KR20230000457U - Multi-functional finger cot device with cosmetic and treatment functions - Google Patents

Abstract

The present invention relates to a multi-function finger court device having a cosmetic and physical therapy function, wherein the finger court device includes a finger court and a cosmetic physical therapy module, and the finger court includes a finger coat unit and the finger coat unit A palm coat part connected to the palm coat part, wherein the finger coat front face and the finger coat rear face are installed, a non-gap finger accommodating space is formed between the finger coat front face and the finger coat rear face, and the palm coat part has a palm coat front face and a back surface of a palm coat, wherein the palm coat portion has at least one missing portion to form a palm-side penetrating hole, the cosmetic physical therapy module is installed on the finger coat, and the cosmetic physical therapy module includes a controller and an action area. , the controller is installed in the finger court, the action area is installed in front of the pinker court, and the controller is electrically connected to the action area with one or more wires.

Description

Multi-functional finger cot device with cosmetic and treatment functions {Multi-functional finger cot device with cosmetic and treatment functions}

The present invention relates to a finger coat structure, in particular, with a finger coat used for medical cosmetic manipulation, low frequency operation, iontophoresis, light therapy, and heat therapy that can reach better operability in facial beauty and massage use. it's about having

Currently, electrical stimulation therapy devices are widely used as an electronic device for aphrodisiac and auxiliary therapy, and effects are achieved by using electrical stimulation or a low-frequency electronic pulse method. The low-frequency therapy device applies a minute current to the human body in a low-frequency or other electrical stimulation method, so that it can act on the face in combination with cosmetic medicine, and stimulates the facial muscles or each part through the current to improve blood circulation and cell activation in the partial area. It increases regeneration, and furthermore, facial muscles are trained in rhythm to make them more toned and beautiful, or to achieve effects such as facial gymnastics, facial massage, and facial slapping.

Conventional low-frequency electrical stimulation therapy devices of this type are as shown in FIGS. 1A and 1B (see Taiwan Utility Model No. 221557), and a hand-held electrical stimulation device has been disclosed, in which a main body 90 is installed. In the main body 90, a frequency control button 901 and an intensity button 902 are installed, and one end of the main body 90 is a conducting wire 91, and a conductive sheet centered on the palm of the glove 92 93, the conductive sheet 93 is bonded or sealed with a conductive material to the glove 92 at the center of the palm of the glove 92, so that an electrical stimulation signal is output through the conductive material. The conductive wire 91 is also connected to the conductive sheet 95 of the finger coat 94, and the conductive sheet 95 is bonded or sealed with a conductive material to the finger coat 94 at the upper end of the finger coat 94, An electrical stimulation signal is output via the conductive material. When in use, the therapist inserts the glove 92 and the finger coat 94 on the palm and fingers, respectively, and performs back electric stimulation massage treatment on the subject.

In the above-described conventional hand-fitting electrical stimulation device, the glove 92 is in the form of five fingers separated, so that the five fingers must be inserted individually during use, so the wearing operation is cumbersome and time-consuming. In addition, during electrical stimulation operation, a large-area electrical stimulation treatment operation is performed using the palm area where the conductive sheet 93 is located, so it is not suitable for delicate, intensive, sophisticated and flexible electrical stimulation of the face or other parts. It is obviously not an ideal design for use in cosmetic medical treatment, for example.

In addition, as shown in FIG. 2, in the cosmetic iontophoresis 96 using a microcurrent action, the cosmetic iontophoresis 96 has a hand stick type structure and includes a handle 97 and a massage head 98. And, a conductive connection member 971 and a switch 99 are installed on the handle 97, and the conductive connection member 971 has an electrical polarity (for example, an anode) so that it is conductively connected to the human body when gripped. The massage head 98 has a massage output unit 981, the massage output unit 981 has an electric polarity (for example, a negative electrode), and the conductive connection member 971 and the massage output unit 981 Sai transmits current in the form of direct current. In use, a cosmetic drug suitable for introduction of the cathode is applied to the face, and during this operation, the massage output unit 981 is negatively charged and rejects the anion in the cosmetic drug and pushes the cosmetic drug to penetrate deep into the skin, thereby forming a film of cosmetic drug It has the effect of accelerating light oil exchange, improving tissue excitability, and promoting osmosis.

Although the aforementioned conventional cosmetic iontophoresis 96 can exhibit the predicted iontophoresis function, the hand stick-type cosmetic iontophoresis 96 is delicate and difficult to properly apply in contact with the face, and is difficult to apply to the face or human body curve. Due to the limitations of the fine parts of the , it is not possible to proceed with the delicate and sophisticated manipulation of the customization, so there are also areas to be improved together.

