 62, fixes the first fixation wheel plate 61, worker is again along the diameter of adhesive tape circle fast pulley 6 later Tensioning wheel 64 is pushed to slide outward to direction, multiple tensioning wheels 64 are tensioned, fix adhesive tape circle 111 outward.

The surface of second fixation wheel plate 62 corresponds to the first adjusting long guiding hole 67 and is set along the radial direction of adhesive tape circle fast pulley 6 It is equipped with the second adjusting long guiding hole 66.64 one side of tensioning wheel is equipped with guiding projection 65, and guiding projection 65 is slidably arranged in the One is adjusted in long guiding hole 67, and clamping screw 69 sequentially passes through the first adjusting long guiding hole, screw hole 641 and extends to the second adjusting In long guiding hole 66.

Moulding mechanism 3 includes support base 31, preceding pressure arm 32, rear pressing arm 33, first level shaft 36, the second horizontal rotating shaft 30 and press strip cursor 34, first level shaft 36 and the second horizontal rotating shaft 30, which horizontally rotate, to be arranged in rack 1, the first water Flat turn axis and the second horizontal rotating shaft is L-shape puts in rack, support base 31 is set in rack, and the second horizontal rotating shaft horizontally rotates At the top of support base 31, preceding pressure arm and rear pressing arm are located at the both sides of support base 31 for setting.Is set in first level shaft By the front end of two horizontal rotating shafts, the level height of first level shaft is less than the level height of the second horizontal rotating shaft, preceding pressure arm 32 It is respectively arranged on the front and rear ends of the second horizontal rotating shaft 30 with rear pressing arm 33 and positioned at the both sides of mounting base 25, press strip cursor is solid Surely it is connected to the front end of the second horizontal rotating shaft, press strip cursor extends downwardly, and the lower end of press strip cursor 34 horizontally rotates setting There is driven wheel 35, one end of first level shaft 36, which vertically rotates, is provided with curved cam 37, and the one of curved cam 37 Side is cam curved surface 371, and driven wheel 35 is resisted against on cam curved surface 371, and the other end of first level shaft 36 is equipped with first Bevel gear 38 is equipped with the 4th resetting spring 301, first level shaft 36 between preceding pressure arm 32, the bottom surface of rear pressing arm 33 and rack 1 Positioned at the front side of punching shaving die 2, mold forward drive cam 39 is set in first level shaft 36.

Preceding pressure arm 32, rear pressing arm 33 are located at the front and rear sides of punching shaving die 2.When 36 turns of first level shaft When dynamic, first level shaft 36 drives curved cam 37 and mold forward drive cam 39 to rotate, mold forward drive cam 39 Punching shaving die 2 is pushed to move backward（(the first back-moving spring 27 is compressed）, mold is to be in molding state, therefore beat at this time Hole shaving die 2 moves backward with adhesive tape.When mold is moved to stroke end, punching shaving die 2 molds, and mold advances Driving cam 39 is detached from punching shaving die 2, and (the first back-moving spring 27 restores deformation, and (the first back-moving spring 27 pushes mold multiple Position, returns to its start of a run.

At the same time driven wheel 35 rotates on the cam curved surface 371 of curved cam 37, when curved cam 37 is bent toward cam When the peak rotation in face 371, driven wheel 35 drives press strip cursor 34 to rotate outward, and then drives preceding pressure arm 32, rear pressing arm 33 rotate down, and preceding pressure arm 32, rear pressing arm 33 are downwardly against adhesive tape（4th resetting spring 301 is compressed）, adhesive tape can not move. When minimum point rotation of the curved cam 37 toward cam curved surface 371, the 4th resetting spring 301 restores elastic deformation, and the 4th resets Spring 301 jacks up preceding pressure arm 32, rear pressing arm 33 always, so that driven wheel 35 is close to the rotation of cam curved surface 371 always, from Driving wheel 35 drives press strip cursor 34 to rotate inside, and then pressure arm 32, rear pressing arm 33 up rotate before driving, preceding pressure arm 32, after Pressure arm 33 is detached from adhesive tape, and mold can drive adhesive tape to move backward.

Nailing mechanism 5 includes pedestal 50, sliding shoe 56, driving and unlock gear 53, Buffer Unit 59, the second bevel gear 530, bucking bar 52, jacking resetting spring 58 and locking buckle 54, sliding shoe vertical sliding are arranged on pedestal, bucking bar 52 It is vertically arranged on sliding shoe 56, sliding shoe 56 is equipped with driven rack 561 and limit catching groove 562, driving and unlock gear 53 It is engaged with driven rack 561, driving and unlock gear 53 and locking buckle 54 are rotatably arranged on pedestal 50, and bucking bar 52 is along perpendicular For histogram to being movably connected on sliding shoe 56, corresponding to sliding shoe 56 in driving and unlock gear 53 is equipped with driving teeth 532, driving And the unlock correspondence locking buckle 54 of gear 53 is equipped with driving and unlock teeth 531, drives and the length of unlock teeth 531 is more than drive The inner end of the length of moving teeth tooth 532, driving and unlock teeth 531 extends at locking buckle 54, so that it is in driving sliding shoe 56 glide when can drive simultaneously locking buckle 54 rotate, to realize nailing mechanism simultaneously unlock and nailing.Jacking resets bullet Spring 58 is set between 56 bottom of sliding shoe and pedestal 1, and driving and unlock gear 53 and the second bevel gear 530 are sequentially connected, locking Buckle 54, which is located at, to be driven and unlocks between gear 53 and limit catching groove 562, is equipped between the outer end and pedestal 50 of locking buckle 54 5th resetting spring 540.Under the elastic force effect of the 5th resetting spring 540, the inner end of locking buckle 54 keeps screwing in limit buckle State in slot 562 prevents sliding shoe 56 from sliding down to lock sliding shoe 56.When 5 nailing of nailing mechanism, driving and solution It locks gear 53 to rotate, driving and the driving of unlock gear 53 and unlock teeth 531 drive 56 slide downward of sliding shoe and dial simultaneously Dynamic locking buckle 54 is so that locking buckle 54 rotates out of limit catching groove 562（5th resetting spring 540 is elongated）, lock buckle 54 Inner end with limit catching groove 562 thread off, to unlock sliding shoe 56, sliding shoe 56 just can drive 52 slide downward of bucking bar and beat Nail（Jacking resetting spring 58 is compressed）.After nailing mechanism 5 completes a nailing job, when sliding shoe 56 rises reset, lock The inner end for determining buckle 54 is once again screwed into limit catching groove 562, prevents sliding shoe 56 from sliding down, until driving and unlocking gear 53 Locking buckle 54 is stirred again.

