CN108308847B

CN108308847B - Color-clamping hair-planting device and color-clamping hair-planting method

Info

Publication number: CN108308847B
Application number: CN201810203359.7A
Authority: CN
Inventors: 王勇; 许富恒; 伍文超
Original assignee: Yangzhou Haixing Cnc Brush Machinery Co ltd
Current assignee: Yangzhou Haixing Cnc Brush Machinery Co ltd
Priority date: 2018-03-13
Filing date: 2018-03-13
Publication date: 2023-05-30
Anticipated expiration: 2038-03-13
Also published as: CN108308847A

Abstract

The invention relates to a color-clamping hair-planting device and a color-clamping hair-planting method, comprising a hair-planting head and a hair-shuttle device, wherein a cutter core rod of the hair-planting head is inserted into an inner cavity of a cutter core box, a punching needle is arranged in the center of the cutter core rod, a hair mouth bristle inlet is arranged on the right side of the front part of the cutter core rod, and the root of the left side of the hair mouth bristle inlet is vertically intersected with a punching needle guide groove; the root of the bristle inlet of the bristle nozzle is a bristle feeding end point of the bristle shuttle device, the bristle box is provided with two bristle grooves, an L-shaped rocker arm is hinged in a bristle taking movable cutter seat, the rear end of a bristle taking movable cutter is fixed at the top of the free end of the L-shaped rocker arm, two bristle taking openings are arranged on the circular arc edge of one side of the bristle taking movable cutter facing the bristle groove outlet, and the two bristle taking openings respectively correspond to the two bristle groove outlets; a hair taking fixed knife is arranged at the front side of a hair groove outlet of the hair box; the upper side and the lower side of the hair taking movable knife are respectively clamped with a hair blocking knife, and the circular arc edges of the hair blocking knife facing the outlet of the hair groove of the hair blocking knife can shield two hair taking openings of the hair taking movable knife in the overlooking direction. The invention can realize the implantation of the brush hair with different colors or materials into the brush hole.

Description

Color-clamping hair-planting device and color-clamping hair-planting method

Technical Field

The invention relates to brush hair-planting equipment, in particular to a color-clamping hair-planting device and a color-clamping hair-planting method, and belongs to the technical fields of hair-planting machinery and hair-planting methods.

Background

When the hairbrush is used for planting hair, holes are drilled on the bottom plate of the brush body, then the hair is planted in the holes through the hair planting nozzle, as the hair is easy to loose and fall off, the middle part of a bundle of hair needs to be hooped by an iron wire, a punching needle stretches out along the central pore canal of the hair planting nozzle, the iron wire and the middle part of the hair are punched into holes together, the hair is folded from the position where the middle part is blocked by the iron wire, and when the punching needle is punched to the bottom of the holes, two ends of the hair are combined into a bundle to be erected on the brush body along the axis of the holes.

When in hair planting, firstly, the bristles are conveyed to the central pore canal along the bristle inlet of the hair planting nozzle, and the wrapping of the iron wires and the pushing of the punching needle are waited. Conventional hair-planting nozzles typically only implant one size or color of bristles in one eyelet, and the shuttle mechanism is relatively complex. In many occasions, customers want the bristles to have certain rigidity, not easy to fall and deform, and also want the bristles to be softer and keep good bristle effect, and two kinds of bristles with different thickness, different hardness, different materials or different colors are required to be fed into the bristle inlet of the bristle planting nozzle. Further, for example, a comb used in a hair dyeing shop needs to be provided with a hair pole with a certain strength and the like embedded in a brush body, and the existing hair planting device cannot solve the problem.

Disclosure of Invention

The primary aim of the invention is to overcome the problems in the prior art and provide a color-clamping hair-planting device, which can implant bristles with different colors or materials into brush holes through a hair-planting head.

In order to solve the technical problems, the invention provides a color-clamping hair-planting device which comprises a hair-planting head and a hair-tattooing device for providing hair for the hair-planting head, wherein the hair-planting head comprises a cutter core box and a hair-tattooing cutter core, the hair-tattooing cutter core comprises a cutter core rod and a hair-tattooing nozzle connected to the front end of the cutter core rod, the cutter core rod is inserted into an inner cavity of the cutter core box and can slide back and forth, a needle-punching guide groove is arranged in the center of the cutter core rod, a needle is arranged in the needle-punching guide groove, a hair-tattooing brush hair inlet is arranged on the right side of the front part of the cutter core rod, and the left root of the hair-tattooing brush hair inlet is vertically intersected with the needle-punching guide groove; the hair picking device comprises a hair picking moving cutter seat arranged at the front side of a hair planting frame, a hair box is arranged at the left side of the hair picking moving cutter seat, two hair grooves extending along the left-right direction are formed in the hair box, a hair picking moving cutter fixed shaft extending along the vertical direction is arranged in the hair picking moving cutter seat, an L-shaped rocker arm extending leftwards and upwards is hinged to the middle part of the hair picking moving cutter fixed shaft, the rear end of the hair picking moving cutter is fixed at the top of the free end of the L-shaped rocker arm, a hair picking moving cutter circular arc edge is arranged at one side of the hair picking moving cutter facing to a hair groove outlet, two hair picking openings which are recessed inwards are formed in the hair picking moving cutter circular arc edge, and the two hair picking openings respectively correspond to the two hair groove outlets; the circle center of the circular arc edge of the hair taking movable cutter falls on the axis of the hair taking movable cutter fixed shaft; a hair taking fixed knife which is matched with the circular arc edge of the hair taking movable knife is arranged at the front side of the hair groove outlet of the hair box; the upper side and the lower side of the hair taking movable knife are respectively clamped with a hair blocking knife, one side of the hair blocking knife facing the hair groove outlet is provided with a hair blocking knife circular arc edge, and the hair blocking knife circular arc edge can shield two hair taking openings of the hair taking movable knife in the overlooking direction.

Compared with the prior art, the invention has the following beneficial effects: the bristles with different specifications, different thicknesses, different hardness, different materials or different colors can be placed in the two hair grooves, even a hair rod can be placed in one of the hair grooves, the two hair taking openings on the hair taking moving knife respectively take the bristles in the corresponding hair grooves and send the bristles into the hair planting head together, so that two kinds of bristles can be implanted in the same eyelet. When the hair taking moving knife is not needed to take the hair, the circular arc edge of the hair blocking knife is blocked at the outer side of the circular arc edge of the hair taking moving knife, and the hair is blocked in the hair groove, so that the hair cannot be embedded into the hair taking opening of the hair taking moving knife; when the hair taking moving knife is required to take the hair, the hair blocking knife is opened, and the hair can be embedded into the hair taking opening of the hair taking moving knife to finish hair taking.

As an improvement of the invention, a main shaft is arranged on the hair-planting frame, a main shaft big belt wheel is arranged at the right end of the main shaft, the main shaft big belt wheel is in transmission connection with a main shaft driving wheel through a main transmission belt, the main shaft driving wheel is arranged at the output end of a main motor, and the main motor is fixed on the hair-planting frame; the left end of the main shaft is provided with a hair taking eccentric wheel, the circumference of the hair taking eccentric wheel is hinged with a hair taking connecting rod, the rear end of the hair taking connecting rod is hinged to the middle of a hair taking movable cutter rocker arm, the lower end of the hair taking movable cutter rocker arm is hinged to the hair planting frame, the upper end of the hair taking movable cutter rocker arm is hinged to a hair taking movable cutter driving rod, and the front end of the hair taking movable cutter driving rod is hinged to the corner of the L-shaped rocker arm. The main motor drives the main shaft large belt wheel to rotate through the main shaft driving wheel and the main transmission belt, the main shaft large belt wheel drives the main shaft to rotate, the hair taking eccentric wheel drives the front end of the hair taking connecting rod to do circular motion while rotating along with the main shaft, the rear end of the hair taking connecting rod drives the hair taking movable cutter rocker arm to do reciprocating motion back and forth, the upper end of the hair taking movable cutter rocker arm drives the hair taking movable cutter driving rod to do reciprocating motion, and the hair taking movable cutter driving rod drives the free end of the L-shaped rocker arm to do reciprocating motion, so that the hair taking movable cutter rotates around the hair taking movable cutter fixed shaft. The bristles move from left to right along the hair groove of the hair box, the L-shaped rocker arms swing backwards, the hair taking movable knife is abutted against the hair taking fixed knife and rotates anticlockwise around the hair taking movable knife fixed shaft, and when a hair taking opening on the circular arc edge of the hair taking movable knife reaches the position of the hair groove, a bundle of bristles are embedded into the hair taking opening; then the L-shaped rocker arm swings forwards, the hair taking movable knife rotates clockwise around the hair taking movable knife fixed shaft, bristles in a hair taking opening rotate clockwise along with the hair taking movable knife, and the hair taking fixed knife blocks the bristles in the hair taking opening to prevent the bristles from falling off; when the bristle taking opening leaves the bristle taking fixed knife and reaches the root of the bristle inlet of the bristle nozzle, the bristle is blocked by the knife core bar and leaves the bristle taking opening of the bristle taking movable knife, then the punching needle is punched forward along the punching needle guide groove, the iron wires and the bristle are punched forward into the holes of the brush body, the iron wires are wrapped in the middle parts of the bristle, and the middle parts of the bristle become the bottommost parts of the implanted holes of the bristle root after the bristle is folded.