Therefore, the above-mentioned defects of the low-frequency glove stimulator and the cosmetic iontophoresis device have become an important direction for the industry to overcome. Accordingly, the present inventor came up with the present invention through long-term conception in view of the defects of conventional electrical stimulation gloves and cosmetic iontophores.

An object of the present invention is to provide a finger cot device having applicability in cosmetic maintenance, facial treatment operation of beauty treatment, and having the best simplicity, flexibility and delicacy in use.

Another object of the present invention is to provide the use of an alternating output of a low-frequency EMS (electrical muscle stimulation) pulse waveform, the use of an iontophoresis, the use of phototherapy and thermotherapy, to improve the variety of choices of use functions.

The technical means for achieving the above object of the present invention includes a finger coat and a cosmetic physical therapy module, wherein the finger coat includes a finger coat part and a palm coat part, and the finger coat part includes a finger coat front face and a finger coat back face is installed, and a spaceless finger accommodating space is formed between the front surface of the finger court and the back surface of the finger court, and the spaceless finger accommodating space accommodates 2 to 4 fingers; The palm coat portion includes a palm coat front side and a palm coat back side, the palm coat front side is connected to the finger court front side, the palm coat back side is connected to the finger court back side, and the palm coat portion has at least one missing portion to form a palm-side through-hole, the palm-side through-hole communicates with a spaceless finger receiving space between the finger cots,

The cosmetic physical therapy module is installed in the finger court, the cosmetic physical therapy module includes a controller and an action area, the controller is installed in the finger court, and the action area is installed in front of the finger court. The controller is electrically connected to the active area by one or more leads.

In an embodiment, the finger coat further includes a wrist coat part, and the list coat part is connected to a lower position of the palm coat part.

In an embodiment, the cosmetic physical therapy module includes a low-frequency output device, an iontophoresis output device, a light emitting module and a heating module,

The low-frequency output device, the iontophoresis output device, and the light emitting module are integrated, and include at least one output electrode part and at least one feedback electrode part, the output electrode part is installed in front of the finger coat, and the output electrode part is at least It includes a set of separated first and second electrodes, the feedback electrode unit is installed inside the finger coat to maintain continuous contact with the human body, and the light emitting module and the heating module are installed in front of the finger coat , The light emitting module includes a light emitting member to selectively emit red light and/or light other than red light, and the heat generating module includes a heat generating member.

In one embodiment, it further comprises a feedback control device, wherein the feedback control device includes a controller installed on the finger cot, wherein the controller is electrically conductively connected to the output electrode part and the feedback electrode part, and in the controller A control unit is installed, and a detection judgment operation module formed by using the feedback electrode unit is further installed in the control unit, and the detection judgment operation module detects an electrical path between the feedback electrode unit and the first electrode. Thus, it automatically judges the work state and operates the continuity of the electrical work or automatically judges the work separation and cuts the electricity.

In the embodiment, the palm coat part has two missing portions to form two palm-side through-holes, respectively, and the two palm-side through-holes are a first palm-side through-hole and a second palm-side through-hole installed on both sides of the palm coat, respectively.

In an embodiment, the finger cot is a silicone or latex type glove, the first palm side through hole forms a closed type pass hole, and the second palm side through hole forms an open state, so that the finger cot device constitutes a semi-opening type glove .

The wrist coat part includes a wrist coat band that surrounds the wrist and has a front list coat and a rear list coat, and a fixed band is stretched on the front of the list coat, and a first connecting member is installed on the rear surface of the fixed band, , The back of the list coat is provided with a fixing member, and a second connecting member relative to the first connecting member is installed on the fixing member, and the first connecting member and the second connecting member are an adhesive band and a fixed button. is used optionally.

In an embodiment, the first electrode and the second electrode form a set of positive and negative electrodes or a set of polarity electrodes, so that the finger coat device selectively uses an EMS electric stimulator with an AC output or an iontophoresis with a DC output .

In an embodiment, the controller is connected to the first electrode and the second electrode with a first electric wire and a second electric wire, respectively, and the output electrode part, the first electric wire, and the second electric wire are made of a conductive material. It is integrally coupled to the finger court device or installed in the finger court device in a printing or coating manner.

In an embodiment, the controller further includes a mode control key for opening and closing and selecting various modes, a first electric flow rate key, and a plurality of indicator lamps.

In the embodiment, the controller is equipped with an alarm buzzer that emits alarm sounds in various situations.

