CN116942220A - Hair transplantation device and hair removal, hole opening and hair transplantation methods - Google Patents

Abstract

The application relates to the technical field of advanced treatment equipment, and discloses a hair planting device and a hair taking, perforating and planting method thereof. The hair planting device comprises a host machine for driving and controlling a hair planting handle and a hair taking handle; the hair planting handle is used for sucking and planting hair, is used for taking hair and/or opening holes, and can pump waste and waste liquid. The hair planting device has the functions of hair taking, tapping, hair planting and the like, integrates the functions of hair taking, tapping and hair planting, and has various functions. The hair taking handle is controlled to realize hair taking and tapping, the hair planting handle is controlled to realize hair sucking and planting, and waste liquid generated in the process can be pumped and discharged; the operation of taking the hair, perforating and planting the hair is simple, convenient and sanitary, and the hair is intact in the process of sucking the hair and planting the hair by the hair planting handle, so that the quality of planting the hair is improved.

Description

Hair transplantation device and hair removal, hole opening and hair transplantation methods

Technical field

The present invention relates to the technical field of advanced treatment equipment, and specifically, to a hair transplantation device and methods for hair removal, opening and hair transplantation.

Background technique

Alopecia refers to the phenomenon of hair loss, including normal hair loss and pathological hair loss. Hair transplantation is suitable for patients with thinning hair, high hairline, or pathological hair loss. With the development of science and technology and the needs of people's daily life, hair transplantation technology is increasingly favored by people.

Hair transplantation refers to a hair transplant surgery. Hair transplantation can be done if the hair is sparse or the hairline is high. Usually, the healthy hair on the back of the head is taken out and then processed and implanted into the area to be transplanted. After the hair survives, the hair can be transplanted. It will grow back and become more lush, thus alleviating hair loss problems such as high hairline.

To this end, the industry has conducted research on the equipment required for hair transplantation. For example, the prior art discloses a device that can automatically suck and implant hair follicles, including: a suction needle mechanism, which is installed in the main body of the suction pen and connected with the load. The pressure source is connected and used to suck hair follicles or hair shafts; the punching needle mechanism is installed on the head end of the suction pen body and is set outside the suction needle mechanism, used to make holes and form protection for the suction needle mechanism; a push mechanism, installed in the main body of the suction pen and connected with a positive pressure source, for pushing the suction needle mechanism to extend out of the punching needle mechanism; and an energy storage mechanism for accumulating energy when the suction needle mechanism is extended. It can release energy when the positive pressure source is cut off, driving the suction needle mechanism to retract into the punching needle mechanism. This technology discloses only a hair transplant handle, which can suck and place hair follicles or hair shafts, and transplant the hair follicles or hair shafts to the site requiring surgery; however, the waste and waste liquid generated during the hair transplantation process cannot be disposed of at the same time, which is not conducive to medical and health care. and surgical operations, etc.

Another example is the prior art hair transplant handle and hair transplant machine. It is disclosed that the hair transplant handle includes a casing, an extraction mechanism and a driving mechanism. An accommodation cavity is formed in the casing, and a needle outlet is provided on the front side of the casing to communicate with the accommodation cavity. , the rear side of the housing is provided with a conduit mechanism connected to the accommodation cavity; the extraction mechanism includes an extraction needle, one end of the extraction needle is limited and abutted in the accommodation cavity and communicates with the catheter mechanism, and the other end extends through the needle outlet. out of the housing; the driving mechanism is located in the accommodation cavity, and is transmission connected with the extraction mechanism, and is used to drive the extraction needle to rotate with its own axis as the center of rotation. This prior art has a single function for hair transplantation and cannot be treated The hair transplantation site must be opened, and the waste and waste liquid generated during the hair transplantation process must not be disposed of at the same time.

Contents of the invention

In order to overcome the technical problems existing in the above-mentioned prior art, the present invention provides a hair transplantation device.

Another object of the present invention is to provide a hair removal method, a pore opening method and a hair transplantation method.

In order to solve the above technical problems, the technical solutions of the present invention are as follows:

A hair transplantation device according to the present invention includes a host machine for driving and controlling a hair transplantation handle; a hair transplantation handle for realizing the suction and planting of hair, and for extracting waste and waste liquid.

The user holds the hair transplant handle, and the host drives and controls the hair transplant handle, sucks hair from the workbench to the hair transplant handle, and implants the hair in the area to be transplanted.

Furthermore, the host machine can also be used to drive and control the hair removal handle; it also includes a hair removal handle for removing hair and/or opening holes, and for extracting waste and waste liquid.