As a further improvement of the invention, a baffle Mao Tulun is arranged on the main shaft, the free end of the hair blocking driving arm is attached to the circumference of the baffle Mao Tulun through a cam driven roller, the middle part of the hair blocking driving arm is connected with a tension spring, the lower end of the tension spring is fixed on the planting Mao Jijia, the rear end of the hair blocking driving arm is fixedly connected with the right end of a hair blocking transmission shaft, the middle part of the hair blocking transmission shaft is supported on the hair planting frame through a bearing, the left end of the hair blocking transmission shaft is fixedly connected with a baffle Mao Yaobei extending upwards, the upper end of the hair blocking rocker arm is hinged with a hair blocking cutter driving rod, the front end of the hair blocking cutter driving rod is hinged to the left side of the baffle Mao Dao, the center of the hair blocking cutter holder is hinged to the bottom plate of the hair box through a vertically extending baffle Mao Daozhou, and the rear ends of the two hair blocking cutters are both connected to the right side of the baffle Mao Dao. When the main shaft rotates, the baffle Mao Tulun pushes the front end of the hair blocking driving arm to swing up and down through the cam driven roller, the tension of the tension spring enables the cam driven roller to be always attached to the hair blocking cam, the rear end of the hair blocking driving arm drives the hair blocking transmission shaft to reciprocate, the left end of the hair blocking transmission shaft drives the baffle Mao Yaobei to reciprocate in the front-back direction, the hair blocking rocker arm drives the hair blocking knife driving rod to reciprocate, the hair blocking knife holder is driven by the hair blocking knife driving rod to rotate around the hair blocking Mao Daozhou, and the hair blocking knife follows the hair blocking knife holder to synchronously rotate. When the hair blocking knife rotates clockwise, the hair blocking knife is opened, and a hair taking opening of the hair taking moving knife is exposed for hair taking; when the hair blocking knife rotates anticlockwise, the hair blocking knife is closed, and the hair taking opening of the hair taking movable knife is covered to prevent hair taking.

As a further improvement of the invention, the knife core box comprises a box seat with a U-shaped section, a box seat cover plate is covered at the upper port of the box seat, a bottom pad plate is covered on the bottom wall of the inner cavity of the box seat, an iron wire bending and breaking plate is arranged at the front part of the bottom pad plate, and the top surface of the iron wire bending and breaking plate is level with the top surface of the bottom pad plate; the left and right side walls of the inner cavity of the box seat are respectively covered with a left backing plate and a right backing plate; the front part of the left side wall of the box seat is provided with a shredding fixed cutter mounting hole extending in the left-right direction, a shredding fixed cutter is arranged in the shredding fixed cutter mounting hole, and a wire feeding groove extending in the left-right direction is arranged in the shredding fixed cutter; the utility model discloses a hair mouth knife core, including hair mouth knife core, the lower terminal surface center of hair mouth knife core is installed and is downward protruding and with the curved terrace die of iron wire of curved broken board cooperation crooked steel wire, the position behind the left side of the curved terrace die of iron wire is installed and is shredded and move the sword, the cutting edge that shreds and move the sword protrusion in the lower terminal surface of hair mouth knife core, the left surface that shreds and move the sword with the right-hand member face that shreds the stationary knife forms the shear plane. The circular iron wires are fed into a cutter core box from a wire feeding groove of the wire cutting fixed cutter, a hair nozzle cutter core slides backwards in the cutter core box, a wire cutting movable cutter protruding out of the lower end surface of the hair nozzle cutter core firstly cuts the iron wires through the right end surface of the wire cutting fixed cutter, and then the iron wire bending male die protruding out of the lower end surface of the hair nozzle cutter core is matched with an iron wire bending cutting plate to bend the cut steel wires into a U shape with a forward opening; at the moment, the bristles enter from the bristle inlet of the bristle nozzle to a position vertically intersected with the needle guide groove, then the needle is punched forwards along the needle guide groove to push the U-shaped iron wire to slide forwards, the U-shaped iron wire is clamped in the middle of the bristles to continue forwards, and the bristles are folded and enter the central pore canal of the bristle nozzle forwards along the needle guide groove; the hair nozzle knife core slides forward in the knife core box, the front port of the hair nozzle is abutted against the eyelet of the brush plate, and the punching needle continues to advance until the iron wire and the brush hair are fed to the deepest part of the eyelet. According to the invention, the iron wires are cut off and bent to form by utilizing backward return sliding after the hair nozzle knife core is planted, and the hair is cut without an independent cutting driving mechanism, so that the structure of the hair planting head is greatly simplified, the volume of the hair planting head is greatly reduced, and the hair planting device is simpler and lighter to arrange.

As a further improvement of the invention, a downward through shredding fixed cutter caulking groove is arranged in the middle of the left side of the iron wire bending plate, and the right end of the shredding fixed cutter is inserted into the shredding fixed cutter caulking groove; a steel wire forming groove which is concave downwards is arranged along the central line of the iron wire bending plate in the front-back direction; the left side of steel wire shaping groove is equipped with the cutting movable cutter travel groove of undercut, the cutting movable cutter travel groove the width with the width looks adaptation of cutting movable cutter cutting edge and be on a parallel with the steel wire shaping groove, the middle part left side of cutting movable cutter travel groove the fore-and-aft direction with cut into the rule and link up mutually, the cutting movable cutter's cutting edge lower extreme insert in cut into the cutting movable cutter travel groove, cut into movable cutter's cutting edge left side with cut into the right side of rule and fix the rule. The right end of the shredding fixed knife is inserted into the shredding fixed knife caulking groove of the iron wire bending and breaking plate, so that the right end face of the shredding fixed knife is close to the shredding movable knife travelling groove, when the hair nozzle knife core slides backwards in the knife core box, the cutting edge of the shredding movable knife slides backwards along the shredding movable knife travelling groove of the iron wire bending and breaking plate, and when the cutting edge passes through the wire feeding groove of the shredding fixed knife, the cutting iron wire cuts the shredding fixed knife.

As a further improvement of the invention, the bottom wall of the steel wire forming groove is flush with the bottom of the wire feeding groove in the wire cutting and fixing knife, the middle part of the front and rear direction of the steel wire forming groove corresponding to the wire cutting and fixing knife is provided with a steel wire length positioning groove which widens rightward, and the right end surface of the steel wire length positioning groove is perpendicular to the wire feeding groove; the lower end of the iron wire bending male die is inserted into the steel wire forming groove, and gaps between the left side and the right side of the iron wire bending male die and the left side wall and the right side wall of the steel wire forming groove are respectively equal to the diameter of round wires fed by the wire feeding groove. The circular iron wire enters the steel wire length positioning groove from the wire feeding groove of the wire cutting fixed cutter, the inner end head of the iron wire stops feeding when propping against the right end face of the steel wire length positioning groove, then the wire cutting movable cutter moves backwards along the wire cutting movable cutter walking groove, meanwhile, the iron wire bending male die moves backwards along the steel wire forming groove, the wire cutting movable cutter firstly contacts the iron wire to cut off the iron wire, then the iron wire bending male die pushes the middle part of the iron wire to move backwards, when the iron wire bending male die moves to the position crossing the steel wire length positioning groove, the two ends of the iron wire are blocked to be bent forwards, and the two ends of the iron wire are dragged into gaps between the left side and the right side of the iron wire bending male die and the steel wire forming groove along with the continuing backwards movement of the iron wire bending male die, and at the moment, the iron wire is bent into a U shape with a forward opening, so that bristles can be wrapped forwards.

