TWM620536U - Glove device with multifunctional beauty and physical therapy - Google Patents

Abstract

This creation relates to a glove device with multifunctional beauty and physiotherapy. It includes: a glove including a finger cuff part, a finger cuff front and a finger cuff back; a palm cuff part connected to the finger cuff part; and a beauty The physiotherapy module is set on the glove, the beauty physiotherapy module includes a controller and an action area, the controller is set on the glove, the action area is set on the front of the finger cot, and the controller is One or more wires are electrically connected to the active area; a feedback control device, which has a detection and judgment operation module, the detection and judgment operation module makes an electrical path between a feedback electrode part and a first electrode Detect, enable automatic judgment of working status and start electrical work conduction or automatic judgment as offline work and power off.

Description

Glove device with multifunctional beauty and physical therapy

This creation is about a glove device, especially a glove that can be used for medical and aesthetic operations, and achieves better maneuverability for facial beauty massage, with low-frequency operation, iontophoresis, phototherapy and hyperthermia.

The current electrical stimulation treatment device is often used as a maintenance and auxiliary treatment electronic equipment, which uses electrical stimulation or low-frequency electronic pulse methods to achieve its effects. The low-frequency treatment device applies the weak current to the human body by low-frequency, low-frequency or other electrical stimulation methods, so that it can be operated on the face with aesthetic medicine, and stimulates the facial muscles or various parts through the current to promote the local area to increase blood circulation and cell activation Regeneration makes the facial muscles rhythmic exercise and makes them firmer and more beautiful.

The conventional low-frequency electrical stimulation treatment equipment of this kind is shown in Figures 1A and 1B (refer to Taiwan New Type No. 221557), which discloses an electrical stimulation device that is sleeved on the palm of the hand. It is provided with a main body 90. A frequency control button 901 and a strength button 902 are provided. The main body 90 has one end connected to the conductive sheet 93 in the center of the palm of a glove 92 with a wire 91. The conductive sheet 93 is attached to the center of the palm of the glove 92 with conductive material or Sew on the glove 92 to output electrical stimulation signals through the conductive material; the wire 91 is also connected to a conductive sheet 95 of the finger cuff 94, the conductive sheet 95 is attached to the top of the finger cuff 94 with a conductive material or sutured to the finger cuff 94. Enable electrical stimulation signals to be output via the conductive material. When it is used, the treatment person puts the glove 92 and the finger cuff 94 on the palm and fingers, respectively, and performs electrical stimulation massage treatment on the back of the person being treated.

In the aforementioned conventional electrical stimulation device that is attached to the palm of the hand, the glove 92 is in the form of five fingers separated. It is necessary to wear the five fingers one by one during use. The wearing operation is cumbersome, time-consuming and inconvenient; and the electrical stimulation operation When using the palm of the conductive sheet 93 to perform a large area The electric stimulation treatment operation is not suitable for the delicate, focused and flexible electric stimulation operation of the face or other parts. Such as the use of cosmetic medicine, the design is not ideal.

As shown in Figure 2, the beauty iontophoresis 96 also uses the action of micro-current. The beauty iontophoresis 96 is a hand-held rod-shaped structure, which includes a handle body 97 and a massage connector 98. The handle body 97 is provided with There is a connecting piece 971 and a switch 99. The connecting piece 971 has an electrical polarity (such as a positive electrode) for connecting the human body when holding it. The massage connector 98 has a massage output portion 981, and the massage output portion 981 has electrical polarity ( For example, the negative electrode), the conductive member 971 and the massage output portion 981 conduct current transmission in the form of direct current, and the massage output portion 981 forms a negative output terminal. When it is used, apply cosmetic medicine suitable for negative electrode introduction on the face. In this way, the massage output part 981 is negatively charged during operation and repels the negative ions in the cosmetic medicine, thereby pushing the cosmetic medicine into the deep skin and making it The water under the negative electrode increases, the tissue swells and becomes soft, and the exchange of cosmetic drugs through the membrane is accelerated, which improves the excitability of the tissue and promotes penetration.

Although the aforementioned conventional beauty iontophoresis instrument 96 can perform its expected iontophoresis function, however, the handheld stick-type beauty iontophoresis instrument 96 is more difficult to be used in contact with the human face and is suitable for delicate application, which is limited It is impossible to perform precise and dexterous manipulations in the subtle areas of the face or the body curve, and there is also a breakthrough for improvement.

