TWI714859B - Wearable laser soothing aid - Google Patents

Abstract

The present invention is a wearable laser relief auxiliary device, which mainly includes a power supply unit with a battery and a charging device to provide electrical connection and supply power to other units; the activation trigger unit is electrically connected to the power supply unit Provides users to switch actions from the outside; the safety sensor unit has an infrared emitter and an infrared sensor, and is electrically connected to the activation trigger unit. The safety sensor unit emits infrared rays through the infrared emitter to irradiate the skin, and the infrared sensor Detect the infrared reflection of the skin to determine the distance close to the skin. Control the activation of the trigger unit to produce a closing action; the laser drive unit is an electrical connection. The safety sensor unit is extended by the safety sensor unit and is generated by the action command signal sent by the activation trigger unit. Actions.

Description

Wearable laser soothing aid

The present invention is a wearable laser soothing auxiliary device, especially a wearable laser soothing auxiliary device that is safe, easy to use, and has a far-infrared massage effect.

With the development of health care technology, a variety of auxiliary devices that can provide human body wear have been developed on the market, especially after the user wears it through contact with the human skin, it heats or emits electric current to the skin or below the skin. Muscle tissue drives the muscles to relax or contract by heat relief or conduction of current, so that the muscles produce specific corresponding responses, so as to assist the human body to relieve or stimulate muscles and muscle groups.

The aforementioned conventional far-infrared principle or the wearable auxiliary device designed based on the principle of electric current stimulation, among which the principle of the far-infrared wearable auxiliary device is mainly to mix magnets with far-infrared radiation into the wearable strap for the user to wear and use , But according to the current scientific data, the soothing effect of far infrared rays on human muscles is not specific. Most of them need to be used with electronic heating devices. However, electronic heating devices require high-power current, so far infrared rays Heated wearable auxiliary soothing devices generally have to be connected to electricity, which makes the device larger in size. Therefore, the design is only suitable for use in a sitting or lying position at home, and it is not convenient to wear and go out.

And another wearable device that stimulates human muscles with electric current. The principle is to stimulate the nerves of human muscles to twitch through the release of electric current. The principle is to force muscle contraction rather than relaxation. This type of product has auxiliary training. Although the device design can be designed to be smaller and wear it out, it is not used for sore parts and does not have a soothing effect.

The present invention is a wearable laser relief auxiliary device, which includes a power supply unit, a start trigger unit, a safety sensing unit and a laser drive unit. Its main features include the following actions: The power supply unit is equipped with a battery and a charging device , In order to provide electrical connection and supply power to other units; the activation trigger unit is electrically connected to the power supply unit to provide the user with external activation and shutdown actions; the safety sensing unit has an infrared transmitter and an infrared sensor, and The activation trigger unit is electrically connected. When the activation trigger unit switches to activation and wake-up actions, the security sensor unit will emit infrared rays through the infrared transmitter to irradiate the skin, and the infrared sensor detects the infrared reflection of the skin to determine the distance to the skin Length, when the detected distance from the skin surface exceeds the preset length, the activation trigger unit will be controlled to turn off; the laser drive unit is an electrically connected safety sensor unit, which is mainly triggered by the extension of the safety sensor unit The activation, shutdown, and wake-up command signals issued by the unit produce corresponding actions. A laser head is provided to emit lasers to penetrate the skin and irradiate the internal muscles, nerves and tendons.

The secondary feature of the present invention is that the device includes: a first body is provided with an activation switch and a status indicator, wherein the activation relationship controls the signal for turning on or off the power of the activation trigger unit, and the related actions are through the status indicator The generated light signal display provides the user's judgment when controlling; a contact part is provided at the bottom end of a second body. The contact part is irradiated with laser light corresponding to the skin position. The contact part is provided with a laser head, an infrared emitter and an infrared sensor on the same height plane, which is connected to the safety sensor unit inside the wearable laser soothing auxiliary device to make the infrared emitter It emits infrared rays to illuminate the skin, and the infrared sensor detects the infrared reflection of the skin to calculate the distance close to the skin. The laser head is connected to the internal laser drive unit and is controlled within the preset distance close to the skin The laser light is emitted to irradiate the skin; a strap allows the contact part of the wearable laser soothing aid to be aligned and fixed to a specific body part.

