CN211431481U - Hair trimming, blooming and beating assembly for hair planting machine - Google Patents

Abstract

The utility model provides a hair trimming, blooming and beating assembly for a hair planting machine, which comprises a frame, wherein a concave cavity is formed on the side wall of the frame in a concave manner, and a blooming component, a hair flattening component and a hair beating component are sequentially arranged in the concave cavity; the flowering assembly comprises a flowering mechanism which is connected with the rack in a transverse sliding manner and a flowering sliding driving mechanism which is arranged on the rack; the hair smoothing component comprises a hair smoothing mechanism which is connected with the rack in a transverse sliding manner and a hair smoothing sliding driving mechanism which is arranged on the rack; the hair beating component comprises a hair beating mechanism which is transversely connected to the side wall of the hair flattening mechanism in a sliding mode, and a hair beating sliding driving mechanism which is used for driving the hair beating mechanism to be close to or far away from the rack. The hair trimming, blooming and beating assembly for the hair planting machine can flatten, bloom and beat the hair of the hair brush until the hair brush needs to be clamped once, so that the time required by processing the hair brush is shortened, and the production efficiency is improved.

Description

Hair trimming, blooming and beating assembly for hair planting machine

Technical Field

The utility model relates to a hair planting machine technical field especially relates to a hair planting machine is with repairing hair and blooming bat hair assembly.

Background

In the manufacturing process of the brush, firstly, a brush hair mounting hole is drilled on a brush body of the brush, then, brush hair is implanted into the brush hair mounting hole, after the brush hair is planted, a hair flattening device is used for trimming the end part of the brush body, which protrudes out of the brush hair, then, a blooming device is used for processing the end part of the brush body, which protrudes out of the brush hair, namely, a high-speed rotating blooming knife is used for scratching the end part of the brush body, which protrudes out of the brush hair, to form a plurality of strands of filaments, then, the hair flattening knife is used for trimming the end part of the brush body, which protrudes out of the brush hair, and finally, a hair beating device is used for beating the brush.

At present, the existing hair flattening device, the blooming device and the hair beating device are all installed on respective machine frames and used as independent devices, that is, after hair planting is completed, a hair brush needs to be placed on the hair flattening device to be clamped and fixed, then the hair brush is trimmed through the hair flattening device, after hair flattening is completed, the hair brush is taken down from the hair flattening device and is placed on the blooming device to be clamped and fixed, then the hair brush is bloomed through the blooming device, after blooming is completed, the hair brush is taken down from the blooming device and is placed on the hair flattening device to be clamped and fixed, then the hair brush is trimmed through the hair flattening device, after hair flattening is completed, the hair brush is taken down from the hair flattening device and is placed on the hair beating device to be clamped and fixed, then the hair beating device is used for beating the hair brush, after hair beating is completed, the hair brush is taken down from the hair beating device, at this time, the processing of the brush is completed. The whole process needs to clamp, disassemble and transport the brush for many times, so that the time consumption is long, and the production efficiency is low.

SUMMERY OF THE UTILITY MODEL

In view of this, the utility model aims at providing a hair is repaiied for hair planting machine and is bloomed feather clapping assembly, it has can be carried out the processing of flat hair, bloom, feather clapping to the brush, and it is shorter to consume time, the higher advantage of production efficiency.

In order to solve the technical problem, the technical scheme of the utility model is that: a hair trimming, blooming and beating assembly for a hair planting machine comprises a rack, wherein a concave cavity is formed in the side wall of the rack in a concave mode, and a blooming component, a hair flattening component and a beating component are sequentially arranged in the concave cavity along the conveying direction of a hair brush; the blooming assembly comprises a blooming mechanism which is transversely connected to the rack in a sliding manner, and a blooming sliding driving mechanism which is arranged on the rack and used for driving the blooming mechanism to be close to or far away from the rack, and when the brush needs to be bloomed, the blooming mechanism is controlled to protrude out of the concave cavity through the blooming sliding driving mechanism; the hair smoothing assembly comprises a hair smoothing mechanism which is transversely connected to the rack in a sliding mode and a hair smoothing sliding driving mechanism which is arranged on the rack and used for driving the hair smoothing mechanism to be close to or far away from the rack, and when hair smoothing treatment needs to be carried out on the hair brush, the hair smoothing sliding driving mechanism controls the hair smoothing mechanism to protrude out of the concave cavity; clap the hair subassembly and include that lateral sliding connects clap hair mechanism, be used for the drive on the lateral wall of hair flattening mechanism clap the hair mechanism and be close to or keep away from the drive mechanism that slides claps the hair of frame, when needs clap the hair to the brush and handle, through clapping the hair drive mechanism control and clap hair mechanism protrusion in the cavity slides.