In an embodiment, the controller is conductively connected to a power supply, and the controller has a charging port communicating with the power supply.

In an embodiment, a lithium battery circuit and a protection circuit electrically connected to the control unit are installed in the controller, and the lithium battery charging circuit and the protection circuit are electrically connected to the charging port.

In an embodiment, the control unit is electrically conductively connected to the first electrode and the second electrode by an EMS boost circuit.

In an embodiment, the control unit is further provided with a storage module, the storage module stores all parameters in a current or previous working state, and the finger coat part is separated from the face for a while to form a breakaway short state, and then the face When contacted again to make the work electrically continuity, the storage module automatically recovers all the setting parameters of the original memorized working state according to the step-up manner of the control unit.

In an embodiment, the control unit is electrically conductively connected to the first electrode, the second electrode and the feedback electrode with an iontophoresis voltage.

In the embodiment, the charging port is connected to the charging connector of the charging base to perform a charging operation.

In an embodiment, the charging base includes a base body, the base body is provided with a power port, the base body has at least one glove cradle protruding upward, and the bottom of each glove cradle has the charging port. connector is installed.

In an embodiment, the controller is wirelessly connected to the remote controller, the remote controller includes a control body, and the remote control body is provided with at least a control key and a second electric flow key.

It is described below in combination with preferred embodiment drawings and detailed descriptions so that the examiner can better understand and appreciate the technical features of the present invention and the functions to be achieved.

1a and 1b are structural schematic diagrams of a conventional electric stimulation glove.
2 is a structural schematic diagram of a conventional cosmetic iontophore.
Figure 3a is a schematic perspective view of the fastening of the present invention.
Figure 3b is a schematic rear view of the present invention.
Figure 3c is a schematic exploded perspective view of the present invention.
Figure 3d is a schematic exploded perspective view in the case of having two notches of the present invention.
Figure 4a is a schematic diagram using the 4-finger cot of the present invention.
Figure 4b is a schematic diagram using the three-finger court of the present invention.
Figure 4c is a schematic diagram using the two-finger court of the present invention.
5A is a structural diagram of a low-frequency operating member of the present invention;
5B is a structural diagram of the iontophoresis operation member of the present invention.
5C is a structural diagram of a phototherapy operating member of the present invention.
5D is a structural diagram of a thermotherapy operating member of the present invention.
6 is a schematic diagram illustrating the operation mode of the present invention.
Figure 7a is a schematic diagram of the application of facial low-frequency treatment of the present invention.
Figure 7b is a schematic diagram of application of facial iontophoresis treatment of the present invention.
8 is a schematic diagram of operation application of the present invention.
9A is a structural schematic diagram of the glove filling base of the present invention.
9B is an application schematic diagram of the glove filling base of the present invention.

Hereinafter, in order to better understand the technical features and achieved effects of the present invention, a combination of preferred embodiments and drawings will be described in detail as follows.

Referring to Figures 3a, 3b, 3c and 3d, an embodiment of a multi-function finger cot device having cosmetic and physical therapy functions of the present invention will be described. The finger cot device 1 disclosed in this embodiment includes a finger cot 10 and a cosmetic physical therapy module 20, and the finger cot 10 is a silicone or latex type glove, and the finger cot unit 11 ), a palm coat part 12 and a list coat part 13.

The finger cot part 11 is a parallel connection type finger cot, and includes a finger cot front surface 111 and a finger cot rear surface 112, and the finger cot part 11 has a non-spaced finger accommodating space 113 . That is, the no-gap finger accommodating space 113 is formed between the front surface 111 of the finger cot and the rear surface 112 of the finger cot, and the no-gap finger accommodating space 113 accommodates two to four fingers of a human hand. accept The palm coat part 12 and the finger coat part 11 are integrally molded and connected. That is, it is formed by stretching from both sides of the finger coat part 11, and the palm coat part 12 includes a palm coat front surface 121 and a palm coat rear surface 122, and the palm coat front surface 121 The finger court front side 112 is integrally connected, and the palm court back side 122 is integrally connected to the finger court back side 112. The palm coat part 12 has at least one missing part to form a palm side through hole (reference numeral not shown), and the palm side through hole (reference numeral not shown) is a non-spaced finger accommodating space of the finger coat part 11 ( 113) and communicate with each other. As shown in FIG. 3C , the palm-side through-hole forms a missing portion to form a first palm-side through-hole 123 located on one side of the palm coat portion 12, and the first palm-side through-hole 123 is a thumb ( 101) can be pushed out. As shown in FIG. 3D , the palm coat portion 12 has two missing portions to form two palm-side through-holes, respectively, which are first palm-side through-holes installed on both sides of the palm coat portion 12 ( 123) and the second palm-side through-hole 124. The list coat part 13 is connected to the lower position of the palm coat part 12, and the list coat part 13 includes a wrist coat band 131 that can wrap the wrist, and the list coat front face 131A and a wrist coat rear surface 131B, wherein a fixed band 132 is stretched on the wrist coat front surface 131A, and a first connecting member 1321 is installed on the rear surface of the fixed band 132, A fixing member 133 is installed on the list coat rear surface 131B, and a second connecting member 1331 relative to the first connecting member 1321 is installed on the fixing member 133, and the first connecting member 1331 is installed. The connecting member 1321 and the second connecting member 1331 are, for example, adhesive bands, fixing buttons, etc., but are not limited thereto, by connecting the first connecting member 1321 and the second connecting member 1331 to each other. By fastening, the wrist coat part 13 is sutured and fixed.