Please refer to the circuit unit diagram of the preferred embodiment of the present invention in FIG. 1 for the development of wearable auxiliary device products that are both wearable and have obvious soothing effects to give users more convenience and obvious muscle groups, etc. Soothing effect, while taking into account the effects of safety, durability and convenience to wear, the wearable laser soothing auxiliary device 10 of the present invention mainly has the following structural design and control applications. In terms of circuit unit design and control method, the wearable laser The internal electronic components of the laser relief auxiliary device 10 are designed to include a power supply unit S1, a start trigger unit S2, a safety sensing unit S3, and a laser drive unit S4. Each unit includes the following action characteristics:

Power supply unit S1: It is mainly equipped with a battery and a charging device to provide electrical connection and supply power to other units.

Start trigger unit S2: It is electrically connected to the power supply unit S1 to provide the user with external pressing to switch on, off, and wake up, and is equipped with a vibrating element to cooperate with the aforementioned switch on, off, and wake up to generate individual correspondence shock.

Safety sensor unit S3: It has an infrared transmitter and infrared sensor and is electrically connected to the start trigger unit S2. When the start trigger unit S2 is switched to start and wake up actions, the safety sensor unit S3 will emit infrared rays through the infrared transmitter to irradiate the skin , And the infrared sensor detects the infrared reflection of the skin to determine the distance close to the skin. When the detected distance from the skin surface exceeds the preset length, the trigger unit S2 is controlled to turn off. In this implementation, When the detection distance close to the skin exceeds 1 cm, the safety sensing unit S3 will control the activation trigger unit S2 to turn off to ensure that the laser light will not move or fall to the eyes and other parts that are not suitable for laser light to ensure safety.

Laser drive unit S4: It is electrically connected to the safety sensing unit S3, which is mainly extended by the safety sensing unit S3 and is extended by the activation trigger unit S2 to generate the corresponding actions such as start, close, and wake-up command signals. The shooting head used the laser to penetrate the skin and irradiated the internal muscles, nerves and tendons, so as to soothe and increase blood circulation.

Please refer to FIGS. 2 and 3 for the top and bottom appearance views of the structure of the preferred embodiment of the present invention. The wearable laser relief aid device 10 of the present invention has a first body 11 and a second body 12 corresponding to the top and bottom of the structure design. The formed casing is an appearance. The first body 11 and the second body 12 are equipped with circuit boards to correspond to the power supply unit S1, the start trigger unit S2, the safety sensing unit S3, and the laser drive unit S4. In the control step, in this embodiment, the first body 11 and the second body 12 are provided with a waterproof structure, so that the structure of the present invention can adapt to various conditions of the outdoor environment and the damage to the electrical appliances by the sweat humidifier of the human body during use.

The first body 11 of the upper half of the overall wearable laser relief auxiliary device 10 is provided with a start switch 111, a status indicator 112, a wake-up and sleep switch 113, and a vibration element 114. The start switch 111 controls the aforementioned start trigger unit S2 The signal to turn on or turn off the power, and the related actions will be displayed by the status indicator 112 to provide user control judgment, and the wake-up and sleep switch 113 provides the aforementioned activation trigger unit S2 temporarily when the power is on. The action of temporarily suspending the laser irradiation is also displayed by the light signal generated by the status indicator 112. In this embodiment, the first body 11 is further provided with a vibration element 114, which can be selectively matched The status indicator 112 generates corresponding actions for the lights, which can provide the user to understand the switching status of various control actions through the vibration frequency in situations where it is inconvenient to watch the lights.

A contact part 121 is provided on the bottom end of the second body 12 of the lower half of the wearable laser relief auxiliary device 10. One side is provided with a charging portion 122; wherein the contact portion 121 is arranged to protrude downward from the bottom end of the second body 12 in the present preferred embodiment, so that the user can clearly indicate the contact portion 121 corresponding to the desired The corresponding position of the skin irradiated by the laser light is used to irradiate the laser light more accurately through the smaller area of the contact part. The bottom end plane of the contact part 121 at the same height is provided with a laser head 1211, an infrared transmitter 1212, and an infrared sensor 1213. The infrared transmitter 1212 and the infrared sensor 1213 are connected to the internal security sensor unit S3 so that the infrared transmitter 1212 emits infrared rays to irradiate the skin, and the infrared sensor 1213 detects the infrared reflection of the skin to calculate the distance to the skin , And the laser head 1211 is connected to the internal laser drive unit S4, and is controlled to emit laser light within a preset distance close to the skin to irradiate the skin, and the contact portion 121 protrudes from the side of the second body 12 A buckling groove 1214 is recessed.