Through the technical scheme, during the use, the brush body centre gripping that will plant the brush hair is on the anchor clamps of being connected with the frame slides, when the brush hair on the brush body is gone up the hair and is handled, it removes towards keeping away from frame one side to control flat hair mechanism through flat hair sliding drive mechanism, make flat hair mechanism protrusion in cavity, meanwhile, it removes towards frame one side to control mechanism that blooms through the drive mechanism that slides that blooms, make blossoming mechanism accomodate to the cavity inside, it removes towards frame one side to control clap hair mechanism through clapping hair sliding drive mechanism, make clapping hair mechanism accomodate to the cavity inside, control anchor clamps pass flat hair mechanism after that, when the brush hair contacts with flat hair mechanism, flat hair mechanism cuts off the brush hair. After the bristles are flattened, the bristle flattening mechanism is controlled to move towards one side of the rack through the bristle flattening sliding driving mechanism, the bristle flattening mechanism is stored in the concave cavity, meanwhile, the blooming mechanism is controlled to move towards the side far away from the rack through the blooming sliding driving mechanism, the blooming mechanism protrudes out of the concave cavity, then the clamp is controlled to penetrate through the blooming mechanism, and when the bristles are in contact with the blooming mechanism, the blooming mechanism scratches the ends of the bristles to form filaments. After accomplishing blossoming, it removes to frame one side to make blossoming mechanism take in to the cavity inside through the drive mechanism control mechanism that slides that blossoms, it removes towards keeping away from frame one side through the flat hair drive mechanism control flat hair mechanism that slides, make flat hair mechanism protrusion in cavity, it removes to keeping away from frame one side to slide drive mechanism control bat hair mechanism through clapping hair, make bat hair mechanism protrusion in cavity, later control anchor clamps pass flat hair mechanism and clap hair mechanism in proper order, when the brush hair contacts with flat hair mechanism, flat hair mechanism cuts off the brush hair of contact with it, when the brush hair contacts with clapping hair mechanism, clap hair mechanism and pat the brush hair, make the piece that mingles with in the brush hair drop. That is to say, the hair trimming, blooming and beating assembly for the hair planting machine can flatten, bloom and beat the hair of the hair brush until the hair brush needs to be clamped once, so that the time required by processing the hair brush is shortened, and the production efficiency is improved.

Preferably, the flat hair mechanism includes that the horizontal slip is connected flat hair link, fixed connection in the frame flat hair mounting bracket on the flat hair link lateral wall, set up in flat hair mounting bracket is kept away from the flat hair cutter of flat hair link one side, flat hair cutter includes vertical the fixing flat hair sword on the flat hair mounting bracket, vertical rotation are connected flat hair sword of rotation on the flat hair mounting bracket, install be used for the drive on the flat hair mounting bracket rotate the flat hair driving piece of flat hair sword rotation in a circumferential direction, the edge of a knife of the flat hair sword of fixing with during the edge of a knife butt of rotating flat hair sword, be located the flat hair sword of fixing with the brush hair of rotating between the flat hair sword is cut off.

Through above-mentioned technical scheme, when need carry out the hair flattening machine-hour to the brush hair, the control brush passes through from the hair flattening mechanism cutter, and this in-process, brush hair on the brush can stretch into to fixed hair flattening sword and rotate between the hair flattening sword. Meanwhile, the rotating hair flattening cutter is controlled to rotate in the circumferential direction by the hair flattening driving piece, and when the cutter edge of the rotating hair flattening cutter is abutted to the cutter edge of the fixed hair flattening cutter, the fixed hair flattening cutter and the rotating hair flattening cutter are matched to cut off bristles between the fixed hair flattening cutter and the rotating hair flattening cutter.

Preferably, it connects including rotating to rotate the flat hair live-rollers on the flat hair mounting bracket, circumference are evenly fixed a plurality of flat hair cutting edges on the flat hair live-rollers, and a plurality of flat hair cutting edges all follow the axial extension of flat hair live-rollers.

Through above-mentioned technical scheme, rotate through flat hair live-rollers of flat hair driving piece control, at flat hair live-rollers pivoted in-process, set up flat hair cutting edge on flat hair live-rollers perisporium can one by one with fixed flat hair sword butt for cut off the brush hair between fixed flat hair sword and the flat hair sword of rotation.

Preferably, fixed flat hair sword with it stretches into to be formed with the cutting clearance of confession brush hair between the flat hair sword to rotate, be provided with flat hair guide rail on the flat hair mounting bracket, flat hair guide rail is located flat hair cutter keeps away from flat hair link one side, flat hair guide rail communicate in the cutting clearance, just flat hair guide rail's both ends all are the flaring setting.

Through above-mentioned technical scheme, set up the hair guide rail that puts up on the hair flattening mounting bracket and can gather together the brush hair and introduce the hair flattening cutter on to this guarantees that the hair flattening cutter can carry out the hair to all brush hairs and handles.

Preferably, the flat hair link includes that lateral sliding connects flat hair slide in the frame, fixes flat hair trachea on the flat hair slide and fixing flat hair mounting panel on the flat hair trachea, the tracheal one end of flat hair is passed through hose and outside air supply intercommunication, be provided with flat hair branch pipe on the tracheal lateral wall of flat hair, just flat hair branch pipe communicate in flat hair trachea, flat hair mounting panel is fixed on the tip of flat hair branch pipe, set up on the flat hair mounting panel with the flat hair through-hole of the inner chamber intercommunication of flat hair branch pipe, wear to be equipped with flat hair connecting hole on the flat hair mounting bracket, flat hair connecting hole with cutting gap intercommunication.

Through the technical scheme, the wool flattening sliding driving mechanism is used for controlling the wool flattening mechanism to transversely slide through the wool flattening sliding plate. During the use, control outside air supply and inhale, the inspiratory in-process can produce the piece to the flat hair and collect, and the piece that the flat hair produced can pass flat hair clearance, flat hair connecting hole, flat hair through-hole, flat hair branch pipe and flat hair in proper order and be responsible for.

