CN217667733U - Automatic moving cutter set assembling device for automatic razor head assembling line - Google Patents

Abstract

The utility model relates to a tool bit automatic assembly line that shaves is with moving knife tackle automatic assembly device, the moving blade stacks in moving blade conveying component, the briquetting is unified to be placed in the briquetting conveying component, drive first tool bit anchor clamps when first graduated disk and enter into moving blade material loading station intermittently in proper order, briquetting material loading station, move knife tackle heat and scald the station, move knife tackle unloading station back, make the automatic material loading of knife tackle, the combination all is by the full automatic processing of machine with heat and scald work, very big improvement the assembly efficiency who moves the knife tackle in the tool bit that shaves, the amount of labour that has reduced the workman has avoided manual assembly to move the knife tackle in-process and can cause personnel's unexpected injury with the cost of labor.

Description

Automatic moving cutter set assembling device for automatic razor head assembling line

Technical Field

The utility model relates to a tool bit automatic assembly field, in particular to tool bit automatic assembly line that shaves is with moving knife tackle automatic assembly device.

Background

Electric razor: the electric shaver is divided into a rotary type and a reciprocating type according to the action mode of the blade, the electric shaver has a simple structure, low noise and moderate shaving force; the latter has complex structure and large noise, but has large shaving force and high sharpness, and the most important factor is the cutter head if the electric shaver can scrape the beard cleanly. Currently, the razor heads sold in the market can be roughly classified into a turbine type, a staggered type and a net film type, wherein the staggered type razor head: the principle that two metal blades vibrate in a staggered mode is utilized, and the beard is pushed into the groove to be scraped.

The existing shaver head is shown in fig. 1 and 2 and mainly comprises a shaver head shell, a fixed blade fixed on the shaver head shell, a movable blade attached to the fixed blade, a pressing block for pressing the movable blade on the fixed blade, a torsion spring arranged in the shaver head shell and pressing the pressing block on the shaver head shell, and a clamping seat fixedly arranged on the shaver head shell, wherein the movable blade and the pressing block need to be assembled into a fixedly arranged movable cutter group.

At present, the assembly of this type of electric shaver head mainly adopts the artifical mode of getting material, manual installation, and this kind of assembly mode is in the shortcoming that has the cost of labor too high, and inefficiency, assembly precision not high, the easy injury of workman.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that to the not enough of above-mentioned prior art, provide a tool bit automatic assembly line that shaves is with moving tool bit automatic assembly device.

In order to achieve the above purpose, the utility model provides a following technical scheme: razor head automatic assembly line is with moving knife tackle automatic assembly device, including frame and the first graduated disk of intermittent type pivoted of setting in the frame, its characterized in that: the first indexing disc is provided with a plurality of first cutter head clamps arranged at equal intervals, the machine frame is sequentially provided with a movable cutter blade feeding station, a pressing block feeding station, a movable cutter group hot stamping station and a movable cutter group blanking station along the rotating direction of the first indexing disc, the first cutter head clamps are sequentially and intermittently stopped in the movable cutter blade feeding station, the pressing block feeding station, the movable cutter group hot stamping station and the movable cutter group blanking station, a movable cutter blade conveying assembly and a movable cutter blade feeding assembly arranged on one side of the movable cutter blade conveying assembly are arranged in the movable cutter blade feeding station, a pressing block conveying assembly and a pressing block feeding assembly arranged on one side of the pressing block conveying assembly and used for conveying pressing blocks to the first cutter head clamps are arranged in the pressing block feeding station, the hot boiling hot station of moving knife tackle is equipped with the hot subassembly of moving knife tackle that combines the moving blade in the first knife tackle with the briquetting in the moving knife tackle blanking station, be equipped with the moving knife tackle unloading mechanism that sends out first knife tackle anchor clamps with the moving knife tackle after the combination in the first knife tackle unloading station in the moving knife tackle, all be equipped with a plurality of tool bit through-hole on the first knife tackle anchor clamps, move knife tackle hot subassembly including moving knife tackle hot boiling frame, set up respectively at moving knife tackle briquetting that moving knife tackle hot frame corresponds first knife tackle axial both ends and move knife tackle heating block, be equipped with the moving knife tackle boiling hot post that corresponds the setting with the tool bit through-hole on the moving knife tackle heating block, moving knife tackle hot frame one end is equipped with the hot briquetting cylinder of moving knife tackle that drives moving knife tackle briquetting and first graduated disk counterbalance or separate, and the other end is equipped with the hot lift cylinder that drives moving knife tackle boiling hot post and penetrate or break away from the tool bit through-hole.

By adopting the technical scheme, the movable blade is stacked in the movable blade conveying assembly, the pressing blocks are uniformly placed in the pressing block conveying assembly, when the first indexing disc drives the first cutter head clamp to enter the movable blade feeding station, the movable blade feeding assembly can convey the movable blade in the movable blade conveying assembly into the first cutter head clamp, when the first cutter head clamp with the movable blade enters the pressing block feeding station, the pressing block in the pressing block conveying assembly can be conveyed into the first cutter head clamp to be pressed with the movable blade, when the first cutter head clamp with the movable blade and the pressing block enters the pressing movable cutter group hot stamping station, the first cutter head clamp just falls between the pressing block of the movable cutter group and the heating block of the movable cutter group, the heating block of the movable cutter group heats and heats the hot stamping column of the movable cutter group, the lifting cylinder can drive the movable cutter group to drive the pressing block above, the lifting cylinder can drive the movable cutter group to insert into the through hole of the corresponding cutter head to enable the pressing block to be abutted against the pressing block, the pressing block after the hot stamping block is hot-melted and fixed, the pressing block 1 is fixed in the pressing block, and the manual hot stamping cutter group assembly, the manual hot stamping cutter group assembly is greatly reduced in the manual cutting cutter group, and the manual cutting cutter group assembly.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: the movable blade conveying assembly comprises a movable blade conveying frame, a movable blade blanking frame for longitudinally stacking the movable blades is arranged on the movable blade conveying frame, a movable blade conveying base and a movable blade pushing assembly for intermittently conveying the movable blades at the bottom of the movable blade blanking frame to the movable blade conveying base are arranged on the movable blade conveying frame, and the movable blade feeding assembly comprises a movable blade blanking frame and a movable blade rotating assembly for transferring the movable blades on the movable blade conveying base to the first blade clamp.