When the electrical stimulation device and the beauty iontophoresis 96 leave the treatment part of the human body, there is no automatic power-off design, so when the electrical stimulation device or the beauty iontophoresis 96 accidentally touch other parts of the human body, There may be safety concerns, and this is also an area to be improved.

For this reason, in view of the lack of existing electric stimulation gloves and beauty iontophoresis for medical beauty, the creator of this creation came into being after a long time of thinking.

The purpose of this creation is to provide a glove device that is applicable for facial treatment operations of beauty care and beauty medical treatment, and has excellent ease, flexibility and meticulous use.

Another purpose of this creation is to provide a feedback control device with a detection judgment Operation module, the detection and judgment operation module makes the electrical path between a feedback electrode part and a first electrode detect, so that it can automatically determine the working state and start the electrical operation to be turned on or automatically determine that it is off-line work. Electricity, improve the safety in use.

Another purpose of this creation is to provide low-frequency EMS (EMS is short for electrical muscle stimulation) pulse waveform AC output, iontophoresis, phototherapy and hyperthermia, so as to improve its diversified functions. choose.

The technical means used in this creation to achieve the above-mentioned purpose include: a glove, which includes a finger cover part, with a finger cover front and a finger cover back; and a palm cover part, including a palm cover front and a palm cover back. Connect the front of the palm sleeve to the front of the finger sleeve;

A beauty treatment module is set on the glove, the beauty treatment module includes a controller and an action area, the controller is set on the glove, the action area is set on the front of the finger cot, the controller is One or more wires are electrically connected to the active area;

Wherein, the glove device further includes a feedback control device, the feedback control device includes a controller provided on the finger cuff, the controller is electrically connected to an output electrode portion and a feedback electrode portion, the output electrode portion is provided On the front of the finger cuff, the output electrode portion includes at least one set of separated first and second electrodes, and the feedback electrode portion is arranged inside the glove for maintaining continuous contact with the human body; a control unit is provided in the controller , The control unit is further provided with a detection and judgment operation module formed by the feedback electrode portion, and the detection and judgment operation module enables the electrical path between the feedback electrode portion and the first electrode to be detected, so as to have Automatically determine the working status and start the electrical work to be turned on or automatically determine that it is offline work and power off.

In one embodiment, the beauty treatment 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 The assembly includes at least one output electrode part and at least one feedback electrode part; the light-emitting module and the heating module are arranged on the front of the finger cover, and the light-emitting module has a light-emitting element and can emit red light and/or red light. The light selection application, the heating module has heating elements.

In one embodiment, the glove further includes a wristband part, and the wristband part is connected to a position below the palm cover part.

In one embodiment, a non-spaced finger accommodating space is formed between the front surface of the finger cot and the back side of the finger cot, and the non-spaced finger accommodating space is used to cover two to five fingers.

In one embodiment, the back of the palm cover is connected to the back of the finger cover, and both sides of the palm cover portion are formed with a notch to form a first palm side opening and a second palm side opening. The port is internally communicated with the second palm side port.

In one embodiment, the active area is used for disposing the first electrode, the second electrode, the light-emitting module, and the heating module, and the first electrode and the second electrode are respectively arranged above and below the active area Part, the light-emitting module is arranged between the first electrode and the second electrode of the active area, and the heating module is arranged on the peripheral part of the light-emitting module.

In one embodiment, the glove is a silicone or latex glove, the first palm side port is a closed port, and the second palm side port is in an open state, so that the glove device constitutes a semi-open type Gloves.

In one embodiment, the wristband part includes a surrounding wristband body and has a wristband front and wristband back. The wristband front is extended with a positioning belt, and the back of the positioning belt is provided with a first A connecting piece, the back of the wristband is provided with a positioning piece, and the positioning piece is provided with a second connecting piece opposite to the first connecting piece. The first connecting piece and the second connecting piece are the optional use of hook and loop fasteners and positioning buckles .

In one embodiment, the first electrode and the second electrode form a positive and negative electrode group or an electrode group of the same polarity, so that the glove device has the selective use of an EMS electrical stimulator with AC output or an iontophoresis with DC output .

