TWM587039U - Laser Grip - Google Patents

Abstract

A laser grip includes a body, a front seat, a laser guide module, and a cooling module. The front seat is disposed on the handle body and has a front surface. The front surface includes a light emitting portion and at least one air vent. The air extraction hole is used to communicate with an air extraction device; a laser guide module is arranged inside the body and used to guide a laser output by a laser light generator, and the laser guide module has a transmitting end for emitting a laser The light-emitting part is put out; the cooling module is arranged on the front seat so that the front seat is in a low temperature state to cool the skin and avoid burns or affect the treatment effect. Through the air suction hole, the front seat can be fixed to the skin, so that the laser is accurately positioned on the affected part, which is not easy to shift and has a cupping effect. When the laser is not used, the cooling module cooperates with the front seat, so that the front seat can be cold for cold treatment.

Description

Laser Grip

This creation is related to laser treatment devices; in particular, it refers to a laser grip.

The so-called light treatment method refers to the use of laser amplification (Light amplification by stimulated emission of radiation) to improve the skin symptoms. Laser light has energy characteristics beyond ordinary light, and different colors of laser light have different energy intensities to apply to different skin symptoms. For example, the rehabilitation medicine industry uses laser light to irradiate human body parts, and low-energy laser light irradiates human body parts. The tissue cells in the deep part of the part absorb some light wave energy and convert it into thermal energy, which causes the temperature of the part to rise. For example: when the temperature rises between 60 and 80 degrees Celsius, it can be used to stop bleeding; or after exposure to low-energy laser light, the amino acid added by the human system can reduce pain and even effectively reduce allergic and inflammatory reactions. Therefore, this type of laser light is used in rehabilitation equipment.

In addition, the medical cosmetic industry uses laser light to improve the abnormal appearance of human skin, such as: melanin precipitation, brown age spots, freckles, and so on. The principle is to irradiate laser light on human body parts (such as the skin surface layer) and generate thermal energy. When the heat energy accumulates on the skin surface layer to a certain amount, the skin surface tissue is destroyed, and the damaged skin surface tissue will pass through the human body. After the self-recovery process of the skin is initiated, the damaged skin surface tissue is restored to the original intact skin surface tissue.

The conventional laser treatment device includes a laser light generator and a laser grip. The laser light generator is used to generate laser light. The laser grip is connected to the laser light generator to guide the laser to the laser grip. Up, while shot by a laser grip.

The laser light is used to irradiate the human body part. When the operator holds the laser grip, because the hand is not stable, the laser grip cannot be stabilized at the same position, so that the laser grip is displaced and the laser beam cannot be changed. Aiming at the affected part of the human body results in poor treatment results.

As far as is known, during the treatment of human body parts (such as subcutaneous tissue or muscles) using laser therapy devices using light therapy, the operator cannot continuously allow the laser light to be precisely positioned on the human body part to be treated. Therefore, the design of the conventional laser treatment device is still not perfect and needs to be improved.

In view of this, the purpose of this creation is to provide a laser grip, so that the laser can be precisely positioned on the area to be treated, so that the treatment effect of that area is more significant.

Another purpose of this creation is to provide a laser grip that allows cold treatment of the recipient when the laser is not in use.

Another purpose of this creation is to provide a laser grip to avoid burns or affect the effect of laser treatment during the treatment process due to the accumulation of heat on the skin.

In order to achieve the above purpose, a laser grip provided by this creation includes a body, a front seat, a laser guide module, and a cooling module. The front seat is disposed inside the body and has a front surface. The front mask has a light-exiting part and at least one air-exhaust hole. The at least one air-exhaust hole and an air-exhaust device communicate with each other and an air-exhaust device. The laser guide module is disposed inside the handle and has a transmitting end. The transmitting end is for emitting a laser, and the emitted laser penetrates the light emitting part; the cooling module is arranged on the front seat for absorbing the heat energy of the front seat.

The effect of this creation is that the suction part is fixed on the treated part through the suction hole, so that the laser is precisely positioned on the treated part without deviation, so that the laser is accurately irradiated on the treated part during the treatment process. The treatment effect is more significant. At the same time, the cooling module absorbs the heat of the front seat and keeps the front seat in a low temperature state. When the front seat contacts the recipient's skin, the front seat can cool the skin and prevent the heat from accumulating on the skin to burn or affect thunder. The effect of radiotherapy. Another effect of this creation is the effect of sucking solid through the air vent, as if cupping the part, so that the muscles in the part can relax. When the laser light generator stops outputting the laser, the cooling module can cool the front seat to achieve the purpose of cold treatment for the recipient.