A plurality of ventilation holes 1121, 1221, and 1311 are respectively provided on the back of the finger coat 112, the back of the palm coat 122, and the back of the list coat 131B, respectively, so that the finger coat device 1 is worn. Ventilation function and comfort can be increased. The first palm-side through-hole 123 forms a closed through-hole, but the second palm-side through-hole 124 forms an open state before the wrist coat part 13 is sutured and fixed, so that the finger cot device 1 ) to configure a semi-opening glove that is convenient to wear.

The cosmetic physical therapy module 20 is installed on the finger cot 10, the cosmetic physical therapy module 20 includes a controller 51 and an action area 40, and the controller 51 is the finger It is installed on the court 10, the action area 40 is installed on the front of the finger court 111, and the controller 51 is electrically connected to the action area 40 with one or more wires.

The cosmetic physical therapy module 20 further includes a low-frequency output device 21, an iontophoresis output device 22, a light emitting module 23, and a heating module 24.

The low-frequency output device 21, the iontophoresis output device 22, and the light emitting module 23 are merged and include at least one output electrode portion 41 and at least one feedback electrode portion 42, The output electrode part 41 is installed on the front side of the finger court 111, and the output electrode part 41 includes at least one set of separated output electrodes, that is, the first electrode 411 and the second electrode 412 Including, the first electrode 411 and the second electrode 412 may form a positive and negative electrode set or an electrode set of the same polarity, and the first electrode 411 and the second electrode of the output electrode unit 41 The two electrodes 412 are installed relatively to the left, right, top, or bottom, and their relative positions may be appropriately arranged as needed. The feedback electrode part 42 is installed on the finger coat part 11 or the wrist coat part 13, and in this embodiment, it is installed inside the wrist coat band 131 to maintain continuous contact with the human body And, when the finger cot device 1 is worn and fixed, the feedback electrode part 42 can be in contact with the human hand, and the feedback electrode part 42 can be fixed or movable. The fixed type means that the feedback electrode part 42 is installed in a fixed position, and the movable type means that the setting position of the feedback electrode part 42 can be movably adjusted, so that the hands of different sizes or individual needs can be adjusted. This means that it can be applied flexibly.

The light emitting module 23 and the heat generating module 24 are installed on the front side of the finger court 111, and the light emitting module 23 includes a light emitting member to emit red light (630-700 nm wavelength) and red light other than red light. By selectively emitting light of, it is possible to have the effect of phototherapy, and the heating module 24 is provided with a heating member and emits thermal energy, so that it can have the effect of thermal therapy, thereby making the skin as a whole. It achieves various effects of beautifying and caring.

The first electrode 411, the second electrode 412, the light emitting module 23 and the heat generating module 24 are installed in the working area 40, and the first electrode 411 and the second electrode ( 412) are installed on the upper and lower portions of the working area 40, respectively, and the light emitting module 23 is located at the center of the working area 40 (or between the first electrode 411 and the second electrode 412). , and the heating module 24 is installed outside the light emitting module 23 .