The hair removal handle can be used to remove hair from the area to be removed, and can also be used to make holes in the area to be transplanted. When removing hair: The user holds the hair removal handle, and the host drives and controls the hair removal handle to remove hair from the area to be removed. When opening a hole: the user holds the hair removal handle, and the host drives and controls the hair removal handle to make holes in the area to be opened.

Further, the host drives and controls the hair transplant handle and the hair removal handle through pneumatic and/or electric means.

Further, the main machine is provided with an air pump for generating negative pressure, a valve for controlling and adjusting the air pipe switch, a waste liquid bottle for collecting waste and waste liquid, a filtering device, a switch and a controller; the air pump, The valve, waste liquid bottle, filter device, hair removal handle and hair transplantation handle are connected through the trachea; the controller is electrically connected to the switch, air pump, valve and hair removal handle to control the actions of each component.

Further, the hair transplant handle is provided with a handle front-end device for connecting to the trachea to control the suction and release of hair and the extraction of waste and waste liquid, and a handle for connecting to the trachea to control the action of sucking and releasing hair by pushing the needle structure. Needle push control system.

Further, the front end device of the handle is connected to the filter device through the trachea, and then connected to the pressure pipe valve through the trachea. The air pipe coming out of the pressure pipe valve is connected to the interface I of the waste liquid bottle, and the interface II of the waste liquid bottle is connected to the air pump through the trachea.

Further, the needle pusher control system includes a first through line for connecting the air pipe; the first through line is connected to the air pump through the valve and the air pipe.

Further, the hair removal handle is provided with a power rotation device for driving the hair transplant needle tube to rotate, and a hair removal handle straight-through for connecting to the air pipe to control and realize the extraction of waste and waste liquid.

Further, the hair removal handle is directly connected to the filtering device through the trachea, and then connected to the pressure tube valve through the trachea. The trachea coming out of the pressure tube valve is connected to the interface I of the waste liquid bottle, and the interface II of the waste liquid bottle is connected to the air pump through the trachea; The power rotating device is electrically connected to the controller and switch.

Furthermore, the host machine is also provided with an air pressure detection device for detecting the air pressure of the air pump and a regulating valve for pressure regulation.

A method for removing hair from a hair transplant device includes the following steps:

The host controls the hair removal handle to remove hair. At the same time, the host uses the hair removal handle to drain waste and waste liquid from the scalp.

Further, the hair removal method includes the following steps:

Turn on the switch, and the controller activates the power rotating device of the hair removal handle to separate the hair from the scalp; at the same time, the negative pressure generated by the air pump is connected to the waste liquid bottle, valve and filter device through the trachea, and then directly connected to the hair removal handle Connect and extract waste and waste liquid through the extraction handle.

A method for opening a hole for a hair transplant device includes the following steps:

The host controls the hair removal handle to open holes in the hair transplant area. At the same time, the host uses the hair removal handle to drain waste and waste liquid from the scalp.

Further, the hole opening method includes the following steps:

Turn on the switch, and the controller activates the power rotating device of the hair removal handle to open a hole in the hair transplant area. At the same time, the negative pressure generated by the air pump is connected to the waste liquid bottle, valve and filter device through the air pipe, and then directly connected to the hair removal handle. , extract waste and waste liquid through the extraction handle.

A hair transplantation method using a hair transplantation device, in which the hair extraction and transplantation steps include:

S1: The host controls the hair transplantation handle to suck hair and place it in the hair transplantation handle;

S2: The host controls the hair transplant handle to work in the hair transplant area to release the hair and implant it into the scalp.

Furthermore, the host machine can extract waste and waste liquid from the hair or scalp through the hair transplant handle.

Further, hair extraction and transplantation include the following steps:

S1: The host controls the work of the hair transplant handle. The front-end device of the handle absorbs hair and places it in the hair transplant handle while maintaining a negative pressure state;

S2: Through the controller of the host machine, the negative pressure of the hair transplant handle is disconnected through the valve. At this time, the push needle structure moves to release the hair for implantation into the scalp.

Preferably, the negative pressure generated by the air pump is connected to the waste liquid bottle, valve and filtering device through the air pipe, and then connected to the second straight connection of the hair transplant handle, and the waste and waste liquid are extracted through the hair transplant handle.

Compared with the existing technology, the beneficial effects of the technical solution of the present invention are:

The hair transplantation device of the present invention drives and controls the hair transplantation handle through the host machine to realize the suction and planting of hair, and pumps out waste and waste liquid; the hair transplantation device drives and controls the hair removal handle through the host machine to realize hair extraction or hole opening, and the pumping out of waste. materials and waste liquids.

