CN205586030U - Hair collector and have planting of its and send out a device - Google Patents

Abstract

The utility model relates to a hair collector and have planting of its and send out a device, the utility model discloses the hair collector is acceptd from skin tissue isolation's hair, and above -mentioned hair collector includes: accept the container, have and be used for acceping hairy accommodating space, and nozzle for the save fluid of mist (mist) state is sprayed to accommodating space.

Description

Hair collector and hair implant device having same

technical field

The utility model relates to a hair collector and a hair transplant device with the same, in detail, a hair collector and a hair transplant device with the so-called survival rate that can improve the probability of successfully implanting the collected hair in skin tissue.

Background technique

In general, alopecia is a symptom of gradual hair loss due to aging, stress, drug side effects, etc., and hair loss. In addition to congenital factors such as genetics, alopecia occurs due to acquired factors such as stress. Recently, with the development of the industry, the number of patients with alopecia caused by acquired factors is increasing, and the development of treatment technology for this is also being carried out continuously.

Among the various treatment techniques for alopecia, the hair growth and hair transplantation method is a technique in which hair follicles are artificially implanted in the scalp after depilation using devices such as a hair transplant machine after taking the hair left on the skin tissue of the operator. This hair growth method is widely used because of its advantages of less bleeding, almost no scars, and the ability to freely determine the direction or position of hair growth.

Prior Art Document: KR 10-2005-0074870A1

Utility model content

The technical problem to be solved by the utility model

The technical problem to be solved by the utility model is to provide a hair collector which can improve the survival rate and a hair transplanting device with it.

The technical problem to be solved by the utility model is to provide a hair collector which can delay the decay of the hair collected from the skin tissue to the greatest extent and a hair transplanting device with it.

The technical problem to be solved by the utility model lies in a hair collector and a hair transplanting device with which the hair collection efficiency and convenience of the operator can be improved according to the state of the hair to be collected.

The technical problem to be solved by the utility model is to provide a hair collector and a hair transplanting device with which operators can grasp the quantity of collected hairs and relevant information in real time.

Technical solutions

In order to achieve the above technical problems, the hair collector of an embodiment of the present invention can accommodate hair separated from the skin tissue. The hair collector includes: a storage container with a storage space for storing hair; and a nozzle for Sprays preservation fluid in a mist state into the containment space.

At this time, the present invention may further include a hair placement platform, the hair placement platform is arranged inside the storage container, and is used to place the hair stored in the storage space.

And, the above-mentioned hair resting stand may include at least one of net, gauze, fiber, and textile.

In addition, the hair resting stand may be arranged at a position higher than the water level of the storage liquid in the storage container.

Moreover, the utility model may also include a pneumatic pipeline, the above-mentioned pneumatic pipeline is used to move the hair collected by the collection handpiece to the pneumatic pipeline of the above-mentioned storage container, the above-mentioned pneumatic pipeline includes: a first pneumatic pipeline, and the above-mentioned hair is moved from the collection handpiece The component moves to the storage container; and the second pneumatic pipeline is connected to the storage container and is used to provide suction pressure to the inside of the storage container.

Moreover, the present invention may further include a temperature regulator, and the temperature regulator is used to adjust the temperature of the storage space to 0°C to 15°C.

Moreover, the utility model may further include: a pneumatic pipeline for moving the hair collected by the collection hand piece to the above-mentioned storage container; Count the number of hairs.

In addition, the above-mentioned hair counter may include at least one hair recognition sensor, and the hair recognition sensor is arranged on the above-mentioned pneumatic pipeline for detecting hairs moving along the above-mentioned pneumatic pipeline.

In order to achieve the above-mentioned technical problems, the hair transplanting device of an embodiment of the present invention may include: a device body; a collection hand piece, installed on the device body, for separating hairs in skin tissue; and a hair collector for receiving For the hair separated by the collection handpiece, the hair collector includes: a storage container having a storage space for storing the hair; and a nozzle for spraying the preservation fluid in a mist state into the storage container.

At this time, the present invention may further include a hair resting stand, the hair resting stand is arranged in the interior of the above-mentioned storage container at a position higher than the water level of the storage liquid inside the above-mentioned storage container, and is used for placing hairs stored in the above-mentioned storage space. of the aforementioned hairs.