By adopting the technical scheme, the movable blade is transversely folded and stacked in the vertically arranged movable blade blanking frame, when the movable blade at the bottom layer is moved away, the movable blade in the movable blade blanking frame can automatically fall into the bottom of the movable blade blanking frame, then the movable blade is conveyed to the movable blade conveying seat through the movable blade pushing assembly, the movable blade rotating assembly is taken when the movable blade is to be conveyed, and then the movable blade rotating assembly is conveyed into the first blade clamp on the first indexing disc, so that the automatic feeding of the movable blade is realized, the manual work is replaced, the production efficiency can be effectively improved, and the labor cost is reduced.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: the movable blade pushing assembly comprises a movable blade pushing guide rail and a movable blade pushing cylinder, the movable blade pushing guide rail is movably arranged at the bottom of the movable blade blanking frame, the movable blade pushing cylinder is arranged at one end, away from one end of the movable blade conveying seat, of the movable blade conveying frame, the movable blade blanking frame is attached to the movable blade pushing guide rail, a conduction groove for the movable blade to penetrate out is formed in one end, corresponding to the movable blade conveying seat, of the movable blade conveying seat, the output end of the movable blade pushing cylinder is connected with the movable blade pushing guide rail, and the movable blade pushing guide rail is driven to move back and forth and repeatedly between the movable blade blanking frame and the movable blade conveying seat.

By adopting the technical scheme, the movable blade blanking frame is provided with the movable blade pushing guide rail, the movable blade blanking frame is attached to the movable blade pushing guide rail, the movable blade can only pass through the conduction groove, the movable blade automatically falls onto the movable blade pushing guide rail after passing through the conduction groove, the movable blade pushing cylinder drives the movable blade pushing guide rail to repeatedly move back and forth between the movable blade blanking frame and the movable blade conveying seat, then when the movable blade is conveyed to the movable blade conveying seat by the movable blade driven blade pushing guide rail, the movable blade in the movable blade blanking frame also falls onto the movable blade pushing guide rail, and after the movable blade in the movable blade conveying seat is clamped, the movable blade pushing guide rail can reset, and the movable blade of the movable blade blanking frame can not be driven to leave due to the fact that the movable blade can only pass through the conduction groove, and automatic feeding is realized.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: the movable blade conveying frame is provided with a movable blade conveying groove penetrating through a movable blade blanking frame and a movable blade conveying seat, the movable blade pushes a material guide rail to be arranged in the movable blade conveying groove, a movable blade positioning cylinder is arranged on one side of the movable blade conveying seat, a movable blade positioning block is arranged at the output end of the movable blade positioning cylinder, the two ends of the movable blade are erected on the upper edge of the movable blade conveying groove, and the movable blade positioning cylinder drives the movable blade positioning block to butt against the movable blade arranged in the movable blade conveying seat at the position of the movable blade conveying seat.

By adopting the technical scheme, the movable blade conveying groove is arranged, so that the movable blade pushing guide rail slides along the movable blade conveying groove, the movable blade can be erected on the upper edge of the movable blade conveying groove, when the movable blade enters the movable blade conveying seat, the movable blade positioning cylinder drives the movable blade positioning block to be inserted into the blade head clamping groove of the movable blade, the movable blade is positioned on the movable blade conveying seat, the movable blade is prevented from being brought back by the movable blade pushing guide rail when being reset, the movable blade can complete reset and material supplement of the movable blade pushing guide rail when waiting for a clamping state, and the feeding efficiency is improved.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: the movable blade rotating component comprises a movable blade magnet for adsorbing the movable blade, a movable blade transverse driving mechanism for driving the movable blade magnet to reciprocate back and forth between the movable blade conveying seat and the first blade clamp, and a movable blade longitudinal driving mechanism for driving the movable blade magnet to axially lift so as to attach the movable blade magnet to the movable blade, the movable blade longitudinal driving mechanism comprises a movable blade longitudinal driving seat, a movable blade lifting cylinder arranged on the movable blade longitudinal driving seat and corresponding to the movable blade conveying seat, and a movable blade blanking sleeve arranged on the movable blade longitudinal driving seat and close to one end of the movable blade conveying seat, the conveying end of the movable blade lifting cylinder is provided with a magnet driving plate, the utility model discloses a cutting machine, including magnet drive plate, knife section horizontal actuating mechanism, knife section transport seat, first blade anchor clamps, magnet drive plate, knife section lifting cylinder, knife section horizontal actuating mechanism, knife section ejector pin, magnet drive plate insert in the knife section blanking cover, knife section magnet sets up on the magnet drive plate to drive knife section magnet through knife section lifting cylinder and get into or wear out knife section blanking cover, knife section horizontal actuating mechanism includes knife section horizontal mount pad and sets up in the knife section commentaries on classics material cylinder of knife section horizontal mount pad one side, the knife section vertically drives the mount and sets up in the output of knife section commentaries on classics material cylinder, and then drives knife section magnet reciprocating motion back and forth between knife section transport seat and first blade anchor clamps, load the knife section thimble that has a plurality of and knife section looks adaptation on the magnet drive plate.