As a further improvement of the invention, the rear end of the bottom wall of the steel wire forming groove is provided with a downward through iron wire bending plate U-shaped groove, and the opening of the iron wire bending plate U-shaped groove is forward and coaxial with the steel wire forming groove; the bottom wall of the box seat is provided with a push screw inserting hole, a push screw capable of sliding along the up-down direction is inserted into the push screw inserting hole, the upper end of the push screw is provided with a push wire head with a U-shaped section, and the upper end of the push wire head is inserted into the U-shaped groove of the iron wire bending plate; the utility model discloses a punch pin guide groove, including iron wire bending male die, the curved male die of iron wire is equipped with the curved male die of sword core bar U-shaped groove that upwards extends, the lower extreme in sword core bar U-shaped groove with the curved broken board U-shaped groove of iron wire aligns, the upper end in sword core bar U-shaped groove with punch pin guide groove intersects perpendicularly and link up. After being bent into a U shape with a forward opening, the iron wire is pushed to the rear end of the iron wire bending plate by the iron wire bending male die, the push screw rod is lifted upwards, the U-shaped push head at the upper end of the push screw rod is lifted upwards along the U-shaped groove of the iron wire bending plate, the U-shaped iron wire is pushed into the U-shaped groove of the core rod of the knife until the U-shaped iron wire reaches the punching needle guide groove, the bottom of the U-shaped iron wire is level with the bottom of the punching needle guide groove, and the punching needle waits for punching the U-shaped iron wire forward.

As a further improvement of the invention, the knife core rod comprises a knife core rod body, a knife core rod bottom plate, an upper punching needle guide plate and a lower punching needle guide plate, wherein the upper part of the rear end of the knife core rod body is connected with a knife core rod driving shaft, a punching needle driving rod guide groove is arranged along the axis of the bottom surface of the knife core rod body, the knife core rod bottom plate covers the rear part of the bottom surface of the knife core rod body, and the front end of the knife core rod bottom plate is provided with a shredding moving knife groove for a shredding moving knife blade to pass through; the upper punch needle guide plate and the lower punch needle guide plate are mutually overlapped and then connected to the cutter core rod body in front of the cutter core rod bottom plate, the punch needle guide groove is positioned on the central line of opposite end surfaces of the upper punch needle guide plate and the lower punch needle guide plate, the rear end of the punch needle is connected with a punch needle driving rod, and the punch needle driving rod is positioned in the punch needle driving rod guide groove; the iron wire bending male die is connected to the rear part of the lower end face of the lower punch needle guide plate, and the cutter core bar U-shaped groove is positioned in the center of the rear end of the lower punch needle guide plate. The hair nozzle knife core is assembled and installed after being manufactured separately, so that a punching needle driving rod guide groove is processed on the bottom surface of the knife core rod body, a punching needle driving rod is installed in the punching needle driving rod guide groove, and the installation of a shredding movable knife is facilitated; because the size of the punching needle guide slot is different from that of the punching needle driving rod guide slot, the front part of the cutter core rod is overlapped by adopting the upper punching needle guide plate and the lower punching needle guide plate, so that on one hand, the two punching needle guide plates are conveniently surrounded to form the punching needle guide slot, the processing amount is reduced, the punching needle is conveniently installed, and on the other hand, the iron wire bending male die, the cutter core rod U-shaped slot and the shredding moving cutter slot for the shredding moving cutter blade to pass through are conveniently processed on the lower punching needle guide plate, and the manufacturing difficulty is greatly reduced.

As a further improvement of the invention, the hair nozzle is formed by encircling a hair nozzle upper half periphery, a hair nozzle lower half periphery and a pair of hair nozzle opposite sides clamped between the hair nozzle upper half periphery and the hair nozzle lower half periphery, a punching needle channel with the width matched with that of a punching needle is reserved between the two hair nozzle opposite sides, and semicircular grooves which extend backwards to the root parts of the hair nozzle bristle inlets are respectively arranged in the centers of opposite end surfaces of the hair nozzle upper half periphery and the hair nozzle lower half periphery; the upper half circumference of the hair nozzle is connected with the cutter core rod body into a whole, the lower half circumference of the hair nozzle and the opposite sides of the hair nozzle are fixedly connected to the upper half circumference of the hair nozzle and the cutter core rod body through screws, and the root of the hair nozzle is sleeved with a hair nozzle clamp; the utility model discloses a hair mouth, including the hair mouth opposite side, the opposite side is equipped with inwards sunken and along the iron wire guide slot of fore-and-aft direction extension in the middle part of the terminal surface in opposite directions of hair mouth, and the rear end of two iron wire guide slots is equipped with the horn mouth respectively, two the bottom front end of iron wire guide slot is close to each other gradually. The hair mouth is surrounded by four parts, and screw and hair mouth clamp make the hair mouth become whole, have reduced the degree of difficulty of processing and assembly, and the needle punching passageway between two hair mouth opposite sides can guarantee to punch out along self axis accuracy forward, and the iron wire is in the needle punching the place ahead along the needle punching passageway between two hair mouth opposite sides forward, produces the semi-circular recess of back folding brush hair along hair mouth upper half week and hair mouth lower half week after being wrapped up by the iron wire and follows the needle punching forward. The both sides of U-shaped iron wire inlay respectively in the iron wire guide slot of two hair mouth opposite sides, can guarantee that the iron wire steadily advances under the promotion of punching pin, the horn mouth of two iron wire guide slot rear ends plays the guide effect and guarantees that the both sides of iron wire get into smoothly in the iron wire guide slot, the U-shaped iron wire is half the surrounding parcel in the rear side of brush hair, when the iron wire is advanced to being close to hair mouth front end, because the front end of two iron wire guide slots draws close gradually and makes the front end of U-shaped iron wire inwards shrink, is the raindrop form and wraps up the brush hair completely, can not take place the phenomenon of unhairing after the brush hair is planted the aperture.

Another object of the present invention is to overcome the problems of the prior art and provide a method for implanting bristles with different colors or materials into brush holes by providing bristles with color by a shuttle device.

The color-clamping hair-planting method sequentially comprises the following steps: the method comprises the steps that a hair blocking knife is in an open state, a hair taking opening II of the hair taking moving knife reaches a hair mouth bristle inlet of a hair planting head, a hair taking opening I passes through the hair mouth bristle inlet, at the moment, the hair taking moving knife rotates anticlockwise, and two hair taking openings rotate towards a hair groove direction; the bristle blocking knife is closed to block bristles in two bristle grooves in the bristle box, the bristle taking moving knife continues to rotate anticlockwise, the bristle taking opening II reaches the position of the bristle groove I, but the bristles of the bristle groove I cannot enter the bristle taking opening II; the hair taking movable cutter continues to rotate anticlockwise until the hair taking opening II passes through the hair groove I, the hair blocking cutter is opened, then the hair taking opening II reaches the hair groove II, and the hair of the hair groove II is embedded into the hair taking opening II; simultaneously, the first hair taking opening reaches the first hair groove, and the first hair of the first hair groove is embedded into the first hair taking opening to finish hair taking; the hair blocking knife is still in an open state, the hair taking movable knife rotates clockwise, the hair taking opening I reaches the position attached to the hair taking fixed knife, and the hair taking fixed knife blocks the hair taking opening I to prevent falling; the second bristle taking opening reaches the first bristle taking groove, and the second bristle taking opening is fully embedded with the second bristle, so that the first bristle in the first bristle taking groove cannot be embedded into the second bristle taking opening; the wool blocking knife is still in an open state, the wool taking moving knife continuously rotates clockwise, and when the first wool taking opening reaches the root of the bristle inlet of the wool nozzle, the upper and lower ends of the first bristles are blocked by the knife core rod and cannot continuously rotate along with the first wool taking opening so as to be separated from the first wool taking opening; at the moment, the second bristle taking opening reaches a position attached to the second bristle taking fixed knife, and the second bristle taking opening is blocked by the second bristle taking fixed knife to prevent falling; the hair blocking knife is still in an open state, the hair taking moving knife continues to rotate clockwise, and the hair taking opening I passes through the hair inlet of the hair nozzle; when the bristle taking opening II reaches the root of the bristle inlet of the bristle mouth, the upper end and the lower end of the bristle II are blocked by the knife core rod and cannot continuously rotate along with the bristle taking opening II so as to separate from the bristle taking opening II, and at the moment, the bristle I and the bristle II reach the root of the bristle inlet of the bristle mouth and the middle part of the bristle is positioned in the needle punching guide groove; and driving the hair nozzle to advance until the hair nozzle is abutted against the eyelet of the brush plate, punching the punching needle forward along the punching needle guide groove to push the U-shaped iron wire to wrap the middle parts of the first brush hair and the second brush hair and continuously enter the bottom of the hole of the brush plate forward to finish color-clamping hair planting, and then returning the punching needle and the cutter core rod to the step, thereby entering the next hair planting round.

Compared with the prior art, the invention has the following beneficial effects: when the bristles are taken, the bristles taking openings are shielded by the bristle blocking knife, so that the bristles in the corresponding bristle grooves are respectively taken by the two bristle taking openings; when the hair is fed, the two kinds of hair can reach the root of the hair mouth hair inlet smoothly through the cooperation of the hair taking fixed knife and the hair taking movable knife, and after being combined, the two kinds of hair are jointly wrapped by the U-shaped iron wire and are fed into the brush holes by the punching needle, so that the color-clamping hair planting is completed.