Moreover, the utility model may also include a pneumatic pipeline, the above-mentioned pneumatic pipeline is used to move the hair collected by the collection handpiece to the pneumatic pipeline of the above-mentioned storage container, the above-mentioned pneumatic pipeline includes: a first pneumatic pipeline, and the above-mentioned hair is moved from the collection handpiece The component moves to the storage container; and the second pneumatic pipeline is connected to the storage container and is used to provide suction pressure to the inside of the storage container.

Moreover, the present utility model may further include a hair counter, which is used to count the number of hairs collected by the collection hand piece.

In addition, the above-mentioned hair counter may include at least one hair recognition sensor, and the hair recognition sensor is arranged on the above-mentioned pneumatic pipeline for detecting hairs moving in the above-mentioned pneumatic pipeline.

Furthermore, the present invention may further include a display for displaying information on the number of hairs measured by the hair counter.

In order to achieve the above-mentioned technical problems, the hair transplanting device of an embodiment of the present invention may include: a collection hand piece, used to separate the hair from the skin tissue; a camera, used to photograph the skin tissue with the hair follicles to be collected; It is used to display the images captured by the above-mentioned camera; the data storage unit is used to store the standard surgical guidance information based on the state of the hair follicles and a controller that receives image information captured by the camera, and causes the display to display information that matches the standard image information in the data storage unit.

At this time, the image information captured by the camera may include the angle, position, orientation, length or thickness of the hair, and the standard image information may include at least one of the angle, position, orientation, length or thickness of the hair. At least one of the angle, inclination, configuration, collection depth and collection time of the above-mentioned collection hand piece that matches.

In addition, the above collection hand piece may include a collection piece, the above collection piece has a rotatable hollow shape, and is used to collect the above hair, the above camera may be set on the above collection handpiece, and take pictures in a manner including the end area of the above collection piece skin tissue.

Moreover, the utility model may further include: a storage container having a storage space for storing the hair separated from the above-mentioned skin tissue; a pneumatic pipeline connected with the above-mentioned storage container for making the above-mentioned hair from the above-mentioned collection hand piece to the above-mentioned storage space; the movement of the container; and the hair counter, which is arranged on the above-mentioned pneumatic pipeline, and is used for detecting the hairs moving in the above-mentioned pneumatic pipeline, and counting the number of hairs.

Furthermore, the present invention may further include: a storage container having a storage space for storing the hair separated from the skin tissue; and a nozzle provided in the storage container for spraying the preservation fluid in a mist state into the storage space.

Moreover, the utility model may further include: a storage container having a storage space for storing hair separated from the above-mentioned skin tissue; the aforementioned hairs.

Beneficial effect

According to an embodiment of the utility model, the survival rate of hair transplantation can be improved. Moreover, according to an embodiment of the present invention, the decay of the hair collected from the skin tissue can be delayed to the greatest extent, and the hair collection efficiency and convenience of the operator can be improved according to the shape of the hair to be collected. Moreover, according to an embodiment of the present invention, the operator can grasp the quantity and related information of the collected hair in real time, so the convenience and safety of the operation for collecting the hair can be improved.

Description of drawings

Fig. 1 is a block diagram showing a hair transplant device according to an embodiment of the present invention.

Fig. 2 is a diagram showing a hair transplant device according to an embodiment of the present invention.

FIG. 3 is a diagram illustrating the collection handpiece assembly shown in FIG. 1 .

Fig. 4 is a diagram showing the hair collector shown in Fig. 1 .

detailed description

The following detailed embodiments with reference to the accompanying drawings will make the advantages and features of the present invention and the method for realizing these advantages and features more clear. However, the present invention is not limited to the embodiments disclosed below, and can be implemented in various forms different from each other. This embodiment is used to make those of ordinary skill in the technical field of the utility model fully understand the scope of the utility model, and the utility model is only defined by the protection scope of the utility model. Throughout the specification, the same reference numerals denote the same structural elements.

The terms used in this specification are only used to illustrate the embodiments, and are not used to limit the steps of the present utility model. In this specification, unless otherwise mentioned, the singular includes the plural. The use of "comprise" and/or "comprising" in the description does not exclude the existence or addition of more than one other structural elements, steps, actions and/or elements mentioned, steps, actions and/or elements.