In addition, the present invention further includes a feedback control device 50, the feedback control device 50 includes a controller 51, the controller 51 is installed in the finger cot 10, this embodiment In the example, it is installed on the list coat band 131, and a preferable position is to be installed on the list coat front face 131A or the list coat rear face 131B, and in this embodiment, the controller 51 is the list coat front face ( 131A), the controller 51 is electrically conductively connected to the output electrode part 41 and the feedback electrode part 42, and the controller 51 comprises a first electric wire 511, a second 2 electric wires 512 are connected to the first electrode 411 and the second electrode 412, respectively, and the controller 51 is connected to the third electric wire 513 and the fourth electric wire 514. It is connected to the light emitting module 23 and the heating module 24, respectively, and the wrist coat part 13 has a circuit area 510 extending in the direction of the palm coat part 12 and the finger coat part 11, , The first electric wire 511, the second electric wire 512, the third electric wire 513, and the fourth electric wire 514 are installed in the circuit area 510, but such an installation not limited to the method The output electrode part 41, the first electric wire 511, the second electric wire 512, the third electric wire 513, and the fourth electric wire 514 are conductive materials, and the finger It is integrally coupled to the coating device 1, or is installed in the finger coating device 1 by printing or coating, and the electric wires 511 to 514 are appropriately coated with an insulating layer. The controller 51 controls the operation of the output electrode unit 41 and the feedback electrode unit 42, for example, power on or off, function mode selection, automatic setting of electrode polarity, current level or different It includes manipulation such as selection of electrical stimulation action of the electronic pulse waveform.

The controller 51 further includes a mode control key 52, a first electric flow rate key 53 and a plurality of display lamps 54, and the mode control key 52 is used to open and close and select various modes. and the mode selection includes a low frequency mode 211, an iontophoresis mode 221, a light emitting mode 231 and a heating mode, and the first electric flow rate key 53 is a current increase key 531 and A current reduction key 532 is included, and the plurality of indicator lamps 54 correspond to indications of use of various modes. In addition, the controller 51 is electrically connected to a power supply (not shown, for example, a rechargeable battery or a lithium battery). A charging port 55 is installed on the rear surface (or other suitable location) of the controller 51. In addition, an alarm buzzer 541 is installed in the controller 51 (see FIG. 5A), and sounds an alarm in various situations.

A state in which the finger cot device 1 of this embodiment is worn on the hand will be described with reference to FIGS. 4A, 4B, and 4C together. As shown in FIG. 4A, the finger accommodating space 113 of the finger coat part 11 is inserted into four fingers such as the index finger 1102, the middle finger 1103, the ring finger 1104, and the small finger 1105. and expose the thumb 1101 from the first palm-side through-hole 123. As shown in FIG. 4B, the non-spaced finger accommodating space 113 of the finger cot part 11 is inserted into three fingers such as the index finger 1102, the middle finger 1103, and the ring finger 1104, and the thumb ( 1101 is exposed from the first palm-side through-hole 123, and the substrate 1105 is exposed from the second palm-side through-hole 124. As shown in FIG. 4C, the spaceless finger accommodating space 113 of the finger coat part 11 is inserted into two fingers such as the index finger 1102 and the middle finger 1103, and the thumb 1101 is inserted into the first 1 is exposed through the palm side through hole 123, and the ring finger 1104 and the small finger 1105 are exposed through the second palm side through hole 124. At this time, whether the spaceless finger accommodating space 113 of the finger coat unit 11 is inserted into two fingers, three fingers, or four fingers, the output electrode unit 41 of the finger coat device 1 (the first electrode ( 411), the second electrode 412) is located at the tip of the finger, the feedback electrode unit 42 contacts the wrist, and the controller 51 is located approximately at the wrist, providing excellent flexibility in manipulation. , speed and simplicity. Of course, the controller 51 may be installed on the rear surface 131B of the list coat, and may be electrically conductively connected to the output electrode unit 41 (first electrode 411 and second electrode 412). there is.

A use state of the low-frequency mode 211 of the present embodiment will be described with reference to FIGS. 5A, 6, and 7A. The low frequency mode 211 is activated through selection operation of the mode control key 52 of the controller 51, and the control unit 56 electrically connected to the controller 51, the lithium battery charging circuit and protection circuit 57 is installed, the lithium battery charging circuit and protection circuit 57 are electrically connected to the charging port 55, and the other charging base 70 is connected to the connector 61 of the power line (eg For example, USB TYPE C) is electrically connected to power connection or charging operation, and the charging base 70 is provided with a charging connector 721 connected to the charging port 55, and the controller ( 21) Charge the power equipment (e.g. lithium battery). The control unit 56 is electrically conductively connected to the first electrode 411 and the second electrode 412 with an electrical muscle stimulation (EMS) boost circuit (alternating current low frequency) 58 . At this time, the feedback electrode unit 42 electrically detects the first electrode 411 to perform detection feedback, and the second electrode 412 connects to the first electrode 411 through the human face 30. and electrically conductively connected (as shown in Fig. 7a), using the EMS alternating current low-frequency function. At the same time, the control unit 56 is also electrically conductively connected to the mode control key 52, the first electric flow rate key 53, the indicator lamp 54 and the alarm buzzer 541.