In order to explain the creation more clearly, the preferred embodiment is described in detail below with reference to the drawings. Please refer to FIG. 1 and FIG. 5. The laser grip 100 according to the first preferred embodiment of the present invention includes a body 10, a front seat 20, a laser guide module 40, and a cooling module 50. And a vibration motor 60.

The handle body 10 has a cylindrical shape, but is not limited thereto, and may be a shape convenient for an operator to hold, such as a rectangular tube shape. The handle body 10 has a receiving chamber 12 for setting the laser guide module 40 and the cooling module 50, and the rear end of the body 10 is provided with the laser guide module 40 and the cooling module 50 to a mine. Laser light generator (not shown), the laser light generator can be controlled to output or stop outputting the laser, and the laser light generator has an air extraction device, which can be controlled to extract air or Stop pumping.

The front seat 20 is connected to the front end of the handle body 10 to resist the recipient's skin. The front seat 20 has a front face 222 having a plurality of air vents and a light emitting portion 222c. The air vents are connected to In the air extraction device, the front end surface 222 is provided against the skin of the recipient. The front seat 20 has an inner end surface 242. The inner end surface 242 faces away from the front end surface 222 and faces the receiving chamber 12. More specifically, the front seat 20 of this embodiment includes a first seat body 22 and a second seat body 24. The outward-facing side of the first seat body 22 forms the front end surface 222, and the first seat body 22 is provided with a first through hole (not shown) and the exhaust holes. In this embodiment, the exhaust holes include a first exhaust hole 222a and a plurality of second exhaust holes 222b. The number of the second exhaust holes 222b is six, and they surround the periphery of the first exhaust holes 222a (refer to FIG. 4). One end of the first exhaust hole 222a on the front end surface 222 constitutes the light emitting portion 222c. The first through hole penetrates the first exhaust hole 222a, the hole wall of the first exhaust hole 222a and the hole walls of the second exhaust holes 222b extend in a direction away from the front end surface 222 to form a plurality of first channels 224 for The first exhaust holes 222a and the second exhaust holes 222b are communicated, so that the first exhaust holes 222a and the second exhaust holes 222b pass through both sides of the first base 22 through the first channels 224.

The second base body 24 is connected between the first base body 22 and the handle body 10. The side of the second base body 24 facing the receiving chamber 12 forms the inner end surface 242, and the second base body 24 is opened. There is a second through hole (not shown) and a second channel 244. The second through hole penetrates both sides of the second base 24 and is formed corresponding to the first through hole of the first base 22. A through hole (not shown) of the front seat 20; the second channel 244 runs through both sides of the second seat body 24, and the first channel 224 corresponding to the first exhaust hole 222a corresponds to each other to form the front seat 20 An airflow passage 26 is provided, and an inner wall of the second passage 244 near the inner end surface 242 has a first threaded section 244a.

A ventilation tube 30 is further provided in the container 12. The ventilation tube 30 includes a connecting member 32 and a tube body 34. The connecting member 32 has a head 322, a body 324 and a third channel 326. The tube body 34 is sleeved to be connected to the air extraction device, and the body portion 324 forms a first thread segment 324a on the surface for screwing on the first thread segment 244a of the second channel 244, so that the head portion 322 The third channel 326 extends through the head portion 322 and the body portion 324 to communicate with the tube body 34 and the air flow channel 26. The tube body 34 is connected to the suction device of the laser light generator through the rear end of the handle body 10.

The laser guiding module 40 includes an optical fiber 42 and a transmitting end 44. One end of the optical fiber 42 forms the transmitting end 44. The optical fiber 42 is connected to the laser light generator through a rear end of the body 10. The end 44 penetrates the through hole of the front seat 20, and when the laser light generator is controlled by the user to output the laser, the laser emitted by the laser light generator is guided through the optical fiber 42 and exits from the transmitting end 44 The light emitting portion 222c allows the laser to be irradiated on the site to be treated by the recipient.