Preferably, the flowering mechanism includes a flowering connecting frame connected to the frame in a transverse sliding manner, a flowering mounting frame fixed to the flowering connecting frame, and a flowering tool disposed on the flowering mounting frame, the flowering mounting frame is provided with a flowering mounting hole, the flowering tool is disposed in the flowering mounting hole, and the flowering tool includes a flowering roller rotatably connected to the flowering mounting frame, a plurality of flowering blades circumferentially fixed to the flowering roller, and a flowering driving member for driving the flowering roller to circumferentially rotate.

Through the technical scheme, when the bristles on the brush need to be bloomed, the brush is controlled to pass through the bloomed cutter, meanwhile, the circumferential rotation of the blooming rotating roller is controlled through the blooming driving piece, and in the circumferential rotation process of the blooming rotating roller, the blooming blades arranged on the circumferential wall of the blooming rotating roller are continuously contacted with the bristles and scratch the bristles protruding out of the end part of the brush body to form a plurality of strands of filaments.

Preferably, the flowering connecting frame comprises a flowering sliding plate which is transversely connected to the rack in a sliding manner, a flowering air pipe which is fixed to the flowering sliding plate, and a flowering mounting plate which is fixed to the flowering air pipe, wherein one end of the flowering air pipe is communicated with an external air source through a hose, a flowering branch pipe which extends obliquely and upwardly is arranged on the side wall of the flowering air pipe, the flowering branch pipe is communicated with the flowering air pipe, the flowering mounting plate is fixed to the end portion of the flowering branch pipe, a flowering through hole which is communicated with an inner cavity of the flowering branch pipe is formed in the flowering mounting plate, and the flowering through hole is communicated with the flowering mounting hole.

Through the technical scheme, the flowering sliding driving mechanism is used for controlling the flowering mechanism to transversely slide through the flowering sliding plate. During the use, control outside air supply and inhale, the in-process of breathing in can collect blossoming production piece, and the piece that blossoms the production can pass in proper order and flower mounting hole, flower through-hole, the branch pipe that blossoms and flower the main pipe.

Preferably, a flowering guide rail is arranged on the flowering mounting frame, the flowering guide rail is located on one side, away from the flowering connecting frame, of the flowering cutter, the flowering guide rail is communicated with the flowering mounting hole, and two ends of the flowering guide rail are in flaring arrangement.

Through above-mentioned technical scheme, set up the guide rail that blooms on the blossoming mounting bracket and can gather together the brush hair and introduce the cutter of blooming to this guarantees that the cutter of blooming can carry out the processing of blooming to all brush hairs.

Preferably, clap hair mechanism including clapping the hair mounting bracket, clap hair spare and clap the hair driving piece, clap the hair mounting bracket and transversely slide and connect on the lateral wall of hair tie frame, clap the hair mounting bracket orientation logical groove has been seted up on the tip of hair tie frame, clap the hair spare and include that transversely slide and connect clap the hair pole on the hair mounting bracket and fix it keeps away from to clap the hair pole clap the hair head on the tip of frame, clap the hair head and keep away from be provided with a plurality of claps on the tip of bat hair pole and play the hair, it is used for the drive to clap the hair driving piece clap the hair pole and carry out lateral shifting.

Through above-mentioned technical scheme, when needs clap the hair to the brush and handle, control brush from clapping hair mechanism process, meanwhile, clap the hair pole through clapping the control of hair driving piece and carry out horizontal reciprocating motion, this in-process sets up and to be able to constantly clap the brush through clapping the hair in clapping the hair head on the hair pole tip for the piece that mix with in the brush drops.

Preferably, the hair beating driving part comprises a hair beating driving motor, a driving bevel gear, a driven bevel gear, a transmission rotating shaft and a transmission connecting rod; clap hair driving motor and set up clap the hair mounting bracket and keep away from on the terminal surface of hair flattening mechanism, just clap hair driving motor's output shaft and run through clap the hair mounting bracket and stretch into to lead to the inslot, the drive bevel gear is fixed clap on hair driving motor's the output shaft, driven bevel gear set up in lead to inslot portion and with the drive bevel gear meshing, the transmission pivot is rotated and is connected clap on the hair mounting bracket, the one end of transmission pivot is run through clap the hair mounting bracket and with driven bevel gear coaxial fastening, the other end protrusion of transmission pivot in the hair mounting bracket, the one end off-centre of transmission connecting rod is rotated and is connected clap on the hair pole, the other end rotates and is connected in the transmission pivot.

Through the technical scheme, during the use, beat hair driving motor and be connected with external power supply, beat hair driving motor control initiative bevel gear and carry out circumferential direction, initiative bevel gear drives the driven bevel gear who meshes with it and carries out circumferential direction, and driven bevel gear drives the transmission pivot and rotates, and the transmission pivot drives through the transmission connecting rod of eccentric connection and beats the hair pole and carry out horizontal reciprocating motion.

Drawings

FIG. 1 is a schematic structural diagram of an embodiment, which is mainly used for showing the appearance of the embodiment;

FIG. 2 is a schematic structural view of a hair smoothing assembly, which is mainly used for showing the components of the hair smoothing assembly;

FIG. 3 is a schematic cross-sectional view of a hair smoothing assembly, which is mainly used for showing the distribution of hair smoothing through holes and hair smoothing connecting holes;

FIG. 4 is a schematic view of a portion of the hair smoothing assembly, primarily for illustrating the components of the hair smoothing tool;

FIG. 5 is a schematic structural view of the flowering assembly, primarily for illustrating the components of the flowering assembly;

FIG. 6 is a schematic cross-sectional view of the blooming assembly, primarily showing the arrangement of the hair-flattening mounting holes and hair-flattening through holes;

fig. 7 is a schematic structural diagram of the hair-beating assembly, which is mainly used for displaying the components of the hair-beating assembly.