The outer wall of bucking bar 52 is equipped with position limiting convex ring 520, and sliding shoe 56 is vertically equipped with perforation 550, bucking bar It is threaded through in perforation, the upper end of bucking bar 52 passes through perforation 550, position limiting convex ring 520 to be located at the lower section of perforation 550, position limiting convex ring Mutually from setting, the top of sliding shoe 56 is equipped with locking nut 553, locking nut 553 and bucking bar 52 for bottom with sliding shoe Upper end is spirally connected, and the 6th resetting spring 552 is arranged on bucking bar 52, and the 6th resetting spring 552 is located in perforation 550, and the 6th is multiple The lower end of position spring 552 is connected on bucking bar, and the upper end of the 6th resetting spring 552 is connected on the inner wall of perforation.Bucking bar 52 outer wall is equipped with against bulge loop 554, is set to the top of position limiting convex ring 520 against bulge loop 554 and in perforation, the 6th is multiple The lower end of position spring 552 is connected to against on bulge loop 554.Second bevel gear is located at the two of pedestal with driving and unlocking gear Side, the second bevel gear are connect with driving and unlocking gear drive.Pedestal 50 is vertically provided with sliding rail 500, sliding shoe 56 It is slidably arranged on sliding rail 500.

Buffer Unit 59 includes seat board 594, bolt 593, buffer spring 592 and mounting cylinder 591, and seat board 594 is set to seat Top on body 50 and positioned at sliding shoe 56, mounting cylinder 591 are vertically arranged on seat board 594, and mounting cylinder 591 is along its length Equipped with screw hole 641, bolt 593 is threadedly coupled with the screw hole 641 of mounting cylinder 591, and buffer spring 592 is set in mounting cylinder 591, The upper end of buffer spring 592 is connected on bolt 593, and the lower end of buffer spring 592 is connected to the top of sliding shoe 56, the buffering Spring 592 has buffered the action of the rising of sliding shoe 56, reduces noise, while sliding shoe 56 being avoided to hit excessive fierceness in quick return And it damages.

The blow tank of drawing pin vibration feeding disc 13 is connected to by guide pin truss 220 with into nailing machine structure 4.Include into nailing machine structure 4 Mounting base 41, into nail turntable 42, interior open loop seat 45, external-open ring seat 44, drive shaft 471, central rotating shaft 47, locking swing arm 431 And the 9th resetting spring 432, central rotating shaft 47, interior open loop seat 45 and external-open ring seat 44 are arranged concentrically on outward by center In mounting base 41, the outer wall of interior open loop seat 45 with 44 inner wall of external-open ring seat mutually from setting, to form being oriented into nail for an arc-shaped Seam 490, the upper surface of interior open loop seat 45 is rotatably arranged on into nail turntable 42, and the upper end of central rotating shaft 47 drives with into nail turntable 42 Connection, the periphery into nail turntable 42 is circumferentially-spaced equipped with multiple ejector pin grooves 421 along its, and pressure is equipped with into the upper surface of nail turntable 42 Nail-plate 48, nail pressing plate cover multiple ejector pin grooves 421, and when to avoid into nail turntable into drawing pin, drawing pin is detached from ejector pin groove.Into Follow closely turntable 42 bottom surface along its it is circumferentially-spaced be equipped with it is multiple push away nipper 420, push away nipper 420 extend downward into nail guide slit 490 Interior, ejector pin groove 421 is staggered with nipper 420 is pushed away, and is equipped between the outer wall and the inner wall of external-open ring seat 44 of interior open loop seat 45 Fall nail through-hole 491, bucking bar 52 be located at fall nail through-hole 491 surface, fall nail through-hole 491 be located at into nail guide slit 490 on simultaneously It is connected into nail guide slit 490.The lower part for following closely through-hole 491 is fallen equipped with nail guide head 46 is fallen, is corresponded in mounting base 41 and falls nail guiding First 46 are equipped with nailing resigning seam 410, fall the top that nail guide head 46 is located at nailing resigning seam 410.

Drive shaft 471, which is equipped with into nail driving gear 473, unlock cam 474 and the 4th bevel gear 472, center, to be turned Axis 47 is equipped with into nail driven gear 475, and single sliding tooth 477 is equipped with into nail driving gear 473, sliding tooth 477 with into nail Driven gear 475 engages, and locking swing arm 431, which horizontally rotates, to be arranged in rack 1, and the 9th resetting spring 432 is located at locking swing arm 431 side, drive shaft 471, central rotating shaft 47 are located at the other side for locking swing arm 431, on the one side for locking swing arm 431 Equipped with locking teeth 433, locking teeth 433 is engaged with into nail driven gear 475, and locking swing arm 431 is equipped with driven bearing 434, solution Lock cam 474 is resisted against on driven bearing 434, and the both ends of the 9th resetting spring 432 are connected to the another of locking swing arm 431 respectively On side and rack 1.Therefore each into nail driven gear 475 into nail driving gear 473 and unlock 474 per revolution of cam A tooth is only rotated, only conveys a drawing pin 9 every time into nail turntable 42 to nail through-hole 491 is fallen, in 432 elastic force of the 9th resetting spring Under effect, locking teeth 433 keeps engaging with into nail driven gear 475, can not be rotated into nail driven gear 475, so that into Nail turntable 42 is often sent into a drawing pin 9 and just stops operating, and realizes into nail turntable 42 and conveys drawing pin 9 one by one to nailing mechanism 5 Nailing.Locking swing arm 431 is pushed to rotate when sliding tooth 477 is driven again into nail driving gear 473 rotation and unlock cam 474 It is turned out（9th resetting spring 432 is compressed）, so that locking teeth 433 is detached from into nail driven gear 475, into nail driven tooth Wheel 475 can rotate again, can continue to conveying drawing pin 9 to nailing mechanism 5 into nail turntable 42.

It falls 491 side of nail through-hole and is equipped with left support tong arm 493 and right support tong arm 492, the rotation of left support tong arm 493 is set to interior The outer peripheral edge of open loop seat 45 is equipped with the 11st resetting spring 495 between the rear end of left support tong arm 493 and interior open loop seat 45, right It supports the rotation of tong arm 492 set on the inner peripheral of external-open ring seat 44, is equipped between the rear end and external-open ring seat 44 of right support tong arm 492 The rear end of 12nd resetting spring 494, right support tong arm 492 abuts together with the rear end of left support tong arm 493, and positioned at into It follows closely in guide slit 490, the front end of right support tong arm 492 is located at the front end of left support tong arm 493 to be fallen on nail through-hole 491.When into Drawing pin 9 is pushed to by the ejector pin groove 421 of nail turntable 42 when falling nail through-hole 491, previous being pushed away with what ejector pin groove 421 misplaced Nipper 420 pushes the rear end of left and right support tong arm 493,492, left and right support tong arm 493,492 to rotate, left and right support tong arm 493,492 rear end separation, and front end closes up, the front end of left and right support tong arm 493,492 forms a support resigning seam 4911, Then drawing pin 9 is pushed on the front end of left and right support tong arm 493,492 by ejector pin groove 421, and the nail rod of drawing pin 9 slides into support It steps down in seam 4911, the head of a nail of drawing pin 9 is seated on the front end of left and right support tong arm 493,492, at the same time previous to push away nipper 420 and the latter push away nipper 420 and just close and fall nail through-hole and follow closely through-hole and formed with into the export and import that is connected to of nail guide slit, falling The closed Vertical Channel of one periphery, thus the nail rod of drawing pin will not in tilted or skew, the nail rod of drawing pin into nail guide slit, When it is previous push away nipper 420 and continue precession when, the previous rear end for pushing away nipper 420 and being detached from left and right support tong arm 493,492, it is left, The rear end of right support tong arm 493,492 closes up, and the front end separation of left and right support tong arm 493,492, left and right support tong arm 493, the drawing pin 9 on 492 front ends is fallen to naturally falls in nail through-hole 491, then falls nail guide head 46 and guides bucking bar 52 that will scheme Nail hole 81 of the nail 9 dozens in adhesive tape.