Please refer to FIG. 5, the cooling module 50 is disposed in the front seat 20 to absorb the heat energy of the front seat 20 to make the front seat 20 in a low temperature state. The cooling module 50 includes a uniform cooling chip 52 and a cooling water pipe 54. The wafer 52 is attached to the receiving chamber 12 of the body 10 on one side and adheres to the inner end surface 242 of the second base 24. The other side of the cooling wafer 52 is connected to the cooling water pipe 54, and the cooling water pipe 54 winds around the cooling wafer 52 and is connected to the laser light generator by connecting the rear end of the body 10 to receive the circulating light. The cooling water takes away the thermal energy generated by the cooling chip 52. In this embodiment, the cooling chip 52 is ring-shaped and surrounds the periphery of the optical fiber 42, but it is not limited thereto, and it may be formed by a plurality of cooling chips 52.

The vibration motor 60 is disposed on the inner end surface 242 of the front seat 20, and the generated vibration is transmitted to the pushed skin part through the front seat 20, so that the skin of the part feels vibration to achieve a relaxing effect. In practice, the vibration motor 60 may not be provided.

In use, after the front surface 222 of the front seat 20 abuts on the skin and moves to a predetermined position, the user activates the suction device to suck the front seat 20 through the first suction hole 222a and the plurality of second suction holes 222b. At the predetermined position. With the aforementioned suction effect to overcome the displacement caused by the instability of the hand, the laser grip 100 is fixed at a predetermined position, and the laser can continue to irradiate the affected part without shifting, allowing treatment The procedure is safer and the treatment effect is more significant. What's more worth mentioning is that the aforementioned fixation effect is equivalent to cupping effect, so that the treatment area and its surrounding area are in a relaxed state, such as the skin or muscles. At the same time, because the front seat 20 is provided with a cooling chip 52 to keep the front seat 20 at a low temperature, the front seat 20 can cool the skin, and the heat energy accumulated by the skin will be taken away by the low temperature front seat 20 to cool the skin and prevent the skin from accumulating heat energy. Burns or effects of laser treatment.

In addition, when the laser light generator is controlled by the user to stop outputting the laser, the cooling module 50 cools the front seat 20, and the low-temperature front seat 20 is against the skin of the recipient, and the recipient can also be subjected to cold treatment. When the laser is not used, the front seat 20 is cooled by using the cooling module 50, and the cold front seat 20 can also be subjected to cold treatment. In addition, after the user controls the pumping device to stop pumping, the laser grip 100 can be arbitrarily moved on the recipient to perform cold therapy.

Please refer to FIG. 6, a laser grip 200 according to the second preferred embodiment of the present invention has a structure substantially the same as that of the first embodiment, except that the first channels 70 may also use at least A first channel 70 and the air extraction holes 72 may also use at least one air extraction hole 72. The laser grip 200 can also achieve the effect of being fixed on the skin.

Please refer to FIG. 7, a laser grip 300 according to a third preferred embodiment of the present invention. The structure of the laser grip 300 is different from that of the first embodiment in that the suction device 80 is disposed in the receiving chamber 822 of the handle 82. The first suction hole 86 and the plurality of second suction holes 88 are communicated through the channel 842 of the second base body 84 in this embodiment. In this embodiment, the air extraction device 80 is an air pump. An exhaust hole 90 is formed at the rear end 824 of the body 82, and the exhaust hole 90 communicates with the air extraction device 80. Thereby, the air is sucked through the suction device 80 so that the laser grip 300 can be fixed on the skin part, and the sucked gas is discharged to the outside through the exhaust hole 90.

Through the above structure, the laser grip can be held on the skin and moved to the skin. The action of the suction device allows the laser grip to be fixed on the skin and positioned there without moving. Precise shooting on the treated part makes the effect more significant, and during the treatment, it will not cause displacement of the hand due to instability to destroy other normal parts, making the whole course more safe, and at the same time, low temperature The front seat also cools the skin. When the laser is not used, the cooling module cools the front seat to achieve the purpose of cold treatment for the recipient. The effect of sucking through the suction hole can also achieve cupping of the sucked part, so that the part and the surrounding muscles can relax. This creative department is suitable for application in the medical field, such as rehabilitation medical, medical cosmetology and other related industries.

The above description is only the preferred and feasible embodiment of this creation. For example, the equivalent changes of applying the description of this creation and the scope of patent application should be included in the scope of patent of this creation.