Drawings

The invention will now be described in further detail with reference to the drawings and the detailed description, which are provided for reference and illustration only and are not intended to limit the invention.

Fig. 1 is a perspective view of a color-clipping hair-planting device of the present invention.

Fig. 2 is a perspective view of a color-clipping hair-planting device of the invention.

Fig. 3 is a rear view of the hair-planting head of the present invention.

Fig. 4 is a perspective view of fig. 3.

Fig. 5 is a perspective view of the hair nozzle knife core of fig. 4 after the hair nozzle knife core is pulled out forwards and the push screw rod is pulled out downwards.

Fig. 6 is an exploded perspective view of the cartridge of fig. 4.

Fig. 7 is a cross-sectional view of the cartridge case taken downwardly below the case cover plate.

Fig. 8 is a front view of the hair nozzle cartridge of fig. 4.

Fig. 9 is a perspective view of the bottom surface of the hair nozzle knife core facing upwards.

Fig. 10 is an exploded view of fig. 9.

Fig. 11 is a state diagram of a step one of the color-clipping hair-planting method.

Fig. 12 is a state diagram of a second method step of color-clipping hair-planting.

Fig. 13 is a state diagram of a step three of the color-clipping hair-planting method.

Fig. 14 is a state diagram of a step four of the method for color-clipping hair-planting.

Fig. 15 is a state diagram of a step five of the color-clipping hair-planting method.

Fig. 16 is a state diagram of a step six of the color-clipping hair-planting method.

In the figure: 1. a box base; 1a, shredding fixed cutter mounting holes; 1b, a box seat cover plate; 1b1, a hinge; 1c, a bottom backing plate; 1d, a left backing plate; 1e, a right backing plate; 2. shredding and fixing a knife; 2a, fixing a cutter head; 2a1, a wire feeding groove; 2b, fixing a cutter head; 2c, a guide wire horn mouth; 3. bending and breaking the iron wire; 3a, cutting into shreds and fixing the knife caulking groove; 3b, a movable shredding cutter walking groove; 3c, a steel wire forming groove; 3d, a steel wire length positioning groove; 3e, bending the iron wire to break the U-shaped groove of the plate; 4. a hair nozzle; 4a, the upper half cycle of the hair nozzle; 4b, the lower half cycle of the hair nozzle; 4c, semicircular grooves; 4d, opposite sides of the hair mouth; 4d1, an iron wire guide groove; 4e, a hair nozzle clamp; 5. a knife core bar; 5a, a knife core bar body; 5a1, a bristle inlet of a hair nozzle; 5a2, a guide groove of a punch needle driving rod; 5b, a knife core bar bottom plate; 5b1, a shredding movable cutter groove; 5c, upper punch needle guide plate; 5d, a lower punch pin guide plate; 5d1, bending and punching iron wires; 5d2, a cutter core bar U-shaped groove; 5e, driving the shaft of the knife core bar; 6. a movable shredding knife; 6a, a movable cutter pressing block; 7. punching needles; 7a, a punching needle driving rod; 8. pushing a screw rod; 8a, spinning head pushing; 8b, lining; 9. a hair blocking knife; 10. taking wool and fixing a cutter; 11. a hair box; 11a, a first rough groove; 11b, a second rough groove; 12. a main motor; 12a, a main shaft driving wheel; 13. a main belt; 14. a main shaft; 14a, a main shaft big belt wheel; 14b, taking Mao Pianxin wheels; 14c, gear Mao Tulun; 15. a wool taking connecting rod; 16. a hair-taking movable cutter rocker arm; 17. a hair-taking movable knife driving rod; l-shaped rocker arm; 19. taking a hair moving knife holder; 19a, taking a hair moving knife fixed shaft; 20. taking a hair moving knife; 20a, taking a first burr; 20b, taking a second burr; 21. a catch Mao Zhu boom; 21a, a cam follower roller; 21b, a tension spring; 22. a wool blocking transmission shaft; 23. a catch Mao Yaobei; 24. a hair blocking knife driving rod; 25. a catch Mao Dao; 25a, gear Mao Daozhou.

Detailed Description

As shown in fig. 1 and 2, the color-clipping hair-planting device of the present invention comprises a hair-planting head and a hair-shuttle device for providing hair to the hair-planting head, wherein the root of the hair mouth hair inlet 5a1 of the blade core bar 5 is the hair-feeding end point of the hair-shuttle device. The shuttle hair device comprises a hair planting Mao Jijia, a hair taking knife holder 19 is arranged on the front side of a hair planting frame, a hair box 11 is arranged on the left side of the hair taking knife holder 19, two hair grooves extending along the left-right direction are formed in the hair box 11, a hair taking knife fixed shaft 19a extending along the vertical direction is arranged in the hair taking knife holder 19, an L-shaped rocker arm 18 extending leftwards and upwards is hinged to the middle part of the hair taking knife fixed shaft 19a, the rear end of a hair taking knife 20 is fixed at the top of the free end of the L-shaped rocker arm 18, a hair taking knife circular arc edge is arranged on one side of the hair taking knife 20 facing to a hair groove outlet, two hair taking openings which are inwards concave are formed in the hair taking knife circular arc edge, and the two hair taking openings correspond to the two hair groove outlets respectively; the circle center of the circular arc edge of the hair taking movable knife falls on the axis of the hair taking movable knife fixed shaft 19 a; the front side of the hair groove outlet of the hair box 11 is provided with a hair taking fixed knife 10 which is matched with the circular arc edge of the hair taking movable knife. The upper side and the lower side of the hair taking movable cutter 20 are respectively clamped with a hair blocking cutter 9, one side of the hair blocking cutter 9 facing the outlet of the hair groove is provided with a hair blocking cutter arc edge, and the two hair taking openings of the hair taking movable cutter 20 can be blocked by the hair blocking cutter arc edge in the overlooking direction.

The two hair grooves can be filled with bristles with different specifications, different thicknesses, different rigidities, different materials or different colors, and even a hair rod can be filled in one of the hair grooves. When the hair taking movable knife 20 is not required to take the hair, the circular arc edge of the hair blocking knife is blocked at the outer side of the circular arc edge of the hair taking movable knife, and the bristles are blocked in the hair groove, so that the bristles cannot be embedded into the hair taking opening of the hair taking movable knife 20; when the hair taking moving knife 20 is required to take the hair, the hair blocking knife 9 is opened, and the hair can be embedded into the hair taking opening of the hair taking moving knife 20 to finish hair taking. The two hair taking openings on the hair taking movable knife 20 respectively take the hair in the corresponding hair grooves and send the hair into the hair planting head, so that two kinds of hair can be planted in the same eyelet.

The bristles move along the hair groove of the hair box 11 from left to right, the L-shaped rocker arm 18 swings backwards, the hair taking movable knife 20 abuts against the hair taking fixed knife 10 and rotates anticlockwise around the hair taking movable knife fixed shaft 19a, and when a hair taking opening on the circular arc edge of the hair taking movable knife reaches the position of the hair groove, a bundle of bristles is embedded into the hair taking opening; then the L-shaped rocker arm 18 swings forwards, the hair taking movable knife 20 rotates clockwise around the hair taking movable knife fixed shaft 19a, bristles in a hair taking opening rotate clockwise along with the hair taking movable knife 20, and the hair taking fixed knife 10 blocks the bristles in the hair taking opening to prevent the bristles from falling off; when the bristle taking opening leaves the bristle taking fixed knife 10 and reaches the root of the bristle inlet 5a1 of the bristle mouth, the bristles are blocked by the knife core bar 5 and leave the bristle taking opening of the bristle taking movable knife 20, then the punching needle 7 is punched forwards along the punching needle guide groove, the iron wires and the bristles are punched forwards into the holes of the brush body, the iron wires are wrapped in the middle parts of the bristles, and the middle parts of the bristles become the bottommost parts of the implanted holes of the bristle roots after the bristles are folded.