The outer peripheral edge of interior open loop seat 45 is equipped with left clamp arm mounting groove 497, and the inner peripheral of external-open ring seat is installed equipped with right clamp arm Slot 496, left clamp arm mounting groove 497 and right clamp arm mounting groove 496 are connected into nail guide slit, and are located at into nail guide slit Inner side and outer side, left and right support tong arm be respectively arranged in left clamp arm mounting groove 497 and right clamp arm mounting groove 496 in, it is left and right Tong arm mounting groove with fall nail through-hole be connected to.

It includes falling nail guide holder 460, inner sleeve 462, banding set 463, polylith guide fence 466 to fall nail guide head 46, interior Sleeve 462 is seated on the through-hole for falling nail guide holder 460,466 annular setting of polylith guide fence, to surround a cylinder 464, cylinder 464 top is opened wide, bottom is in inverted cone shape and with guide pin hole, and banding set 463 is set in the outer walls of 464 upper end of cylinder, is oriented to On the outer wall of the upper end flexible connection inner sleeve 462 of coaming plate 466.It falls nail guide holder 460 and is equipped with press strip plate 465.Press strip plate is used In pushing down adhesive tape, when preventing nailing mechanism nailing, fold is takeoff or generated to adhesive tape.

Adhesive tape cutting mechanism 57 includes drive component 571, slitting knife assembly 573, lifting slider 578, moving block 575, passes Sensor 579, counter（It is not shown in figure）, the 7th resetting spring 574 and the 8th resetting spring 576, lifting slider 578 is vertical It is slidably arranged on pedestal 50 and external-open ring seat 44, external-open ring seat 44 is located at the lower section of pedestal 50, and external-open ring seat 44 corresponds to lifting Sliding block 578 is equipped with relief hole 440, and 578 vertical sliding of lifting slider is arranged on the relief hole 440 of outer open loop seat 44, and lifting is slided The lower end of block 578 is passed down through out relief hole 440, and the 8th resetting spring 576 is vertically set on the upper end of lifting slider 578 and external-open Between ring seat, the upper and lower end of the 8th resetting spring is connected to respectively on lifting slider and external-open ring seat, and slitting knife assembly 573 is set It sets in the lower end of lifting slider 578, the middle part of moving block 575 is vertically rotatably arranged on the upper end of lifting slider 578, drives Dynamic component and sliding shoe are located at the both sides of moving block, and moving block 575 is located at the lower section of sliding shoe 56, and drive component 571 is set In on pedestal 50 and by moving block, the 7th resetting spring 574 is set between drive component 571 and the lower end of moving block 575, The upper end of drive component driving moving block turns to the underface of sliding shoe, and 578 He of lifting slider is driven so that sliding shoe glides Cut 573 downward blank of knife assembly.Drive component is preferably solenoid valve, and the valve rod of solenoid valve extends towards the upper end of moving block 575, The valve rod of solenoid valve, which is equipped with, pushes wheel 577, and the valve rod of solenoid valve pushes the upper end rotation of moving block.Certain drive component also may be used To use push-rod electric machine.

It includes blade fixed seat 580, blade 583, hold-down bolt 582 and clamping screw 581, knife to cut knife assembly 573 Piece fixed seat 580 is arranged in the lower end of lifting slider 578, and blade fixed seat 580 is equipped with cutting blade clip calking 584, position is adjusted Strip-type hole 585 and locking screw holes 586 in cutting blade clip calking 584 are extended vertically through, cutting blade clip calking 584 is located at blade fixed seat 580 bottom, blade 583 are arranged on cutting blade clip calking 584, and the lower end of lifting slider 578, which is equipped with, compresses screw hole 587, compresses For bolt 582 by passing through position to adjust strip-type hole 585 and be spirally connected with screw hole 587 is compressed inside outside, clamping screw 581 passes through cutting blade clip Calking 584 is simultaneously threadedly coupled with locking screw holes 586.Position adjusts strip-type hole 585 and is arranged along perpendicular to the direction of cutting blade clip calking In blade fixed seat 580.

The length direction that the top of blade fixed seat adjusts strip-type hole along position is equipped with guiding groove 588, lifting slider Lower end, which corresponds to, is oriented to groove 588 equipped with guide protrusions 589, guide protrusions 589 and guiding 588 male-female engagement of groove, compresses screw hole In guide protrusions 589, position adjusts strip-type hole and is set on the side wall for being oriented to groove 588, so that worker can be accurately Adjust the position of cutter.As worker tightens or unscrew clamping screw 581, the cutting blade clip calking 584 of blade fixed seat 580 is opened Mouth narrows or becomes larger, to realize that blade 583 is clamped or unclamped to blade fixed seat 580, when the position for needing adjusting blade 583 When, worker can adjust strip-type hole 585 along position and slide back and forth by unscrewing hold-down bolt 582, blade fixed seat 580.

Sensor 579 is electrically connected with counter, and counter is electrically connected with control device, control device and drive component 571 be electrically connected, sensor be set into nail driving gear by or into nail turntable by.Sensor is preferably disposed to by nail turntable, is used In detecting into the ejector pin groove on nail turntable, if sensor is set to by nail driving gear（Gear is driven for detecting into nail Sliding tooth）, it is easy to be influenced by its peripheral gear, the situation of transducing signal mistake occurs.When 9 quantity of drawing pin in adhesive tape When having reached setting quantity, counter delivers a signal to control device, and control device starts solenoid valve, and the valve rod of solenoid valve is stretched It is long, push wheel to start to push the upper end rotation of moving block 575,（7th resetting spring 574 is compressed）, the upper end of moving block 575 The underface of the sliding shoe 56 turned to is also pressed downward moving block while sliding shoe 56 drives 52 downward nailing of bucking bar at this time 575, lifting slider 578 moves down, so that lifting slider 578 drives slitting knife assembly 573 cut-out adhesive tape downwards.Slitting knife group After 573 blank of part, sliding shoe 56, which resets, to be risen, and moving block 575 and lifting slider 578 are also respectively in the 7th resetting spring 574 Lower reset is acted on the 8th resetting spring 576.When 9 quantity of drawing pin in adhesive tape does not reach setting quantity also, moving block 575 Under the 7th resetting spring 574 effect of upper end, keep misplacing with sliding shoe always, when so as to avoid 5 nailing of nailing mechanism, adhesive tape Cutting mechanism 57 while blank.