In one embodiment, the back of the finger cuff, the back of the palm cuff and the back of the wrist cuff are respectively provided with a plurality of vent holes.

In one embodiment, the controller uses a first electrical wire and a second electrical wire to connect the first electrode and the second electrode, respectively, and the output electrode portion, the first electrical wire, and the second electrical wire are made of conductive material It can be integrated or set on the glove device by printing or coating.

In one embodiment, the controller further includes a mode control key for switching and various mode selections, a current quantity key, and multiple indicator lights.

In one embodiment, the controller is provided with a warning buzzer that emits sound warnings of different conditions.

In one embodiment, the controller is connected to a power supply device, and the controller is provided with a charging port connected to the power supply device.

In one embodiment, the controller is provided with a lithium battery charging circuit and a protection circuit electrically connected to the control unit, and the lithium battery charging circuit and the protection circuit are electrically connected to the charging interface.

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

In one embodiment, the control unit is further provided with a memory module, the memory module is used to memorize the parameters of the current or previous working state, when the finger cuff part temporarily leaves the face to form an offline disconnected state and then touch the face When the work is electrically turned on, the memory module will automatically cause the control unit to restore the previously memorized working state setting parameters according to the step-up method.

In one embodiment, the control unit electrically connects the first electrode, the second electrode, and the feedback electrode portion with an iontophoresis voltage.

In one embodiment, the charging interface is docked with a charging connector on a charging stand for charging operation.

In one embodiment, the charging stand includes a base, the base is provided with a power interface, the base is protruded upwardly with at least one glove holder, and the bottom of each glove holder is provided with the charging connector.

In one embodiment, the controller is wirelessly connected to a remote control, the remote control has a remote control body, and the remote control body is provided with at least a control key and a current quantity key.

In order to enable your reviewer to have a better understanding and understanding of the technical features of this creation and the effects achieved, I would like to provide a better embodiment diagram and detailed descriptions. The description is as follows:

1: Glove device

10: Gloves

11: Finger cots

1101: thumb

1102: index finger

1103: middle finger

1104: ring finger

1105: tail finger

111: Finger Cots Front

112: back of finger sleeve

1121: Vent

113: No Interval Finger Space

12: Palm cover

121: Palm Sleeve Front

122: back of palm sleeve

1221: Vent

123: The first volar port

124: Second volar port

13: Wristband

131: Wristband Strap

1311: Vent

131A: Wristband front

131B: The back of the wristband

132: positioning belt

1321: The first link

133: Positioning Piece

1331: Second Link

20: Beauty treatment module

21: Low frequency output device

211: Low frequency mode

22: Iontophoresis output device

221: Iontophoresis mode

23: Light-emitting module

231: Luminous Mode

232: Light-emitting circuit

24: heating module

241: heating circuit

30: face

40: Affected area

41: Output electrode section

411: first electrode

412: second electrode

42: Feedback electrode part

50: feedback control device

51: Controller

510: Circuit Area

511: first electric wire

512: second electric wire

513: Third Electric Wire

514: Fourth Electric Wire

52: Mode control key

53: Current quantity key

531: Current increment key

532: Current decrement key

54: indicator light

541: warning buzzer

55: Charging port

56: control unit

57: Lithium battery charging circuit and protection circuit

58: EMS boost circuit

59: Iontophoresis voltage

61: Power cord connector

70: Charging dock

71: Seat

711: power interface

72: Glove Holder

721: Charging connector

80: remote control

81: remote control body

82: Control key

83: Current quantity key

831: Current increment key

832: Current decrement key

Figures 1A and 1B are schematic diagrams of the structure of conventional electrical stimulation gloves.

Figure 2 is a schematic diagram of the structure of the conventional beauty iontophoresis.

Figure 3A is a schematic diagram of the three-dimensional fastening of the creation.

Figure 3B is a schematic view after creation.

Figure 3C is a schematic diagram of the three-dimensional disassembly of the creation.

Figure 4A is a schematic diagram of the use of the three finger cots in the creation.

Figure 4B is a schematic diagram of the second finger cot in the creation.

Figure 5A is the structure diagram of the low-frequency operating element created.

Figure 5B is the structure diagram of the iontophoresis operating element created.

Figure 5C is the structure diagram of the phototherapy operation part created.

Figure 5D is the structure diagram of the hyperthermia operating unit created.