Reference numerals: 1. a frame; 2. a concave cavity; 3. a flowering assembly; 31. a flowering mechanism; 311. a flowering connecting frame; 3111. a flowering skateboard; 3112. blooming trachea; 3113. a blooming mounting plate; 3114. a flowering branch pipe; 312. a flowering mounting frame; 313. a flowering cutter; 3131. a blooming turning roll; 3132. a flowering blade; 3133. a flowering drive member; 32. a flowering slip drive mechanism; 4. a hair smoothing component; 41. a hair smoothing mechanism; 411. a hair flattening connecting frame; 4111. a smooth board; 4112. smoothening the bronchus; 4113. a hair flattening mounting plate; 4114. a flat hair branch pipe; 412. a hair flattening mounting rack; 413. a hair smoothing cutter; 4131. fixing the hair flattening cutter; 4132. rotating the hair flattening knife; 41321. a smoothing rotating roller; 41322. a hair smoothing blade; 4133. a hair flattening drive; 42. a hair smoothing sliding driving mechanism; 5. a hair-beating component; 51. a hair beating mechanism; 511. a hair beating mounting rack; 512. a hair beating part; 5121. beating a feather rod; 5122. beating the hair; 5123. beating and roughening; 513. a hair beating driving member; 5131. a hair beating driving motor; 5132. a drive bevel gear; 5133. a driven bevel gear; 5134. a transmission rotating shaft; 5135. a transmission connecting rod; 52. a hair beating sliding driving mechanism; 6. cutting the gap; 7. a hair flattening guide rail; 8. flattening the hair through holes; 9. a hair smoothing connecting hole; 10. a flowering mounting hole; 11. a flower through hole; 12. a flowering guide rail; 13. a through groove.

Detailed Description

The following detailed description of the embodiments of the present invention is made with reference to the accompanying drawings, so that the technical solution of the present invention can be more easily understood and grasped.

The utility model provides a hair is repaiied for hair planting machine and is bloomed bat hair assembly, as shown in figure 1, including frame 1, the sunken cavity 2 that is formed with on the lateral wall of frame 1, cavity 2 is inside to be provided with flat hair subassembly 4 side by side, bloom subassembly 3 and clap hair subassembly 5, flat hair subassembly 4 is used for pruning the tip of brush hair protrusion in the brush body neatly, bloom subassembly 3 is used for scratching the tip of brush hair protrusion in the brush body and forms the stranded filament, claps hair subassembly 5 and is used for clapping the brush hair for the piece that mingles with in the brush hair drops.

As shown in fig. 1 and 2, the hair smoothing assembly 4 includes a hair smoothing mechanism 41 connected to the frame 1 in a sliding manner, and a hair smoothing sliding driving mechanism 42 disposed on the frame 1 and used for driving the hair smoothing machine to approach or depart from the frame 1.

As shown in fig. 2, the hair smoothing mechanism 41 includes a hair smoothing attachment frame 411, a hair smoothing attachment frame 412, and a hair smoothing cutter 413.

As shown in fig. 1, 2, and 3, the hair smoothing connecting frame 411 includes a hair smoothing slider 4111, a hair smoothing pipe 4112, and a hair smoothing mounting plate 4113. The hair smoothing sliding plate 4111 is connected to the frame 1 by two parallel sliding rails in a sliding manner, and the sliding direction of the hair smoothing sliding plate 4111 is the horizontal direction. The hair smoothing air pipe 4112 extends in the vertical direction, the top of the hair smoothing air pipe 4112 is fixedly connected to the bottom surface of the hair smoothing sliding plate 4111, and an opening of the hair smoothing air pipe 4112 on the side close to the hair smoothing sliding plate 4111 is sealed by the hair smoothing sliding plate 4111. The bottom of the plain draft tube 4112 is connected with a hose, and the hose is connected with an external air source. A hair leveling branch pipe 4114 is arranged on the side wall of the hair leveling air pipe 4112 far away from the rack 1, the hair leveling branch pipe 4114 is communicated with the inner cavity of the hair leveling air pipe 4112, and the end part of the hair leveling branch pipe 4114 far away from the hair leveling air pipe 4112 extends in an upward inclined direction. A bristle leveling mounting plate 4113 is fixed to the end of the bristle leveling branch tubes 4114 remote from the bristle leveling straight tubes, and the bristle leveling mounting plate 4113 extends in the vertical direction. A hair smoothing through hole 8 is formed in the hair smoothing mounting plate 4113, and one end of the hair smoothing through hole 8 is communicated with an inner cavity of the hair smoothing branch tube 4114.

As shown in fig. 2 and 3, in this embodiment, there are two flat bristle mounting brackets 412, and the two flat bristle mounting brackets 412 are distributed along the vertical direction, the flat bristle mounting brackets 412 are fixed on the flat bristle mounting plate 4113, and a flat bristle mounting groove is formed in an end surface of the flat bristle mounting bracket 412, which is away from the flat bristle mounting plate 4113. One side, away from the rack 1, of the hair flattening mounting frame 412 is provided with a hair flattening guide rail 7, the hair flattening guide rail 7 is formed by matching two metal sheets, and openings at two ends of the hair flattening guide rail 7 are flared for guiding bristles to enter the hair flattening guide rail 7. The end face, close to the hair-flattening mounting plate 4113, of the hair-flattening mounting frame 412 is provided with a hair-flattening connecting hole 9, one end of the hair-flattening connecting hole 9 is communicated with the hair-flattening through hole 8, and the other end of the hair-flattening connecting hole 9 is communicated with the hair-flattening mounting groove.