Hand clutch mechanism 7 includes mounting seat 73, fixed seat 762, clutch handle 71, separation drive block 72, sliding axle 75, third horizontal rotating shaft 761, supporting block 702, third bevel gear 77, clutch transmission head 70 and clutch transmission bevel gear 78 are held, Third horizontal rotating shaft 761, which horizontally rotates, to be arranged in fixed seat 762, and fixed seat 762 is arranged in rack 1, third bevel gear 77 It is arranged in the outer end of third horizontal rotating shaft 761, clutch transmission bevel gear 78 is rotatably connected on the inner end of third horizontal rotating shaft 761, Sliding bearing 75 is set on third horizontal rotating shaft 761 and between fixed seat 762 and clutch transmission bevel gear 78, and clutch passes Dynamic head 70 is set on the inner ring of sliding bearing 75 and is sequentially connected with third horizontal rotating shaft 761, the first end of clutch transmission head 70 Coordinate with 78 clutch transmission of clutch transmission bevel gear, it is multiple that the tenth is equipped between the second end and fixed seat 762 of clutch transmission head 70 Position spring 76.Separation drive block 72 be rotatably arranged in mounting seat 73, the lower end of clutch handle 71 with detach 72 turns of drive block Dynamic connection, rotation of the separation drive block 72 relative to the rotation direction and 71 relative separation drive block 72 of clutch handle of mounting seat 73 Direction is mutually perpendicular to, so that clutch handle 71 can be rotated along two different directions, to slide on seat board not With slot position, separation drive block 72 is located at the top of clutch transmission head 70, and separation drive block 72 is resisted against the outer ring of sliding bearing 75 On, clutch transmission bevel gear 78 and the 4th bevel gear engaged transmission.The lower part of drive block 72 is detached equipped with opening down and U-shaped The actuating arm 74 of shape.Actuating arm 74 is set in the periphery of clutch transmission head 70 and is resisted against on the outer ring of sliding bearing 75.Third The inner ends thereof of horizontal rotating shaft 761 is arranged in supporting block 702.Actuating arm 74 is in ⌒ shapes.Third horizontal rotating shaft 761 is spline Axis, splined shaft are equipped with multiple splines 760.The first end of clutch transmission head 70 is equipped with transmission protrusion 701, clutch transmission bevel gear Corresponding transmission protrusion 701 is equipped with transmission groove 79 on 78, and transmission groove 79 coordinates with the 701 concave-convex transmission of transmission protrusion.Seat board 594 Upper corresponding clutch handle 71 is equipped with transmission engaging groove position 596 and the transmission separating tank position 595 of connection.The upper end position of clutch handle 71 In in transmission engaging groove position 596 and separating tank position 595.When worker, which wants to allow, to stop into nailing machine structure 4 into nail, worker by dialling inside Clutch handle 71 is simultaneously buckled in separating tank position by dynamic clutch handle 71, and separation drive block 72 stirs clutch transmission head 70, clutch outward Driving head 70 is detached from clutch transmission bevel gear 78, realizes cut-out power.When worker wants to allow into nailing machine structure 4 into nail, Gong Rentong After stirring clutch handle 71 outward and clutch handle 71 be buckled in transmission engaging groove position 596, separation drive block 72 stir inside from Driving head 70, clutch transmission head 70 and 78 engaged transmission of clutch transmission bevel gear are closed, to realize the transmission of power.Work as the present invention Nailing mechanism 5, punching shaving die 2, moulding mechanism 3 and adhesive tape cutting mechanism 57 when something goes wrong, worker passes through hand Dynamic clutch 7 cuts off the power into nailing machine structure 4, so that stopping into nailing machine structure 4 into nail.User can be to other mechanisms Repair, overhaul or handle the fortuitous event of burst.

As the more specific technical solution of the present invention.

Driving mechanism includes driving motor 2, the first belt pulley 922, belt 921, horizontal turn of the second belt pulley the 920, the 4th Axis 900, pinion gear 93, gear wheel 94, the bevel gear transmission group of bevel gear transmission component 95, second pairs of transmission main shaft 942, first pairs Part 96 and third pair bevel gear transmission component 97.First pair of bevel gear transmission component 95 includes that first gear seat 950, first is defeated Enter bevel gear 952, the first output bevel gear 951 and the first transmission shaft 953, the rotation of the first transmission shaft 953 is set to first gear On seat 950, the first input bevel gear 952, the first output bevel gear 951 are respectively arranged on the both ends of the first transmission shaft 953.Second pair Bevel gear transmission component 96 includes second gear seat 960, the second input bevel gear 961, the second output bevel gear 963 and second Transmission shaft 962, the rotation of second driving shaft 962 are set on second gear seat 960, and the second input bevel gear 961, second exports umbrella tooth Wheel 963 is respectively arranged on the both ends of second driving shaft 962.The double bevel gear transmission components 97 of third include third pinion stand 970, third Input bevel gear 971, third output bevel gear 972 and third transmission shaft 973, the rotation of third transmission shaft 973 are set to third tooth On wheel seat 970, third input bevel gear 971, third output bevel gear 972 are respectively arranged on the both ends of third transmission shaft 973.First Belt pulley 922 is set on the motor shaft of driving motor 2, and belt connects the first belt pulley 922 and the second belt pulley 920, the 4th water Flat turn axis 900, which horizontally rotates, to be arranged in rack 1, and the second belt pulley 920 and pinion gear 93 are separately positioned on the 4th horizontal rotating shaft 900 both ends, pinion gear 93 and 94 engaged transmission of gear wheel.

Gear wheel 94 is set on transmission main shaft 942, and transmission main shaft 942, which horizontally rotates, to be arranged in rack 1, eccentrically weighted shaft 943 are set to the inner end of transmission main shaft 942, with driving punching shaving die die sinking or molding；The both sides of gear wheel 94 are respectively equipped with 5th bevel gear 941 and the 6th bevel gear 940, the 5th bevel gear 941 and the 6th bevel gear 940 are set in transmission main shaft 942 On, first pair of bevel gear transmission component 95 and second pair of bevel gear transmission component 96 are located at the both sides of transmission main shaft 942, and Second input bevel gear of the first input bevel gear of a pair of bevel gear transmission component 95 and second pair of bevel gear transmission component 96 With the engaged transmission of the 5th bevel gear 941, the first output bevel gear and the first bevel gear of first pair of bevel gear transmission component 95 38 engaged transmissions, to drive, moulding mechanism pushes down or unclamps adhesive tape and driving punching shaving die advances.Second pair of umbrella tooth 530 engaged transmission of the second output bevel gear and the second bevel gear for taking turns transmission component 96, to drive the downward nailing of nailing mechanism.The 940 engaged transmission of third input gear and the 6th bevel gear of three pairs of bevel gear transmission components 97, the double bevel gear transmission groups of third The third output gear 972 of part 97 and 77 engaged transmission of third bevel gear, to drive the third horizontal rotating shaft of hand clutch mechanism Rotation.

