JP2023032767A - Glove device for multifunctional beauty and physical therapy - Google Patents

Abstract

To provide a glove device for multifunctional beauty and physical therapy.SOLUTION: A glove device for multifunctional beauty and physical therapy according to the present invention includes a glove, a beauty and physical therapy module on the glove, and a feedback controller with a detection decision operating module. The glove includes a finger bag part with a finger bag front and finger bag back, and a palm bag part connected to the finger bag part. The beauty and physical therapy module also includes a control device on the glove and a working area on the finger bag front. The control device is electrically connected to the working area via one or more conductors, and causes the detection decision operating module to perform detection in the electrical pathway between a feedback electrode prat and a first electrode to enable an automatic decision of an operating state that activates electrical operating continuity, or an operating state that automatically determines an offline operating state and disconnects power.SELECTED DRAWING: Figure 6

Description

TECHNICAL FIELD The present invention relates to a glove device, and in particular, includes a glove that can be operated and used for cosmetic medicine, can obtain better maneuverability in the use of facial cosmetic massage, low-frequency operation, and iontophoresis. , phototherapy and hyperthermia.

Current electro-stimulation therapy devices are commonly used as a kind of care/treatment assisting electronic device, and thus achieve their effects by using an electro-stimulation method or a low-frequency electronic pulse method. The low-frequency therapy device applies a weak electric current to the human body by low-frequency, low-frequency or other electrical stimulation methods, and can be applied to the face according to aesthetic medicine, and can be used to treat facial muscles and other parts. By stimulating through the electric current, it is encouraged to increase blood circulation and cell activation regeneration in some areas, and by rhythmically training the muscles of the face, the muscles can be tightened and beautified. can.

Conventional low-frequency electrical stimulation treatment instruments of this type, for example, as shown in FIGS. A frequency control button 901 and an intensity button 902 are provided on a main body 90, and one end of the main body 90 is connected to a conductive sheet 93 at the center of the palm of a glove 92 via a conductive wire 91, and the conductive sheet 93 is formed by sticking or sewing a conductive material to the center of the palm of the glove 92 to output an electrical stimulation signal via the conductive material, and the conductive wire 91 is also connected to the conductive sheet 95 of the finger bag 94. The conductive sheet 95 is formed by sticking or stitching a conductive material to the top end of the finger pouch 94 to output an electrical stimulation signal through the conductive material. When using it, the therapist covers the palms and fingers with the glove 92 and the finger bag 94, respectively, and performs electrical stimulation massage therapy on the back of the patient.

In the above-described conventional electrostimulation device that covers the palm, the glove 92 is in the form of five-fingered separation, and when used, it is necessary to insert and wear the five fingers one by one. , is relatively cumbersome, time-consuming and inconvenient. Therefore, during the electrical stimulation operation, the palm area where the conductive sheet 93 is located is used to perform the electrical stimulation treatment operation for a large area, and the facial area and other areas are carefully and carefully focused and delicate and agile. This is clearly a non-ideal design as it is unsuitable for use in performing active electrostimulation movements, for example unsuitable for aesthetic medicine use.

In addition, as shown in FIG. 2, in the beauty iontophoresis device 96 that also utilizes microcurrent action, the beauty iontophoresis device 96 has a hand-held stick structure, which includes a handle 97 and a massage head 98. , the handle 97 is provided with a conductive connection member 971 and a switch 99, the conductive connection member 971 has an electrical polarity (e.g., positive polarity) and is conductively connected with the human body when held. The massage head 98 has a massage output portion 981, the massage output portion 981 has an electrical polarity (e.g., negative polarity), and the conductive connection member 971 and the massage output portion 981 are connected to each other. , the massage output part 981 forms a negative output end while performing a direct current transmission between the . At the time of use, cosmetic chemicals suitable for negative electrode introduction are applied to the face, and in this way, the massage output section 981 is negatively charged during operation, and the negatively charged ions in the cosmetic chemicals repel each other. , Allows the cosmetic drug to penetrate deep into the skin, increases the amount of water under the negative electrode, expands the tissue and makes it soft and plump, accelerates the cosmetic drug through membrane exchange, and stimulates tissue excitability and promotes penetration. can increase

Although the conventional cosmetic iontophoresis device 96 described above can exhibit its expected iontophoresis function, the hand-held stick type cosmetic iontophoresis device 96 does not need to be used in contact with the face of the human body. In addition, it is difficult to apply it in close contact relatively carefully, and it is not possible to intentionally perform delicate and skillful manipulation processing only on areas where the facial and human body lines are slightly different. There are points that should be improved and broken through.