Figure 6 is a schematic diagram illustrating the creative operation mode.

Figure 7A is a schematic diagram of the creation of low-frequency facial treatment application.

Figure 7B is a schematic diagram of the creative facial iontophoresis application.

Figure 8 is a schematic diagram of the creative control application.

Figure 9A is a schematic diagram of the structure of the creative glove charging stand.

Figure 9B is a schematic diagram of the application of the creative glove charging stand.

Please refer to Figures 3A, 3B, and 3C to illustrate the creation of an embodiment of a glove device with multifunctional beauty and physiotherapy. The glove device 1 disclosed in this embodiment is a half-open glove, and the glove device 1 includes a glove 10 and a beauty treatment module 20. The glove 10 is a glove made of silicone or latex and includes a finger cuff part 11, a palm cuff part 12 and a wrist cuff part 13.

The finger cuff portion 11 is a combined finger cuff, which includes a finger cuff front 111 and a finger cuff back 112. The finger cuff part 11 has a non-spacing finger-accommodating space 113, that is, the finger cuff front 111 and the finger cuff back The non-interval finger-accommodating space 113 is formed between 112, and the non-interval finger-accommodating space 113 can simultaneously fit two to five fingers of a human hand. The palm sleeve portion 12 can be integrally formed and connected with the finger sleeve portion 11, that is, extended and formed from two sides of the finger sleeve portion 11. The palm sleeve portion 12 includes a palm sleeve front surface 121 and a palm sleeve back The palm sleeve front surface 121 is integrally connected to the finger sleeve front surface 111, and the palm sleeve back surface 122 is integrally connected to the finger sleeve back surface 112; both sides of the palm sleeve portion 12 are respectively formed with a notch to form a first The palm side port 123 and the second palm side port 124 are internally communicated with the first palm side port 123 and the second palm side port 124. The wristband part 13 is connected to the lower position of the palm cover part 12. The wristband part 13 includes a surrounding wristband body 131 and has a wristband front 131A and a wristband back 131B. The wristband front 131A extends There is a positioning belt 132, the back of the positioning belt 132 is provided with a first connecting member 1321, the wristband back 131B is provided with a positioning member 133, and the positioning member 133 is provided with a second connecting member 1331 opposite to the first connecting member 1321. , The first connecting member 1321 and the second connecting member 1331 can be like hook and loop fasteners, positioning buckles, etc., but are not limited, the first connecting member 1321 and the second connecting member 1331 are connected to each other, buckled, and sealed and positioned The wristband part 13.

The aforementioned back 112 of the finger cuff, the back 122 of the palm cuff and the back 131B of the wrist cuff are respectively provided with a plurality of vent holes 1121, 1221, 1311, which increase the ventilation function and comfort of the glove device 1 when worn. The first palm side port 123 is a closed port, and the second palm side port 124 is in an open state before the wristband portion 13 is not closed and positioned, so that the glove device 1 constitutes a convenient wearable The semi-open gloves.

The beauty treatment module 20 is arranged on the glove 10, the beauty treatment module 20 includes a controller 51 and an action area 40, the controller 51 is arranged on the glove 10, and the action area 40 is attached to the finger cot On the front side 111, the controller 51 is electrically connected to the active area 40 with one or more wires.

The beauty treatment 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 also include at least one output electrode portion 41 and at least one feedback electrode portion 42. The output electrode portion 41 is disposed on the front surface 111 of the finger cot. The output electrode portion 41 includes at least one set of separated output electrodes, namely a first electrode 411 and a second electrode 412, the first electrode 411 and the second electrode 412 form a positive and negative electrode group or an electrode group of the same polarity; the output electrode portion 41 The first electrode 411 and the second electrode 412 are arranged in a left, right or up and down arrangement relative to each other. The relative positions of the first electrode 411 and the second electrode 412 are arranged appropriately according to requirements and are not limited. The feedback electrode part 42 is arranged on the inner side of the glove. In this embodiment, it is arranged on the inner side of the wristband body 131 for use with humans. The body is kept in constant contact. When the glove device 1 is worn and positioned, the feedback electrode portion 42 can be in contact with the hand of the human body; wherein the feedback electrode portion 42 is fixed or movable, and the fixed type refers to the feedback electrode portion 42 It is set at a fixed position, and the movable type means that the feedback electrode portion 42 is movable to adjust its set position so as to be able to flexibly adapt to different sizes of hands or personal needs.