Fast pulley Manual locking mechanism 60 includes left support guide rail bracket 601, right support guide rail bracket 602, left locked component 603 and right locked component 604, left and right locked component 603,604 include clamping block 605,606, locking compression spring 609,610, Adjusting bolt 608,611 and locking pin 607,612, left support guide rail bracket 601, right support guide rail bracket 602 are horizontally set on machine In frame 1 and mutually to form fast pulley accommodating space 600 between left and right supporting guide frame 602, adhesive tape circle fast pulley 6 is along perpendicular To being rotatably arranged in fast pulley accommodating space 600, the both ends of the central rotating shaft 616 of adhesive tape circle fast pulley 6 are seated at histogram respectively On left and right supporting guide frame 602, two clamping blocks 605,606 are respectively arranged on left and right supporting guide frame 602, clamping block 605, 606 side is equipped with is provided with lock slots 613 in the horizontal direction, and clamping block 605,606 is vertically equipped with limit screw hole 614, Locking pin 607,612 slides up and down setting on limit screw hole 614, and the bottom end of locking pin 607,612 is stretched by limiting screw hole 614 Enter to lock slots 613, adjusting bolt 608,611 is threadedly coupled with limit screw hole 614, and locking compression spring 609,610 is set to limit Between top and adjusting bolt 608,611 in screw hole 614 and positioned at locking pin 607,612.Locking pin 607,612 is equipped with limit Position protrusion 615 prevents locking pin 607,612 from dropping out limit screw hole 614 to coordinate with the limit limit of screw hole 614.Locking pin 607, The 612 spherical shape in bottom, so that the end of the central rotating shaft 616 of adhesive tape circle fast pulley can smoothly slide in or out lock slots 613。

When worker installs adhesive tape circle fast pulley, then worker is consolidated the adhesive tape circle for installing adhesive tape circle 111 by opening rack Fixed wheel is placed on two supporting guide framves, while being pushed into adhesive tape circle fast pulley, a left side for the central rotating shaft 616 of adhesive tape circle fast pulley inside Right both ends roll into lock slots 613, and the left and right end of the central rotating shaft 616 of adhesive tape circle fast pulley jacks up locking pin upwards 607,612, locking pin 607,612 retractions limit in screw hole 614（Locking compression spring 609,610 is compressed）, adhesive tape circle fast pulley quilt After shifting onto in lock slots 613, the locking compression spring 609,610 of two locked components resets locking pin 607,612, the lock of two locked components The left and right both ends of the central rotating shaft 616 of adhesive tape circle fast pulley are blocked in rationed marketing 607,612 simultaneously, to realize that fixed adhesive tape circle is solid Fixed wheel.When worker dismantles adhesive tape circle fast pulley, worker pulls outward out adhesive tape circle fast pulley, the central rotating shaft of adhesive tape circle fast pulley 616 end heads into locking pin 607,612 in limit screw hole 614, to realize the central rotating shaft 616 of adhesive tape circle fast pulley with Locking pin 607,612 unlocks.

Adhesive tape surplus indicating mechanism 101 includes instruction connecting rod 102, and instruction connecting rod 102 is vertically rotatably arranged on machine In frame, the center of rotation of instruction connecting rod 102 is located at the top of adhesive tape fast pulley, and adhesive tape circle appearance is stretched into the inner end of instruction connecting rod 102 In emptying, the inner end of instruction connecting rod 102 is connected to by dead weight in the outer rim of adhesive tape circle 111, and rack is vertically equipped with Indicate that strip-shaped hole 105, the outer end of instruction connecting rod 102 stretch out instruction strip-shaped hole 105, adhesive tape surplus figure are equipped with by instruction strip-shaped hole Mark, adhesive tape surplus icon is adhesive tape surplus scale, and the scale value of adhesive tape surplus scale gradually increases from top to bottom.With adhesive tape It uses, the thickness of adhesive tape circle 111 can be more and more thinner, and the inner end of instruction connecting rod 102 can also rotate down, and indicate connecting rod 102 Outer end can be then rotated up, and the outer end of instruction connecting rod 102 is increasingly closer at the minimum value of adhesive tape surplus scale.On the contrary, working as work When people installs new adhesive tape circle 111, the inner end of instruction connecting rod 102 can be rotated up, and indicate that the outer end of connecting rod 102 then can be downward The outer end of rotation, instruction connecting rod 102 refers at the maximum value of adhesive tape surplus scale.Indicate that 102 outer end of connecting rod is equipped with pointer, instruction The inner end of connecting rod 102 is equipped with idler wheel 104, and idler wheel 104 is connected in the outer rim of adhesive tape circle 111.

Adhesive tape surplus testing agency 12 includes into glue frame 121, close switch 124 and detection pressing plate 123, into glue frame 121 It is equipped with into glue guide groove 125, is equipped with detection relief hole 122 into the bottom of glue guide groove 125, the outer end of detection pressing plate 123 turns Into on glue guide groove 125, detection pressing plate 123 is located at the top of detection relief hole 122, detects the inner end of pressing plate 123 for dynamic setting It stretches in detection relief hole 122, the lower section of detection relief hole 122 is located at close to switch 124, filled close to switch 124 and control Set electric connection.Adhesive tape on adhesive tape circle fast pulley 6 stretches out rack 1, and by into glue guide groove 125, later its end again by Punching shaving die 2 is clamped, and when there is adhesive tape on adhesive tape circle fast pulley 6, the inner end of detection pressing plate 123 is to be connected into glue to lead In adhesive tape on slot 125, detecting the inner end of pressing plate 123 will not act far from close to switch 124, approaching switch 124, complete machine according to Old normal work.On the contrary, when there is no adhesive tape on adhesive tape circle fast pulley, i.e., into when not having adhesive tape on glue guide groove 125, detect pressing plate It is interior and close or be connected to close on switch 124 that 123 inner end falls into detection relief hole 122, then approaches switch 124 and acts, The electric signal of " lacking material " is sent to control device close to switch 124, control device controls whole thumb pin sleeve machine and shuts down.

The operation principle of the present invention：Before the present invention starts to work, worker is first by the adhesive tape circle on adhesive tape circle fast pulley 6 111 one end is fixed on punching shaving die 2, that is, the cope plate and lower template for punching shaving die 2 clamp adhesive tape up and down 111 end is enclosed, then worker stirs clutch handle 71 to transmission engaging groove position so that clutch transmission bevel gear 78 and the 4th umbrella 472 engaged transmission of gear, realizes that driving mechanism is driven with into nailing machine structure 4.

Then, worker starts whole thumb pin sleeve machine, and drawing pin vibration feeding disc 13 starts vibration output drawing pin 9 and is fed nailing machine Structure 4.Driving motor 2 starts to drive the rotation of the first belt pulley 922, and then the second belt pulley, pinion gear 93 is driven to rotate, pinion gear 93 drive gear wheel 94 to rotate, and gear wheel 94 drives transmission main shaft 942 to rotate, and transmission main shaft 942 drives 941 He of the 5th bevel gear 6th bevel gear 940 rotates, and the 5th bevel gear 941 drives 951 He of the first output gear of first pair of bevel gear transmission component 95 The second output gear 963 rotation of second pair of bevel gear transmission component 96.6th bevel gear 940 drives the double bevel gear transmissions of third The third input gear 972 of component 97 rotates, third output gear 972 and 77 engaged transmission of third bevel gear, so drive from Close drive bevel gear 78 and the rotation of the 4th bevel gear 472.