The hair transplant device of the present invention integrates the functions of hair extraction, hole opening and hair transplantation, and has multiple functions. When the host drives and controls the hair removal handle to achieve hair removal and opening, and the host drives and controls the hair transplant handle to achieve hair suction and transplantation, the waste and waste liquid generated can be pumped out, filtered through the filter device, and Collect through waste bottles to maintain medical hygiene and facilitate surgical operations.

The hair removal, hole opening and hair transplantation method of the present invention is simple and hygienic to remove hair, hole opening and hair transplantation. During the hair removal and hole opening process, waste and waste liquid can be pumped out by the hair removal handle to avoid hair removal and hair transplantation. The impact of the holes and the waste and waste liquid produced during the hair transplantation process on the user's sight is convenient for the user to align the hair with the hole to be transplanted, without the need for a special nurse to wipe the waste and waste liquid aside; the hair transplantation handle absorbs the hair and hair transplantation process Keep the hair intact and improve the quality of hair transplantation.

Description of the drawings

Figure 1 is an exploded view of the hair transplant device;

Figure 2 is an enlarged view of point A in Figure 1;

Figure 3 is a schematic structural diagram of the hair transplant device;

Figure 4 is a schematic diagram of the component connections of the hair transplant device;

Figure 5 is a schematic structural diagram of the hair removal handle;

Figure 6 is a schematic structural diagram of the hair transplant handle.

Among them, 1. Display screen; 2. Left bracket; 3. Right bracket; 4. Hair removal handle; 5. First hair transplant handle; 6. Regulating valve; 7. First filter bottle; 71. Second filter bottle; 8 , the second hair transplant handle; 9. The first pressure pipe valve; 10. The second pressure pipe valve; 11. The first three-way valve; 12. The second three-way valve; 13. Power module; 14. Waste liquid bottle; 15 , Chassis; 16. Controller motherboard; 17. Air pump; 18. First air nozzle; 19. Second air nozzle; 20. Third air nozzle; 21. Handle control wiring port; 22. Cable interface;

102. Straight-through hair removal handle; 104. Rotating barrel joint; 106. Rotating barrel; 107. Brushless motor; 108. Rotating sleeve; 109. Rotating cover; 1010. Rotating shaft; 1011. Bearing ;1012, needle sleeve; 1013, hair transplant needle;

201. First straight-through; 204. Positioning plug; 205. Gun cap; 206. Positioning lock; 207. Spring; 208. Gun body; 2010. Push rod; 2012. Second straight-through; 2014. Pagoda connector; 2016. Needle ; 2017, needle tube holder; 2018, needle tip; 2019, first negative pressure chamber; 2020, second negative pressure chamber; 2021, third negative pressure chamber.

Detailed ways

In order to make the purpose, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions of the present application will be clearly and completely described below in conjunction with the drawings of the embodiments of the present application. Obviously, the described embodiments are part of the embodiments of the present application, but not all of the embodiments. Based on the described embodiments, all other embodiments obtained by those of ordinary skill in the art without creative efforts fall within the scope of protection of this application.

Unless otherwise defined, technical terms or scientific terms used in this application shall have the usual meaning understood by a person with ordinary skills in the field to which this application belongs. "First", "second" and similar words used in this application do not indicate any order, quantity or importance, but are only used to distinguish different components. Words such as "include" or "comprising" mean that the elements or things appearing before the word include the elements or things listed after the word and their equivalents, without excluding other elements or things. Words such as "connected" or "connected" are not limited to physical or mechanical connections, but may include electrical connections, whether direct or indirect. "Up", "down", "left", "right", etc. are only used to express relative positional relationships. When the absolute position of the described object changes, the relative positional relationship may also change accordingly.

Example 1

As shown in Figures 1-3, this embodiment discloses a hair transplantation device, which includes a host machine for driving and controlling a hair transplant handle; a hair transplant handle for absorbing and planting hair, and extracting waste and waste liquid.

The host is equipped with an air pump 17 for generating negative pressure, a valve for controlling and adjusting the air pipe switch, a waste liquid bottle 14 for collecting waste and waste liquid, a filter device, a switch and a controller; an air pump 17, valves, waste liquid The bottle 14 and the filtering device are connected to the hair removal handle 4 and the hair transplantation handle through the trachea; the controller is electrically connected to the switch, air pump 17, valve and hair removal handle 4 to control the actions of each component.

The hair transplant handle is equipped with a handle front-end device that is used to connect to the trachea to control the suction and release of hair and to extract waste and waste liquid, and a push pin control system that is used to connect to the trachea to control the push pin structure to suck and release hair. .

The hair transplant handle includes a handle body, the handle body includes a gun body, a first negative pressure chamber is provided in the gun body, a spring is provided in the first negative pressure chamber, one end of the spring is in contact with the front end device of the handle, and the other end of the spring is in contact with the push pin control system ;

The front end device of the handle includes a second straight passage 2012 for connecting the trachea, a second negative pressure chamber and a needle nozzle for loading hair.