According to the technical scheme, the movable blade clamping holes for subsequent assembly are formed in the movable blade, the movable blade ejector pin is of a conical structure, the movable blade longitudinal driving mechanism can drive the movable blade ejector pin to be inserted into the movable blade clamping holes so as to position the movable blade, the movable blade is prevented from shifting left and right, the movable blade can be attracted by the movable blade magnet, the movable blade longitudinal driving mechanism can drive the movable blade magnet to attract the movable blade on the movable blade conveying seat, then the movable blade is conveyed into the first blade clamp through the movable blade transverse driving mechanism, the movable blade magnet is arranged on the magnet driving plate, the movable blade magnet is driven by the movable blade lifting cylinder to enter or penetrate through the movable blade blanking sleeve, when the movable blade magnet corresponds to the movable blade conveying seat, the movable blade lifting cylinder drives the movable blade magnet to penetrate through the movable blade sleeve and then attract the movable blade, when the movable blade magnet is conveyed to the first blade clamp, the movable blade lifting cylinder drives the movable blade to retract into the movable blade blanking sleeve, the movable blade into the first blade blanking sleeve, stable discharging is completed, and the movable blade is transversely arranged between the movable blade and the movable blade conveying cylinder.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: and a moving blade range-increasing cylinder is arranged between the moving blade longitudinal driving seat and the moving blade transverse mounting seat, one end of the moving blade range-increasing cylinder is connected with the moving blade transverse mounting seat through a slider guide rail structure, and the conveying end is connected with the moving blade longitudinal driving seat.

By adopting the technical scheme, the tool bit through hole is formed in the first tool bit clamp, so that the movable blade thimble can be directly inserted into the tool bit through hole when the movable blade is placed in the first tool bit clamp, the movable blade can be conveniently and directly attached to the first tool bit clamp for blanking, the stability of the movable blade during blanking is improved, the longitudinal lifting range of the movable blade thimble is increased by arranging the movable blade range-increasing cylinder, the adaptability of the movable blade thimble is stronger, meanwhile, the whole movable blade longitudinal driving base can be driven to longitudinally move, and the movable blade can be conveniently and directly placed in the first tool bit clamp for stable blanking.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: briquetting conveying element includes the briquetting carriage, be equipped with the briquetting vibration board of being connected with briquetting vibration generator on the briquetting carriage, briquetting vibration board is put on the shelf and is pressed the piece and walk material splint, the briquetting is walked and is formed the briquetting that supplies the briquetting to pass through between material splint and the briquetting vibration board and is walked the material passageway, briquetting is walked material passageway one end and is connected with briquetting vibration dish, and the other end is equipped with and sends out the briquetting one by one and walks the briquetting feeding element of material passageway, briquetting feeding element includes the briquetting material loading frame and passes on the briquetting of briquetting feeding element department to the briquetting material transferring element on the first cutterhead anchor clamps.

Adopt above-mentioned technical scheme, the briquetting is unified to be placed in the briquetting vibration dish, make the briquetting have the one end of briquetting fixing base up and be the unified state according to predetermineeing the direction and enter into the briquetting and walk in the material passageway through briquetting vibration dish after with its vibration screening, briquetting vibration generator redriven briquetting is walked the briquetting in the material passageway and is lasted toward briquetting feeding unit department motion, it transports briquetting commentaries on classics material subassembly to send out the briquetting one by one with briquetting feeding unit and walks to supply briquetting commentaries on classics material subassembly behind the material passageway to shift again, make in the briquetting can automize and send into first graduated disk, realize briquetting automatic feeding, substitute people's work, can improve production efficiency effectively, and the labor cost is reduced.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: the briquetting feeding assembly comprises a briquetting feeding frame, a briquetting feeding cylinder and a briquetting feeding plate, wherein the briquetting feeding frame is arranged between the briquetting conveying frame and the briquetting feeding frame, the briquetting feeding cylinder is arranged on one side of the briquetting feeding frame, the briquetting feeding plate is arranged at the output end of the briquetting feeding cylinder, the briquetting feeding plate and the briquetting feeding channel are offset, one end of the briquetting feeding plate is provided with a briquetting feeding groove communicated with the briquetting feeding channel, and the briquetting feeding cylinder is provided with a briquetting feeding groove close to or far away from the first dividing plate.

Adopt above-mentioned technical scheme, the briquetting is unified to be placed in the briquetting vibration dish, make the briquetting have the one end of briquetting fixing base up and be unified state according to predetermineeing the direction and enter into the briquetting and walk in the material passageway through briquetting vibration dish after with its vibration screening, when the briquetting entered into briquetting delivery sheet department, because the briquetting delivery sheet and briquetting walk the material passageway with the briquetting and switch on mutually this moment, so the briquetting directly enters into the briquetting delivery sheet inslot, briquetting feed cylinder will drive the briquetting delivery sheet with the transportation of briquetting towards first graduated disk, and the removal of briquetting delivery sheet, make the briquetting walk the material passageway and offset with the briquetting delivery sheet and can not advance, realize the pay-off one by one of briquetting.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: the briquetting changes material subassembly is including the briquetting clamping jaw that is used for the centre gripping briquetting, drive briquetting clamping jaw cylinder, the drive briquetting clamping jaw cylinder that opens or folds back and forth reciprocating displacement's briquetting transverse driving mechanism and drive briquetting clamping jaw axial direction lift's briquetting longitudinal driving mechanism between briquetting feeding assembly and first cutterhead anchor clamps, briquetting longitudinal driving mechanism includes briquetting lift cylinder, briquetting clamping jaw cylinder sets up in the output of briquetting lift cylinder, the briquetting clamping jaw is equipped with the profile modeling chamber with briquetting looks adaptation towards briquetting feeding assembly's one end, briquetting transverse driving mechanism includes the horizontal mount pad of briquetting and sets up in the briquetting of the horizontal mount pad one side and changes the material cylinder, briquetting lift cylinder sets up in the output that the briquetting changes the material cylinder, and then drives the reciprocating motion of briquetting clamping jaw between briquetting feeding assembly and first cutterhead anchor clamps.