As shown in fig. 1 and 2, each of the hair smoothing mounting frames 412 is provided with a hair smoothing cutter 413. In this embodiment, two sets of hair smoothing cutters 413 are symmetrically distributed in the hair smoothing mounting groove, and for convenience of later description, the two sets of hair smoothing cutters 413 are named as a positive hair smoothing cutter 413 and a negative hair smoothing cutter 413 respectively, and the positive hair smoothing cutter 413 is located on one side of the hair beating component 5, and the negative hair smoothing cutter 413 is located on one side of the blooming component 3.

As shown in fig. 1, 2 and 4, the hair smoothing cutter 413 includes a fixed hair smoothing blade 4131, a rotary hair smoothing blade 4132 and a hair smoothing driving member 4133. The fixed hair flattening knife 4131 is embedded in one side, away from the rack 1, of the hair flattening mounting frame 412, the fixed hair flattening knife 4131 is abutted to one side, close to the rack 1, of the hair flattening guide rail 7, the knife edge of the fixed hair flattening knife 4131 faces one side of the center of the hair flattening mounting groove, and the knife edge of the fixed hair flattening knife 4131 is located in the vertical direction. The rotating flat hair knife 4132 is arranged inside the flat hair mounting groove, the rotating flat hair knife 4132 is rotatably connected with the flat hair mounting rack 412, and the rotating axis of the rotating flat hair knife 4132 is positioned in the vertical direction. A cutting gap 6 for the bristles to extend into is formed between the rotary hair flattening knife 4132 and the fixed hair flattening knife 4131, and the cutting gap 6 is communicated with the hair flattening installation groove. The rotating hair flattening knife 4132 comprises a hair flattening rotating roller 41321 rotatably connected to the hair flattening mounting frame 412 and hair flattening knife blades 41322 uniformly fixed on the hair flattening rotating roller 41321 in the circumferential direction, the hair flattening rotating roller 41321 penetrates through the hair flattening mounting frame 412, and the hair flattening rotating roller 41321 positioned above and the hair flattening rotating roller 41321 positioned below are fixedly connected. The blade edge of the hair smoothing blade 41322 is positioned in the vertical direction, and when the hair smoothing rotating roller 41321 rotates, the hair smoothing blade 41322 provided on the hair smoothing rotating roller 41321 can be constantly displaced from the fixed hair smoothing blade 4131, and the hair smoothing blade 41322 can be engaged with the fixed hair smoothing blade 4131 to cut the bristles positioned therebetween. The hair flattening driving member 4133 is connected to the upper hair flattening cutter 413. The hair-flattening driving mechanism comprises a motor arranged on the hair-flattening mounting plate 4113 and a belt wheel transmission system for connecting the output shaft of the motor with the hair-flattening rotating roller 41321. When the hair smoothing device is used, the motor is connected with an external power supply, and the motor controls the hair smoothing rotating roller 41321 to rotate circumferentially through the belt wheel transmission system.

As shown in fig. 2, the hair smoothing sliding driving mechanism 42 includes a motor disposed on the frame 1, and a ball screw mechanism connecting an output shaft of the motor with the hair smoothing sliding plate 4111, and when in use, the motor is connected with an external power supply, and the motor drives the hair smoothing sliding plate 4111 to slide through the ball screw mechanism.

As shown in fig. 1 and 5, the flowering assembly 3 includes a flowering mechanism 31 slidably connected to the frame 1, and a flowering slide driving mechanism 32 disposed on the frame 1 for driving the flowering mechanism 31 to approach or separate from the frame 1.

The flowering mechanism 31 includes a flowering link 311, a flowering mounting frame 312, and a flowering cutter 313.

As shown in fig. 1, 5, and 6, the flowering link 311 includes a flowering slide 3111, a flowering air tube 3112, and a flowering mounting plate 3113. The slide connection that blossoms on frame 1 is slided through two slide rails that are parallel to each other to slide 3111, and the glide direction of slide 3111 of blossoming is the horizontal direction. The blooming air pipe 3112 extends in a vertical direction, a top portion of the blooming air pipe 3112 is fixedly connected to a bottom surface of the blooming slide plate 3111, and an opening of the blooming air pipe 3112 on a side close to the blooming slide plate 3111 is closed by the blooming slide plate 3111. The bottom of the blooming air pipe 3112 is connected with a hose which is connected with an external air source. A blossom branch pipe 3114 is arranged on a side wall of the blossom air pipe 3112 away from the frame 1, the blossom branch pipe 3114 is communicated with an inner cavity of the blossom air pipe 3112, and an end of the blossom branch pipe 3114 away from the blossom air pipe 3112 extends in an upward inclined direction. The flowering mounting plate 3113 is fixed to the end of the flowering branch pipe 3114 remote from the flowering straight pipe, and the flowering mounting plate 3113 extends in the vertical direction. The blooming mounting plate 3113 is provided with a blooming through hole 11, and one end of the blooming through hole 11 is communicated with the inner cavity of the blooming branch pipe 3114.