The front end device of the handle is connected to the filtering device through the air pipe. The filtering device is a filter bottle, and then connected to the pressure pipe valve through the air pipe. The air pipe after coming out of the pressure pipe valve is connected to the interface I and interface III of the waste liquid bottle 14, and the interface II of the waste liquid bottle 14. Connect the air pump 17 through the trachea.

The push needle control system includes a first straight line 201 for connecting the air pipe; the first straight line 201 is connected to the air pump 17 through a three-way valve and the air pipe.

During the specific implementation of this embodiment, the host of this embodiment is provided with a left bracket 2, a right bracket 3, and a chassis 15. The chassis 15 is located between the left bracket 2 and the right bracket, and is fixedly connected to the left bracket 2 and the right bracket.

The chassis 15 is also provided with an air pump 17, a power module 13, a controller motherboard 16, an air pressure detection device for detecting the air pressure of the air pump 17, etc.

A storage rack is provided above the chassis 15, and a first air nozzle 18, a second air nozzle 19 and a third air nozzle 20 are provided on the back of the shelf to facilitate air pipe connection. The front of the storage rack is used to set the pressure pipe valve, the regulating valve 6 for pressure regulation, the filter bottle, as well as the storage rack for placing hair transplant handles and other storage racks, three-way valves, etc.

There is also a display screen 1 between the left bracket 2 and the right bracket. The display screen 1 is located above the storage rack. The display screen 1 can display data such as the number of hair removals, the number of hair transplants, motor speed, air pressure, and control buttons.

Four rolling wheels are provided at the bottom of the left bracket 2 and the right bracket 3.

During the specific implementation of this embodiment, the hair transplant device is also provided with 2 sets of foot switches for controlling the action of the hair transplant handle. Each set has 2 foot switches to control the hair suction and hair transplant actions respectively. The foot switches are electrically connected to the handle control wiring port 21 respectively.

During the specific implementation of this embodiment, there are two hair transplant handles, including a first hair transplant handle 5 and a second hair transplant handle 8;

The filtering device is a filter bottle, and there are two filter bottles, including a first filter bottle 7 and a second filter bottle 71;

There are two pressure pipe valves, including a first pipe pressure valve 9 and a second pipe pressure valve 10 . The first pipe pressure valve 9 and the second pipe pressure valve 10 are connected to the same waste liquid bottle 14 .

There are two three-way valves, including a first three-way valve 11 and a second three-way valve 12 .

During the specific implementation of this embodiment, the second through-hole 2012 of the first hair transplant handle 5 is connected in sequence to the first filter bottle 7, the first pressure pipe valve 9, the waste liquid bottle 14, the second air nozzle 19 and the air pump through the trachea. 17.

The first straight line 201 of the first hair transplant handle 5 is connected to the third air nozzle 20, the first three-way valve 11 and the air pump 17 through the trachea. One end of the first three-way valve 11 is connected to the third air nozzle 201 through the trachea. The first three-way The other end of the valve 11 is connected to the air pump 17 .

In the same way, the second straight connection 2012 of the second hair transplant handle 8 is connected in sequence to the second filter bottle 71, the second pressure pipe valve 10, the waste liquid bottle 14, the second air nozzle 19, and the air pump 17;

The first straight line 201 of the second hair transplant handle 8 is connected to the first air nozzle 18, the second three-way valve 12 and the air pump 17 through the trachea. One end of the second three-way valve 12 is connected to the first air nozzle 18 through the trachea, and the second three-way The other end of the valve 12 is connected to the air pump 17 .

During the specific implementation of this embodiment, the host controls the action of the pressure pipe valve and the three-way valve through the electrical signal of the foot pedal, and then pneumatically drives and controls the action of the hair transplant handle.

In the specific implementation process of this embodiment, as shown in Figure 6, the hair transplant handle includes a handle body, the handle body includes a gun body, a first negative pressure chamber is provided in the gun body, a spring is provided in the first negative pressure chamber, and one end of the spring is connected to The front end of the handle is in contact with the device, and the other end of the spring is in contact with the push pin control system;

The handle main body includes a gun body 208. A first negative pressure chamber 2019 is provided in the gun body 208. A spring 207 is provided in the first negative pressure chamber 2019. One end of the spring 207 is in contact with the front end device of the handle, and the other end of the spring 207 is in contact with the push pin control system. Abut;

The needle push control system includes a first straight line 201 for connecting the negative pressure source air pipe;

The front end device of the handle includes a second straight passage 2012 for connecting the negative pressure source trachea, a second negative pressure chamber 2020, and a needle nozzle 2018 for loading hair.