Moreover, the Example described in this specification demonstrates with reference to the cross-sectional view and/or plan view which are ideal example figures of this invention. In the drawings, the detailed size, shape, thickness, curvature, etc. of each structure are exaggerated or illustrated in order to effectively explain the technical content, so the shape may be deformed due to tolerances and the like.

Hereinafter, the hair collector of the embodiment of the present invention and the hair transplanting device having the same will be described in detail with reference to the accompanying drawings.

Fig. 1 is a block diagram showing a hair transplant device according to an embodiment of the present invention. Referring to Fig. 1, the hair transplant device 10 according to the embodiment of the present utility model may include a display 120 located on the device body 100 (Fig. 2), a collection hand piece assembly 200 and a hair transplant hand piece assembly 201, a hair collector 300, and a preservation liquid circulator 330 , a temperature regulator 350, a hair counter 400 and a controller 600.

The controller 600 can identify the operation and control of the hair transplant device 10 based on the equipment user, and control the above structures 100, 200, 201, 300, 330, 350, 400 in accordance with the preset action and control sequence. The sequence of actions controlled by the controller 600 may include the collection of hair based on the collection hand piece assembly 200, the collection and storage of the collected hair by the hair collector 300, and the storage of the preservation solution by the preservation solution circulator 330. The supply and recovery of hair, the temperature adjustment of the preservation solution by the temperature regulator 350 or the temperature adjustment in the hair storage space, the calculation of the collected hair by the hair counter 400 and the display of related information, and the operation guidance by the display 120 The display of guide information, and the collected hair transplant using the hair transplant handpiece assembly 201, etc.

The system of the hair transplantation device 10 described above enables the operator to effectively collect hair from the skin tissue according to the preset guidance and navigation information, and the collected hair can be automatically collected and kept by the hair collector 300 . At this time, the number of hairs collected by the hair counter 400 and related information can be displayed externally through the display 120 , and the operator can recognize such information to perform appropriate hair collection and hair transplantation operations.

The hair transplanting device 10 as described above allows the operator to receive standard surgical information suitable for the state of the hair, thereby effectively collecting hair from the skin tissue, and can store and manage the collected hair in a manner that prevents decay to the greatest extent, thereby It can increase the success rate of hair transplantation. Moreover, the hair collector and the hair transplant device provided with it in the embodiment of the utility model can display the quantity and effect information of the collected hair to the operator, so that the operator can effectively perform and manage the hair transplant operation.

Next, the detailed structure of the above-mentioned hair transplant device 10 according to the embodiment of the present invention will be described in detail.

Fig. 2 is a diagram showing a hair transplant device according to an embodiment of the present invention. Moreover, FIG. 3 is a diagram showing the collection handpiece assembly shown in FIG. 1, and FIG. 4 is a diagram showing the hair collector shown in FIG. 1. Referring to FIG.

Referring to Fig. 1 to Fig. 4, the hair transplanting device 10 of the embodiment of the present invention can be a device for re-implanting the collected hair 1 into the skin tissue after collecting the hair 1 of the skin tissue of a human body or an animal. The above-mentioned hair transplanting device 10 may include a device body 100 , a collection handpiece assembly 200 , a hair collector 300 , a hair counter 400 and a controller 600 . And, although Fig. 2 to Fig. 4 are not shown, but above-mentioned hair implant device 10 can have hair implant handpiece assembly 201 (Fig. 1), and above-mentioned hair implant handpiece assembly 201 (Fig. The hair 1 collected by the collection hand piece assembly 200 described above.

The above-mentioned device body 100 can be used for the device user to work or control the above-mentioned hair transplant device 10 , and provided for supporting or having the above-mentioned structure 100 , 200 , 300 , 400 . The device body 100 may include: wheels 110 for moving the hair transplant device 10; and a display 120 for operators to operate and control the device. The above-mentioned display 120 can be provided as a structure such as a touch screen, so as to display the working status of the above-mentioned hair implantation device 10 to the operator, and enable the operator to operate and control the above-mentioned hair implantation device 10 . At this time, according to needs, an auxiliary display 120' can also be provided on the device body 100, and the auxiliary display 120' can be combined with the device body 100 by using a shaft seal 121 and an arm (arm) 122, etc. Configure the auxiliary display 120' in the position and angle for reference during surgery and the like. In addition, at least one handpiece bracket 130 for supporting the collection handpiece assembly 200 may be provided on the device body 10 .