In addition, a charging portion 122 is provided on one side of the second body 12. In this embodiment, the charging portion 122 has a waterproof charging head 1221 structure design. The charging portion 122 is connected to the battery and the battery provided in the internal power supply unit S1. On the charging device, it can be charged from the outside at any time to provide the required power at any time.

Please refer to the diagrams of the preferred embodiment of the present invention shown in FIGS. 4 and 5 again. In order to make the wearable laser relief aid device 10 easy to install on specific body parts, the laser relief aid device 10 of the present invention is further provided with a The strap 20, one end of the strap 20 is provided with a common roll-binding felt sticking felt part 202 design, so as to be attached to various parts of the human body. In this embodiment, the strap 20 has a buckle 21 at one end to roll After wrapping around the human body, one end of the strap 20 can be inserted into the buckle 21 and fixed by the felt part 202 on the opposite side of the strap 20. However, the strap 20 can also be replaced with other structures that can be attached to the human body such as silicone tape. , Is not the only design application; wherein the strap 20 is provided with a round hole 201 at an appropriate position of the belt body, and the round hole 201 can be sleeved on the buckling groove 1214, so that the wearable laser relief auxiliary device 10 The contact portion 121 of the lower half of the second body 12 protrudes from the other side after the buckle, that is, the corresponding surface contacting the skin, so that the contact portion 121 can be aligned and fixed to the elbow A of a specific human body. Laser irradiation, and the circular hole 201 is sleeved on the buckling groove 1214 and then faces outward with respect to the first body 11 of the contact portion 121, so that the hand H can operate the start switch 111 and wake up the sleep switch 113. The buckling groove 1214 can be detached on the round hole 201 at any time, so that the buckling groove 1214 can be replaced with different specifications of straps 20 at any time as needed to match the shape of the body part, or to facilitate maintenance It is very convenient to use in various occasions.

In summary, through the aforementioned control features and structural features, the present invention has convenient and safer and better laser soothing auxiliary effects, and the related technology has not been seen in other published technologies or previous patents, and it is in line with the invention of my country. For patent application requirements, Yan filed a patent application in accordance with the law.

10‧‧‧Wearable laser relief aid 11‧‧‧First body 111‧‧‧Start switch 112‧‧‧Status indicator 113‧‧‧Wake-up sleep switch 114‧‧‧Vibration element 12‧‧‧No. Two body 121‧‧‧Contact part 1211‧‧‧Laser head 1212‧‧‧Infrared transmitter 1213‧‧‧Infrared sensor 1214‧‧‧Fastening slot 122‧‧‧Charging part 1221‧‧‧Charging head 20‧ ‧‧Strap 201‧‧‧Circle hole 21‧‧‧Buckle A‧‧‧Elbow H‧‧‧Hand S1‧‧‧Power supply unit S2‧‧‧Start trigger unit S3‧‧‧Safety sensor unit S4 ‧‧‧Laser drive unit

Figure 1: A flow chart of the control actions of each unit in a preferred embodiment of the present invention. Figure 2: A top view of the structure of the preferred embodiment of the present invention. Figure 3: The bottom view of the structure of the preferred embodiment of the present invention. Figure 4: is a schematic diagram of the implementation of the preferred embodiment of the present invention. Fig. 5 is a schematic diagram of another implementation action of the preferred embodiment of the present invention.