The handle body also includes an elastic adjustment system. The elastic adjustment system includes a first sealing ring, a second sealing ring, a positioning plug 204, a gun cap 205 and a positioning lock 206. The first sealing ring and the second sealing ring are located on the positioning plug 204. One end of the plug 204 is fixedly connected to the first straight line 201, and the other end of the positioning plug 204 is in contact with the spring 207. The gun cap 205 cooperates with the positioning lock 206 to tighten the positioning plug 204. One end of the positioning lock 206 is threadedly connected to the gun cap 205. The other end of the positioning lock 206 is threadedly connected to the gun body 208.

The push pin structure includes a first needle holder, a push rod 2010, a second needle holder and a needle 2016. The first needle holder and the second needle holder are respectively located on both sides of the push rod 2010, and the push rod 2010 is located in the gun body 208. , one end of the push rod 2010 is movably connected to one end of the spring 207.

A third negative pressure chamber 2021 is provided in the push rod 2010, and one end of the needle 2016 is located in the third negative pressure chamber 2021.

The front end device of the handle is provided with a second hollow cavity, and the needle 2016 is disposed in the second hollow cavity.

The front end device of the handle also includes a third sealing ring, a pagoda connector 2014 and a needle tube holder 2017. One end of the pagoda connector 2014 is threadedly connected to the gun body 208, the other end of the pagoda connector 2014 is threadedly connected to the needle tube holder 2017, and one side of the pagoda connector 2014 is threadedly connected to the gun body 208. Two straight-through 2012 threaded connections.

The spring 207 and the pagoda joint 2014 are respectively located on both sides of the push rod 2010.

The second negative pressure chamber 2020 is located in the pagoda connector 2014. The second negative pressure chamber 2020 forms a negative pressure channel with the needle nozzle 2018, the needle tube holder 2017 and the second straight through 2012.

Example 2

As shown in Figures 1-4, on the basis of Embodiment 1, this embodiment is also provided with a hair removal handle 4, which is used to remove hair, make holes, and extract waste and waste liquid. The host can also be used to drive and control the hair removal handle 4; by holding the hair removal handle 4, the host drives and controls the hair removal handle 4 to remove hair from the site to be removed or to make holes in the site to be hair transplanted.

The hair removal handle 4 is provided with a power rotation device for driving the hair transplant needle tube to rotate, and a hair removal handle straight-through for connecting to the air pipe to control and realize the extraction of waste and waste liquid.

Hair transplantation needles include hair removal needles, perforation needles, etc.

The hair removal handle 4 also includes an opening needle tube, a hair removal needle tube and a handle body. The power rotation device is located inside the handle body, and includes a brushless motor. The rotor of the brushless motor is provided with a through hole for assembling a hole-opening needle tube or a hair-removing needle tube.

The power rotating device includes a rotating shaft sleeve and a rotating shaft, and the brushless motor is transmission connected with the rotating shaft and the rotating shaft sleeve.

The hair removal handle through 102 is connected with the opening needle tube and the hair removal needle tube respectively.

The hair removal handle is directly connected to the filter bottle through the air pipe, and then connected to the pressure pipe valve through the air pipe. The air pipe after coming out from the pressure pipe valve is connected to the interface I of the waste liquid bottle 14, and the interface II of the waste liquid bottle 14 is connected to the air pump 17 through the air pipe.

The power rotating device of the hair removal handle 4 is connected to the cable interface 22 on the host through a cable to obtain control signals and the like.

The needle tip of the hair-taking needle or the hole-opening needle is connected to the hair-taking handle through 102. The hair-taking handle through 102 is connected to the inlet of the first filter bottle 7 through the trachea, and the outlet of the first filter bottle 7 is connected to the inlet of the first pressure tube valve 9 through the trachea. The outlet of the pressure pipe valve 9 is connected to the inlet of the waste liquid bottle 14. The waste liquid bottle 14 is connected to the second air nozzle 19 through the air pipe, and the second air nozzle 19 is connected to the air pump 17.

During the specific implementation of this embodiment, the hair transplant device is also provided with a set of foot switches for controlling the action of the hair removal handle 4. Each set has 2 foot switches, which respectively control the opening and closing of the pressure pipe valve and the power rotation device. Work. The foot switch is electrically connected to the handle control wiring port 21.

During the specific implementation of this embodiment, the host drives and controls the hair removal handle 4 through electric control and pneumatic means. The host controls the power rotation device of the hair removal handle 4 through the electric signal of the foot pedal; it drives and controls the hair transplant handle through pneumatic means to realize the action of pumping out waste and waste liquid.