As described above, when the electric stimulation device or the cosmetic iontophoresis device 96 is separated from the treatment site of the human body, the design for automatic power cutoff is not made. If the product accidentally touches other parts of the human body, there is a risk that safety considerations will appear, and this is also a point that should be improved.

Taiwan Utility Model Registration No. 221557

Therefore, in view of the current electrostimulation gloves and cosmetic iontophoresis devices, the present inventors have researched and improved the shortcomings of cosmetic medicine, and after a long period of conception, finally created the present invention.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a glove device that has applicability in facial treatment operations in beauty care and aesthetic medicine, and that has extremely high simplicity, agility and politeness in use. .

Another object of the present invention is to provide a feedback control device, which has a detection decision actuation module, wherein the detection decision actuation module includes an electrical path between the feedback electrode section and the first electrode. The safety in use can be enhanced by automatically determining the operating state to activate electrical operation continuity or the operating state to automatically determine off-line operation and turn off the power.

Yet another object of the present invention provides the use of low frequency EMS (EMS is an abbreviation for electrical muscle stimulation) pulse waveform AC output, the use of iontophoresis, the use of phototherapy and heat therapy. It is to improve the diverse selection of its use functions.

The technical means adopted by the present invention to achieve the above object comprises a glove and a cosmetic physical therapy module. a palm bag portion including a back surface, wherein the front of the palm bag is connected to the front of the finger bag; a cosmetic physical therapy module is provided on the glove; the cosmetic physical therapy module includes a controller and an action area. wherein the controller is provided on the glove, the active area is provided on the front of the finger stall, and the controller is electrically connected to the active area via one or more conductors. wherein the glove device further comprises a feedback control device, the feedback control device comprising the controller provided on the glove, the controller connecting the output electrode section and the feedback electrode section to The output electrode unit is electrically conductively connected and provided on the front surface of the finger pouch, the output electrode unit including at least one set of spaced apart first electrodes and second electrodes, and the feedback electrode unit is provided inside the glove and held in continuous contact with the human body, the controller includes a control unit, and the control unit is further formed using the feedback electrode part. a detection judge activation module having a detection judge actuation module, wherein the detection judge actuation module has an operating state for causing sensing in an electrical path between the feedback electrode portion and the first electrode to initiate electrical operational continuity; or To automatically judge the operation state of off-line operation and cut off the power.

In one embodiment, the cosmetic physical therapy module comprises a low frequency output device, an iontophoresis output device, a light emitting module and a heating module, wherein the low frequency output device, the iontophoresis output device and the light emitting module includes at least one output electrode part and at least one feedback electrode part, the light emitting module and the heat generating module are provided on the front side of the finger bag, the light emitting module has a light emitting member, and A selective application of emitting red light and/or light other than red light is possible, and the heat generating module has a heat generating member.

In one embodiment, the glove further comprises a bracelet portion, and the bracelet portion is connected to a lower portion of the palm bag portion.

In one embodiment, a partition-free finger accommodating space is formed between the front surface of the finger pouch and the back surface of the finger pouch, and the partition-free finger accommodating space accommodates 2 to 5 fingers of an inserted human hand. used for

In one embodiment, the back surface of the palm bag is connected to the back surface of the finger bag, and both sides of the palm bag part are provided with cutouts formed with a first palm-side opening and a second palm-side opening. , the first palm-side opening communicates with the inside of the second palm-side opening.

In one embodiment, the active area is used to install the first electrode, the second electrode, the light-emitting module and the heat-generating module, and the first electrode and the second electrode respectively comprise the active The light-emitting module is provided between the first electrode and the second electrode of the active area, and the heat-generating module is provided in the surrounding area of the light-emitting module. be done.

In one embodiment, the glove is a glove made of silicone rubber or latex, the first palm side opening is a closed type opening, the second palm side opening is an open state, and the Configure the glove device as a half-open glove.

In one embodiment, the bracelet part comprises a bracelet band body surrounded by a bracelet front and a bracelet back, wherein a positioning band extends from the bracelet front and a rear of the positioning band. A first connecting member is provided on the rear surface of the bracelet, a positioning member is provided on the rear surface of the bracelet, a second connecting member is provided on the positioning member so as to face the first connecting member, and the first connecting member and the second connecting member and selectively use hook-and-loop fasteners and positioning snap buttons.

In one embodiment, the first electrode and the second electrode are formed in a positive and negative electrode group or a same polarity electrode group, and the glove device is equipped with an AC type output EMS electric stimulator or a DC type output ion Have selective use of the introducer.

In one embodiment, the back of the finger bag, the back of the palm bag and the back of the bracelet are each provided with a plurality of ventilation holes.