Adopt above-mentioned technical scheme, briquetting clamping jaw cylinder is the pneumatic clamping jaw, mainly drive briquetting clamping jaw centre gripping briquetting, and briquetting longitudinal drive mechanism can drive briquetting clamping jaw cylinder lift and fall to press from both sides and get the briquetting, and briquetting transverse drive mechanism has the reciprocating displacement that makes a round trip to accomplish the pay-off between can driving briquetting feeding component and the first tool bit anchor clamps, briquetting lift cylinder mainly drives briquetting clamping jaw cylinder lift, make it can grasp the briquetting on the briquetting feeding component, and the setting up of imitative chamber enables the clamping jaw and mainly cliies the protruding briquetting fixing base on the briquetting when folding, improve and press from both sides and get stability, briquetting commentaries on classics material cylinder drives the reciprocating motion that makes a round trip of briquetting clamping jaw between briquetting feeding component and first tool bit anchor clamps, realize automatic material loading.

Foretell razor head automatic assembly line is with moving knife tackle automatic assembly device can further set up to: the output of briquetting lift cylinder is equipped with clamping jaw cylinder mounting panel, clamping jaw cylinder mounting panel one end is installed briquetting clamping jaw cylinder, the briquetting is installed to the other end and is pressed the material cylinder, the output that the material cylinder was pressed to the briquetting is equipped with the briquetting and presses the material pole, the briquetting press the material pole set up in between the briquetting clamping jaw, the briquetting is pressed the material cylinder and is driven the briquetting and press the material pole to pass or break away from the imitative chamber, briquetting clamping jaw cylinder transversely sets up on clamping jaw cylinder mounting panel, the briquetting clamping jaw install perpendicularly in the output of briquetting clamping jaw cylinder.

Adopt above-mentioned technical scheme, because need insert the movable blade card hole of movable blade with the briquetting snap ring of briquetting downthehole, when the movable blade was put to behind the briquetting clamping jaw with the briquetting centre gripping, briquetting press the pressure material cylinder to drive the briquetting press the material pole to pass the imitative chamber and press the briquetting on movable blade card hole, and then assemble briquetting and movable blade mutually, be injured when avoiding workman and movable blade to contact, simultaneously because there is the clearance between the briquetting fixing base, so the briquetting clamping jaw is when centre gripping briquetting fixing base, the briquetting fixing base collapses in opposite directions easily, press the material pole through setting up the briquetting, make the briquetting press the material pole to insert preferentially between the briquetting fixing base, support the briquetting fixing base, avoid pressing badly, so this briquetting press the material pole structure to be preferred T type structure, through transversely setting up briquetting clamping jaw cylinder on clamping jaw cylinder mounting panel, make the output of briquetting clamping jaw cylinder can press the perpendicular setting of material pole with the briquetting, and then make things convenient press the material pole to insert the profiling intracavity of clamping jaw of briquetting cylinder disect insertion briquetting clamping jaw.

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

Drawings

Fig. 1 is a schematic view of the overall structure of a shaving head.

Fig. 2 is a disassembled schematic view of a shaving head.

Fig. 3 is a schematic perspective view of an embodiment of the present invention.

Fig. 4 is a top view of the embodiment of the present invention.

Fig. 5 is a schematic structural view of the embodiment of the present invention after the blanking mechanism of the movable knife group is deleted.

Fig. 6 is a schematic diagram of the feeding of the moving blade conveying assembly and the moving blade feeding assembly of the embodiment of the present invention.

Fig. 7 is an enlarged view of fig. 6 at a.

Fig. 8 is an exploded view of the knife blade conveying assembly according to the embodiment of the present invention.

Fig. 9 is a schematic structural view of the blade feeding assembly according to the embodiment of the present invention.

Fig. 10 is a schematic perspective view of a briquette conveying assembly and a briquette feeding assembly according to an embodiment of the present invention.

Fig. 11 is a schematic structural view of the briquette conveying assembly according to the embodiment of the present invention after the briquette vibrating tray is removed.

Fig. 12 is a schematic perspective view of a briquetting and feeding assembly according to an embodiment of the present invention.

Fig. 13 is a schematic perspective view of the hot ironing assembly of the knife set according to the embodiment of the present invention.

Fig. 14 is an exploded view of the hot ironing assembly of the knife set according to the embodiment of the present invention.

Detailed Description

As shown in fig. 1 and fig. 2, the shaving head mainly includes a head housing 1, a stationary blade 11 fixed on the head housing 1, a moving blade 12 attached to the stationary blade 11, a pressing block 13 for pressing the moving blade 12 onto the stationary blade 11, a torsion spring 14 arranged in the head housing 1 and pressing the pressing block 13 onto the head housing 1, and a clamping seat 15 fixedly arranged on the head housing 1, the utility model mainly discloses a moving blade set automatic assembling device in the shaving head automatic assembling line, wherein one end of the pressing block 13 is provided with a pressing block fixing seat 131, the other end is provided with a pressing block clamping ring 132, the moving blade 12 includes a moving blade clamping hole 121 and a moving blade clamping groove 122 oppositely arranged with the pressing block clamping ring 132, and the pressing block clamping ring of the pressing block 13 and the moving blade clamping hole 121 of the moving blade 12 can be mutually clamped and thermally fused to be fixed to form the moving blade set.

As shown in fig. 3-5, the automatic moving blade assembly device for the automatic razor head assembly line comprises a frame 2 and a first index plate 3 arranged on the frame 2 and rotating intermittently, wherein a plurality of first blade holders 31 arranged at equal intervals are arranged on the first index plate 3, the frame 2 is sequentially provided with a moving blade feeding station i, a briquetting feeding station ii, a moving blade group hot-pressing station iii and a moving blade group blanking station iv along the rotating direction of the first index plate 3, the first blade holders 31 are sequentially and intermittently stopped in the moving blade feeding station i, the briquetting feeding station ii, the moving blade group hot-pressing station iii and the moving blade group blanking station iv, a moving blade conveying assembly 4 and a moving blade feeding assembly 5 arranged on one side of the moving blade conveying assembly 4 for conveying a moving blade 12 to the first blade holder 31 are arranged in the moving blade feeding station i, a briquetting conveying assembly 6 and a briquetting feeding assembly 7 arranged on one side of the briquetting conveying assembly 6 for conveying a briquetting 13 to the first blade holder 31 are arranged in the briquetting feeding station ii, and a briquetting conveying assembly 13 and a first blade holder 31 are arranged in the briquetting feeding station iv, and a first blade holder 31 is arranged in the briquetting conveying assembly 6 and a first blade holder 13 is arranged in the briquetting feeding mechanism.