In the specific implementation process of this embodiment, as shown in Figure 5, the hair removal handle includes a handle body. A power rotation device and a hair transplant needle 1013 are provided inside the handle body. The power rotation device is provided with a hollow cavity, and the hair transplant needle 1013 penetrates the power rotation device. The hollow cavity; the power rotating device drives the hair transplant needle tube 1013 to rotate and is detachably connected to the hair transplant needle tube 1013;

The power rotation device includes a brushless motor 107 .

In the specific implementation process of this embodiment, the brushless motor 107 is provided with a rotor, and the rotor is provided with a through hole; the body of the hair transplant needle 1013 is provided with a friction part and a needle mouth, and the friction part includes a first bump and a second bump. . The hair transplant needle tube 1013 includes a hair removal needle tube and a hole opening needle tube.

The power rotating device also includes a rotating sleeve 108 and a rotating shaft 1010. The brushless motor 107 is transmission connected with the rotating shaft 1010 and the rotating sleeve 108; a needle tube rubber sleeve 1012 is provided at the connection between the hair transplant needle 1013 and the rotating shaft 1010. .

The rotating shaft 1010 is provided with a bearing 1011, and the bearing 1011 cooperates with the handle body.

The handle body includes a rotating cylinder body 106 and a rotating cover 109. The rotating cylinder body 106 and the rotating cover 109 are detachably connected.

One end of the handle body is provided with a rotating cylinder joint 104 and a hair removal handle through 102 for connecting the trachea. The rotating cylinder joint 104 is connected to the rotating cylinder 106; the hair removal handle through 102 is connected to the hair transplant needle 1013.

The other end of the hair-retrieval handle through 102 is connected to the negative pressure pump through a trachea.

The first bump is located in the through hole of the rotor, and the second bump is drivingly connected to the rotating shaft 1010 .

The needle tube rubber sleeve 1012 plays the role of limiting and driving the hair transplant needle tube 1013.

During the specific implementation of this embodiment, the rotating barrel 106 and the rotating cover 109 are connected through threads. The rotating barrel body 106 and the rotating cover 109 are the user's hand grips during the hair transplantation process.

The periphery of the middle section of the rotating cylinder body 106 is provided with an arc groove for easy gripping, and both ends of the periphery of the rotating cylinder body 106 are straight. The curved concave shape is provided to improve the comfort of holding the rotating barrel 106; the shape design of both ends of the rotating barrel 106 is conducive to the connection between the rotating barrel 106 and adjacent components, improving the comfort of holding.

A groove is provided in the middle of the periphery of the rotating cover 109, and the other end of the rotating cover 109 is provided with a first arc groove for easy gripping.

Example 3

A hair removal method using the hair transplant device of Embodiment 1 and 2, including the following steps:

The host controls the hair removal handle 4 to work to remove hair, and at the same time, the host uses the hair removal handle 4 to drain waste and waste liquid from the scalp;

The specific implementation process of this embodiment includes the following steps:

Start the main machine, and the controller starts the power rotation device of the hair removal handle 4 to separate the hair from the scalp; at the same time, the negative pressure generated by the air pump 17 is connected to the waste liquid bottle 14, the pressure tube valve and the first filter bottle 7 through the air pipe. Then it is directly connected to the hair removal handle, and the waste and waste liquid are extracted through the hair removal handle 4.

More specific steps include:

Turn on the switch, the host starts, the controller starts the air pump 17, the air pressure detection device detects the tracheal air pressure and displays it on the display screen 1, and adjusts the tracheal air pressure by controlling the regulating valve 6.

Hair removal process: Hair transplantation needle 1013 is a hair removal needle. By stepping on the foot switch, the user starts the power rotating device to rotate the hair removal needle at high speed to remove hair.

At the same time, the pressure tube valve is opened, and the trachea is in a negative pressure state. The waste and waste liquid generated at the scalp during the hair removal process are sucked in through the needle mouth of the hair removal needle, flow through the hair removal needle through the hair removal handle 102, and then pass through the hair removal needle. A filter bottle 7 and the first pressure pipe valve 9 are collected into the waste liquid bottle 14.

By stepping on the other foot switch, the power rotating device stops working and the pressure pipe valve is closed. The user uses tweezers to remove the hair and place it neatly.

The host records the number of times the user steps on the foot switch, counts the number of hair roots taken, and displays it on the display screen 1.

The controller displays the control module through the display screen 1, and can control the forward or reverse rotation of the power rotating device (ie, the brushless motor 107), and control the rotation speed of the brushless motor 107.

Example 4

A method for opening a hole using the hair transplant device of Embodiment 1 and Embodiment 2, including the following steps:

During the specific implementation of this embodiment, before preparing to make a hole, the hair removal needle tube in the hair removal handle 4 is replaced with a hole opening needle tube.