The collection handpiece assembly 200 described above can be used to separate the hair 1 in the skin tissue from the skin tissue. The collection handpiece assembly 200 is electrically or pneumatically connected to the device body 100 , and can be selectively fastened and separated from the device body 100 .

The collection handpiece assembly 200 may include a collection handpiece 210 and a power line 220 . The collection handpiece 210 may have a handle portion 212 and a collection portion 214 , and the collection portion 214 is disposed at the front end of the handle portion 212 . The handle part 212 is designed for the convenience of the operator, and a driver (not shown) for driving the collection part 214 may be provided inside the handle part 212 . The driver may include a driving motor and a rotational force transmission part (not shown), and the rotational force transmission part (not shown) is used to transmit the rotational force of the driving motor to the collection part 214 .

The collecting part 214 may have a collecting part 214a having a configuration substantially perpendicular to the longitudinal direction of the handle part 212 or inclined at a predetermined angle. The collecting member 214a may be provided as a hollow tube (tube) with one end disposed inside the collecting part 214 and the other end protruding outward. The collecting part 214a may be formed of stainless steel material which is harmless to the human body, and is arranged in a manner to be rotatable relative to the collecting part 214 . The end of the collection member 214a is a part in contact with the skin tissue, and the hollow inside can be set as a passage for the hair 1 collected from the skin tissue to move to the hair collector 300 .

The collecting member 214a can be rotated at a preset speed by the driving part. Relatively, the rotational speed of the collection member 214a is preferably 5 rpm to 50 rpm, more preferably 10 rpm to 30 rpm. If the rotating speed of above-mentioned collecting part 214a is more than 50rpm, then can damage skin tissue when performing operation because of excessive rotating force, if the rotating speed of above-mentioned collecting part 214a is less than 5rpm, then because the rotating speed of collecting part 214a is too low, it is difficult to extract from the skin tissue. The tissue separates the hair 1 so that the collection efficiency of the hair 1 can be significantly reduced. The picker 214a having such a structure can be driven to cut off the scalp at a predetermined depth by rotating the picker 214a by transmitting the rotational force of the drive motor.

The power line 220 may be a circuit for connecting the device body 100 to the collection handpiece 210 for the electrical connection of the collection handpiece 210 . One end of the power line 220 can be connected to the device body 100 through a connector, and the other end of the power line 220 can be connected to the handle portion 212 of the collection hand piece 210 . The drive motor provided inside the handle part 212 to drive the picker 214 a can be supplied with power through the power line 220 .

The hair collector 300 can accommodate the hair 1 collected by the collection handpiece 210 for storage, storage and waiting for hair transplantation. And, the above-mentioned hair collector 300 can prevent or delay the rot of the accommodated hair 1 .

For this purpose, the hair collector 300 may include a container 310 , a pneumatic pipeline 320 , circulation lines 332 , 334 for preservation liquid, and a nozzle 340 .

The storage container 310 may have a storage space 311 for storing the hair 1 . The storage container 310 may have a cylindrical main body 312 with an open upper portion and a cover 314 for sealing the opened upper portion. Preferably, the main body 312 and the cover 314 are made of a transparent material, so that the internal state of the storage container 310 can be confirmed by naked eyes.

The main body 312 may be provided with a storage solution discharge port 312a, and the cover 314 may be provided with a hair inflow port 314a, a suction pressure supply port 314b, and a storage solution supply port 314c. The preservation solution discharge port 312a may be a port for discharging the preservation solution 20 in the storage space 311 to the outside. The hair inflow port 314a may be a port for letting the hair 1 flow into the storage container 310 , and the storage solution supply port 314c may be a port for supplying the storage solution 20 to the storage container 310 .

On the other hand, the above-mentioned preservation solution 20 may be a liquid for preventing the hair 1 from rotting. At least one of physiological saline, tears, platelet rich plasma (PRP, Platelet rich plasma) solution and long-term preservation solution can be used as the preservation solution 20 .

The above-mentioned long-term preservation solution is used to preserve liver, kidney, etc., and has the effect of protecting the object to be preserved from the attack of active oxygen. Of course, in addition to the above-mentioned preservation solution 20, various preservation solutions having an antiseptic effect on the hair 1, especially on the hair follicles, can be used.