In this embodiment, there are two blooming mounts 312, and the two blooming mounts 312 are distributed along the vertical direction, the blooming mount 312 is fixed on the blooming mount 3113, the end face of the blooming mount 312 away from the blooming mount 3113 is provided with a blooming mount 10, and the blooming mount 10 is communicated with the blooming through hole 11. One side of the blooming mounting frame 312, which is away from the frame 1, is provided with a blooming guide rail 12, the blooming guide rail 12 is formed by matching two metal sheets, and openings at two ends of the blooming guide rail 12 are flared for guiding bristles to enter the blooming guide rail 12.

As shown in fig. 5, a flowering cutter 313 is provided on each flowering mount 312. In the present embodiment, two sets of flowering cutters 313 are disposed on each flowering mounting frame 312, and for convenience of the later description, the two sets of flowering cutters 313 are named as a forward flowering cutter 313 and a reverse flowering cutter 313, respectively, and the forward flowering cutter 313 is located above the reverse flowering cutter 313. The flowering guide rails 12 on each flowering mount 312 are provided in two sets, and the two sets of flowering guide rails 12 are opposed to the forward and reverse flowering cutters 313 and 313, respectively.

As shown in fig. 5 and 6, the flowering cutter 313 includes a flowering rotation roller 3131, a flowering blade 3132, and a flowering driver 3133. The blooming rotation roller 3131 is positioned inside the blooming mounting hole 10, the blooming rotation roller 3131 is positioned in a horizontal direction, and both ends of the blooming rotation roller 3131 penetrate the blooming mounting frame 312. The rotation direction of the flowering rotor 3131 in the clockwise flowering cutter 313 is opposite to that of the rotation roller 3131 in the counter-blooming cutter 313, and the rotation direction of the flowering rotor 3131 in the clockwise flowering cutter 313 is opposite to that of the rotation roller 3131 in the counter-blooming cutter 313. The blooming blades 3132 are circumferentially and uniformly distributed on the blooming rotation roller 3131. A flowering drive 3133 is provided on top of each flowering mounting block 312, the flowering drive 3133 comprising a motor and a pulley drive system, the motor being connected to an external power source and the motor controlling the circumferential rotation of the flowering roller 3131 via the pulley drive system, in use.

As shown in fig. 1 and 5, the flower sliding driving mechanism 32 includes a motor provided on the frame 1, and a ball screw mechanism connecting an output shaft of the motor to the flower sliding plate 3111, and when in use, the motor is connected to an external power source, and the motor drives the flower sliding plate 3111 to slide through the ball screw mechanism.

The hair beating assembly 5 comprises a hair beating mechanism 51 connected to the side wall of the hair flattening mechanism 41 in a sliding mode, and the hair beating mechanism 51 is arranged on the rack 1 and used for driving the hair beating mechanism 51 to be close to or far away from the rack 1.

As shown in fig. 1 and 7, the hair-patting mechanism 51 includes a hair-patting mounting frame 511, a hair-patting member 512, and a hair-patting driving member 513. The hair beating mounting frame 511 is arranged on the side wall of the hair flattening mechanism 41, a through groove 13 is formed in the end portion, facing the hair flattening mechanism 41, of the hair beating mounting frame 511, and the through groove 13 penetrates through the hair beating mounting frame 511 in the horizontal direction. In the present embodiment, the hair-beating members 512 are two and arranged in a vertical direction. The swatter element 512 includes a swatter rod 5121 and a swatter head 5122. Beat hair pole 5121 and slide and connect on beating hair mounting bracket 511, beat hair pole 5121 and be located the horizontal direction, beat the slip direction of hair pole 5121 and be its axial. The hair beating head 5122 is fixed on the end part of the hair beating rod 5121 far away from the machine frame 1, and a plurality of bristles are arranged on the end face of the hair beating head 5122 far away from the machine frame 1. The beat hair driving part 513 includes a beat hair driving motor 5131, a drive bevel gear 5132, a driven bevel gear 5133, a transmission rotation shaft 5134, and a transmission link 5135. The bat hair driving motor 5131 is fixed on one side of the bat hair mounting frame 511, which is far away from the hair flattening mechanism 41, the output shaft of the bat hair driving motor 5131 penetrates through the bat hair mounting frame 511 along the horizontal direction, and the output shaft of the bat hair driving motor 5131 extends into the through groove 13. The drive bevel gear 5132 is located inside the beat hair mounting groove, and the drive bevel gear 5132 is key-connected to an output shaft of the beat hair driving motor 5131. Two driven bevel gears 5133 are symmetrically arranged up and down, and both driven bevel gears 5133 are engaged with the drive bevel gear 5132. Two transmission rotating shafts 5134 are respectively and coaxially fixed on the two driven bevel gears 5133, the end part of each transmission rotating shaft 5134 far away from the driven bevel gear 5133 extends towards one side far away from the through groove 13 and penetrates through the hair beating mounting frame 511, and the transmission rotating shafts 5134 are rotatably connected with the hair beating mounting frame 511 through bearings. The transmission link 5135 is located in the horizontal direction, one end of the transmission link 5135 is rotatably connected to the transmission rotary shaft 5134, and the rotation axis between the transmission link 5135 and the transmission rotary shaft 5134 is located in the vertical direction and is staggered with the axis of the transmission rotary shaft 5134. The other end of the transmission link 5135 is rotatably connected to the side wall of the feather patting rod 5121, and the rotation axis between the transmission link 5135 and the feather patting rod 5121 is located in the vertical direction.