In one embodiment, the controller is connected to the first electrode and the second electrode via a first electrical lead and a second electrical lead, respectively, wherein the output electrode section, the first electrical lead, the A second electrical lead is integrally attached via a conductive material, or is provided on the glove device by a printing method, a coating method, or the like.

In one embodiment, the controller further includes a mode control button for opening and closing and various mode selections, a first current flow button, and a plurality of indicator lights.

In one embodiment, the controller is provided with an alarm buzzer to generate sounds to warn of different situations.

In one embodiment, the controller is conductively connected to a power supply facility, and the controller is provided with a charging inlet communicating with the power supply facility.

In one embodiment, the controller includes a lithium battery charging circuit and a protection circuit electrically conductively connected with the control unit, the lithium battery charging circuit and protection circuit providing an electrical current to the charging inlet. connected

In one embodiment, wherein said control unit is electrically conductively connected to said first electrode and said second electrode via an EMS boost circuit.

In one embodiment, the control unit is further provided with a storage module, the storage module is used to store various parameters in the current or previous operating state, and the finger pouch is temporarily removed from the face. When the operating state is electrically connected by physically leaving the off-line disconnected state or touching the face to make the operating state electrically conductive, the storage module automatically changes the control unit according to the gradual boosting method, which was originally stored. Restore various setting parameters of the operating state.

In one embodiment, the control unit is electrically conductively connected to the first electrode, the second electrode and the feedback electrode section via an iontophoretic voltage.

In one embodiment, the charging inlet is correspondingly connected with a charging connector on the charging base and used to perform charging operation.

In one embodiment, the charging base includes a platform, the platform is provided with a power inlet, the platform has at least one glove holder protruding upward, and the bottom of each glove holder is the charging port. A connector is provided.

In one embodiment, the controller is wirelessly connected to a remote controller, the remote controller has a remote control device, and the remote control device is provided with at least a control button and a second current flow button.

According to the configuration described above, the multifunctional cosmetic and physiotherapy glove device according to the present invention can have applicability and politeness in facial treatment operations in beauty care and cosmetic medicine. At the same time, the present invention can provide the use of low-frequency output, the use of iontophoresis, the use of light-emitting modules and heat-generating modules, thus enhancing the diverse selection of usage functions.

1 is a structural schematic diagram of a conventional electrostimulation glove; FIG. 1 is a structural schematic diagram of a conventional electrostimulation glove; FIG. 1 is a structural schematic diagram of a conventional cosmetic iontophoresis device; FIG. FIG. 3 is a schematic diagram showing the steric engagement of the present invention; Figure 3 is a schematic rear view of the present invention; 1 is a schematic exploded perspective view of the present invention; FIG. FIG. 2 is a diagram showing how the three-finger bag of the present invention is used; It is a usage mode diagram of the two-finger bag of the present invention. 1 is a structural diagram of a low-frequency manipulator of the present invention; FIG. It is a structural diagram of the iontophoresis operating tool of the present invention. 1 is a structural diagram of the phototherapy manipulator of the present invention; FIG. 1 is a structural diagram of a hyperthermia operating tool of the present invention; FIG. FIG. 3 is a conceptual diagram for explaining operation modes of the present invention; FIG. 2 is an application mode diagram of low-frequency treatment to the face of the present invention. FIG. 2 is an application mode diagram of iontophoresis treatment to the face of the present invention. FIG. 4 is an application mode diagram of the operation control of the present invention; 1 is a structural schematic diagram of a glove charging platform of the present invention; FIG. Fig. 4 is an application mode diagram of the glove charging base of the present invention;

For further understanding and recognition of the technical features and effects achieved by patent office examiners, the following detailed description is given with reference to preferred embodiments and drawings.

3A, 3B and 3C, an embodiment of the multifunctional cosmetic and physical therapy glove device according to the present invention will be described. The glove device 1 disclosed in this embodiment is a semi-open glove, the glove device 1 comprises a glove 10 and a cosmetic physical therapy module 20, the glove 10 is made of silicone rubber or latex. This glove has a finger bag portion 11, a palm bag portion 12, and a bracelet portion 13. - 特許庁