A main shaft 14 is arranged on the hair-planting frame, a main shaft big belt wheel 14a is arranged at the right end of the main shaft 14, the main shaft big belt wheel 14a is in transmission connection with a main shaft driving wheel 12a through a main transmission belt 13, the main shaft driving wheel 12a is arranged at the output end of a main motor 12, and the main motor 12 is fixed on the hair-planting frame; the left end of the main shaft is provided with a hair taking eccentric wheel 14b, the circumference of a hair taking Mao Pianxin wheel 14b is hinged with a hair taking connecting rod 15, the rear end of the hair taking connecting rod 15 is hinged with the middle part of a hair taking movable cutter rocker 16, the lower end of the hair taking movable cutter rocker 16 is hinged with a hair planting frame, the upper end of the hair taking movable cutter rocker 16 is hinged with a hair taking movable cutter driving rod 17, and the front end of the hair taking movable cutter driving rod 17 is hinged with the corner of an L-shaped rocker 18. The main motor 12 drives the main shaft big belt wheel 14a to rotate through the main shaft driving wheel 12a and the main transmission belt 13, the main shaft big belt wheel 14a drives the main shaft 14 to rotate, the Mao Pianxin taking wheel 14b rotates along with the main shaft 14 and drives the front end of the wool taking connecting rod 15 to do circular motion, the rear end of the wool taking connecting rod 15 drives the wool taking movable cutter rocker 16 to do back-and-forth swinging, the upper end of the wool taking movable cutter rocker 16 drives the wool taking movable cutter driving rod 17 to do back-and-forth movement, and the free end of the wool taking movable cutter driving rod 17 drives the L-shaped rocker 18 to do back-and-forth swinging, so that the wool taking movable cutter 20 rotates around the wool taking movable cutter fixed shaft 19 a.

The main shaft 14 is provided with a baffle Mao Tulun c, the free end of a hair baffle driving arm 21 is attached to the circumference of a baffle Mao Tulun c through a cam driven roller 21a, the middle part of the hair baffle driving arm 21 is connected with a tension spring 21b, the lower end of the tension spring 21b is fixed on a hair planting frame, the rear end of the hair baffle driving arm 21 is fixedly connected with the right end of a hair baffle transmission shaft 22, the middle part of the hair baffle transmission shaft 22 is supported on the hair planting frame through a bearing, the left end of the hair baffle transmission shaft 22 is fixedly connected with an upwardly extending baffle Mao Yaobei 23, the upper end of the hair baffle rocker arm 23 is hinged with a hair baffle driving rod 24, the front end of the hair baffle driving rod 24 is hinged to the left side of a hair baffle seat 25, the center of the hair baffle seat 25 is hinged to the bottom plate of a hair box 11 through a vertically extending baffle Mao Daozhou a, and the rear ends of two hair baffles 9 are both connected to the right side of the hair baffle seat 25.

When the spindle 14 rotates, the baffle Mao Tulun c pushes the front end of the hair baffle driving arm 21 to swing up and down through the cam driven roller 21a, tension of the tension spring 21b enables the cam driven roller 21a to be always attached to the baffle Mao Tulun c, the rear end of the hair baffle driving arm 21 drives the hair baffle transmission shaft 22 to reciprocate, the left end of the hair baffle transmission shaft 22 drives the baffle Mao Yaobei to reciprocate in the front-back direction, the baffle Mao Yaobei 23 drives the hair baffle driving rod 24 to reciprocate, the hair baffle driving rod 24 drives the hair baffle seat 25 to rotate around the baffle Mao Daozhou a, and the hair baffle 9 synchronously rotates along with the hair baffle seat 25. When the hair blocking knife 9 rotates clockwise, the hair blocking knife is opened, and the hair taking opening of the hair taking moving knife 20 is exposed for hair taking; when the hair blocking knife 9 rotates anticlockwise, the hair blocking knife is closed, and the hair taking opening of the hair taking movable knife 20 is blocked, so that no hair is taken.

As shown in fig. 3 to 10, the hair planting head comprises a cutter core box and a hair nozzle cutter core, wherein the cutter core box comprises a box seat 1 with a U-shaped cross section, a box seat cover plate 1b is covered at the upper port of the box seat 1, a bottom pad plate 1c is covered at the bottom wall of an inner cavity of the box seat, an iron wire bending and breaking plate 3 is arranged at the front part of the bottom pad plate 1c, and the top surface of the iron wire bending and breaking plate 3 is level with the top surface of the bottom pad plate 1 c; the left and right side walls of the inner cavity of the box seat are respectively covered with a left backing plate 1d and a right backing plate 1e; the front part of the left side wall of the box seat 1 is provided with a shredding fixed cutter mounting hole 1a extending along the left-right direction, a shredding fixed cutter 2 is arranged in the shredding fixed cutter mounting hole 1a, and a wire feeding groove 2a1 extending along the left-right direction is arranged in the shredding fixed cutter 2. The hair nozzle knife core comprises a knife core rod 5 and a hair nozzle 4 connected to the front end of the knife core rod 5, the knife core rod 5 is inserted into the inner cavity of the knife core box and can slide forwards and backwards, a punching needle guide groove is arranged in the center of the knife core rod 5, a punching needle 7 is arranged in the punching needle guide groove, a hair nozzle bristle inlet 5a1 is arranged on the right side of the front part of the knife core rod 5, and the root of the left side of the hair nozzle bristle inlet 5a1 is vertically intersected with the punching needle guide groove; the center of the lower end face of the hair nozzle cutter core is provided with an iron wire bending male die 5d1 which protrudes downwards and is matched with the iron wire bending plate 3 to bend steel wires, a shredding moving cutter 6 is arranged at the rear position of the left side of the iron wire bending male die 5d1, the cutting edge of the shredding moving cutter 6 protrudes out of the lower end face of the hair nozzle cutter core, and the left side face of the shredding moving cutter 6 and the right end face of the shredding fixed cutter 2 form a shearing face.

The circular iron wires are fed into a cutter core box from a wire feeding groove 2a1 of the wire cutting fixed cutter 2, a hair nozzle cutter core slides backwards in the cutter core box, a wire cutting movable cutter 6 protruding from the lower end surface of the hair nozzle cutter core firstly cuts the iron wires by passing through the right end surface of the wire cutting fixed cutter 2, and then an iron wire bending male die 5d1 protruding from the lower end surface of the hair nozzle cutter core is matched with an iron wire bending plate 3 to bend the cut steel wires into a U shape with a forward opening; at the moment, the bristles enter from the bristle inlet 5a1 of the bristle nozzle to a position vertically intersected with the needle guide groove, then the needle 7 is punched forwards along the needle guide groove to push the U-shaped iron wire to slide forwards, the U-shaped iron wire is clamped in the middle of the bristles to continue forwards, and the bristles are folded and enter the central pore canal of the bristle nozzle 4 forwards along the needle guide groove; the tip core then slides forward in the core box, the front end of the tip 4 bearing against the aperture of the brush plate, and the punch pin 7 continues to advance until the wire and bristles are fed to the deepest point of the aperture. According to the invention, the iron wires are cut off and bent to form by utilizing backward return sliding after the hair nozzle knife core is planted, and the hair is cut without an independent cutting driving mechanism, so that the structure of the hair planting head is greatly simplified, the volume of the hair planting head is greatly reduced, and the hair planting device is simpler and lighter to arrange.

The box seat cover plate 1b is hinged on the side wall of the box seat 1 through a hinge 1b1, so that the box seat cover plate 1b is opened during maintenance and is fixed again after maintenance.

The middle part of the left side of the iron wire bending plate 3 is provided with a downward through shredding fixed cutter caulking groove 3a, and the right end of the shredding fixed cutter 2 is inserted into the shredding fixed cutter caulking groove 3 a; a steel wire forming groove 3c which is concave downwards is arranged along the central line of the iron wire bending plate 3 in the front-back direction; the left side of steel wire shaping groove 3c is equipped with the cutting movable knife walking groove 3b of undercut, and the width in cutting movable knife walking groove 3b and the width looks adaptation of cutting movable knife cutting edge and be on a parallel with steel wire shaping groove 3c, and the middle part left side in the fore-and-aft direction in cutting movable knife walking groove 3b link up with the wire cutting stationary knife caulking groove 3a mutually, and the cutting edge lower extreme of cutting movable knife 6 inserts in cutting movable knife walking groove 3b, and the cutting edge left side of cutting movable knife 6 is tangent with the right side of wire cutting stationary knife 2. The right end of the shredding fixed knife 2 is inserted into a shredding fixed knife 2 caulking groove of the iron wire bending and breaking plate 3, so that the right end face of the shredding fixed knife 2 is close to a shredding moving knife travelling groove 3b, when a hair nozzle knife core slides backwards in a knife core box, the cutting edge of the shredding moving knife 6 slides backwards along the shredding moving knife travelling groove 3b of the iron wire bending and breaking plate 3, and when the shredding fixed knife 2 is scratched out of a wire feeding groove 2a1, the shredding iron wire is cut off.