[This creation]

100‧‧‧laser grip

10‧‧‧Body

12‧‧‧capacity room

20‧‧‧Front seat

22‧‧‧First Block

222‧‧‧ front face

222a‧‧‧First air vent

222b‧‧‧Second exhaust hole

222c‧‧‧Light Department

224‧‧‧First channel

24‧‧‧Second Block

242‧‧‧Inner end face

244‧‧‧Second Channel

244a‧‧‧First thread section

26‧‧‧Airflow channel

30‧‧‧ Snorkel

32‧‧‧Connector

322‧‧‧Head

324‧‧‧body

324a‧‧‧First screw segment

326‧‧‧Third channel

34‧‧‧ tube body

40‧‧‧laser guidance module

42‧‧‧optical fiber

44‧‧‧ Launcher

50‧‧‧ Cooling Module

52‧‧‧Refrigerated chip

54‧‧‧ cooling water pipe

60‧‧‧Vibration motor

200‧‧‧laser grip

70‧‧‧ the first channel

72‧‧‧Air vent

300‧‧‧laser grip

80‧‧‧Exhaust device

82‧‧‧Body

822‧‧‧Capacity Room

824‧‧‧back

84‧‧‧Second Block

842‧‧‧channel

86‧‧‧First air vent

88‧‧‧Second extraction hole

90‧‧‧Vent hole

FIG. 1 is a perspective view of a laser grip according to a first preferred embodiment of the present invention.
FIG. 2 is a cross-sectional view of the laser grip for creating the above preferred embodiment.
FIG. 3 is a partially enlarged view of FIG. 2.
FIG. 4 is a bottom view of the laser grip for creating the above-mentioned preferred embodiment.
FIG. 5 is a cross-sectional view showing that the cooling water pipe of the above preferred embodiment abuts on the cooling chip.
FIG. 6 is a sectional view of a laser grip according to a second preferred embodiment of the present invention.
FIG. 7 is a sectional view of a laser grip according to a third preferred embodiment of the present invention.

Claims (11)

A laser grip is used to connect a laser light generator, wherein the laser light generator can output or stop outputting a laser. The laser grip includes:
Get together
A front seat is disposed on the handle body, the front seat has a front surface, the front mask has a light emitting portion and at least one air vent, and the at least one air vent is connected to an air exhaust device;
A laser guide module is disposed in the handle and connected to the laser light generator, and the laser guide module is used to guide the laser output by the laser light production machine, and the laser guide The module has a transmitting end for emitting laser light, and the emitted laser light passes through the light emitting part;
A cooling module is disposed on the front seat, and the cooling module absorbs the heat energy of the front seat. The laser grip according to claim 1, wherein the front seat has an air flow channel, one end of the air flow channel communicates with the at least one air suction hole, and the other end communicates with the air suction device. The laser grip according to claim 2, wherein the front seat includes a first seat body and a second seat body connected to each other, the first seat body has the front surface, and the airflow channel includes at least a first channel And a second channel, the at least one first channel is located on the first base body and communicates with the at least one vent hole, and the second channel is located on the second base body. The laser grip according to claim 1, wherein the emitting end is located in the at least one air vent, and an opening of the at least one air vent on the front surface constitutes the light emitting portion. The laser grip according to claim 4, wherein the number of the at least one air vent is a plurality of, including a first air vent and a plurality of second air vents, and the transmitting end is located at the first air vent In one embodiment, the second exhaust holes surround the first exhaust holes. The laser grip according to claim 4, wherein the handle body has an accommodation chamber; the front seat has an inner end face facing the accommodation chamber; the front seat has a through hole that penetrates the hole of the at least one exhaust hole The wall and the inner end surface; the laser guide module includes an optical fiber, the body of the optical fiber is located in the chamber, one end of the optical fiber has the transmitting end and penetrates the through hole. The laser grip according to claim 1, comprising a vibration motor, the vibration motor is disposed in the front seat and is located in the body. The laser grip according to claim 7, wherein the handle body has an accommodation chamber; the front seat has an inner end surface facing the accommodation chamber; and the vibration motor is disposed on the inner end surface. The laser grip as described in claim 1, wherein the handle body has a containing chamber; the front seat has an inner end face facing the containing chamber; the cooling module includes a uniform cold chip, and the cooling chip is disposed in the End face. The laser grip according to claim 9, wherein the cooling module includes a cooling water pipe, the cooling water pipe is located in the container and connected to the cooling chip. The laser grip according to claim 1, wherein the handle body has a containing chamber; the suction device includes a suction pump located in the containing chamber, the suction pump communicates with the at least one suction hole; the handle body has a An exhaust hole, which is in communication with the suction pump.