The finger bag part 11 presents a mitten-type finger bag, which includes a finger bag front surface 111 and a finger bag rear surface 112, and the finger bag part 11 has a partition-free finger receiving space 113, that is, the finger The partition-free finger accommodation space 113 is formed between the bag front face 111 and the finger bag back face 112, and the partition-free finger accommodation space 113 can accommodate 2 to 5 fingers of a human hand inserted at the same time. . The palm bag portion 12 is integrally formed and connected to the finger bag portion 11, that is, the palm bag portion 12 extends from both sides of the finger bag portion 11. The palm bag portion 12 includes a front face 121 and a palm bag. a back surface 122 , wherein the palm bag front surface 121 is integrally connected with the finger bag front surface 111 , and the palm bag rear surface 122 is integrally connected with the finger bag rear surface 112 , and both sides of the palm bag part 12 are connected. respectively present cutouts in which a first palm-side through-hole 123 and a second palm-side through-hole 124 are formed, and the first palm-side through-hole 123 communicates with the inside of the second palm-side through-hole 124. do. The bracelet part 13 is connected to the lower part of the palm bag part 12, and the bracelet part 13 includes a bracelet band body 131 surrounded by the bracelet part 13 so as to have a bracelet front face 131A and a bracelet back face 131B. A positioning band 132 extends from the front surface 131A, a first connecting member 1321 is provided on the back surface of the positioning band 132, a positioning member 133 is provided on the back surface of the bracelet 131B, and the first connecting member 1321 is attached to the positioning member 133. A second connecting member 1331 is provided opposite to the first connecting member 1321 and the second connecting member 1331. Examples of the first connecting member 1321 and the second connecting member 1331 include, but are not limited to, hook-and-loop fasteners and positioning snap buttons. It is sufficient that the first connecting member 1321 and the second connecting member 1331 can be connected and engaged with each other, and the bracelet portion 13 can be sealed and positioned.

A plurality of ventilation holes 1121, 1221, and 1311 may be provided in the finger bag back 112, the palm bag back 122, and the bracelet back 131B, respectively, to provide a ventilation function when the glove device 1 is worn. and comfort can be improved. The first palm side opening 123 presents a closed opening and the second palm side opening 124 presents an open state before the bracelet portion 13 is not yet sealed and positioned. Therefore, the glove device 1 is configured as a semi-open type glove that is convenient to wear.

The cosmetic physical therapy module 20 is provided on the glove 10, the cosmetic physical therapy module 20 has a controller 51 and an active area 40, the controller 51 is provided on the glove 10, The active area 40 is provided on the front face 111 of the finger stall 111, and the controller 51 is electrically connected to the active area 40 through one or more conductors.

The cosmetic physical therapy module 20 further comprises a low frequency output device 21 , an iontophoretic output device 22 , a light emitting module 23 and a heat generating module 24 .

The low-frequency output device 21, the iontophoretic output device 22, and the light-emitting module 23 are merged together to include at least one output electrode section 41 and at least one feedback electrode section 42, wherein the output electrode section 41 is connected to the finger. Provided on the bag front face 111, the output electrode part 41 includes at least one pair of spaced apart output electrodes, namely a first electrode 411 and a second electrode 412, wherein the first electrode 411 and the second The electrodes 412 are formed in a group of positive and negative electrodes or a group of electrodes of the same polarity. , may be laid appropriately as desired, but is not limited to this. The feedback electrode part 42 is provided on the inner side of the glove 10, and in this embodiment, is provided on the inner side of the bracelet band body 131 so as to be held in continuous contact with the human body, and the glove device 1 is worn. The feedback electrode part 42 can be in contact with the hand of the human body during positioning, wherein the feedback electrode part 42 can be fixed or movable. means that the feedback electrode section 42 is provided at a fixed position, and movable means that the set position of the feedback electrode section 42 can be movably adjusted. Be flexible and adaptable to individual needs.

The light-emitting module 23 and the heat-generating module 24 are provided on the front surface of the finger bag 111, and the light-emitting module 23 has a light-emitting member and emits red light (wavelength: 630-700 nm) and/or light other than red light. The selective application of light emission is possible and has a phototherapeutic effect, the heating module 24 has a heating element and can generate thermal energy to have a thermotherapy effect, and the entire skin can be treated. To achieve various beautification and therapeutic effects.

The first electrode 411, the second electrode 412, the light-emitting module 23 and the heat-generating module 24 are installed on the working area 40. The first electrode 411 and the second electrode 412 are respectively disposed on the working area 40, The light emitting module 23 is located in the lower part, the light emitting module 23 is located in the central part of the active area 40 (or between the first electrode 411 and the second electrode 412), and the heat generating module 24 is installed in the light emitting module 23 is provided in the surrounding part of the