The ion introduction mode 221 of the present embodiment, that is, the ion introducer use mode, will be described with reference to FIGS. 5B, 6, and 7B. Introductory mode 221 is activated. The difference between FIG. 5B and FIG. 5A is as follows: the control unit 56 controls the first electrode 411, the second electrode 412 and the feedback electrode unit 42 with an iontophoresis voltage (direct current) 59. is electrically connected to At this time, the feedback electrode part 42 inside the wrist coat part 13 is, for example, an anode, and the first electrode 411 and the second electrode 412 outside the finger coat part 11 are, for example, For example, if it is a cathode, an ion introducer is used. In addition, at this time, the feedback electrode part 42 also electrically detects the first electrode 411, and the feedback electrode part 42 conducts electricity with the first electrode 411 through the hand and face 30. are connected (as shown in Fig. 7B), and a circuit is formed in this way to proceed with detection feedback.

The light emitting mode 231 of this embodiment will be described with reference to FIG. 5C together. The light emitting mode 231 is operated through selection manipulation of the mode control key 52 of the controller 51, and the control unit 56 supplies voltage to the light emitting module 23 through the light emitting circuit 232. Connected electrically, light therapy is used, and the light emitting circuit 232 may be the same as the third electrical lead 513 described above. At this time, the feedback electrode unit 42 electrically detects the first electrode 411 to perform detection feedback.

The heating mode of this embodiment will be described with reference to FIG. 5D. The heating mode is activated through selection operation of the mode control key 52 of the controller 51, and the control unit 56 is electrically and conductively connected to the heating module 24 through a heating circuit 241. Therefore, thermal therapy is used, and the heating circuit 241 is the same as the fourth electric wire 514 described above.

In addition, the control unit 56 is additionally installed with a detection judgment operation module formed using the feedback electrode unit 42 to perform detection feedback (see FIGS. 5A, 5B, 5C and 6), and low frequency In mode 211, in iontophoresis mode 221, in light emitting mode 231, the detection judgment operation module detects an electrical path between the feedback electrode portion 42 and the first electrode 411, namely In the state where the feedback electrode part 42 and the first electrode 411 are connected, the working state (that is, the feedback electrode part 42 is also electrically conductive with the first electrode 411 through the hand and face 30). connected, and by forming a circuit in this way, the feedback electrode part 42 is made to conduct with the first electrode 411 through the human body, and then the finger coat part 11 is in contact with the face or other body part. ), and in the working state, the detection judgment operation module causes the output electrode part 41 (first electrode 411, second electrode ( 412)), if it detects that the temporary short circuit or intermittent short circuit appears, it means that the work is stopped at this time, and at this time, the detection judgment operation module automatically determines that the work is discontinued (work stop) and automatically cuts the power. The detection and judgment operation module has an automatic judgment function, so that when the finger coat part 11 contacts the face again and the operation is electrically conducted, the operation of the electrical operation is immediately activated, so that the facial beauty operation can be continuously performed. Regardless of whether the device is in the low-frequency mode 211, the iontophoresis mode 221, or the light emission mode 231, by one detection feedback, in a situation where the power can be automatically cut off due to work deviation (work stop), the user can Allows you to obtain more desirable safety protection when using this device.

In addition, the control unit 56 is further equipped with a storage module (not shown), the storage module memorizes all parameters in the current or previous working state, and the finger coat part 11 is separated from the face for a while After forming a short-circuit state, when the face is contacted again to make the work electrically conductive, the storage module automatically recovers all the setting parameters of the original memorized work state according to the manner in which the control unit 56 gradually boosts the voltage. let it

The finger cot device 1 having the low-frequency operation, iontophoresis, light emitting module 23 and heating module 24 of the present invention is a face or other curved part of the human body, such as the nose, cock side, cheek, forehead Alternatively, appropriate electrical stimulation output operation, iontophoresis, light therapy, and heat therapy may be performed according to the needs of different regions such as the shoulder.

8 together, the controller 51 is installed in the list coat unit 13 of the finger cot device 1, the controller 51 is wirelessly connected to the remote controller 80, and the remote The controller 80 has a remote control body 81, and the remote control body 81 is provided with at least a control key 82 and a second electric flow key 83, and the control key 82 is a mode It has the same operating function as the control key 52, and the second electric flow rate key 83 has the same operating function as the first electric flow rate key 53, and also the second electric flow rate key 83 Similarly, a current increase key 831 and a current decrease key 832 are provided. That is, the control operation for the controller 51 is performed through the controller 80, and the controller 80 can similarly control the operation of the output electrode unit 41 and the feedback electrode unit 42, , such as turning on or off the power supply, selecting function mode, automatically setting electrode polarity, selecting the magnitude of current or electrical stimulation action of different electronic pulse waveforms, etc.