At the same time, the first output gear drives the rotation of the first bevel gear 38, to drive first level shaft 36 to rotate, First level shaft 36 drives curved cam 37 and mold forward drive cam 39 to rotate（Punching shaving die 2 is at this time Molding state）, mold forward drive cam 39 push punching shaving die 2 move backward.At the same time, 942 band of transmission main shaft Dynamic driving pressing roller 21 rotates, and driving pressing roller 21 drives upper mold to mold downwards, and punching shaving die 2 is punched out adhesive tape And blank, and cope plate 227 and about 231 lower template clamp adhesive tape, and under being pushed before a mold into driving cam 39, with glue Item moves backward, to realize the operations such as punching, blank, feeding.At the same time, the 4th bevel gear 472 drives drive shaft 471 Rotation, and then drive into nail driving gear, unlock cam 474 and into nail turntable rotation, the ejector pin groove into nail turntable pushes figure Nail is moved along circular into nail guide slit, into nail driving gear 473 and unlock 474 per revolution of cam, into nail driven tooth Wheel 475 only rotates a tooth every time, only rotates the angle of an ejector pin groove every time into nail turntable 42, therefore every into nail turntable 42 One drawing pin 9 of secondary feeding.When into nail turntable 42 convey drawing pin 9 to fall nail through-hole 491 when, locking teeth 433 keep with into nail from Moving gear 475 engages, therefore can not be rotated into nail driven gear 475, to facilitate 5 nailing of nailing mechanism.At the same time, previous A rear end separation for pushing away nipper 420 and pushing left and right support tong arm 493,492, the front end of left and right support tong arm 493,492 close up, Drawing pin 9 is pushed by ejector pin groove 421 on left and right support tong arm 493,492.When the previous nipper 420 that pushes away is detached from left and right support clamp When the rear end of arm 493,492, the rear end of left and right support tong arm 493,492 closes up, and the front end of left and right support tong arm 493,492 It detaches, the drawing pin on left and right support tong arm 493,492 front ends is fallen to naturally to be fallen in nail through-hole 491, and nail guide head 46 is then fallen Guiding drawing pin is fallen, and in the process, drawing pin, which will not overturn, can tilt or skew, and guide pin hole guides drawing pin, to ensure nailing Bar will not deflect drawing pin.

At the same time, the second output gear of second pair of bevel gear transmission component 96 drives the rotation of the second bevel gear 53, the Two bevel gears 53 drive driving and unlock gear 53 to rotate, and driving and the driving of unlock gear 53 and the unlock driving of teeth 531 are slided 56 slide downward of motion block, while locking buckle 54 is stirred downwards so that locking buckle 54 rotates out of limit catching groove 562, locking buckle 54 inner end is threaded off with limit catching groove 562, and to unlock sliding shoe 56, sliding shoe 56 just can drive 52 slide downward of bucking bar, To beat the drawing pin to come into the conveying of nailing machine structure in the nail hole 81 in adhesive tape.After above-mentioned component completes respective work, Initial position will be returned to, is ready for nailing next time.

In cycles, the present invention repeats above step, to beat multiple drawing pins in adhesive tape.When the drawing pin number in adhesive tape When amount has reached setting quantity, counter delivers a signal to control device, and control device starts solenoid valve, the valve rod of solenoid valve Elongation pushes wheel to start to push the upper end rotation of moving block（7th resetting spring is compressed）, what the upper end of moving block turned to The underface of sliding shoe is also pressed downward moving block while sliding shoe drives bucking bar downward nailing at this time, and lifting slider is downward It is mobile, so that lifting slider drives slitting knife assembly to cut off adhesive tape downwards.When user's binding on to nailing machine, as long as by upper Stating nail has the adhesive tape of multiple drawing pins on nailing machine, can realize and disposably install multiple drawing pins, to improve nailing machine Binding efficiency, and pacify nail it is very convenient, fast.

Claims

1. a kind of thumb pin sleeve machine, it is characterised in that：Including control device, rack, drawing pin vibration feeding disc, driving mechanism, glue Item circle fast pulley punches shaving die, moulding mechanism, is cut off into nailing machine structure, hand clutch mechanism, nailing mechanism and adhesive tape Mechanism；

Drawing pin vibration feeding disc goes out drawing pin for vibrating transportation and is fed nailing machine structure；

Adhesive tape circle fast pulley is set in rack, and for installing adhesive tape circle, the adhesive tape on adhesive tape circle is connected to punching shaving die On；

Shaving die is punched, is set in rack, is transported to for the tack holes in adhesive tape and trimming and by adhesive tape into nailing machine structure On；Punching shaving die includes eccentrically weighted shaft, driving pressing roller, upper mold, lower mold and sliding block, and driving pressing roller is set to inclined In heart shaft, driving pressing roller is vertically rotatably arranged on the upper surface of upper mold, and the wheel face of pressing roller is driven to be resisted against The upper surface of upper mold, upper mold, which slides up and down, to be arranged on lower mold, and lower mold is arranged on sliding block, and the sliding of sliding block level is set It sets in rack, upper mold is equipped with piercing knife and cutter, and piercing knife is corresponded on lower mold and is equipped with the first resigning punching, lower die Cutter is corresponded on tool and is equipped with the second resigning punching, and the front side rotation of lower mold is provided with mold forward drive cam, lower mold Rear side and rack between be equipped with (the first back-moving spring, between upper mold and lower mold be equipped with second back-moving spring；

Moulding mechanism is set in rack, is used for pressing rubber strip, prevents adhesive tape when punching shaving die die sinking from falling back；Moulding item Mechanism includes preceding pressure arm, rear pressing arm, first level shaft, the second horizontal rotating shaft and press strip cursor, first level shaft and Second horizontal rotating shaft, which horizontally rotates, to be arranged in rack, first level shaft with the second horizontal rotating shaft is L-shape puts in rack, The level height of first level shaft is less than the level height of the second horizontal rotating shaft, and preceding pressure arm and rear pressing arm are respectively arranged on the second water The front and rear ends of flat turn axis, press strip cursor are fixedly connected on the front end of the second horizontal rotating shaft, and the lower end of press strip cursor is horizontal Rotation is provided with driven wheel, and one end of first level shaft, which vertically rotates, is provided with curved cam, first level shaft The other end be equipped with the first bevel gear, the one side of curved cam is cam curved surface, and driven wheel is resisted against on cam curved surface；Preceding pressure Arm, rear pressing arm bottom surface and rack between be equipped with the 4th resetting spring, first level shaft be located at punching shaving die front side, Mold forward drive cam is arranged in first level shaft, and preceding pressure arm, rear pressing arm are located at the forward and backward of punching shaving die Both sides；