The main body 312 may also be provided with a hair resting stand 316 for resting the hair 1 flowing into the storage space 311 through the hair inflow port 314a. The hair resting platform 316 can prevent the hair 1 from being soaked by the preservation solution 20 in the storage space 311 . More specifically, the hair resting platform 316 can be set at a position higher than the water level of the storage solution 20 in the storage space 311 . The hair resting platform 316 is substantially perpendicular to the side wall of the storage container 310 , and can be assembled and disassembled in the storage container 310 . For this reason, structures such as locking parts are provided in the above-mentioned storage container 310 , so that the above-mentioned hair resting platform 316 is placed laterally in the above-mentioned main body 312 .

Furthermore, preferably, the hair resting base 316 is formed of a liquid-permeable material so as not to prevent the storage solution 20 from being discharged to the storage solution discharge port 312a. Moreover, preferably, the hair resting platform 316 is made of a low-absorbency material, so as to prevent the hair 1 from being soaked or excessively wetted by the preservation solution 20 . For example, at least one of iron net, gauze, fiber and textile can be used as the hair resting table 316 .

The pneumatic pipeline 320 can be used as a pipeline for moving the hair 1 collected by the collection hand piece 210 to the hair collector 300 . The pneumatic pipeline 320 may include a first pneumatic pipeline 322 and a second pneumatic pipeline 324 . The first pneumatic pipeline 322 may be a pipeline for moving the hair 1 collected by the collection handpiece 210 to the hair collector 300, and the second pneumatic pipeline 324 may be a pipeline for moving the hair 1 to the above-mentioned hair collector 300. The first pneumatic line 322 provides a conduit for suction pressure. Therefore, one end of the first pneumatic pipeline 322 may be connected to one end of the collection member 214a, and the other end of the first pneumatic pipeline 322 may be connected to the hair inflow port 314a. In addition, one end of the second pneumatic line 324 may be connected to the suction pressure supply port 314b, and the other end of the second pneumatic line 324 may be connected to the suction part 236 inside the device body 100 . A pressure reducer such as a vacuum pump or a compressor can be used as the above-mentioned suction member 236 .

Preferably, the suction pressure value of the pneumatic pipeline 320 has an appropriate pressure value to the extent that the hair 1 can be properly moved to the storage space 311 .

More specifically, preferably, the suction pressure of the pneumatic pipeline 320 is adjusted to normally collect the hair 1 and prevent the hair 1 in the storage container 310 from scattering or the preservation solution 20 from splashing. In order to adjust this suction pressure, a pressure regulating mechanism (not shown) such as a pressure regulating valve can be provided, and a pressure gauge (not shown) can be set in the above-mentioned storage container 310 or the above-mentioned pneumatic pipeline 320 to make the operator properly Regulate pressure.

The storage solution circulator 330 can supply and discharge the storage solution 20 to and from the storage container 310 . As an example, the storage solution circulator 330 may have a storage solution supply pipeline 332 and a storage solution discharge pipeline 334 . The storage solution supply line 332 can supply the storage solution 20 from the storage solution supply source 333 to the storage solution inflow port 314a. The storage solution discharge line 334 can recover the storage solution 20 from the storage container 310 to the storage solution recovery unit 335 . The above-mentioned storage solution supply source 333 and the above-mentioned storage solution recovery device 335 can be set as specified containers to be supported on the above-mentioned equipment body 100, and the operator can replace the above-mentioned container or replenish or discharge the storage solution 20 in the above-mentioned container to maintain the above-mentioned storage. Liquid 20 circulation system.

The nozzle 340 can spray the preservation solution 20 into the interior of the storage container 310 in a spray form. More specifically, the nozzle 340 may be fastened to the storage fluid inflow port 314c, so that the storage solution 20 in a liquid state supplied from the storage solution supply line 332 is changed into a mist state, so that the storage fluid 22 is in the form of storage fluid 22. The inside of the storage space 311 is sprayed. Such a nozzle 340 can create a high-humidity environment in the storage space 311 filled with the storage fluid 22 . In such a high-humidity environment, the hair 1 placed on the above-mentioned hair resting platform 316 can be prevented from rotting due to the preservation of the fluid 22 .