The specific use process of the hair trimming, blooming and beating assembly for the hair planting machine is as follows: firstly, the hair flattening mechanism 41 is controlled to move towards one side of the frame 1 by the hair flattening driving mechanism 42, so that the hair flattening mechanism 41 is accommodated in the cavity 2, the blooming mechanism 31 is controlled to move towards one side of the frame 1 by the blooming sliding driving mechanism 32, so that the blooming mechanism 31 is accommodated in the cavity 2, the hair beating mechanism 51 is controlled to move towards one side of the frame 1 by the hair beating sliding driving mechanism 52, so that the hair beating mechanism 51 is accommodated in the cavity 2, then the clamp which is connected to the frame 1 in a slipping and clamping manner and clamps the hair brush passes through the hair flattening mechanism 41 and moves to one side of the hair beating mechanism 51, then the hair flattening mechanism 41 is controlled to move towards one side far away from the frame 1 by the hair flattening sliding driving mechanism 42, so that the hair flattening cutter 413 in the hair flattening mechanism 41 protrudes out of the cavity 2, and the blooming mechanism 31 is controlled to move towards one side, the blooming cutter 313 in the blooming mechanism 31 protrudes out of the cavity 2, then the brush is controlled by a clamp to transversely move and sequentially pass through the bristle flattening mechanism 41 and the blooming mechanism 31, in the process, the end part of the brush protruding out of the brush is cut off by the bristle flattening cutter 413, the end part of the brush is blooming in the forward direction by the blooming cutter 313, then the brush is controlled by the clamp to rise, the brush moves to be opposite to the reverse blooming cutter 313, then the brush is controlled to transversely pass through the reverse blooming cutter 313, the end part of the brush is bloomed in the reverse direction by the reverse blooming cutter 313, then the brush is controlled by the clamp to descend, so that the brush is opposite to the bristle flattening cutter 413, meanwhile, the bristle beating mechanism 51 is controlled by the bristle beating sliding driving mechanism 52 to move towards the side far away from the rack 1, so that the bristle beating mechanism 51 protrudes out of the cavity 2, then the brush is controlled to transversely sequentially pass through the, in this process, the reverse hair flattening cutter 413 cuts the bristles, and the hair beating mechanism 51 beats the bristles 5123 so that the debris included in the bristles falls.

Of course, the above is only a typical example of the present invention, and besides, the present invention can also have other various specific embodiments, and all technical solutions adopting equivalent replacement or equivalent transformation are all within the scope of the present invention as claimed.

Claims (10)

1. The utility model provides a hair is repaiied for hair planting machine and is bloomed clap a hair assembly, characterized by: the hair brush comprises a rack (1), wherein a blooming component (3), a hair flattening component (4) and a hair beating component (5) are sequentially arranged on the rack (1) along the conveying direction of the hair brush;

the flowering assembly (3) comprises a flowering mechanism (31) which is transversely connected to the rack (1) in a sliding manner, and a flowering sliding driving mechanism (32) which is arranged on the rack (1) and used for driving the flowering mechanism (31) to be close to or far away from the rack (1);

the hair smoothing assembly (4) comprises a hair smoothing mechanism (41) which is connected to the rack (1) in a transverse sliding mode, and a hair smoothing sliding driving mechanism (42) which is arranged on the rack (1) and used for driving the hair smoothing mechanism (41) to be close to or far away from the rack (1);

beat hair subassembly (5) including the horizontal slip connect beat hair mechanism (51), be used for the drive on the lateral wall of hair mechanism (41) of leveling beat hair mechanism (51) are close to or keep away from beat hair drive mechanism (52) that slides of frame (1).

2. The hair trimming, blooming and beating assembly for the hair planting machine of claim 1, wherein: the hair flattening mechanism (41) comprises a hair flattening connecting frame (411) which is transversely connected on the rack (1) in a sliding manner, a hair flattening mounting frame (412) which is fixedly connected on the side wall of the hair flattening connecting frame (411), and a hair flattening cutter (413) which is arranged on one side of the hair flattening mounting frame (412) far away from the hair flattening connecting frame (411), the hair flattening cutter (413) comprises a fixed hair flattening cutter (4131) vertically fixed on the hair flattening mounting frame (412), a rotating hair flattening cutter (4132) vertically and rotatably connected on the hair flattening mounting frame (412), and a hair flattening driving piece (4133) arranged on the hair flattening mounting frame (412) and used for driving the rotating hair flattening cutter (4132) to rotate circumferentially, when the knife edge of the fixed hair flattening knife (4131) is abutted against the knife edge of the rotating hair flattening knife (4132), the bristles between the fixed flat hair cutter (4131) and the rotating flat hair cutter (4132) are cut off.

3. The hair trimming, blooming and beating assembly for the hair planting machine of claim 2, wherein: the rotating hair flattening knife (4132) comprises a hair flattening rotating roller (41321) rotatably connected to the hair flattening mounting frame (412), and a plurality of hair flattening knife edges (41322) circumferentially and uniformly fixed to the hair flattening rotating roller (41321), wherein the hair flattening knife edges (41322) extend along the axial direction of the hair flattening rotating roller (41321).

4. The hair trimming, blooming and beating assembly for the hair planting machine of claim 2, wherein: a cutting gap (6) for bristles to extend into is formed between the fixed hair flattening knife (4131) and the rotary hair flattening knife (4132), a hair flattening guide rail (7) is arranged on the hair flattening mounting frame (412), the hair flattening guide rail (7) is located on one side, away from the hair flattening connecting frame (411), of the hair flattening knife (413), the hair flattening guide rail (7) is communicated with the cutting gap (6), and two ends of the hair flattening guide rail (7) are flared.