It into nailing machine structure, is set in rack, and connect with the blow tank of drawing pin vibration feeding disc, for drawing pin vibration feeding disc is defeated The drawing pin brought is delivered to the lower section of nailing mechanism one by one, so as to nailing mechanism nailing；Into nailing machine structure include mounting base, Into nail turntable, interior open loop seat, external-open ring seat, drive shaft, central rotating shaft, locking swing arm and the 9th resetting spring, center turns Axis, interior open loop seat and external-open ring seat are arranged concentrically in mounting base outward by center, outer wall and the external-open ring seat of interior open loop seat Inner wall is mutually rotatably arranged on the upper surface of interior open loop seat into nail turntable from setting with one arc-shaped of formation into nail guide slit, in The upper end of heart shaft with into nail turntable be drivingly connected, into nail turntable periphery along its it is circumferentially-spaced be equipped with multiple ejector pin grooves, into Follow closely turntable bottom surface along its it is circumferentially-spaced be equipped with it is multiple push away nipper, push away nipper extend downward into nail guide slit in, ejector pin groove It is staggered with nipper is pushed away, is equipped between the outer wall and the inner wall of external-open ring seat of interior open loop seat and falls nail through-hole, bucking bar, which is located at, to be fallen The surface for following closely through-hole falls nail through-hole and is located at into following closely in guide slit and being connected into nail guide slit, and the lower part for falling nail through-hole is equipped with Fall nail guide head, in mounting base it is corresponding fall nail guide head and be equipped with nailing step down seam, fall nail guide head be located at nailing step down stitch it is upper Side falls by nail through-hole and is equipped with left support tong arm and right support tong arm, and the rotation of left support tong arm is left set on the outer peripheral edge of interior open loop seat The 11st resetting spring is equipped between the rear end and interior open loop seat of support tong arm, the rotation of right support tong arm is set on the interior of external-open ring seat Periphery is equipped with the 12nd resetting spring, the rear end of right support tong arm and left branch between the rear end and external-open ring seat of right support tong arm The rear end for supportting tong arm abuts together, and is located at into nail guide slit, the front end of the front end and left support tong arm of right support tong arm Positioned at falling on nail through-hole, drive shaft is equipped with into nail driving gear, unlocks cam and the 4th bevel gear, is set on central rotating shaft Have into nail driven gear, is equipped with single sliding tooth into nail driving gear, sliding tooth is engaged with into nail driven gear, locks swing arm Horizontally rotate and be arranged in rack, the 9th resetting spring is located at the side of locking swing arm, and drive shaft, central rotating shaft are located at locking The other side of swing arm, the one side for locking swing arm are equipped with locking teeth, and locking teeth is engaged with into nail driven gear, and the 9th resets bullet The both ends of spring are connected to respectively on the another side and rack of locking swing arm；

Nailing mechanism, is set in rack and positioned at into the top of nailing machine structure, the drawing pin nail for will come into the conveying of nailing machine structure exists In the nail hole of adhesive tape；Nailing mechanism includes pedestal, sliding shoe, the second bevel gear, driving and unlock gear, bucking bar, jacks again Position spring and locking buckle, sliding vertical sliding are arranged on pedestal, and bucking bar is vertically arranged on sliding shoe, on sliding shoe Equipped with driven rack and limit catching groove, driving and unlock gear are engaged with driven rack, drive and unlock gear and locking buckle It is rotatably arranged on pedestal, sliding shoe is corresponded in driving and unlock gear and is equipped with driving teeth, driving and unlock gear mesh should be locked Buckle is determined equipped with driving and unlock teeth, and jacking resetting spring is set between sliding shoe bottom and pedestal, drives and unlock gear It is sequentially connected with the second bevel gear, locking buckle, which is located at, to be driven and unlock between gear and limit catching groove, and the inner end of buckle is locked In limit catching groove, locks and be equipped with the 5th resetting spring between the outer end of buckle and pedestal；

Adhesive tape cutting mechanism, is set in rack and the top for seam of stepping down positioned at nailing, for will accomplish fluently the part adhesive tape of drawing pin from It is cut off in adhesive tape, adhesive tape cutting mechanism includes drive component, slitting knife assembly, lifting slider, moving block and the 7th reset bullet Spring, lifting slider vertical sliding are arranged on pedestal, and pedestal is located at the top of external-open ring seat, the upper end of lifting slider and outer open loop The 8th resetting spring is equipped between seat, slitting knife assembly is arranged in the lower end of lifting slider, and the middle part of moving block is vertically It is rotatably arranged on the upper end of lifting slider, drive component and sliding shoe are located at the both sides of moving block, and moving block is located at sliding The lower section of block, drive component are set on pedestal and by moving block, and the 7th resetting spring is set to the lower end of pedestal and moving block Between, the upper end of drive component driving moving block turns to the underface of sliding shoe；

Hand clutch mechanism is set in rack, for realizing driving mechanism with into nailing machine structure clutch transmission；Hand clutch mechanism packet Include mounting seat, fixed seat, clutch handle, separation drive block, sliding bearing, third horizontal rotating shaft, third bevel gear, clutch biography Dynamic head, supporting block and clutch transmission bevel gear, third horizontal rotating shaft, which horizontally rotates, to be arranged in fixed seat, and fixed seat setting exists In rack, third bevel gear is arranged in the outer end of third horizontal rotating shaft, and clutch transmission bevel-gear rotating is connected to third level and turns The inner end of axis, sliding bearing are set on third horizontal rotating shaft and between fixed seat and clutch transmission bevel gear, and clutch passes Dynamic head is set on the inner ring of sliding bearing and is sequentially connected with third horizontal rotating shaft, the first end and clutch transmission of clutch transmission head Bevel gear clutch transmission coordinates, and the tenth resetting spring is equipped between the second end and fixed seat of clutch transmission head, detaches drive block It is rotatably arranged in mounting seat, the lower end of clutch handle is located at clutch biography with drive block rotation connection, separation drive block is detached The top of dynamic head, clutch transmission bevel gear and the 4th bevel gear engaged transmission, detach the lower part of drive block equipped with opening down and The actuating arm of U-shaped shape, actuating arm are set in the periphery of clutch transmission head and are resisted against on clutch transmission head；

Driving mechanism, be set to rack on, for drive moulding mechanism, into nailing machine structure, nailing mechanism, punching shaving die, glue Cutting mechanism operates synchronously and stops；

Driving mechanism includes driving motor, pinion gear, gear wheel, transmission main shaft, first pair of bevel gear transmission component, second pair of umbrella Gear-driven assembly and the double bevel gear transmission components of third, driving motor are drivingly connected with pinion gear, pinion gear and gear wheel Engaged transmission, gear wheel are set on transmission main shaft, and transmission main shaft, which horizontally rotates, to be arranged in rack, and eccentrically weighted shaft is set to transmission The inner end of main shaft, with driving punching shaving die die sinking or molding, the both sides of gear wheel are respectively equipped with the 5th bevel gear and the 6th Bevel gear, the 5th bevel gear and the 6th bevel gear are set on transmission main shaft, first pair of bevel gear transmission component and second pair Bevel gear transmission component is located at the both sides of transmission main shaft, and first, second, third pair of bevel gear transmission component includes gear Seat, input bevel gear, output bevel gear and transmission shaft, transmission shaft rotation are set on pinion stand, input bevel gear, output umbrella tooth Wheel is respectively arranged on the both ends of transmission shaft, the input bevel gear and second pair of bevel gear transmission component of first pair of bevel gear transmission component Input bevel gear with the 5th bevel gear engaged transmission, the output bevel gear and the first umbrella tooth of first pair of bevel gear transmission component Wheel engaged transmission, to drive, moulding mechanism pushes down or unclamps adhesive tape and driving punching shaving die advances；Second pair of umbrella tooth The output bevel gear and the second bevel gear engaged transmission for taking turns transmission component, to drive the downward nailing of nailing mechanism, the double umbrella tooths of third Take turns the input gear and the 6th bevel gear engaged transmission of transmission component, the output gear and third of the double bevel gear transmission components of third Bevel gear engaged transmission, to drive the third horizontal rotating shaft of hand clutch mechanism to rotate.