Referring to Figures 9a and 9b, the multi-function finger cot device 1 having cosmetic and physical therapy functions of the present invention further includes a charging base 70, and the charging base 70 is a base body 71 ), wherein the base body 71 has a power port 711 installed, and the power port 711 is electrically conductively connected to the connector 61 of the power line to introduce power, and the base In the body 71, at least one glove holder 72 protrudes upward, and a charging connector 721 is installed at the bottom of each glove holder 72. When the finger cot device 1 is covered with the glove holder 72, the charging port 55 of the controller 51 is inserted and connected to correspond to the charging connector 721 to charge the controller 51 do.

The multi-function finger cot device having beauty and physical therapy functions of the present invention has applicability and delicacy in cosmetic maintenance and facial treatment operation of beauty treatment by the above-described configuration. At the same time, the present invention provides the use of a low-frequency output, the use of an iontophoresis, the use of a light emitting module and a heat generating module, improving a variety of selection of use functions.

Although the present invention has been described in more detail through the above-described preferred specific embodiments, the present invention is not limited to the above-described embodiments, and various changes and modifications made to the structure within the scope of the technical idea disclosed in the present invention are still present. falls within the scope of the invention.

Finger Court Device 1
Finger Court 10
Finger Court Part 11
thumb 1101
index finger 1102
stop 1103
ring finger 1104
Soji 1105
Finger Court Front 111
Back of Finger Court 112
ventilation hole 1121
Unspaced Finger Accommodation 113
Palm Cottage 12
Palm Court Front 121
palm coat back 122
Ventilation hole 1221
First palm-side through-hole 123
Second palm-side through-hole 124
List Cote 13
List Court Band 131
ventilation hole 1311
List Court Front 131A
List coat back 131B
Fixed band 132
First connecting member 1321
fixed member 133
Second connecting member 1331
Aesthetic Physical Therapy Module 20
Low frequency output device 21
Low Frequency Mode 211
Iontophoresis output device 22
Iontophoresis Mode 221
Light emitting module 23
Flash mode 231
light emitting circuit 232
Thermal module 24
Heating circuit 241
face 30
Area of action 40
output electrode part 41
first electrode 411
second electrode 412
Feedback electrode unit 42
Feedback control device 50
Controller 51
circuit area 510
first electrical lead 511
second electrical lead 512
third electrical lead 513
4th electrical lead 514
mode control key 52
1st electric flow key 53
Current Increase Key 531
Current Decrease Key 532
indicator lamp 54
Alarm Buzzer 541
charging port 55
control unit 56
Lithium Battery Charging Circuit and Protection Circuit 57
EMS boost circuit 58
Iontophoresis voltage 59
Connector 61 of the power line
charging base 70
bass body 71
power port 711
Glove Holder 72
charging connector 721
remote control 80
remote control body 81
control key 82
Second electric flow key 83
Current Increase Key 831
Current Decrease Key 832

Claims (13)