12‧‧‧Second Body

121‧‧‧Contact

1211‧‧‧Laser head

1212‧‧‧Infrared transmitter

1213‧‧‧Infrared sensor

1214‧‧‧Fastening groove

122‧‧‧Charging Department

1221‧‧‧Charging head

Claims (9)

A wearable laser relief auxiliary device (10), which includes a power supply unit (S1), a start trigger unit (S2), a safety sensing unit (S3) and a laser drive unit (S4), each unit includes the following actions Features: Power supply unit (S1): Mainly equipped with battery and charging device to provide electrical connection and supply power to other units; start trigger unit (S2): It is used after electrical connection to the power supply unit (S1) The start and close actions are switched from the outside; the safety sensor unit (S3): has an infrared transmitter (1212) and an infrared sensor (1213), and is electrically connected to the start trigger unit (S2), when the start trigger unit ( S2) When switching to start and wake up actions, the safety sensor unit (S3) will emit infrared rays through the infrared transmitter (1212) to irradiate the skin, and the infrared sensor (1213) detects the infrared reflection of the skin to determine the distance to the skin When the infrared sensor (1213) detects the infrared reflection of the skin and judges that the distance to the skin exceeds 1 cm, the safety sensor unit (S3) will control the activation trigger unit (S2) to turn off to ensure that the laser light will not move or Falling to the eyes and other parts that are not suitable for laser light; laser drive unit (S4): is electrically connected to the safety sensing unit (S3), which is mainly extended by the safety sensing unit (S3) and activated by the trigger unit ( S2) The activation, shutdown, and wake-up command signals issued to generate corresponding actions are provided with a laser head (1211) through which the laser penetrates the skin and irradiates the internal muscles, nerves and tendons. The wearable laser relief auxiliary device (10) according to claim 1, wherein the activation trigger unit (S2) is electrically connected to the power supply unit (S1) to provide the user with external wake-up action switching. The wearable laser relief aid (10) according to claim 1, wherein the activation trigger unit (S2) is provided with a vibrating element to cooperate with activation, deactivation and wake-up and other actions to switch to generate individual corresponding vibrations. A wearable laser relief auxiliary device (10), which is equipped with a circuit board inside which includes a power supply unit (S1), a start trigger unit (S2), a safety sensing unit (S3) and a laser drive unit (S4), The device includes: a first body (11), which is provided with a start switch (111) and a status indicator (112), wherein the start switch (111) is a signal that controls the start trigger unit (S2) to turn on or turn off the power , And the related actions will provide the user's judgment when controlling through the light signal generated by the status indicator (112); a second body (12) is provided with a contact part (121) on the bottom end of the contact part (121) Irradiate laser light corresponding to the skin position. The contact part (121) is provided with a laser head (1211), an infrared transmitter (1212) and an infrared sensor (1213) on the same height plane to connect to the wearable laser The safety sensor unit (S3) inside the relief aid (10) makes the infrared transmitter (1212) emit infrared rays to irradiate the skin, and the infrared sensor (1213) detects the infrared reflection of the skin to calculate the distance to the skin. The laser head (1211) is connected to the internal laser drive unit (S4), and is controlled to emit laser light within a preset distance close to the skin to irradiate the skin; a strap (20) makes the wearable laser soothing and assisting The contact part (121) of the device (10) can be aligned and fixed to a specific body part. The wearable laser relief auxiliary device (10) according to claim 4, wherein the first body (11) is provided with a wake-up and sleep switch (113) to provide the activation trigger unit (S2) in the power-on state The action of laser irradiation is temporarily suspended, and the light signal generated by the status indicator light (112) is displayed. The wearable laser relief auxiliary device (10) according to claim 4, wherein the first body (11) is provided with a vibrating element (114), which can selectively cooperate with the status indicator (112) light signal Corresponding actions are generated to provide the user with an understanding of the switching status of various control actions through the vibration frequency in situations where it is inconvenient to watch the lights. The wearable laser relief assist device (10) according to claim 4, wherein the contact portion (121) protrudes from the bottom end of the second body (12), so that the contact portion (121) is clearly attached during use Corresponding to the corresponding position of the skin irradiated by the laser light, the laser light is irradiated more accurately through the smaller area of the contact part. The wearable laser soothing auxiliary device (10) according to claim 4, wherein a charging part (122) is provided on one side of the second body (12), and the charging part (122) is connected to an internal power source The battery and charging device of the supply unit (S1). The wearable laser relief auxiliary device (10) according to claim 4, wherein the side of the contact portion (121) protruding from the second body (12) is recessed with a buckling groove (1214), The strap (20) is provided with a round hole (201) on the strap body and is sleeved on the buckle groove (1214) so that the lower half of the wearable laser relief auxiliary device (10) is in contact with the second body (12) The part (121) protrudes from the other corresponding surface contacting the skin after the buckle.

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