A method for opening a hole for a hair transplant device includes the following steps:

The host controls the hair removal handle 4 to open holes in the hair transplant area. At the same time, the host uses the hair removal handle 4 to drain waste and waste liquid from the scalp.

The specific implementation process of this embodiment includes the following steps:

Turn on the switch, and the controller starts the power rotation device of the hair removal handle 4 to open a hole in the hair transplant area. At the same time, the negative pressure generated by the air pump 17 is connected to the waste liquid bottle 14, the valve and the filter device through the air pipe, and then directly connected to the hair removal handle. Connect, and extract waste and waste liquid through the hair removal handle 4.

More specific steps include:

Turn on the switch, the host starts, the controller starts the air pump 17, the air pressure detection device detects the tracheal air pressure and displays it on the display screen 1, and adjusts the tracheal air pressure by controlling the regulating valve 6.

Hole opening process: Hair transplantation needle 1013 is a hole opening needle. The user steps on the foot switch and the power rotating device works to rotate the hole-opening needle at high speed to drill holes in the area to be transplanted.

At the same time, the pressure pipe valve is opened, and the trachea is in a negative pressure state. The waste and waste liquid generated at the scalp during the opening process are sucked in through the needle nozzle, flow through the opening needle tube, pass through the hair removal handle 102, and then pass through the first filter bottle 7 and the first pressure pipe valve 9, and collect them into the waste liquid bottle 14.

The host counts the number of openings by recording the number of times the user steps on the foot switch, and displays it on the display screen 1.

Example 5

A hair transplantation method using the hair transplantation device of Embodiment 1 and Embodiment 2, including the following steps:

S1: The host controls the hair transplantation handle to suck hair and place it in the hair transplantation handle;

S2: The host controls the hair transplant handle to work in the hair transplant area to release the hair and implant it into the scalp.

The host can extract waste and waste liquid from the hair or scalp through the hair transplant handle.

The specific implementation process of this embodiment includes the following steps:

S1: The host controls the work of the hair transplant handle. The front-end device of the handle absorbs hair and places it in the hair transplant handle while maintaining a negative pressure state;

S2: Through the controller of the host machine, the negative pressure of the hair transplant handle is disconnected through the valve. At this time, the push needle structure moves to release the hair for implantation into the scalp.

The negative pressure generated by the air pump 17 is connected to the waste liquid bottle 14, the valve and the filter bottle through the air pipe, and then connected to the first direct connection of the hair transplant handle, and the waste and waste liquid are pumped out through the hair transplant handle.

More specific steps include:

Turn on the switch, the host starts, the controller starts the air pump 17, the air pressure detection device detects the tracheal air pressure and displays it on the display screen 1, and adjusts the tracheal air pressure by controlling the regulating valve 6.

The first straight-through 201 of the first hair transplant handle 5 and/or the second hair transplant handle 8 sucks the push pin structure in under the action of the air pump 17. At this time, the spring 207 is in a compressed state.

The user steps on the foot switch to open the pressure tube valve, and the air pump 17 inhales the hair located on the hair transplantation platform into the needle nozzle 2018 through the negative pressure channels such as the second straight through 2012. After inhalation, the user can release the foot switch at this time.

By stepping on the other foot switch, the air pipe of the three-way valve is closed, the first straight line 201 is disconnected from the connected negative pressure source, the first negative pressure chamber 2019 eliminates the vacuum, the spring 207 pops up the push pin structure, and the The hair is ejected from the needle mouth 2018 through the needle 2016 and pushed into the scalp with the opening, completing the implantation process.

During the process of hair suction and hair implantation, the waste and waste liquid on the hair or scalp can pass through the needle nozzle 2018 and the second straight passage 2012 through the first filter bottle 7, the second filter bottle 71, the first pressure tube valve 9, The second pressure pipe valve 10 sucks into the waste liquid bottle 14 .

The host counts the number of hair transplant roots by recording the number of times the user steps on the foot switch, and displays it on the display screen 1.

Obviously, the above-mentioned embodiments of the present invention are only examples to clearly illustrate the present invention, and are not intended to limit the implementation of the present invention. For those of ordinary skill in the art, other different forms of changes or modifications can be made based on the above description. An exhaustive list of all implementations is neither necessary nor possible. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention shall be included in the protection scope of the claims of the present invention.