The bottom wall of the steel wire forming groove 3c is flush with the bottom of the wire feeding groove 2a1 in the wire cutting fixed knife 2, a steel wire length positioning groove 3d which is widened rightward is arranged in the middle of the front-back direction of the steel wire forming groove 3c and corresponds to the wire cutting fixed knife 2, and the right end face of the steel wire length positioning groove 3d is perpendicular to the wire feeding groove 2a1; the lower end of the iron wire bending male die 5d1 is inserted into the steel wire forming groove 3c, and gaps between the left and right sides of the iron wire bending male die 5d1 and the left and right side walls of the steel wire forming groove 3c are respectively equal to the diameter of round wires fed by the wire feeding groove 2a 1. The circular iron wire enters the steel wire length positioning groove 3d from the wire feeding groove 2a1 of the wire cutting fixed cutter 2, the wire feeding is stopped when the inner end head of the iron wire abuts against the right end face of the steel wire length positioning groove 3d, then the wire cutting movable cutter 6 moves backwards along the wire cutting movable cutter travelling groove 3b, meanwhile, the iron wire bending male die 5d1 moves backwards along the steel wire forming groove 3c, the wire cutting movable cutter 6 firstly contacts the iron wire to cut the iron wire, then the iron wire bending male die 5d1 pushes the middle of the iron wire to move backwards, when the iron wire bending male die 5d1 moves to cross the steel wire length positioning groove 3d, the two ends of the iron wire are blocked to be bent forwards, and as the iron wire bending male die 5d1 moves backwards, the two ends of the iron wire are dragged into a gap between the left side and the right side of the iron wire bending male die 5d1 and the steel wire forming groove 3c, and the iron wire is bent into a U shape with a forward opening, so that bristles can be wrapped forwards conveniently.

The rear end of the bottom wall of the steel wire forming groove 3c is provided with a downward through iron wire bent breaking plate U-shaped groove 3e, and the opening of the iron wire bent breaking plate U-shaped groove 3e is forward and coaxial with the steel wire forming groove 3 c; the bottom wall of the box seat 1 is provided with a push screw inserting hole, a bushing 8b is arranged in the push screw inserting hole, a push screw rod 8 capable of sliding along the up-down direction is inserted in the bushing 8b, the upper end of the push screw rod 8 is provided with a push wire head 8a with a U-shaped section, and the upper end of the push wire head 8a is inserted into a U-shaped groove 3e of the iron wire bending plate; the rear half part of the iron wire bending male die 5d1 is provided with an upward extending cutter core bar U-shaped groove 5d2, the lower end of the cutter core bar U-shaped groove 5d2 is aligned with the iron wire bending broken plate U-shaped groove 3e, and the upper end of the cutter core bar U-shaped groove 5d2 is vertically intersected with and communicated with the punching needle guide groove. After being bent into a U shape with a forward opening, the iron wire is pushed to the rear end of the iron wire bending plate 3 by the iron wire bending male die 5d1, the push rod 8 is lifted upwards, the U-shaped push head 8a at the upper end of the push rod 8 is lifted upwards along the iron wire bending plate U-shaped groove 3e, the U-shaped iron wire is pushed into the cutter core rod U-shaped groove 5d2 until the U-shaped iron wire reaches the punching needle guide groove, the bottom of the U-shaped iron wire is level with the bottom of the punching needle guide groove, and the punching needle 7 is waited to punch the U-shaped iron wire forward.

The shredding fixed cutter 2 is formed by superposing a lower fixed cutter head 2a and an upper fixed cutter head 2b, the left ends of the lower fixed cutter head 2a and the upper fixed cutter head 2b are flush, the length of the lower fixed cutter head 2a is longer than that of the upper fixed cutter head 2b, a wire feeding groove 2a1 extends along the center of the top surface of the lower fixed cutter head 2a, and a wire guide bell mouth 2c communicated with the wire feeding groove 2a1 is arranged at the left ends of the lower fixed cutter head 2a and the upper fixed cutter head 2 b; the left side and the right side of the movable shredding cutter 6 are respectively clamped with a movable cutter pressing block 6a. The shredding stationary knife 2 is divided into a lower stationary knife head 2a and an upper stationary knife head 2b, so that a wire feeding groove 2a1 is conveniently machined on the top surface of the lower stationary knife head 2a, the lower stationary knife head 2a is longer than the upper stationary knife head 2b, and the wire feeding groove 2a1 is conveniently extended to a position tangential to the cutting edge of the shredding movable knife. The shredding fixed knife 2 and the shredding movable knife 6 are manufactured in a split mode, on one hand, machining and installation are convenient, on the other hand, after the cutter is worn, parts to be replaced are smaller, and manufacturing and production costs are reduced.

As shown in fig. 8 to 10, the cutter core bar 5 comprises a cutter core bar body 5a, a cutter core bar bottom plate 5b, an upper punch pin guide plate 5c and a lower punch pin guide plate 5d, wherein the upper part of the rear end of the cutter core bar body 5a is connected with a cutter core bar driving shaft 5e, a punch pin driving bar guide groove 5a2 is arranged along the bottom surface axis of the cutter core bar body 5a, the cutter core bar bottom plate 5b covers the rear part of the bottom surface of the cutter core bar body 5a, and the front end of the cutter core bar bottom plate 5b is provided with a shredding moving cutter groove 5b1 for a shredding moving cutter blade to pass through; the upper punch needle guide plate 5c and the lower punch needle guide plate 5d are mutually overlapped and then connected to the cutter core rod body 5a in front of the cutter core rod bottom plate 5b, the punch needle guide groove is positioned on the central line of the opposite end surfaces of the upper punch needle guide plate 5c and the lower punch needle guide plate 5d, the rear end of the punch needle 7 is connected with the punch needle driving rod 7a, and the punch needle driving rod 7a is positioned in the punch needle driving rod guide groove 5a 2; the iron wire bending male die 5d1 is connected to the rear part of the lower end face of the lower punch needle guide plate 5d, and the cutter core bar U-shaped groove 5d2 is positioned in the center of the rear end of the lower punch needle guide plate 5 d. The hair nozzle knife core is assembled and installed after being manufactured separately, so that a punching needle driving rod guide groove 5a2 is processed on the bottom surface of a knife core rod body 5a, a punching needle driving rod 7a is installed in the punching needle driving rod guide groove 5a2, and the shredding movable knife 6 is installed conveniently; because the size of the punching needle guide groove is different from that of the punching needle driving rod guide groove 5a2, the upper punching needle guide plate 5c and the lower punching needle guide plate 5d are adopted at the front part of the cutter core rod 5 to be overlapped, so that the two punching needle guide plates are conveniently surrounded to form the punching needle guide groove, the processing amount is reduced, the punching needle 7 is conveniently installed, the iron wire bending male die 5d1, the cutter core rod U-shaped groove 5d2 and the shredding moving cutter groove 5b1 for the shredding moving cutter blade to pass through are conveniently processed on the lower punching needle guide plate 5d, and the manufacturing difficulty is greatly reduced.

The hair nozzle 4 is formed by encircling a hair nozzle upper half circumference 4a, a hair nozzle lower half circumference 4b and a pair of hair nozzle opposite sides 4d clamped between the hair nozzle upper half circumference and the hair nozzle lower half circumference, a punching needle channel matched with the width of the punching needle 7 is reserved between the two hair nozzle opposite sides 4d, and semicircular grooves 4c which extend backwards to the root of a hair nozzle bristle inlet 5a1 are respectively arranged in the centers of opposite end surfaces of the hair nozzle upper half circumference 4a and the hair nozzle lower half circumference 4 b; the upper half periphery 4a of the hair nozzle is connected with the cutter core rod body 5a into a whole, the lower half periphery 4b of the hair nozzle and the opposite sides 4d of the hair nozzle are fixedly connected on the upper half periphery 4a of the hair nozzle and the cutter core rod body 5a through screws, and the root of the hair nozzle is sleeved with a hair nozzle clamp 4e. The hair mouth is surrounded by four parts, the hair mouth 4 is integrated by the screw and the hair mouth clamp 4e, the processing and assembling difficulty is reduced, the punching needle channel between the two hair mouth opposite sides 4d can ensure that the punching needle 7 can accurately punch out forwards along the axis of the punching needle 7, the iron wire advances along the punching needle channel between the two hair mouth opposite sides 4d in front of the punching needle 7, and after being wrapped by the iron wire, the brush hair which is folded backwards is generated from the middle part and advances forwards along the semicircular grooves 4c of the hair mouth upper half 4a and the hair mouth lower half 4b along the punching needle 7.

The middle part of the opposite side 4d of the hair nozzle is provided with an inward sunken iron wire guide groove 4d1 extending along the front-back direction, the rear ends of the two iron wire guide grooves 4d1 are respectively provided with a horn mouth, and the front ends of the bottoms of the two iron wire guide grooves 4d1 are gradually close to each other. The both sides of U-shaped iron wire inlay respectively in the iron wire guide slot 4d1 of two hair mouth opposite sides 4d, can guarantee that the iron wire steadily advances under the promotion of punching pin 7, the horn mouth of two iron wire guide slot 4d1 rear ends plays the guide effect and guarantees that the both sides of iron wire get into smoothly in the iron wire guide slot 4d1, the U-shaped iron wire is half the surrounding parcel in the rear side of brush hair, when the iron wire is advanced to being close to hair mouth 4 front end, because the front end of two iron wire guide slot 4d1 draws close gradually and makes the front end of U-shaped iron wire inwards shrink, is the raindrop form and wraps up the brush hair completely, the brush hair can not take place the phenomenon of dehairing after being planted the aperture.