Here, when the hair 1 is not immersed in the storage solution 20 but is exposed to a high-humidity environment, the hair 1 may have a lower decay rate. In the case of immersing the hair 1 in the preservation solution 20, it was confirmed that the hair follicle part of the hair 1 decayed particularly quickly. This can be understood as an increase in the living life of the hair follicle when the hair 1 is exposed to a high-humidity environment compared to an environment soaked in a liquid state.

On the other hand, the hair collector 300 is further provided with a temperature regulator 350 for detecting the internal temperature caused by the storage fluid 22 in the storage container 310 . More specifically, the temperature regulator 350 may have a temperature sensor 352 disposed in the storage container 310 for measuring the temperature in the storage space 311 .

The temperature data detected by the temperature sensor 352 is transmitted to the controller 600, and the controller 600 can judge the temperature data to adjust the temperature in the storage space 311 to a preset temperature, or display temperature and humidity information to the operator .

In order to control the temperature as described above, various types of temperature adjustment systems can be applied to the hair collector 300 described above. As an example, a cooler 354 for cooling the temperature inside the storage container 310 to a predetermined temperature may be provided. As the cooler 354 , an element such as a thermoelectric element (thermoelectric element) for lowering the temperature in the storage container 310 can be used. In addition, in the cooler 354 , a method in which cooling water is continuously circulated around the storage container 310 , a method in which a cooling jacket (not shown) is used, or the like can be selectively used. At this time, the temperature inside the storage container 310 may be adjusted to a temperature range of about 0°C to 15°C. When the internal temperature of the storage container 310 is lower than about 0° C., problems such as freezing of the hair 1 occur, and it may be difficult to perform prompt hair follicle transplantation. On the contrary, when the internal temperature of the storage container 310 is greater than about 15° C., the decay rate of the hair 1 is increased, thereby reducing the survival rate in the subsequent hair transplantation process.

As another example, a cooler capable of cooling and supplying the preservation liquid 20 supplied to the storage container 310 at a predetermined temperature may be applied. Such a cooler may be provided by the storage liquid supply source 333, and cool the storage liquid 20 stored in the storage liquid supply source 333 to a preset temperature range. The cooling techniques described above can be optionally applied in this cooler. At this time, the temperature of the storage solution 20 supplied to the storage container 310 may be adjusted to a temperature range of about 0°C to 15°C. When the temperature of the preservation solution 20 is lower than about 0° C., there is a problem that the hair 1 is cooled, making it difficult to perform rapid hair follicle transplantation. On the contrary, when the temperature of the above-mentioned preservation solution 20 is higher than about 15° C., the rot of the above-mentioned hair 1 is increased, thereby reducing the survival rate in the subsequent hair transplantation process.

Moreover, the above-mentioned hair collector 300 can also be provided with a vibrating plate (not shown), and the above-mentioned vibrating plate (not shown) vibrates so that the hair 1 placed on the above-mentioned hair placing platform 316 is evenly distributed on the above-mentioned hair placing platform. 316. Vibration occurs. The vibrating plate can vibrate when power is supplied, and the driving of the vibrating plate can be controlled by the controller 600 . Also, the intensity of the vibration can be adjusted according to the vibration level preset in the above-mentioned controller 600 .

Thus, it is possible to prevent the hairs 1 placed on the hair resting table 316 from coagulating with each other or being excessively stacked.

The hair counter 400 can count the number of hairs 1 collected by the collection handpiece 210 and identify them to the operator. As an example, the hair counter 400 may include a hair recognition sensor (not shown), and the hair recognition sensor (not shown) is provided on the first pneumatic pipeline 322 of the collection hand piece 210 . The above-mentioned hair recognition sensor can be configured as at least one optical sensor provided on the above-mentioned first pneumatic pipeline 322 for detecting the hair 1 moving along the above-mentioned first pneumatic pipeline 322 . At this time, the above-mentioned light sensor may be configured to receive the reflected light-receiving signal after irradiating its own light-emitting signal onto the above-mentioned first pneumatic pipeline 322 . In addition, the optical sensor may be configured to form a single unit of a light emitting sensor and a light receiving sensor, and transmit or receive a detection signal with the first pneumatic line 322 interposed therebetween. In this case, since the above-mentioned hair 1 moves along the above-mentioned first pneumatic pipeline 322 and blocks the signal moving path of the above-mentioned light sensor, it can be counted whether the above-mentioned hair 1 is counted and whether it is collected normally as the above-mentioned light sensor cannot receive light. The condition of the signal. At this time, preferably, considering the stability and accuracy of the counting, multiple optical sensors are arranged on the first pneumatic pipeline 322 . In this case, it is judged in an average or comprehensive manner whether the above-mentioned light sensors detect respectively, so as to finally determine whether the above-mentioned hairs 1 are counted and collected normally. The detection signal output by the hair recognition sensor can be transmitted to the controller 600, and the controller 600 can judge the detected signal to display the cumulative amount of hair and whether the hair is collected normally on the display 120.