The present invention also comprises a feedback control device 50, said feedback control device 50 having a controller 51, said controller 51 being provided on said glove 10, in this embodiment said bracelet body 131 (Bracelet part 13), preferably located on the front 131A of the bracelet or the back 131B of the bracelet. The controller 51 is electrically conductively connected to the output electrode portion 41 and the feedback electrode portion 42, and the controller 51 is electrically connected to the first electrode 411 and the second electrode portion 512 via a first electrical lead 511 and a second electrical lead 512, respectively. The controller 51 is also connected to the light-emitting module 23 and the heat-generating module 24 through a third electric wire 513 and a fourth electric wire 514, respectively, and the bracelet part 13 is connected to the palm. A circuit region 510 is formed extending in the direction of the bag portion 12 and the finger bag portion 11. The circuit region 510 includes the first electrical conductor 511, the second electrical conductor 512, the third electrical conductor 513 and the fourth electrical conductor. Conductor 514 is installed, but is not limited to this type of installation. The output electrode portion 41, the first electrical lead 511, the second electrical lead 512, the third electrical lead 513 and the fourth electrical lead 514 may be integrally coupled onto the glove device 1 via a conductive material. , or may be provided on the glove device 1 by a printing method, a coating method, and coated with a suitable insulating layer on the plurality of electrical leads (511-514). The controller 51 controls the operation of the output electrode part 41 and the feedback electrode part 42, such as power on/off, function mode selection, automatic setting of electrode polarity, current magnitude or different electronic pulse waveforms. control, including operations such as selection of the electrical stimulation action of

The controller 51 further includes a mode control button 52 , a first current flow button 53 and a plurality of indicator lights 54 . The mode control button 52 performs operation control for opening and closing and various mode selections, and the plurality of mode selections include a low frequency mode 211, an ion introduction mode 221, a light emission mode 231 and a heat generation mode, and the first current flow rate. The buttons 53 include a current increase button 531 and a current decrease button 532, and the plurality of indicator lights 54 are adapted to indicate the use of various modes. In addition, the controller 51 is conductively connected to a power supply (not shown) such as a rechargeable battery or a lithium battery, and a charging An inlet 55 is provided. In addition, the controller 51 may be provided with an alarm buzzer 541 (see FIG. 5A), which is used to generate sounds of different situations for warning.

4A and 4B, a state in which the glove device 1 of the present embodiment is worn on a human hand and used will be described. As shown in FIG. 4A, the partitionless finger receiving space 113 of the finger bag 11 covers three fingers of a human hand, such as the index finger 1102, the middle finger 1103 and the ring finger 1104, and the thumb 1101 The little finger 1105 is exposed from the second palm side opening 124 while the little finger 1105 is exposed from the first palm side opening 123 . As shown in FIG. 4B, the partition-free finger accommodating space 113 of the finger bag 11 covers two fingers of a human hand, such as the index finger 1102 and the middle finger 1103, and the thumb 1101 is placed on the first palm. The ring finger 1104 and the little finger 1105 are exposed from the second palm-side opening 124 while being exposed from the side opening 123 . In this case, the number of fingers of the human hand covered in partition-free finger accommodating space 113 of finger bag 11 may be three, four or five, regardless of two. The output electrode part 41 (the first electrode 411 and the second electrode 412) is positioned at the fingertip of the human hand, the feedback electrode part 42 is in contact with the arm part of the human hand, and the controller 51 is positioned at the arm part of the human hand. Located in the vicinity, it has extremely high agility, speed and simplicity in terms of its operational control. Of course, the controller 51 may be additionally installed on the bracelet back surface 131B, and is electrically laid and conductively connected to the output electrode part 41 (the first electrode 411 and the second electrode 412). .

5A, FIG. 6 and FIG. 7A will be referred to together to describe how the low frequency mode 211 of this embodiment is used. Selecting the mode control button 52 of the controller 51 activates the low frequency mode 211. The controller 51 includes a control unit 56 (e.g. MCU) electrically conductively connected, a lithium battery charging circuit and A protection circuit 57 is provided therein, and the lithium battery charging circuit and protection circuit 57 are electrically connected to the charging inlet 55 and a separate charging base 70 . The charging base 70 is electrically conductively connected with a power cable plug 61 (for example, USB Type-C) for corresponding power connection or charging operation, and the charging base 70 is correspondingly connected with the charging inlet 55 . A charging connector 721 is provided to charge the power supply equipment (for example, a lithium battery) of the controller 51 . The control unit 56 is electrically conductively connected to the first electrode 411 and the second electrode 412 via an EMS boost circuit 58 (AC low frequency), at this time the feedback electrode section 42 is connected to the first The electrode 411 is electrically detected to provide feedback detection, and the second electrode 412 is electrically conductively connected to the first electrode 411 through the human face 30 (see, for example, FIG. 7A) to detect the EMS AC low current. Make use of the frequency function. At the same time, the control unit 56 is also electrically conductively connected to the mode control button 52 , the first current flow button 53 , the indicator light 54 and the alarm buzzer 541 .