The color-clamping hair-planting method sequentially comprises the following steps: as shown in fig. 11, the blocking knife 9 is in an open state, a second bristle taking opening 20b of the bristle taking knife 20 reaches a bristle inlet 5a1 of the bristle mouth, the first bristle taking opening 20a passes over the bristle inlet 5a1 of the bristle mouth, at this time, the bristle taking knife 20 rotates anticlockwise, and the two bristle taking openings rotate towards the direction of the bristle groove.

As shown in fig. 12, the blocking knife 9 is closed to block the bristles in the two bristle grooves, the bristle taking moving knife 20 continues to rotate anticlockwise, the bristle taking opening two 20b reaches the position of the bristle groove one 11a, but the bristles one of the bristle groove one 11a cannot enter the bristle taking opening two 20 b.

Third, as shown in fig. 13, when the movable bristle taking knife 20 continues to rotate anticlockwise until the second bristle taking opening 20b passes over the first bristle groove 11a, the bristle blocking knife 9 is opened, and then the second bristle taking opening 20b reaches the second bristle groove 11b, and the second bristle of the second bristle groove 11b is embedded in the second bristle taking opening 20 b; and meanwhile, the first hair taking opening 20a reaches the first hair groove 11a, and the first hair of the first hair groove 11a is embedded into the first hair taking opening 20a, so that hair taking is completed.

As shown in fig. 14, the hair blocking knife 9 is still in an open state, the hair taking moving knife 20 rotates clockwise, the first hair taking opening 20a reaches a position attached to the hair taking fixed knife 10, and the hair taking fixed knife 10 blocks the first hair of the first hair taking opening 20a to prevent falling; the second bristle taking opening 20b reaches the first bristle taking groove 11a, and the first bristle in the first bristle taking groove 11a cannot be embedded into the second bristle taking opening 20b because the second bristle taking opening 20b is fully embedded with the second bristle.

As shown in fig. 15, the blocking knife 9 is still in an open state, the picking knife 20 continues to rotate clockwise, and when the picking mouth first 20a reaches the root of the mouth bristle inlet 5a1, the upper and lower ends of the first bristles are blocked by the knife core bar 5 and cannot continue to rotate along with the picking mouth first 20a so as to separate from the picking mouth first 20a; at this time, the second bristle taking opening 20b reaches a position attached to the bristle taking fixed cutter 10, and the bristle taking fixed cutter 10 plugs the second bristle of the second bristle taking opening 20b to prevent falling.

As shown in fig. 16, the hair blocking knife 9 is still in an open state, the hair taking knife 20 continues to rotate clockwise, and the hair taking opening one 20a passes through the hair inlet 5a1 of the hair nozzle; when the second bristle taking opening 20b reaches the root of the bristle inlet 5a1 of the bristle mouth, the upper end and the lower end of the second bristle are blocked by the knife core rod 5 and cannot continue to rotate along with the second bristle taking opening 20b to separate from the second bristle taking opening 20b, and at the moment, the first bristle and the second bristle reach the root of the bristle inlet 5a1 of the bristle mouth and the middle part of the bristle is positioned in the needle punching guide groove.

And the knife core rod 5 drives the hair nozzle 4 to advance until the hair nozzle 4 abuts against the eyelet of the brush plate, the punching needle 7 punches out forwards along the punching needle guide groove to push the U-shaped iron wire to wrap the middle parts of the first and second bristles and continuously enter the bottom of the hole of the brush plate forwards, the first and second bristles adopt different colors or materials and the like, so that the color-clamping hair planting is completed, then the punching needle 7 and the knife core rod 5 return to the step of firstly, and the next round of hair planting is entered.

Claims

1. The utility model provides a press from both sides look and plant hair device, includes and plants hair head and provides the shuttle hair device of brush hair to planting hair head, its characterized in that: the hair planting head comprises a cutter core box and a hair nozzle cutter core, the hair nozzle cutter core comprises a cutter core rod and a hair nozzle connected to the front end of the cutter core rod, the cutter core rod is inserted into the inner cavity of the cutter core box and can slide back and forth, a punching needle guide groove is formed in the center of the cutter core rod, a punching needle is arranged in the punching needle guide groove, a hair nozzle bristle inlet is formed in the right side of the front part of the cutter core rod, and the left root of the hair nozzle bristle inlet is vertically intersected with the punching needle guide groove; the hair picking device comprises a hair picking moving cutter seat arranged at the front side of a hair planting frame, a hair box is arranged at the left side of the hair picking moving cutter seat, two hair grooves extending along the left-right direction are formed in the hair box, a hair picking moving cutter fixed shaft extending along the vertical direction is arranged in the hair picking moving cutter seat, an L-shaped rocker arm extending leftwards and upwards is hinged to the middle part of the hair picking moving cutter fixed shaft, the rear end of the hair picking moving cutter is fixed at the top of the free end of the L-shaped rocker arm, a hair picking moving cutter circular arc edge is arranged at one side of the hair picking moving cutter facing to a hair groove outlet, two hair picking openings which are recessed inwards are formed in the hair picking moving cutter circular arc edge, and the two hair picking openings respectively correspond to the two hair groove outlets; the circle center of the circular arc edge of the hair taking movable cutter falls on the axis of the hair taking movable cutter fixed shaft; a hair taking fixed knife which is matched with the circular arc edge of the hair taking movable knife is arranged at the front side of the hair groove outlet of the hair box; the upper side and the lower side of the hair taking movable knife are respectively clamped with a hair blocking knife, one side of the hair blocking knife facing the hair groove outlet is provided with a hair blocking knife circular arc edge, and the hair blocking knife circular arc edge can shield two hair taking openings of the hair taking movable knife in the overlooking direction;

The bristles with different specifications, different thicknesses, different hardness, different materials or different colors are placed in the two hair grooves, the two hair taking openings on the hair taking moving knife respectively take the bristles in the corresponding hair grooves and are sent into the hair planting head, so that two kinds of bristles are implanted in the same eyelet.

2. The color-clamping hair-planting device according to claim 1, wherein: the hair-planting machine frame is provided with a main shaft, the right end of the main shaft is provided with a main shaft big belt wheel, the main shaft big belt wheel is in transmission connection with a main shaft driving wheel through a main transmission belt, the main shaft driving wheel is arranged at the output end of a main motor, and the main motor is fixed on the hair-planting machine frame; the left end of the main shaft is provided with a hair taking eccentric wheel, the circumference of the hair taking eccentric wheel is hinged with a hair taking connecting rod, the rear end of the hair taking connecting rod is hinged to the middle of a hair taking movable cutter rocker arm, the lower end of the hair taking movable cutter rocker arm is hinged to the hair planting frame, the upper end of the hair taking movable cutter rocker arm is hinged to a hair taking movable cutter driving rod, and the front end of the hair taking movable cutter driving rod is hinged to the corner of the L-shaped rocker arm.

3. The color-clamping hair-planting device according to claim 2, wherein: install on the main shaft and keep off the hair cam, keep off the free end of hair driving arm and be in through the laminating of cam follower roller on the circumference of fender Mao Tulun, the middle part that keeps off the hair driving arm is connected with the extension spring, the lower extreme of extension spring is fixed plant Mao Jijia, the rear end that keeps off the hair driving arm is fixed connection with the right-hand member that keeps off the hair transmission shaft, the middle part that keeps off the hair transmission shaft is in through the bearing support in the planting hair frame, the left end fixedly connected with that keeps off the hair transmission shaft upwards keeps off Mao Yaobei, the upper end that keeps off the hair rocking arm articulates has fender hair sword actuating lever, the front end that keeps off hair sword actuating lever articulates in the left side that keeps off Mao Dao, the center that keeps off the hair blade holder articulates through the fender Mao Daozhou that vertically extends is in on the bottom plate of hair case, two the rear end that keeps off the hair sword all is connected to the right side that keeps off Mao Dao.