With the hair counting system as described above, the operator can confirm the number of hairs 1 collected during the operation in real time, and thus can correctly collect a required number of hairs 1 compared to the conventional method of counting the number by the operator, This in turn enables the operator to concentrate only on hair collection.

On the other hand, the above-mentioned hair transplanting device 100 can also have a surgical guidance system 500, which can guide the operator to perform the hair harvesting operation. The aforementioned surgical guidance system 500 may include a camera 510 and a standard data unit 520 . The above-mentioned camera 510 can be set on the above-mentioned collection hand piece assembly 200, so as to photograph the tissue part to be collected during the operation. As an example, the camera 510 is disposed on the upper part of the collection part 214 of the collection hand piece 210, and the angle of the camera 510 can be adjusted to face the front end of the collection part 214a. Thus, when the surgery is performed, the camera 510 may include at least the end portion of the collection member 214a, and photograph the hair 1 part of the skin tissue, and the photographed image data may be transmitted to the controller 600 . As another example, the above-mentioned camera 510 is arranged on a support member that can be fixed or moved, such as a pivot arm that is fixedly arranged on the periphery of the above-mentioned equipment body 100 or the above-mentioned display 120, and the operator makes the imaging area of the above-mentioned camera 510 irradiate the person to be operated. The hair collection target area can transmit the captured image data to the controller 600 .

The controller 600 may display the operation guidance information to the operator through the display 120 after selecting the operation guidance information matching the received image data from the standard operation guidance information stored in the standard data unit 520 . The surgical guidance information can determine the state, position, thickness, angle, length, and orientation of the hair 1 to include information such as the effective angle and depth of the collection member 214a for collecting the hair 1 . The operator can collect the hair 1 by confirming such surgical guidance information displayed on the display 120 .

Therefore, the hair collector and the hair transplanting device provided with it in the embodiment of the utility model enable the operator to receive the standard surgical information suitable for the state of the hair through the surgical guidance system 500, so that the hair can be effectively collected from the skin tissue.

As mentioned above, although the specific Example of the hair collector of this invention and the hair transplant apparatus provided with it was demonstrated, it is clear that various deformation|transformation can be implemented within the limit which does not deviate from the range of this invention. Therefore, the scope of the utility model should not be limited to the above-mentioned embodiments, but should be determined by the protection scope of the utility model and its equivalent technical solutions. It should be understood that the above-mentioned embodiments are illustrative in all aspects and not limiting. Compared with the detailed description, the scope of the present invention is represented by the scope of protection of the utility model. The meaning and scope of the scope of protection of the above-mentioned utility model And all changes or deformed forms derived from equivalent concepts belong to the scope of the present utility model.

Explanation of reference signs

10: Hair transplant device 100: Device body

120: Display 130: Handpiece Holder

200: Collection Handpiece Assembly 300: Hair Collector

310: Containment container 320: Pneumatic lines

330: Storage liquid circulator 340: Nozzle

350: Temperature Regulator 400: Hair Counter

500: Surgical guidance system 510: Camera

520: Standard Data Unit 600: Controller

Industrial Applicability

The utility model can be applied to the hair transplant area. That is, the hair collector and the hair transplanting device having the hair collector according to an embodiment of the present invention can be used to collect and store hair, and perform hair transplantation at a prescribed location. In particular, the present invention can be applied to the operation for treating alopecia, the operation for hair transplantation for cosmetic purposes, and the like.