The light-emitting module 23 and the heating module 24 are arranged on the front surface 111 of the finger cover. The light-emitting module 23 has a light-emitting element and can emit red light (wavelength 630-700nm) and/or other options of light The application has a phototherapy effect. The heating module 24 has a heating element, and can emit heat energy to have a hyperthermia effect, so that the whole skin can achieve various beautification and healing effects.

The active area 40 is provided with the first electrode 411, the second electrode 412, the light emitting module 23, and the heating module 24; the first electrode 411 and the second electrode 412 are respectively provided on the upper and lower parts of the active area 40, The light-emitting module 23 is arranged at the central part of the active area 40 (or between the first electrode 411 and the second electrode 412 ), and the heating module 24 is arranged at the outer part of the light-emitting module 23.

This creation also includes a feedback control device 50. The feedback control device 50 includes a controller 51. The controller 51 is provided on the glove 10 and in this embodiment is provided on the wristband strap 131 (wristband part 13) , The preferred location is set on the front side 131A of the wristband or the back side 131B of the wristband. In this embodiment, the controller 51 is provided on the front side 131A of the wristband, and the controller 51 is electrically connected to the output electrode portion 41 and the The feedback electrode part 42, the controller 51 is connected to the first electrode 411 and the second electrode 412 via a first electrical wire 511 and a second electrical wire 512, respectively, and the controller 51 also uses a third electrical wire 513, a fourth electrical wire The wires 514 are respectively connected to the light emitting module 23 and the heating module 24; the wrist sleeve portion 13 can extend toward the palm sleeve portion 12 and the finger sleeve portion 11 to form a circuit area 510, and the circuit area 510 is provided with the first electrical wire 511 , The second electrical lead 512, the third electrical lead 513, and the fourth electrical lead 514, but this arrangement is not limited. 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 can be integrated on the glove device 1 with a conductive material, or can be printed or coated on the glove device. On the glove device 1, and the first electrical wire 511, the second electrical wire 512, the third electrical wire 513, and the fourth electrical wire 514 can be covered with an appropriate insulating layer. The controller 51 controls the operation of the output electrode portion 41 and the feedback electrode portion 42, such as power on or off, selection of function modes, automatic setting of electrode polarity, selection of electrical stimulation effects of current magnitude or different electronic pulse waveforms Optional operation.

The controller 51 further includes a mode control key 52, a current quantity key 53 and a plurality of display lights 54; the mode control key 52 controls on/off and various mode selections. The mode selections include low frequency mode 211 and iontophoresis mode 221. Light-emitting mode 231 and heating mode. The current quantity key 53 includes a current increment key 531 and a current decrement key 532. The plural display lights 54 correspond to the display used in various modes; further, the controller 51 is connected to a power source For equipment (not shown), such as rechargeable batteries or lithium batteries, a charging interface 55 is provided on the back (or other appropriate location) of the controller 51; in addition, the controller 51 can be provided with a warning buzzer 541 (refer to 5A Figure), used to issue audible warnings under different conditions.

Please refer to Figures 4A and 4B together to illustrate the state of the glove device 1 of this embodiment being worn on the human hand 100. As shown in Figure 4A, the non-interval finger-accommodating space 113 of the finger sleeve part 11 is sleeved on the human hand 100 Three fingers, such as index finger 1102, middle finger 1103, and ring finger 1104, allow the thumb 1101 to be exposed from the first volar opening 123, and the tail finger 1105 to be exposed from the second volar opening 124. As shown in Fig. 4B, the non-interval finger-accommodating space 113 of the finger cuff 11 is sleeved on the two fingers of the human hand 100, such as the index finger 1102 and the middle finger 1103, so that the thumb 1101 can pass through the first palm side. 123 is exposed, and the ring finger 1104 and tail finger 1105 can be exposed from the second palm side opening 124; at this time, regardless of the non-interval finger holding space 113 of the finger cuff part 11, the two fingers and three fingers of the human hand 100 are placed Or four fingers, the output electrode portion 41 (first electrode 411, second electrode 412) of the glove device 1 is located at the fingertip portion of the human hand 100, and the feedback electrode portion 42 is in contact with the wrist portion of the human hand 100; and the control The device 51 is located approximately at the wrist of the human hand 50, and its control is extremely flexible, rapid and easy to operate. Of course, the controller 51 can also be modified on the back 131B of the wristband and can be connected to the output electrode portion 41. (The first electrode 411, the second electrode 412) are electrically connected.