As shown in fig. 5, 13 and 14, the first blade holder 31 is provided with a plurality of blade through holes 311, the moving blade group blanching assembly 8 includes a moving blade group blanching frame 81, a moving blade group pressing block 82 and a moving blade group heating block 83 respectively disposed at two axial ends of the moving blade group blanching frame 81 corresponding to the first blade holder 31, the moving blade group heating block 83 is provided with a moving blade group blanching column 84 corresponding to the blade through holes 311, one end of the moving blade group blanching frame 81 is provided with a moving blade group pressing block cylinder 85 for driving the moving blade group pressing block 82 to abut against or separate from the first index plate 3, and the other end is provided with a blanching elevating cylinder 86 for driving the moving blade group blanching column 84 to penetrate into or separate from the blade through holes 311.

As shown in fig. 6-9, the movable blade conveying assembly 4 includes a movable blade conveying frame 41, the movable blade conveying frame 41 is provided with a movable blade blanking frame 42 for longitudinally stacking the movable blade 12, the movable blade conveying frame 41 is provided with a movable blade conveying base 43 and a movable blade pushing assembly for intermittently feeding the movable blade 12 at the bottom of the movable blade blanking frame 42 to the movable blade conveying base 43, the movable blade feeding assembly 5 includes a movable blade blanking frame 51 and a movable blade rotating assembly for transferring the movable blade 12 on the movable blade conveying base 43 to the first blade clamp 31, the movable blade pushing assembly includes a movable blade blanking frame guide rail 44 movably disposed at the bottom of the movable blade blanking frame 42 and a movable blade pushing cylinder 45 disposed at one end of the movable blade conveying frame 41 far from the movable blade conveying base 43, the movable blade blanking frame 42 is attached to the movable blade guide rail 44, one end corresponding to the movable blade conveying base 43 is provided with a guiding groove 421 for the movable blade 12 to penetrate through, the output end of the moving blade pushing cylinder 45 is connected with the moving blade pushing guide rail 44 and drives the moving blade pushing guide rail 44 to move back and forth between the moving blade blanking frame 42 and the moving blade conveying seat 43, the moving blade conveying frame 41 is provided with a moving blade conveying groove 46 penetrating through the moving blade blanking frame 42 and the moving blade conveying seat 43, the moving blade pushing guide rail 44 is arranged in the moving blade conveying groove 46, one side of the moving blade conveying seat 43 is provided with a moving blade positioning cylinder 47, the output end of the moving blade positioning cylinder 47 is provided with a moving blade positioning block 48, two ends of the moving blade 12 are erected on the upper edge of the moving blade conveying groove 46, the moving blade positioning cylinder 47 drives the moving blade positioning block 48 to abut the moving blade 12 arranged in the moving blade conveying seat 43 at the position of the moving blade conveying seat 43, and the moving blade rotating assembly comprises a moving blade magnet (not shown in the figure) for adsorbing the moving blade 12, the device comprises a moving blade transverse driving mechanism for driving a moving blade magnet to reciprocate between a moving blade conveying seat 43 and a first blade clamp 13, and a moving blade longitudinal driving mechanism for driving the moving blade magnet to axially lift so as to attach the moving blade magnet to a moving blade 12, wherein the moving blade longitudinal driving mechanism comprises a moving blade longitudinal driving seat 53, a moving blade lifting cylinder 54 arranged on the moving blade longitudinal driving seat 53 and corresponding to the moving blade conveying seat 43, and a moving blade blanking sleeve 55 arranged on the moving blade longitudinal driving seat 53 and close to one end of the moving blade conveying seat 43, a magnet driving plate 531 is arranged at the conveying end of the moving blade lifting cylinder 53, the magnet driving plate 531 is inserted into the moving blade blanking sleeve 55, the moving blade magnet is arranged on the driving plate 531, the moving blade lifting cylinder 53 drives the moving blade magnet to enter or penetrate through the moving blade blanking sleeve 55, the moving blade transverse driving mechanism comprises a moving blade transverse mounting seat 56 and a moving blade rotating cylinder 57 arranged on one side of the moving blade transverse mounting seat 56, a moving blade guide rail 53 is arranged at the output end of the moving blade transverse driving cylinder 53, a moving blade driving cylinder 53, a plurality of moving blade transverse driving cylinders are connected with the moving blade conveying cylinder 53, a moving blade 21, a plurality of moving blade transverse driving cylinder 53, a moving blade guide rail is connected with the moving blade 21, and a moving blade transverse driving cylinder 53, and a moving blade guide rail 53, and a moving blade 21 are connected with the moving blade transverse driving cylinder 53, and a moving blade 21, and a moving blade conveying mechanism, and a moving blade 21, and a plurality of moving blade are arranged between the moving blade transverse driving cylinder 53, and a moving blade conveying structure for connecting a moving blade.