Claims (20)

1. A hair collector, characterized in that, Holds the hair that separates from the skin tissue, The hair collector includes: a housing container having a housing space for housing hair; and The nozzle is used for spraying the storage fluid in a mist state into the storage space. 2. The hair collector according to claim 1, further comprising a hair storage platform, the hair storage platform is arranged inside the storage container, and is used for placing the hair stored in the storage space. hair. 3. The hair collector according to claim 2, wherein the hair resting platform comprises at least one of net, gauze, fiber and textile. 4 . The hair collector according to claim 2 , wherein the hair resting stand is disposed at a position higher than the water level of the storage liquid in the storage container. 5. The hair collector according to claim 1, characterized in that, also comprising a pneumatic line for moving the hair collected by the collection handpiece towards the pneumatic line of the holding container, The pneumatic pipeline includes: a first pneumatic line to move the hair from the collection handpiece to the receptacle; and The second pneumatic pipeline is connected with the storage container and is used to provide suction pressure to the inside of the storage container. 6. The hair collector according to claim 1, further comprising a temperature regulator, the temperature regulator is used to adjust the temperature of the receiving space to 0°C to 15°C. 7. The hair collector according to claim 1, further comprising: a pneumatic line for moving the hair collected by the collection handpiece toward the receptacle; and A hair counter is provided on the pneumatic pipeline for detecting hairs moving along the pneumatic pipeline and counting the number of hairs. 8. The hair collector according to claim 7, wherein the hair counter comprises at least one hair recognition sensor, the hair recognition sensor is arranged on the pneumatic pipeline for detecting hair. 9. A hair implant device, characterized in that it comprises: Equipment body; a collection handpiece, mounted on the device body, for separating hair from skin tissue; and a hair collector for receiving hair separated by said collection handpiece, The hair collector includes: a housing container having a housing space for housing the hair; and The nozzle is used for spraying the preservation fluid in a mist state into the storage container. 10. The hair transplanting device according to claim 9, further comprising a hair placement platform, and the hair placement platform is arranged in the interior of the storage container at a height higher than the water level of the preservation solution in the interior of the storage container. The position is used for placing the hair contained in the containing space. 11. The hair implant device according to claim 9, wherein: also comprising a pneumatic line for moving the hair collected by the collection handpiece towards the pneumatic line of the holding container, The pneumatic pipeline includes: a first pneumatic line to move the hair from the collection handpiece to the receptacle; and The second pneumatic pipeline is connected with the storage container and is used to provide suction pressure to the inside of the storage container. 12. The hair implant device according to claim 11, further comprising a hair counter for counting the number of hairs collected by the collection hand piece. 13. The hair implanting device according to claim 12, wherein the hair counter comprises at least one hair recognition sensor, the hair recognition sensor is arranged on the pneumatic pipeline for detecting the hair moving in the pneumatic pipeline . 14. The hair implanting device according to claim 12, further comprising a display for displaying information on the number of hairs measured by the hair counter. 15. A hair implant device, characterized in that it comprises: Harvesting handpiece for separating hair from skin tissue; A camera for photographing the skin tissue with the hair follicles to be collected; a display for displaying images captured by the camera; a data storage unit for storing standard surgical guidance information based on the state of the hair follicle; and A controller is configured to receive image information captured by the camera, and cause the display to display information matching the standard image information in the data storage unit. 16. The hair implant device according to claim 15, wherein: The image information captured by the camera includes the angle, position, orientation, length or thickness of the hair, The standard image information includes at least one of the angle, inclination, configuration, acquisition depth, and acquisition time of the acquisition handpiece that is consistent with at least one of the angle, position, orientation, length, or thickness of the hair . 17. The hair implant device according to claim 15, wherein: The collection hand piece includes a collection piece, the collection piece has a hollow shape capable of rotation, and is used to collect the hair, The camera is arranged on the collection hand piece, and takes pictures of the skin tissue in a manner including the end area of the collection piece. 18. The hair implant device according to claim 15, further comprising: a housing container having a housing space for housing hair separated from the skin tissue; a pneumatic line connected to the receptacle for moving the hair from the collection handpiece to the receptacle; and The hair counter is arranged on the pneumatic pipeline, and is used for detecting the hairs moving in the pneumatic pipeline, and counting the number of hairs. 19. The hair implant device according to claim 15, further comprising: a housing container having a housing space for housing hair separated from the skin tissue; and The nozzle is arranged in the storage container, and is used for spraying the preservation fluid in a mist state into the storage space. 20. The hair implant device according to claim 15, further comprising: a housing container having a housing space for housing hair separated from the skin tissue; and The hair placement table is arranged inside the storage container, and is used for placing the hair stored in the storage space.