Claims (14)

1. A hair transplantation device, characterized in that it includes a host computer for driving and controlling a hair transplantation handle; a hair transplantation handle for realizing the suction and planting of hair, and the extraction of waste and waste liquid. 2. The hair transplant device according to claim 1, characterized in that the host machine can also be used to drive and control a hair removal handle (4); it also includes a hair removal handle (4) for achieving hair removal and/or hair transplantation. holes, and to extract waste and liquid waste. 3. The hair transplantation device according to any one of claims 1-2, characterized in that the host drives and controls the hair transplantation handle and the hair removal handle (4) through pneumatic and/or electric means. 4. The hair transplant device according to claim 3, characterized in that the main machine is provided with an air pump (17) for generating negative pressure, a valve for controlling and adjusting the air pipe switch, and a waste valve for collecting waste and waste liquid. Liquid bottle (14), filtering device, switch and controller; the air pump (17), valve, waste liquid bottle (14), filtering device, hair removal handle (4) and hair transplantation handle are connected through the trachea; the controller It is electrically connected to the switch, air pump (17), valve and hair removal handle (4) to control the actions of each component. 5. The hair transplantation device according to claim 4, characterized in that the hair transplantation handle is provided with a handle front-end device for connecting to a trachea to control the suction and release of hair and pumping out waste and waste liquid, and a handle for connecting The trachea controls the push-needle structure's suction and release of hair action. 6. The hair transplant device according to claim 5, characterized in that the front end device of the handle is connected to the filtering device through the trachea, and then connected to the pressure pipe valve through the trachea, and the air pipe after coming out of the pressure pipe valve is connected to the waste liquid bottle (14). Interface I and interface II of the waste liquid bottle (14) are connected to the air pump (17) through the air pipe. 7. The hair transplant device according to claim 5, characterized in that the push needle control system includes a first straight connection for connecting the trachea; the first straight connection is connected to the air pump (17) through a valve and the trachea. 8. The hair transplantation device according to claim 4, characterized in that the hair removal handle (4) is provided with a power rotation device for driving the rotation of the hair transplantation needle, and is used for connecting the trachea control to realize the extraction of waste and waste. The hair removal handle of the liquid is straight through (102). 9. The hair transplant device according to claim 8, characterized in that the hair removal handle (102) is connected to the filtering device through the trachea, and then connected to the pressure tube valve through the trachea, and the trachea after coming out of the pressure tube valve is connected to the waste liquid bottle. The interface I of (14) and the interface II of the waste liquid bottle (14) are connected to the air pump (17) through a trachea; the power rotating device is electrically connected to the controller and the switch. 10. The hair transplant device according to claim 3, characterized in that the host machine is further provided with an air pressure detection device for detecting the air pressure of the air pump (17) and a regulating valve (6) for pressure regulation. 11. A hair removal method for the hair transplant device according to any one of claims 1 to 10, characterized in that it includes the following steps: The host controls the hair removal handle (4) to work to remove hair. At the same time, the host uses the hair removal handle (4) to drain waste and waste liquid from the scalp; Preferably, it includes the following steps: turning on the switch, the controller starts the power rotation device of the hair removal handle (4) to separate the hair from the scalp; at the same time, the negative pressure generated by the air pump (17) passes through the trachea and the waste liquid bottle (14), the valve is connected to the filter device, and then directly connected to the hair removal handle (102), and the waste and waste liquid are extracted through the hair removal handle (4). 12. A method for opening holes in the hair transplant device according to any one of claims 1 to 10, characterized in that it includes the following steps: The host controls the hair removal handle (4) to open holes in the hair transplant area. At the same time, the host uses the hair removal handle (4) to drain waste and waste liquid from the scalp; Preferably, it includes the following steps: turn on the switch, and the controller starts the power rotation device of the hair removal handle (4) to open a hole in the hair transplantation area. At the same time, the negative pressure generated by the air pump (17) passes through the trachea and the waste liquid bottle ( 14). Connect the valve to the filter device, and then directly connect it to the hair removal handle (102), and extract waste and waste liquid through the hair removal handle (4). 13. A hair transplantation method using the hair transplantation device according to any one of claims 1 to 10, characterized in that the steps of absorbing and planting hair include: S1: The host controls the hair transplantation handle to suck hair and place it in the hair transplantation handle; S2: The host controls the hair transplant handle to work in the hair transplant area to release the hair and implant it into the scalp. 14. The hair transplantation method of the hair transplantation device according to claim 13, characterized in that it includes the following steps: S1: The host controls the work of the hair transplant handle. The front-end device of the handle absorbs hair and places it in the hair transplant handle while maintaining a negative pressure state; S2: Through the controller of the host machine, the negative pressure of the hair transplant handle is disconnected through the valve. At this time, the push needle structure moves to release the hair for implantation into the scalp; Preferably, the negative pressure generated by the air pump (17) is connected to the waste liquid bottle (14), valve and filtering device through the air pipe, and then connected to the second straight connection of the hair transplant handle, and the waste and waste liquid are extracted through the hair transplant handle.