Please also refer to Figures 5A, 6 and 7A to illustrate the use state of the low-frequency mode 211 of this embodiment. The low-frequency mode 211 is activated by the selection operation of the mode control key 52 of the controller 51, and the controller 51 There is a control unit 56 (such as MCU), a lithium battery charging circuit and a protection circuit 57 which are electrically connected to each other, the lithium battery charging circuit and the protection circuit 57 are electrically connected to the charging interface 55, another charging base 70, and the charging base 70 Conductively connect with a power cord connector 61 (such as USB TYPE C) for power docking or charging operations. The charging base 70 is provided with a charging connector 721 for docking with the charging interface 55. Charge the power supply device (such as a lithium battery) of the controller 51; the control unit 56 electrically connects the first electrode 411 and the second electrode 412 with an EMS boost circuit 58 (AC low-frequency). At this time, The feedback electrode portion 42 electrically detects the first electrode 411 to perform detection feedback, and the second electrode 412 is electrically connected to the first electrode 411 through the face 30 of the human body (as shown in FIG. 7A). Use of EMS AC low-frequency function. At the same time, the control unit 56 is also electrically connected to the mode control key 52, the current quantity key 53, the display light 54 and the warning buzzer 541.

Please also refer to Figures 5B, 6 and 7B to illustrate the iontophoresis mode 221 of this embodiment, that is, the iontophoresis usage mode. The iontophoresis mode 221 is activated by the selection operation of the mode control key 52 of the controller 51 , And the difference between Fig. 5B and Fig. 5A is that the control unit 56 is electrically connected to the first electrode 411, the second electrode 412 and the feedback electrode portion 42 with an iontophoresis voltage 59 (DC). At this time, the wristband The feedback electrode portion 42 inside the portion 13 is exemplified as a positive electrode, and the first electrode 411 and the second electrode 412 outside the finger cuff portion 11 are exemplified as a negative electrode for use in an iontophoresis; in addition, the feedback electrode portion 42 is also at this time The first electrode 411 is electrically detected, and whether the feedback electrode portion 42 is also electrically connected to the first electrode 411 through the human hand and face 30 (as shown in FIG. 7B), thus forming a loop for detecting feedback.

Please also refer to FIG. 5C to illustrate the light-emitting mode 231 of this embodiment. The light-emitting mode 231 is activated by the selection operation of the mode control key 52 of the controller 51, and the control unit 56 passes a light-emitting circuit 232 with a voltage. The light-emitting module 23 is electrically connected to the light-emitting module 23 for phototherapy. The light-emitting circuit 232 is the aforementioned third electrical wire 513; at this time, the feedback electrode portion 42 electrically detects the first electrode 411 for detection and feedback.

Please also refer to Figure 5D to illustrate the heating mode of this embodiment. The heating mode is activated by the selection operation of the mode control key 52 of the controller 51. The control unit 56 communicates with the heating module through a heating circuit 241 24 is conductively connected for use in hyperthermia. The heating circuit 241 is like the fourth electrical wire 514 mentioned above.

Furthermore, the control unit 56 is further provided with a detection and judgment operation module formed by the feedback electrode portion 42 and performs detection feedback (refer to FIG. 5A, FIG. 5B, FIG. 5C, and FIG. 6), description As follows: in low frequency mode 211, iontophoresis mode 221, and luminescence mode 231 Next, the detection and determination operation module enables the electrical path between the feedback electrode portion 42 and the first electrode 411 to be detected; that is, when the feedback electrode portion 42 and the first electrode 411 are simultaneously conducting, it can be determined as Working state (that is, the feedback electrode portion 42 is also electrically connected to the first electrode 411 through the human hand 100 and the face 30, thus forming a loop, so that the feedback electrode portion 42 can be connected to the first electrode 411 through the human body. This means that the finger cot The part 11 is in contact with the face or other parts of the human body), and in the working state, if the detection and judgment operation module detects that the output electrode part 41 (first electrode 411, second electrode 412) is due to the finger cuff part 11 When leaving the face temporarily and presenting a short circuit break or an intermittent circuit break, it means that it has stopped working at this time. At this time, the detection and judgment operation module automatically judges that it is offline (stop working) and automatically cuts off the power; the detection The judgment operation module has an automatic judgment function. When the finger cuff 11 touches the face again to electrically conduct the work, the electrical work conduction is activated in time, and the facial beautification operation can be continued. When the device is in low-frequency mode 211, iontophoresis mode 221 or light-emitting mode 231, it can automatically power off due to offline operation (stop working), so that users can obtain better safety protection when using the device.