5. The hair trimming, blooming and beating assembly for the hair planting machine of claim 4, wherein: the hair smoothing connecting frame (411) comprises a hair smoothing sliding plate (4111) which is transversely connected with the rack (1) in a sliding manner, a hair smoothing air pipe (4112) which is fixed on the hair smoothing sliding plate (4111) and a hair smoothing mounting plate (4113) which is fixed on the hair smoothing air pipe (4112), one end of the hair smoothing air pipe (4112) is communicated with an external air source through a hose, a hair smoothing branch pipe (4114) is arranged on the side wall of the hair smoothing air pipe (4112), and the hair leveling branch pipes (4114) are communicated with the hair leveling air pipes (4112), the hair leveling mounting plates (4113) are fixed on the end parts of the hair leveling branch pipes (4114), the bristle leveling mounting plate (4113) is provided with bristle leveling through holes (8) communicated with the inner cavity of the bristle leveling branch pipes (4114), the hair flattening mounting frame (412) is provided with hair flattening connecting holes (9) in a penetrating mode, and the hair flattening connecting holes (9) are communicated with the cutting gaps (6).

6. The hair trimming, blooming and beating assembly for the hair planting machine of claim 1, wherein: the flowering mechanism (31) comprises a flowering connecting frame (311) which is transversely connected to the rack (1) in a sliding manner, a flowering mounting frame (312) fixed to the flowering connecting frame (311), and a flowering cutter (313) arranged on the flowering mounting frame (312), wherein a flowering mounting hole (10) is formed in the flowering mounting frame (312), the flowering cutter (313) is arranged in the flowering mounting hole (10), and the flowering cutter (313) comprises a flowering rotating roller (3131) which is rotatably connected to the flowering mounting frame (312), a plurality of flowering blades (3132) which are circumferentially fixed to the flowering rotating roller (3131), and a flowering driving piece (3133) which is used for driving the flowering rotating roller (3131) to circumferentially rotate.

7. The hair trimming, blooming and beating assembly for the hair planting machine of claim 6, wherein: the flower connecting frame (311) comprises a flower sliding plate (3111) which is connected onto the rack (1) in a transverse sliding mode, a flower air pipe (3112) which is fixed onto the flower sliding plate (3111) and a flower mounting plate (3113) which is fixed onto the flower air pipe (3112), one end of the flower air pipe (3112) is communicated with an external air source through a hose, a flower branch pipe (3114) which extends obliquely upwards is arranged on the side wall of the flower air pipe (3112), the flower branch pipe (3114) is communicated with the flower air pipe (3112), the flower mounting plate (3113) is fixed onto the end portion of the flower branch pipe (3114), a flower through hole (11) which is communicated with the inner cavity of the flower branch pipe (3114) is formed in the flower mounting plate (3113), and the flower through hole (11) is communicated with the flower mounting hole (10).

8. The hair trimming, blooming and beating assembly for the hair planting machine of claim 7, wherein: the flowering mounting frame (312) is provided with a flowering guide rail (12), the flowering guide rail (12) is located on one side, away from the flowering connecting frame (311), of the flowering cutter (313), the flowering guide rail (12) is communicated with the flowering mounting hole (10), and two ends of the flowering guide rail (12) are in flaring arrangement.

9. The hair trimming, blooming and beating assembly for the hair planting machine of claim 2, wherein: clap hair mechanism (51) including clapping hair mounting bracket (511), clap hair spare (512) and clap hair driving piece (513), clap hair mounting bracket (511) lateral sliding and connect in on the lateral wall of hair tie frame (411), clap hair mounting bracket (511) orientation logical groove (13) have been seted up on the tip of hair tie frame (411), clap hair spare (512) including lateral sliding and connect clap hair pole (5121) on clapping hair mounting bracket (511) and fix clap hair pole (5121) and keep away from clap hair head (5122) on the tip of frame (1), clap hair head (5122) and keep away from be provided with a plurality of claps on the tip of clapping hair pole (5121) and play hair (5123), clap hair driving piece (513) and be used for the drive clap hair pole (5121) and carry out lateral shifting.

10. The hair trimming, blooming and beating assembly for the hair planting machine of claim 9, wherein: the beating hair driving piece (513) comprises a beating hair driving motor (5131), a driving bevel gear (5132), a driven bevel gear (5133), a transmission rotating shaft (5134) and a transmission connecting rod (5135); the hair beating driving motor (5131) is arranged on the end face, far away from the hair flattening mechanism (41), of the hair beating mounting frame (511), an output shaft of the hair beating driving motor (5131) penetrates through the hair beating mounting frame (511) and extends into the through groove (13), the driving bevel gear (5132) is fixed on the output shaft of the hair beating driving motor (5131), the driven bevel gear (5133) is arranged inside the through groove (13) and is meshed with the driving bevel gear (5132), the transmission rotating shaft (5134) is rotatably connected to the hair beating mounting frame (511), one end of the transmission rotating shaft (5134) penetrates through the hair beating mounting frame (511) and is coaxially fixed with the driven bevel gear (5133), the other end of the transmission rotating shaft (5134) protrudes out of the hair flattening mounting frame (412), one end of the transmission connecting rod (5135) is eccentrically and rotatably connected to the hair beating rod (5121), the other end is rotationally connected to the transmission rotating shaft (5134).

Images