As shown in fig. 10-12, the briquetting conveying assembly 6 includes a briquetting conveying frame 61, a briquetting vibration plate 691 connected with the briquetting vibration generator 69 is arranged on the briquetting conveying frame 61, a briquetting feed clamping plate 62 is erected on the briquetting vibration plate 691, a briquetting feed channel 63 for the passage of the briquetting 13 is formed between the briquetting feed clamping plate 62 and the briquetting vibration plate 691, one end of the briquetting feed channel 63 is connected with a briquetting vibration disk 64, the other end of the briquetting feed channel is provided with a briquetting feed assembly 65 for feeding the briquetting 13 out of the briquetting feed channel 63 one by one, the briquetting feed assembly 7 includes a briquetting feed frame 71 and a briquetting transfer assembly 72 for transferring the briquetting 12 at the briquetting feed assembly 65 to the first briquetting clamp 31, the briquetting feed assembly 65 includes a briquetting feed frame 66 arranged between the briquetting conveying frame 61 and the briquetting feed frame 71, a briquetting cylinder 67 arranged at one side of the briquetting feed frame 66 and a briquetting clamping jaw 68 arranged at the output end of the briquetting feed cylinder 67, the briquetting feed plate 68 is arranged against the briquetting feed channel 63, and a briquetting feed clamping jaw 731 cylinder 63 with one end provided with a briquetting feed channel 63, and a briquetting feed groove 731 communicated with the briquetting feed cylinder 63, the briquetting feed cylinder 73 is provided with a transverse pressure-lifting cylinder 73 for driving mechanism 73, the briquetting feed cylinder 73 or a briquetting drive clamping jaw 73 for driving mechanism 73 for driving the briquetting feed cylinder 73 for driving the briquetting 13 to move back and lifting mechanism 73, the briquetting feed cylinder 73, the briquetting feed mechanism 73, the briquetting feed cylinder 73 is provided with a profiling mechanism 73 for driving clamping jaw for driving the briquetting feed cylinder 73, the briquetting feed cylinder 73 for driving the briquetting feed mechanism 73, the briquetting feed mechanism 73 for driving the briquetting feed cylinder 73 for driving the lifting mechanism 31, the transverse pressing block driving mechanism comprises a transverse pressing block mounting seat 76 and a pressing block rotating cylinder 77 arranged on one side of the transverse pressing block mounting seat 76, a pressing block lifting cylinder 75 is arranged at the output end of the pressing block rotating cylinder 77, and then a pressing block clamping jaw 73 is driven to reciprocate between the pressing block feeding assembly 65 and the first cutter head clamp 31, the output end of the pressing block lifting cylinder 75 is provided with a clamping jaw cylinder mounting plate 78, a pressing block clamping jaw cylinder 74 is installed at one end of the clamping jaw cylinder mounting plate 89, a pressing block pressing cylinder 79 is installed at the other end of the clamping jaw cylinder, the output end of the pressing block pressing cylinder 79 is provided with a pressing block pressing rod 791, the pressing block pressing rod 791 is arranged between the pressing block clamping jaws 73, the pressing block pressing cylinder 79 drives the pressing block pressing rod 791 to pass through or separate from an imitation shape cavity 731, the pressing jaw cylinder 74 is transversely arranged on the clamping jaw cylinder mounting plate 78, and the pressing block clamping jaw 73 is vertically arranged at the output end of the pressing block clamping jaw cylinder 74.

When the automatic moving blade group assembling device for the automatic razor head assembling line of the utility model is used, the first dividing disc 3 can drive the first razor head clamp 31 to intermittently rotate, wherein the moving blade 12 is stacked in the moving blade blanking frame 42, the moving blade 12 at the bottom of the moving blade blanking frame 42 is arranged on the blade pushing guide rail 44 and is sent to the moving blade conveying seat 43 through the moving blade pushing cylinder 45, then the moving blade positioning cylinder 47 drives the moving blade positioning block 48 to be inserted into the moving blade clamping groove 122 of the moving blade 12 arranged in the moving blade conveying seat 43 and abut against the moving blade conveying seat 43, when the moving blade pushing cylinder 45 drives the moving blade pushing guide rail 44 to reset, the moving blade 12 can not be driven to leave the moving blade 12, so that the moving blade 12 can complete the resetting and material supplement of the moving blade guide rail 44 in a waiting clamping state, when the first dividing plate 3 drives the first blade clamp 31 to enter the moving blade feeding station i, the moving blade lifting cylinder 54 drives the moving blade ejector pin 52 to penetrate through the moving blade blanking sleeve 55 and insert into the moving blade clamping hole 121 for deviation correction and positioning, and the moving blade 12 is adsorbed by the moving blade magnet, the moving blade rotating cylinder 57 drives the moving blade longitudinal driving base 53 to slide along the moving blade transverse mounting base 56, so that the moving blade 12 can move to the upper side of the first blade clamp 31, the moving blade 12 is abutted against the first blade clamp 31 by the moving blade increasing cylinder 58, the moving blade ejector pin 52 is retracted into the blade through hole 311, the moving blade lifting cylinder 54 drives the moving blade ejector pin 52 to move into the moving blade blanking sleeve 55, and the moving blade 12 is abutted against the moving blade sleeve 55 and then enters the first blade clamp 41, so as to complete stable automatic feeding of the moving blade.

The pressing blocks 13 are placed into the pressing block vibrating disc 64 in a unified mode, after the pressing blocks are vibrated and sieved by the pressing block vibrating disc 64, one ends of the pressing blocks 13 with the pressing block fixing seats 131 face upwards and enter the pressing block feeding channels 63 in a unified mode according to a preset direction, when the pressing blocks 13 enter the pressing block feeding plates 68, the pressing block feeding grooves 681 are communicated with the pressing block feeding channels 63, the pressing blocks 13 directly enter the pressing block feeding grooves 681, the pressing block feeding air cylinders 67 drive the pressing block feeding plates 68 to convey the pressing blocks 13 towards the first dividing disc 3, the pressing block feeding plates 68 move to enable the pressing block feeding channels 63 to abut against the pressing block feeding plates 68 and cannot advance, the pressing blocks 13 are fed one by one, the first dividing disc 3 drives the first cutter head fixtures 31 provided with the movable cutters 12 to enter the pressing block feeding station II, the pressing block lifting air cylinders 75 drive the whole clamping jaw mounting plates 78, the pressing block lifting air cylinders 75 drive the whole clamping jaws 78 to move downwards, the pressing block lifting air cylinders 79 drive the pressing block clamping jaws 791 to insert the pressing block clamping jaws 791 of the pressing blocks 13 into the pressing block lifting cylinders 791 to press the pressing block clamping jaws 121 to press the pressing blocks 13 to move upwards and press the pressing block lifting clamping jaws 75 in the pressing block lifting cylinders 13, the pressing cylinders 13 to press the pressing block lifting clamping jaws 75 to press the pressing blocks 13 to press the pressing blocks to press the pressing block lifting clamping jaws 75 in the pressing block lifting clamping cylinders 7912, the pressing cylinders 13 to press the pressing cylinders to press the movable cutters to press the pressing blocks 13 to press the pressing blocks to press the movable cutters 13 to press the movable cutters 121 to press the pressing blocks to press the movable cutters.