In the multi-function finger court device having cosmetic and physical therapy functions,
The finger cot device includes a finger cot and a cosmetic physical therapy module, the finger cot includes a finger cot unit and a palm cot unit,
The finger cot unit has a front surface and a rear surface of the finger cot, and a spaceless finger accommodating space is formed between the front surface and the rear surface of the finger cot, and the spaceless finger accommodating space accommodates 2 to 4 fingers. do;
The palm coat portion includes a palm coat front side and a palm coat back side, the palm coat front side is connected to the finger court front side, the palm coat back side is connected to the finger court back side, and the palm coat portion has at least one missing portion to form a palm-side through-hole, the palm-side through-hole communicates with a spaceless finger receiving space between the finger cots,
The cosmetic physical therapy module is installed in the finger court, the cosmetic physical therapy module includes a controller and an action area, the controller is installed in the finger court, and the action area is installed in front of the finger court. A multi-function finger cot device having cosmetic and physical therapy functions, wherein the controller is electrically connected to the action area by one or more wires. According to claim 1,
The finger coat further includes a list coat unit, and the list coat unit is connected to a lower position of the palm coat unit. According to claim 2,
The cosmetic physical therapy module includes a low-frequency output device, an iontophoresis output device, a light emitting module and a heating module,
The low-frequency output device, the iontophoresis output device, and the light emitting module are integrated, and include at least one output electrode part and at least one feedback electrode part, the output electrode part is installed in front of the finger coat, and the output electrode part is at least It includes a set of separated first and second electrodes, the feedback electrode unit is installed inside the finger coat to maintain continuous contact with the human body, and the light emitting module and the heating module are installed in front of the finger coat , The light emitting module is provided with a light emitting member to selectively emit red light and/or light other than red light, and the heat generating module is provided with a heating member, a multi-functional finger having beauty and physical therapy functions coat device. According to claim 3,
Further comprising a feedback control device, wherein the feedback control device includes a controller installed on the finger cot, the controller is electrically conductively connected to the output electrode part and the feedback electrode part, and a control unit is installed in the controller and a detection and judgment operation module formed by using the feedback electrode part is further installed in the control unit, and the detection and judgment operation module detects an electrical path between the feedback electrode part and the first electrode to determine a working state. A multi-functional finger cot device with beauty and physical therapy functions that automatically determines the conduction of electrical work or automatically determines that it is separated from work and cuts the electricity. According to claim 4,
The first electrode, the second electrode, the light emitting module, and the heat generating module are installed in the working area, the first electrode and the second electrode are installed in upper and lower portions of the working area, respectively, and the light emitting module It is installed between the first electrode and the second electrode in the working area, the heat generating module is installed on the outer portion of the light emitting module, and the controller uses a first electric wire and a second electric wire to form the first electrode, Each is connected to the second electrode, and the output electrode part, the first electric wire, and the second electric wire are integrally coupled to the finger coat device with a conductive material or installed in the finger coat device by printing or coating method A multi-function finger court device equipped with beauty and physical therapy functions. According to claim 4,
There are two missing parts in the palm coat portion to form two palm-side through-holes, respectively, and the two palm-side through-holes are a first palm-side through-hole and a second palm-side through-hole installed on both sides of the palm coat, respectively. A silicone or latex type glove, wherein the first palm-side through-hole forms a closed through-hole, and the second palm-side through-hole forms an open state, so that the finger cot device constitutes a semi-opening type glove, cosmetic and physical therapy functions A multi-function finger court device equipped with. According to claim 6,
The wrist coat part includes a wrist coat band that surrounds the wrist and has a front list coat and a rear list coat, and a fixed band is stretched on the front of the list coat, and a first connecting member is installed on the rear surface of the fixed band, , The back of the list coat is provided with a fixing member, and a second connecting member relative to the first connecting member is installed on the fixing member, and the first connecting member and the second connecting member are an adhesive band and a fixed button. A multi-function finger court device having beauty and physical therapy functions, which is optionally used. According to claim 5,
The first electrode and the second electrode form a positive and negative electrode set or a polarity electrode set, so that the finger cot device selectively uses an EMS electric stimulator with an alternating current output or an ionizer with a direct current output, cosmetic and A multi-function finger cot device equipped with physical therapy functions. According to claim 5,
The controller further includes a mode control key for opening and closing and selecting various modes, a first electric flow rate key, and a plurality of display lamps, and the controller is equipped with an alarm buzzer that emits alarm sounds in various situations, and the controller is wirelessly connected to a remote controller, the remote controller includes a remote control body, and the remote control body has at least a control key and a second electric flow key. Finger court device. According to claim 8,
The control unit is electrically connected to the first electrode and the second electrode with an EMS boost circuit, a multi-function finger cot device having a cosmetic and physical therapy function. According to claim 10,
The control unit is further provided with a storage module, the storage module stores all the parameters in the current or previous working state, and the finger coat part is separated from the face for a while to form a breakaway short state, and then contacts the face again, When the work is electrically conducted, the storage module automatically recovers all the setting parameters of the original memorized work state according to the step-up method of the control unit, a multi-function device with beauty and physical therapy functions. Finger court device. According to claim 8,
The control unit is electrically conductively connected to the first electrode, the second electrode and the feedback electrode by iontophoresis voltage, a multi-function finger cot device having a cosmetic and physical therapy function. According to claim 8,
The controller is electrically connected to a power facility, the controller has a charging port communicating with the power facility, and a lithium battery circuit and a protection circuit electrically connected to the control unit are installed in the controller, and the lithium battery circuit is electrically connected to the control unit. A battery charging circuit and a protection circuit are electrically connected to the charging port, and the charging port is connected to a charging connector of a charging base to perform a charging operation. The charging base includes a base body, and the base body includes a power port. is installed, the base body has at least one glove holder protruding upward, and the charging connector is installed at the bottom of each glove holder, a multi-function finger coat having beauty and physical therapy functions Device.

Images