The iontophoresis mode 221 of this embodiment, that is, the mode of use as an iontophoresis device, will be described with reference to FIGS. 5B, 6 and 7B together. Selection of the mode control button 52 of the controller 51 activates the iontophoresis mode 221, and the difference between FIG. 5B and FIG. are electrically conductively connected to the first electrode 411, the second electrode 412 and the feedback electrode part 42, at this time, the feedback electrode part 42 inside the bracelet part 13 is listed as a positive electrode, and the outside of the finger bag part 11 is listed as a positive electrode. The first electrode 411 and the second electrode 412 are enumerated as negative electrodes and used as an iontophoresis device. In addition, at this time, the feedback electrode part 42 also electrically detects the first electrode 411, and the feedback electrode part 42 is also electrically conductively connected to the first electrode 411 through the hand or face 30 (see FIG. 7B). ), feedback detection is performed by the loop circuit thus formed.

Also referring to FIG. 5C, the light emission mode 231 of this embodiment will be described. Selecting operation of the mode control button 52 of the controller 51 activates the light emitting mode 231, and the control unit 56 is electrically conductively connected to the light emitting module 23 by passing a voltage through the light emitting circuit 232, and the light beam is For the use of therapy, the light emitting circuit 232 can be, for example, the third electrical lead 513 mentioned above, at which time the feedback electrode section 42 electrically detects the first electrode 411 and provides feedback. Used for detection.

Also referring to FIG. 5D, the heating mode of this embodiment will be described. Selecting operation of the mode control button 52 of the controller 51 activates the heat generation mode, the control unit 56 is electrically conductively connected to the heat generation module 24 through the heat generation circuit 241 to perform the use of hyperthermia, The heating circuit 241 is, for example, the fourth electrical lead 514 described above.

In addition, the control unit 56 is further provided with a detection judging actuation module formed by using the feedback electrode portion 42 and performing feedback detection (FIGS. 5A, 5B, 5C and 6). ), described below. Under the low frequency mode 211, the iontophoresis mode 221, and the light emission mode 231, the detection judging actuation module causes the electrical path between the feedback electrode part 42 and the first electrode 411 to detect, that is, the The operating state can be determined under the condition that the feedback electrode part 42 and the first electrode 411 are simultaneously conducting (that is, the feedback electrode part 42 is also electrically conductively connected to the first electrode 411 through the hand or the face 30, A loop circuit is thus formed, and the feedback electrode portion 42 and the first electrode 411 are electrically connected through the human body. ), and under the operation state, the detection/judgment operation module detects that the output electrode part 41 (the first electrode 411 and the second electrode 412) will be the same if the finger pouch part 11 is temporarily separated from the face part 30. When it is detected that it is temporarily disconnected or intermittently disconnected, it means that the operation has stopped at this time. stop operation) and automatically cut off the power. The detection judging actuation module has an automatic judging function, and when the finger bag 11 re-contacts the face 30 and can be electrically conducting the working state, immediately activates the electric working conduction. , the cosmetic operation to the face 30 can be performed continuously. According to the above feedback detection, the device can be automatically de-energized by off-line operation (deactivation operation) when in any mode, whether low frequency mode 211, iontophoresis mode 221 or emission mode 231. Under certain circumstances, the user can get better safety protection when using this device.

In addition, the control unit 56 (MCU) is further provided with a memory module (not shown). When temporarily away from 30 into an off-line disconnection state or contacting the face 30 to make the working state electrically conductive, the storage module automatically causes the control unit 56 (MCU) to step up gradually. In response to this, the setting parameters of the operating state that were originally stored are restored.

The present invention may be configured as a glove device 1 with low frequency operation, iontophoresis, a light emitting module 23 and a heat generating module 24, which may be applied to the face 30 or, for example, the nose, nasal sides, cheeks, forehead. Appropriate electrical stimulation output operation, iontophoresis, phototherapy and heat therapy can be performed to meet the needs of other relatively curvilinear areas of the human body, such as different regions such as the shoulders and shoulders.

Also referring to FIG. 8, the controller 51 is provided on the bracelet part 13 of the glove device 1, and the controller 51 is wirelessly connected to a remote controller 80, which is a remote controller. a device 81, wherein the remote control device 81 is provided with at least a control button 82 and a second current flow button 83, the control button 82 having an operation function equivalent to that of the mode control button 52; The second current flow rate button 83 has an operation function equivalent to that of the first current flow rate button 53, and the second current flow rate button 83 also has a current increase button 831 and a current decrease button 832. In other words, the remote controller 80 controls the controller 51, and the remote controller 80 can similarly control the operation of the output electrode section 41 and the feedback electrode section 42. For example, , power supply activation and deactivation, functional mode selection, automatic setting of electrode polarity, electrical stimulation action selection of current magnitude or different electronic pulse waveforms, and other operations.