And then the first tool bit clamp 31 of the movable blade 12 and the pressing block 13 which are driven and assembled by the first dividing plate 3 enters the movable blade group hot stamping station III, at the moment, the first tool bit clamp 31 is just located between the movable blade group pressing block 82 and the movable blade group heating block 83, the movable blade group heating block 83 heats the movable blade group hot column 84, the pressing block lifting cylinder 85 drives the movable blade group pressing block 82 to abut against the pressing block 13 at the upper part, the hot stamping lifting cylinder 86 drives the movable blade group hot column 84 to be inserted into the corresponding tool bit through hole 311 to abut against the pressing block clamping ring 132, and the pressing block clamping ring 132 and the movable blade clamping hole 121 are fixedly assembled after the pressing block clamping ring 132 is hot-melted, so that the movable blade group is assembled.

Then the first dividing disc 3 drives the assembled movable cutter group to enter a movable cutter group blanking station IV, the movable cutter group blanking mechanism 9 drives the movable cutter group blanking clamping jaws to clamp the movable cutter group in the first cutter head clamp 31, and then blanking or assembly is carried out in cooperation with a next dividing disc assembly line, so that high-speed full-automatic shaver head assembly is realized.

Claims (10)

1. Razor head automatic assembly line is with moving knife tackle automatic assembly device, including frame and the first graduated disk of intermittent type pivoted of setting in the frame, its characterized in that: the first indexing disc is provided with a plurality of first cutter head clamps arranged at equal intervals, the machine frame is sequentially provided with a movable cutter blade feeding station, a pressing block feeding station, a movable cutter group hot stamping station and a movable cutter group blanking station along the rotating direction of the first indexing disc, the first cutter head clamps are sequentially and intermittently stopped in the movable cutter blade feeding station, the pressing block feeding station, the movable cutter group hot stamping station and the movable cutter group blanking station, a movable cutter blade conveying assembly and a movable cutter blade feeding assembly arranged on one side of the movable cutter blade conveying assembly are arranged in the movable cutter blade feeding station, a pressing block conveying assembly and a pressing block feeding assembly arranged on one side of the pressing block conveying assembly and used for conveying pressing blocks to the first cutter head clamps are arranged in the pressing block feeding station, the hot boiling hot station of moving knife tackle is equipped with the hot subassembly of moving knife tackle that combines the moving blade in the first knife tackle with the briquetting in the moving knife tackle blanking station, be equipped with the moving knife tackle unloading mechanism that sends out first knife tackle anchor clamps with the moving knife tackle after the combination in the first knife tackle unloading station in the moving knife tackle, all be equipped with a plurality of tool bit through-hole on the first knife tackle anchor clamps, move knife tackle hot subassembly including moving knife tackle hot boiling frame, set up respectively at moving knife tackle briquetting that moving knife tackle hot frame corresponds first knife tackle axial both ends and move knife tackle heating block, be equipped with the moving knife tackle boiling hot post that corresponds the setting with the tool bit through-hole on the moving knife tackle heating block, moving knife tackle hot frame one end is equipped with the hot briquetting cylinder of moving knife tackle that drives moving knife tackle briquetting and first graduated disk counterbalance or separate, and the other end is equipped with the hot lift cylinder that drives moving knife tackle boiling hot post and penetrate or break away from the tool bit through-hole.

2. The automatic moving cutter set assembling device for the automatic razor head assembling line according to claim 1, wherein: the movable blade conveying assembly comprises a movable blade conveying frame, a movable blade blanking frame for longitudinally stacking the movable blades is arranged on the movable blade conveying frame, a movable blade conveying base and a movable blade pushing assembly for intermittently conveying the movable blades at the bottom of the movable blade blanking frame to the movable blade conveying base are arranged on the movable blade conveying frame, and the movable blade feeding assembly comprises a movable blade blanking frame and a movable blade rotating assembly for transferring the movable blades on the movable blade conveying base to the first blade clamp.

3. The automatic moving blade set assembling device for the automatic razor head assembling line according to claim 2, wherein: the movable blade pushing assembly comprises a movable blade pushing guide rail and a movable blade pushing cylinder, the movable blade pushing guide rail is movably arranged at the bottom of the movable blade blanking frame, the movable blade pushing cylinder is arranged at one end, away from one end of the movable blade conveying seat, of the movable blade conveying frame, the movable blade blanking frame is attached to the movable blade pushing guide rail, a conduction groove for the movable blade to penetrate out is formed in one end, corresponding to the movable blade conveying seat, of the movable blade conveying seat, the output end of the movable blade pushing cylinder is connected with the movable blade pushing guide rail, and the movable blade pushing guide rail is driven to move back and forth and repeatedly between the movable blade blanking frame and the movable blade conveying seat.

4. The automatic moving cutter set assembling device for the automatic razor head assembling line according to claim 3, wherein: the movable blade conveying frame is provided with a movable blade conveying groove penetrating through a movable blade blanking frame and a movable blade conveying seat, the movable blade pushing guide rail is arranged in the movable blade conveying groove, a movable blade positioning cylinder is arranged on one side of the movable blade conveying seat, a movable blade positioning block is arranged at the output end of the movable blade positioning cylinder, two ends of the movable blade are erected on the upper edge of the movable blade conveying groove, and the movable blade positioning cylinder drives the movable blade positioning block to butt against the movable blade arranged in the movable blade conveying seat at the movable blade conveying seat.