2. according to claim 1 thumb pin sleeve machine, it is characterised in that：Upper mold include upper die holder, cope plate, piercing knife and Cutter, cope plate, which slides up and down, to be arranged in the bottom surface of upper die holder, piercing knife and cutter set on the bottom surface of upper die holder, upper die holder It is connect by guide rod between cope plate, third resetting spring is equipped between upper die holder and cope plate, lower mold includes lower die Seat and lower template, lower template are set to the upper surface of lower die holder, and second back-moving spring, upper mold are equipped between upper die holder and lower die holder Plate, lower template correspond to second back-moving spring and are equipped with through-hole, and second back-moving spring is across cope plate, the through-hole of lower template, lower die Piercing knife is corresponded on plate and is equipped with the first resigning punching, and cutter is corresponded in lower template and is equipped with the second resigning punching, cope plate corresponds to Piercing knife is equipped with third resigning punching, and cope plate corresponds to cutter and is equipped with the 4th resigning punching.

3. according to claim 1 thumb pin sleeve machine, it is characterised in that：Adhesive tape circle fast pulley is consolidated including the first fixation wheel plate, second Fixed wheel plate and adhesive tape circle tension assembly, the first fixation wheel plate and the second fixation wheel plate are vertically rotatably arranged on rack On, the first fixation wheel plate fixes wheel plate coaxial arrangement with second and left and right is mutually from setting, with solid in the first fixation wheel plate and second Adhesive tape circle accommodating space is formed between fixed wheel plate, adhesive tape circle tension assembly includes multiple tensioning wheels and clamping screw, multiple tensionings Annular spread is in adhesive tape circle accommodating space centered on the center of circle of adhesive tape circle fast pulley for wheel, and tensioning wheel is along adhesive tape circle fast pulley Radial direction is slidably arranged in adhesive tape circle accommodating space, and tensioning wheel is equipped with screw hole, and first fixes the surface of wheel plate along adhesive tape The radial direction of circle fast pulley is provided with the first adjusting long guiding hole, and clamping screw passes through the first adjusting long guiding hole and stretches into glue In item circle accommodating space, and it is threadedly coupled with the screw hole of tensioning wheel.

4. according to claim 1 thumb pin sleeve machine, it is characterised in that：The outer wall of bucking bar is equipped with position limiting convex ring, sliding shoe edge Vertical direction is equipped with perforation, and bucking bar is threaded through in perforation, and the upper end of bucking bar passes through perforation, position limiting convex ring to be located under perforation Side, the top of sliding shoe are equipped with locking nut, and the upper end of locking nut and bucking bar is spirally connected, and the 6th reset is arranged on bucking bar Spring, the 6th resetting spring be located at perforation in, the lower end of the 6th resetting spring is connected on bucking bar, the 6th resetting spring it is upper End is connected on the inner wall of perforation.

5. thumb pin sleeve machine according to claim 4, it is characterised in that：It falls by nail through-hole and is equipped with left support tong arm and right support pincers Arm, the rotation of left support tong arm are equipped with the tenth set on the outer peripheral edge of interior open loop seat between the rear end of left support tong arm and interior open loop seat One resetting spring, the rotation of right support tong arm is set to the inner peripheral of external-open ring seat, between the rear end and external-open ring seat of right support tong arm Equipped with the 12nd resetting spring, the rear end of right support tong arm abuts together with the rear end of left support tong arm, and is located at and is led into nail To sewing on, the front end of right support tong arm is located at the front end of left support tong arm to be fallen on nail through-hole.

6. thumb pin sleeve machine according to claim 5, it is characterised in that：It includes falling nail guide holder, inner sleeve, hoop to fall nail guide head Fixed, polylith guide fence, inner sleeve are seated on the through-hole for falling nail guide holder, polylith guide fence annular setting, to surround one Cylinder, the top of cylinder is opened wide, bottom is in inverted cone shape and with guide pin hole, and banding set is set in the outer wall of cylinder upper end, is oriented to On the outer wall of the upper end flexible connection inner sleeve of coaming plate.

7. thumb pin sleeve machine according to claim 6, it is characterised in that：Buffer Unit include seat board, bolt, buffer spring and Mounting cylinder, seat board are set to the top on pedestal and positioned at sliding shoe, and mounting cylinder is vertically arranged on seat board, and mounting cylinder is along its length Direction is equipped with screw hole, and bolt is threadedly coupled with the screw hole of mounting cylinder, and buffer spring is set in mounting cylinder, the upper end of buffer spring It is connected on bolt.

8. according to claim 1 thumb pin sleeve machine, it is characterised in that：Further include adhesive tape surplus testing agency, the detection of adhesive tape surplus Mechanism is set in rack, whether also has adhesive tape circle on adhesive tape circle fast pulley for detecting, adhesive tape surplus testing agency includes into glue Frame is equipped with detection resigning close to switch and detection pressing plate into glue frame equipped with into glue guide groove into the bottom of glue guide groove Hole, the outer end for detecting pressing plate are rotatably arranged on glue guide groove, and detection pressing plate is located at the top of detection relief hole, detects pressing plate Inner end stretch to detection relief hole in, close to switch be located at detection relief hole lower section, close to switch it is electrical with control device Connection.

9. according to claim 1 thumb pin sleeve machine, it is characterised in that：Cutter includes left-cut tool and right-cut tool of the phase from setting, The cross section of left-cut tool and the symmetrical setting of right-cut tool, left-cut tool and right-cut tool is in semi-oval, the curved side of left-cut tool The arcuate flanks of face and right-cut tool are oppositely arranged.

10. according to claim 1 thumb pin sleeve machine, it is characterised in that：The outer peripheral edge of interior open loop seat is equipped with left clamp arm mounting groove, outside The inner peripheral of open loop seat is equipped with right clamp arm mounting groove, and left clamp arm mounting groove and right clamp arm mounting groove are connected into nail guide slit, And be located at into the inner side and outer side of nail guide slit, left and right support tong arm is respectively arranged in left clamp arm mounting groove and right clamp arm In mounting groove, left and right tong arm mounting groove with fall nail through-hole be connected to.