4. The color-clamping hair-planting device according to claim 1, wherein: the knife core box comprises a box seat with a U-shaped section, a box seat cover plate is covered at the upper port of the box seat, a bottom pad plate is covered on the bottom wall of the inner cavity of the box seat, an iron wire bending and breaking plate is arranged at the front part of the bottom pad plate, and the top surface of the iron wire bending and breaking plate is level with the top surface of the bottom pad plate; the left and right side walls of the inner cavity of the box seat are respectively covered with a left backing plate and a right backing plate; the front part of the left side wall of the box seat is provided with a shredding fixed cutter mounting hole extending in the left-right direction, a shredding fixed cutter is arranged in the shredding fixed cutter mounting hole, and a wire feeding groove extending in the left-right direction is arranged in the shredding fixed cutter; the utility model discloses a hair mouth knife core, including hair mouth knife core, the lower terminal surface center of hair mouth knife core is installed and is downward protruding and with the curved terrace die of iron wire of curved broken board cooperation crooked steel wire, the position behind the left side of the curved terrace die of iron wire is installed and is shredded and move the sword, the cutting edge that shreds and move the sword protrusion in the lower terminal surface of hair mouth knife core, the left surface that shreds and move the sword with the right-hand member face that shreds the stationary knife forms the shear plane.

5. The color-clamping hair-planting device according to claim 4, wherein: a wire cutting fixed cutter caulking groove which is penetrated downwards is formed in the middle of the left side of the iron wire bending plate, and the right end of the wire cutting fixed cutter is inserted into the wire cutting fixed cutter caulking groove; a steel wire forming groove which is concave downwards is arranged along the central line of the iron wire bending plate in the front-back direction; the left side of steel wire shaping groove is equipped with the cutting movable cutter travel groove of undercut, the cutting movable cutter travel groove the width with the width looks adaptation of cutting movable cutter cutting edge and be on a parallel with the steel wire shaping groove, the middle part left side of cutting movable cutter travel groove the fore-and-aft direction with cut into the rule and link up mutually, the cutting movable cutter's cutting edge lower extreme insert in cut into the cutting movable cutter travel groove, cut into movable cutter's cutting edge left side with cut into the right side of rule and fix the rule.

6. The color-clamping hair-planting device according to claim 5, wherein: the bottom wall of the steel wire forming groove is flush with the bottom of the wire feeding groove in the wire cutting and fixing knife, a steel wire length positioning groove which widens rightward is arranged in the middle of the front and rear direction of the steel wire forming groove and corresponds to the wire cutting and fixing knife, and the right end surface of the steel wire length positioning groove is perpendicular to the wire feeding groove; the lower end of the iron wire bending male die is inserted into the steel wire forming groove, and gaps between the left side and the right side of the iron wire bending male die and the left side wall and the right side wall of the steel wire forming groove are respectively equal to the diameter of round wires fed by the wire feeding groove.

7. The color-clamping hair-planting device according to claim 6, wherein: the rear end of the bottom wall of the steel wire forming groove is provided with a downward through iron wire bent breaking plate U-shaped groove, and the opening of the iron wire bent breaking plate U-shaped groove is forward and coaxial with the steel wire forming groove; the bottom wall of the box seat is provided with a push screw inserting hole, a push screw capable of sliding along the up-down direction is inserted into the push screw inserting hole, the upper end of the push screw is provided with a push wire head with a U-shaped section, and the upper end of the push wire head is inserted into the U-shaped groove of the iron wire bending plate; the utility model discloses a punch pin guide groove, including iron wire bending male die, the curved male die of iron wire is equipped with the curved male die of sword core bar U-shaped groove that upwards extends, the lower extreme in sword core bar U-shaped groove with the curved broken board U-shaped groove of iron wire aligns, the upper end in sword core bar U-shaped groove with punch pin guide groove intersects perpendicularly and link up.

8. The color-clamping hair-planting device according to claim 4, wherein: the cutter core rod comprises a cutter core rod body, a cutter core rod bottom plate, an upper punching needle guide plate and a lower punching needle guide plate, wherein the upper part of the rear end of the cutter core rod body is connected with a cutter core rod driving shaft, a punching needle driving rod guide groove is arranged along the bottom surface axis of the cutter core rod body, the cutter core rod bottom plate covers the rear part of the bottom surface of the cutter core rod body, and a shredding moving cutter groove for a shredding moving cutter blade to pass through is arranged at the front end of the cutter core rod bottom plate; the upper punch needle guide plate and the lower punch needle guide plate are mutually overlapped and then connected to the cutter core rod body in front of the cutter core rod bottom plate, the punch needle guide groove is positioned on the central line of opposite end surfaces of the upper punch needle guide plate and the lower punch needle guide plate, the rear end of the punch needle is connected with a punch needle driving rod, and the punch needle driving rod is positioned in the punch needle driving rod guide groove; the iron wire bending male die is connected to the rear part of the lower end face of the lower punch needle guide plate, and the cutter core bar U-shaped groove is positioned in the center of the rear end of the lower punch needle guide plate.

9. The color-clamping hair-planting device according to claim 8, wherein: the hair nozzle is formed by encircling a hair nozzle upper half periphery, a hair nozzle lower half periphery and a pair of hair nozzle opposite sides clamped between the hair nozzle upper half periphery and the hair nozzle lower half periphery, a punching needle channel matched with the width of a punching needle is reserved between the two hair nozzle opposite sides, and semicircular grooves which extend backwards to the root parts of hair nozzle bristle inlets are respectively arranged in the centers of opposite end surfaces of the hair nozzle upper half periphery and the hair nozzle lower half periphery; the upper half circumference of the hair nozzle is connected with the cutter core rod body into a whole, the lower half circumference of the hair nozzle and the opposite sides of the hair nozzle are fixedly connected to the upper half circumference of the hair nozzle and the cutter core rod body through screws, and the root of the hair nozzle is sleeved with a hair nozzle clamp; the utility model discloses a hair mouth, including the hair mouth opposite side, the opposite side is equipped with inwards sunken and along the iron wire guide slot of fore-and-aft direction extension in the middle part of the terminal surface in opposite directions of hair mouth, and the rear end of two iron wire guide slots is equipped with the horn mouth respectively, two the bottom front end of iron wire guide slot is close to each other gradually.

10. A method of color-clamping hair-planting by the color-clamping hair-planting device according to any one of claims 2 to 9, comprising the steps of, in order: the method comprises the steps that a hair blocking knife is in an open state, a hair taking opening II of the hair taking moving knife reaches a hair mouth bristle inlet of a hair planting head, a hair taking opening I passes through the hair mouth bristle inlet, at the moment, the hair taking moving knife rotates anticlockwise, and two hair taking openings rotate towards a hair groove direction; the bristle blocking knife is closed to block bristles in two bristle grooves in the bristle box, the bristle taking moving knife continues to rotate anticlockwise, the bristle taking opening II reaches the position of the bristle groove I, but the bristles of the bristle groove I cannot enter the bristle taking opening II; the hair taking movable cutter continues to rotate anticlockwise until the hair taking opening II passes through the hair groove I, the hair blocking cutter is opened, then the hair taking opening II reaches the hair groove II, and the hair of the hair groove II is embedded into the hair taking opening II; simultaneously, the first hair taking opening reaches the first hair groove, and the first hair of the first hair groove is embedded into the first hair taking opening to finish hair taking; the hair blocking knife is still in an open state, the hair taking movable knife rotates clockwise, the hair taking opening I reaches the position attached to the hair taking fixed knife, and the hair taking fixed knife blocks the hair taking opening I to prevent falling; the second bristle taking opening reaches the first bristle taking groove, and the second bristle taking opening is fully embedded with the second bristle, so that the first bristle in the first bristle taking groove cannot be embedded into the second bristle taking opening; the wool blocking knife is still in an open state, the wool taking moving knife continuously rotates clockwise, and when the first wool taking opening reaches the root of the bristle inlet of the wool nozzle, the upper and lower ends of the first bristles are blocked by the knife core rod and cannot continuously rotate along with the first wool taking opening so as to be separated from the first wool taking opening; at the moment, the second bristle taking opening reaches a position attached to the second bristle taking fixed knife, and the second bristle taking opening is blocked by the second bristle taking fixed knife to prevent falling; the hair blocking knife is still in an open state, the hair taking moving knife continues to rotate clockwise, and the hair taking opening I passes through the hair inlet of the hair nozzle; when the bristle taking opening II reaches the root of the bristle inlet of the bristle mouth, the upper end and the lower end of the bristle II are blocked by the knife core rod and cannot continuously rotate along with the bristle taking opening II so as to separate from the bristle taking opening II, and at the moment, the bristle I and the bristle II reach the root of the bristle inlet of the bristle mouth and the middle part of the bristle is positioned in the needle punching guide groove; and driving the hair nozzle to advance until the hair nozzle is abutted against the eyelet of the brush plate, punching the punching needle forward along the punching needle guide groove to push the U-shaped iron wire to wrap the middle parts of the first brush hair and the second brush hair and continuously enter the bottom of the hole of the brush plate forward to finish color-clamping hair planting, and then returning the punching needle and the cutter core rod to the step, thereby entering the next hair planting round.