5. The automatic moving cutter set assembling device for the automatic razor head assembling line according to claim 4, wherein: the movable blade rotating component comprises a movable blade magnet for adsorbing the movable blade, a movable blade transverse driving mechanism for driving the movable blade magnet to reciprocate back and forth between the movable blade conveying seat and the first blade clamp, and a movable blade longitudinal driving mechanism for driving the movable blade magnet to axially lift so as to attach the movable blade magnet to the movable blade, the movable blade longitudinal driving mechanism comprises a movable blade longitudinal driving seat, a movable blade lifting cylinder arranged on the movable blade longitudinal driving seat and corresponding to the movable blade conveying seat, and a movable blade blanking sleeve arranged on the movable blade longitudinal driving seat and close to one end of the movable blade conveying seat, the conveying end of the movable blade lifting cylinder is provided with a magnet driving plate, the utility model discloses a cutting machine, including magnet drive plate, knife section horizontal actuating mechanism, knife section transport seat, first blade anchor clamps, magnet drive plate, knife section lifting cylinder, knife section horizontal actuating mechanism, knife section ejector pin, magnet drive plate insert in the knife section blanking cover, knife section magnet sets up on the magnet drive plate to drive knife section magnet through knife section lifting cylinder and get into or wear out knife section blanking cover, knife section horizontal actuating mechanism includes knife section horizontal mount pad and sets up in the knife section commentaries on classics material cylinder of knife section horizontal mount pad one side, the knife section vertically drives the mount and sets up in the output of knife section commentaries on classics material cylinder, and then drives knife section magnet reciprocating motion back and forth between knife section transport seat and first blade anchor clamps, load the knife section thimble that has a plurality of and knife section looks adaptation on the magnet drive plate.

6. The automatic moving blade set assembling device for the automatic razor head assembling line according to claim 5, wherein: and a moving blade range-increasing cylinder is arranged between the moving blade longitudinal driving seat and the moving blade transverse mounting seat, one end of the moving blade range-increasing cylinder is connected with the moving blade transverse mounting seat through a slider guide rail structure, and the conveying end is connected with the moving blade longitudinal driving seat.

7. The automatic moving blade unit assembling device for the automatic razor head assembling line according to any one of claims 1 to 6, wherein: briquetting conveying element includes the briquetting carriage, be equipped with the briquetting vibration board of being connected with briquetting vibration generator on the briquetting carriage, briquetting vibration board is put on the shelf and is pressed the piece and walk material splint, the briquetting is walked and is formed the briquetting that supplies the briquetting to pass through between material splint and the briquetting vibration board and is walked the material passageway, briquetting is walked material passageway one end and is connected with briquetting vibration dish, and the other end is equipped with and sends out the briquetting one by one and walks the briquetting feeding element of material passageway, briquetting feeding element includes the briquetting material loading frame and passes on the briquetting of briquetting feeding element department to the briquetting material transferring element on the first cutterhead anchor clamps.

8. The automatic moving cutter set assembling device for the automatic razor head assembling line according to claim 7, wherein: the briquetting feeding assembly comprises a briquetting feeding frame, a briquetting feeding cylinder and a briquetting feeding plate, wherein the briquetting feeding frame is arranged between the briquetting conveying frame and the briquetting feeding frame, the briquetting feeding cylinder is arranged on one side of the briquetting feeding frame, the briquetting feeding plate is arranged at the output end of the briquetting feeding cylinder, the briquetting feeding plate and the briquetting feeding channel are offset, one end of the briquetting feeding plate is provided with a briquetting feeding groove communicated with the briquetting feeding channel, and the briquetting feeding cylinder is provided with a briquetting feeding groove close to or far away from the first dividing plate.

9. The automatic moving cutter set assembling device for the automatic razor head assembling line according to claim 8, wherein: the briquetting changes material subassembly is including the briquetting clamping jaw that is used for the centre gripping briquetting, drive briquetting clamping jaw cylinder, the drive briquetting clamping jaw cylinder that opens or folds back and forth reciprocating displacement's briquetting transverse driving mechanism and drive briquetting clamping jaw axial direction lift's briquetting longitudinal driving mechanism between briquetting feeding assembly and first cutterhead anchor clamps, briquetting longitudinal driving mechanism includes briquetting lift cylinder, briquetting clamping jaw cylinder sets up in the output of briquetting lift cylinder, the briquetting clamping jaw is equipped with the profile modeling chamber with briquetting looks adaptation towards briquetting feeding assembly's one end, briquetting transverse driving mechanism includes the horizontal mount pad of briquetting and sets up in the briquetting of the horizontal mount pad one side and changes the material cylinder, briquetting lift cylinder sets up in the output that the briquetting changes the material cylinder, and then drives the reciprocating motion of briquetting clamping jaw between briquetting feeding assembly and first cutterhead anchor clamps.

10. The automatic moving cutter set assembling device for the automatic razor head assembling line of claim 9, wherein: the output of briquetting lift cylinder is equipped with clamping jaw cylinder mounting panel, clamping jaw cylinder mounting panel one end is installed briquetting clamping jaw cylinder, the briquetting is installed to the other end and is pressed the material cylinder, the output that the material cylinder was pressed to the briquetting is equipped with the briquetting and presses the material pole, the briquetting press the material pole set up in between the briquetting clamping jaw, the briquetting is pressed the material cylinder and is driven the briquetting and press the material pole to pass or break away from the imitative chamber, briquetting clamping jaw cylinder transversely sets up on clamping jaw cylinder mounting panel, the briquetting clamping jaw install perpendicularly in the output of briquetting clamping jaw cylinder.

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