Referring to FIGS. 9A and 9B, the multifunctional beauty and physical therapy glove device according to the present invention further includes a charging base 70, the charging base 70 includes a base 71, and the base 71 is provided with a power inlet 711, and the power inlet 711 is electrically conductively connected with the plug 61 of the power cable to introduce power. At least one glove holder 72 protrudes upward from the base 71 , and a charging connector 721 is provided at the bottom of each glove holder 72 . When the glove device 1 is covered on the glove holder 72 , the charging inlet 55 of the controller 51 is correspondingly plugged into the charging connector 721 to charge the controller 51 . conduct.

According to the configuration described above, the multifunctional cosmetic and physiotherapy glove device according to the present invention can have applicability and politeness in facial treatment operations in beauty care and cosmetic medicine. At the same time, the present invention can provide the use of low-frequency output, the use of iontophoresis, the use of light-emitting modules and heat-generating modules, thus enhancing the diverse selection of usage functions.

Although the present invention has been described in more detail with reference to the above preferred specific examples, the present invention is not limited by the above-listed examples, and is within the scope of the technical concept disclosed in the present invention. , various changes and modifications can be made to the above structures, all of which are within the scope of the present invention.

1: Glove device 10: Glove 11: Finger bag portion 1101: Thumb 1102: Index finger 1103: Middle finger 1104: Ring finger 1105: Little finger 111: Finger bag front surface 112: Finger bag rear surface 1121: Air hole 113: Non-septum finger accommodation space 12: Palm bag part 121: Palm bag front face 122: Palm bag back face 1221: Ventilation hole 123: First palm side vent 124: Second palm side vent 13: Bracelet part 131: Bracelet band body 1311: Ventilation hole 131A: Bracelet front 131B: Bracelet back surface 132: Positioning band 1321: First connecting member 133: Positioning member 1331: Second connecting member 20: Cosmetic physical therapy module 21: Low frequency output device 211: Low frequency mode 22: Ion introduction output device 221: Ions Introduction Mode 23: Light-Emitting Module 231: Light-Emitting Mode 232: Light-Emitting Circuit 24: Heat-Generating Module 241: Heat-Generating Circuit 30: Face Part 40: Action Area 41: Output Electrode Part 411: First Electrode 412: Second Electrode 42: Feedback Electrode Part 50: feedback controller 51: controller 510: circuit area 511: first electrical lead 512: second electrical lead 513: third electrical lead 514: fourth electrical lead 52: mode control button 53: first current flow button 531 : Current increase button 532: Current decrease button 54: Indicator light 541: Alarm buzzer 55: Charging inlet 56: Control unit 57: Lithium battery charging circuit and protection circuit 58: EMS booster circuit 59: Iontophoresis voltage 61: Power cable plug 70: charging stand 71: base 711: power supply inlet 72: glove holder 721: charging connector 80: remote controller 81: remote control device 82: control button 83: second current flow rate button 831: current increase button 832: current decrease button

Claims (13)

A multifunctional cosmetic and physical therapy glove device comprising a glove and a cosmetic physical therapy module provided on the glove,
The glove has a finger bag portion provided with a finger bag front surface and a finger bag rear surface, and a palm bag portion including a palm bag front surface and a finger bag rear surface, the palm bag front surface being connected to the finger bag front surface,
The cosmetic physiotherapy module has a controller provided on the glove and an action area provided on the front of the finger bag, the controller communicates with the action area via one or more leads. is electrically connected with
The glove device further comprises a feedback control device having the controller provided on the glove, the controller electrically conductively connected to the output electrode section and the feedback electrode section, and the controller provided on the front of the finger stall. an output electrode unit comprising at least one pair of spaced apart first electrodes and a second electrode, wherein the feedback electrode unit is provided inside the glove and held in continuous contact with the human body; The controller includes a control unit, the control unit further includes a detection judging actuation module formed by using the feedback electrode section, the detection judging actuation module including the feedback electrode section. and the first electrode, and automatically determines an operating state for activating electrical operation continuity, or an operating state for automatically determining offline operation and disconnecting power. A glove device that combines multifunctional beauty and physical therapy. The cosmetic physical therapy module comprises a low frequency output device, an iontophoretic output device, a light emitting module and a heat generating module, when the low frequency output device, the iontophoretic output device and the light emitting module are merged together , at least one output electrode part and at least one feedback electrode part, wherein the light emitting module and the heat generating module are provided on the front side of the finger bag, the light emitting module has a light emitting member, and emits red light and The multifunctional cosmetic and physiotherapy glove according to claim 1, characterized in that it can be selectively applied to emit light other than red light, and the heat generating module has a heat generating member. Device. 3. The multi-functional cosmetic and physical therapy glove device according to claim 2, wherein the glove further comprises a bracelet part connected to a lower position of the palm bag part. Between the front surface of the finger pouch and the rear surface of the finger pouch, a barrier-free finger accommodation space capable of accommodating 2 to 5 fingers of an inserted human hand is formed,
The back surface of the palm bag is connected to the back surface of the finger bag, and both sides of the palm bag portion are provided with cutout portions in which a first palm-side passage hole and a second palm-side passage hole are formed. 4. The multifunctional cosmetic and physical therapy glove device according to claim 3, wherein the side opening communicates with the interior of the second palm side opening. The first electrode, the second electrode, the light-emitting module and the heat-generating module are installed in the working area, and the first electrode and the second electrode respectively correspond to upper and lower parts of the working area. wherein the light-emitting module is provided between the first electrode and the second electrode of the active area; the heat-generating module is provided in a surrounding area of the light-emitting module; and the controller comprises: The output electrode portion, the first electrical lead, and the second electrical lead are connected to the first electrode and the second electrode via a first electrical lead and a second electrical lead, respectively, and the output electrode portion, the first electrical lead, and the second electrical lead are connected via a conductive material. The glove device of claim 4, characterized in that it is integrally combined with the glove device or installed on the glove device by a printing method or a coating method. The glove is a glove made of a silicone rubber material or a latex material, the first palm-side opening presents a closed-type opening, the second palm-side opening presents an open state, and the glove device is half-opened. The multi-functional beauty and physical therapy according to claim 4, characterized in that it is configured as an open glove, and a plurality of ventilation holes are provided on the back of the finger bag, the back of the palm bag and the back of the bracelet, respectively. A glove device that also serves as a glove device. The bracelet part includes an enclosed bracelet band body and has a bracelet front surface and a bracelet back surface, a positioning band extending from the bracelet front surface, and a first connecting member provided on the rear surface of the positioning band. , a positioning member is provided on the rear surface of the bracelet, and the positioning member is provided with a second connecting member facing the first connecting member, and the first connecting member and the second connecting member are formed by hook-and-loop fasteners or positioning snaps. The glove device combined with multi-functional beauty and physical therapy according to claim 6, characterized by selectively using buttons. The first electrode and the second electrode are formed in a positive and negative electrode group or an electrode group of the same polarity, and the glove device is selectively used with an AC type output EMS electric stimulator or a DC type output iontophoresis device. The multi-functional cosmetology and physiotherapy glove device according to claim 5, characterized by having a use. The controller further includes a mode control button for opening and closing and various mode selections, a first current flow button, and a plurality of indicator lights, or the controller has sounds for each kind of situation. An alarm buzzer is provided to generate and warn, or the controller is wirelessly connected to a remote controller having a remote control device, the remote control device being provided with at least a control button and a second current flow button. The glove device combined with multifunctional cosmetic and physical therapy according to claim 8, characterized in that: The multi-functional beauty and physical therapy combination of claim 8, wherein the control unit is electrically conductively connected to the first electrode and the second electrode through an EMS boost circuit. glove device. The control unit is further provided with a storage module, the storage module stores various parameters in the current or previous operating state, and the finger pouch temporarily separates from the face to enter an off-line disconnection state. or when the operating state is electrically connected by contacting the face, the storage module automatically causes the control unit to restore the originally stored operating state setting parameters according to the gradual boosting method. The multifunctional cosmetic and physical therapy glove device according to claim 8, characterized in that: The multifunctional cosmetology and physics device according to claim 8, characterized in that the control unit is electrically conductively connected to the first electrode, the second electrode and the feedback electrode part via an iontophoretic voltage. A glove device that doubles as therapy. A power supply facility is conductively connected to the controller, the controller has a charging inlet communicating with the power supply facility, and the controller includes a lithium battery charger electrically conductively connected to the control unit. a circuit and a protection circuit are provided therein, the lithium battery charging circuit and the protection circuit are electrically connected to the charging inlet, the charging inlet is correspondingly connected to a charging connector on the charging base to perform charging operation; The charging base includes a base on which a power inlet is provided, at least one glove holder is provided on the base to project upward, and the charging connector is provided on the bottom of each glove holder. The multifunctional cosmetic and physical therapy glove device according to claim 8.

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