In addition, the control unit 56 (MCU) is further provided with a memory module (not shown), the memory module memorizes the parameters in the current or previous working state, and when the finger cuff 11 leaves the face for a short time, an offline circuit is formed The memory module will automatically cause the control unit 56 (MCU) to restore the previously memorized setting parameters of the working state according to the step-up mode when the work is electrically turned on by touching the face.

This creation is composed of a glove device with low frequency operation, iontophoresis, light emitting module 23 and heating module 24, and is aimed at the face (or other relatively curved parts of the human body), such as the nose, nose, cheeks, forehead or Different areas such as the shoulder require proper electrical stimulation output operation, iontophoresis, phototherapy and hyperthermia.

Please also refer to Figure 8. The controller 51 is provided on the wristband 13 of the glove device 1, and the controller 51 is wirelessly connected to a remote controller 80. The remote controller 80 has a remote control body 81. The body 81 is provided with at least one control key 82 and a current quantity key 83. The control key 82 has the same operation function as the mode control key 52, and the current quantity key 83 has the same operation function as the current quantity key 53, and the current quantity The key 83 also has a current increment key 831 and a current decrement key 832; The controller 80 is used to control the controller 51. The remote controller 80 also controls the operation of the output electrode portion 41 and the feedback electrode portion 42, such as power on or off, function mode selection, and automatic electrode polarity. Operation such as setting, current size or electrical stimulation selection of different electronic pulse waveforms.

Please refer to Figures 9A and 9B. This creation of a glove device with multifunctional beauty and physiotherapy further includes a charging base 70, the charging base 70 includes a base 71, the base 71 is provided with a power interface 711, the power interface 711 The connector 61 of the power cord is electrically connected 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 sleeved on the glove holder 72, the charging interface 55 of the controller 51 is correspondingly plugged into the charging connector 721 to charge the controller 51.

This creation is a glove device with multifunctional beauty and physical therapy. With the above composition, it can have applicability and meticulousness in facial treatment operations of beauty care, beauty and medical treatment; at the same time, this creation can provide low-frequency output use and provide The use of iontophoresis, the use of light-emitting modules and heating modules, and the use of various functions are enhanced.

This creation has been described in more detail through the above-mentioned preferred specific embodiments, but this creation is not limited to the above-exemplified embodiments. Any changes and modifications to these structures within the scope of the technical ideas disclosed in this creation are still It belongs to the scope of this creation.

1: Glove device

11: Finger cots

1102: index finger

1103: middle finger

1105: tail finger

111: Finger Cots Front

12: Palm cover

121: Palm Sleeve Front

122: back of palm sleeve

123: The first volar port

124: Second volar port

13: Wristband

131: Wristband Strap

23: Light-emitting module

24: heating module

40: Affected area

41: Output electrode section

411: first electrode

412: second electrode

50: feedback control device

51: Controller

52: Mode control key

53: Current quantity key

531: Current increment key

532: Current decrement key

54: indicator light

Claims (20)

A glove device with multifunctional beauty and physiotherapy, comprising: a glove including a finger cover part, a finger cover front and a finger cover back; and a palm cover part including a palm cover front and a palm cover back. The front of the palm cover is connected to the front of the finger cover; a beauty treatment module on the glove, the beauty treatment module includes a controller and an action area, the controller is set on the glove, the action area is set on the finger On the front of the sleeve, the controller is electrically connected to the active area with one or more wires; wherein, the glove device further includes a feedback control device, the feedback control device includes the controller provided on the finger sleeve, the controller is Conductivity is connected to an output electrode part and a feedback electrode part, the output electrode part is arranged on the front of the finger cuff, the output electrode part includes at least one set of separated first electrode and second electrode, and the feedback electrode part is arranged on The inner side of the glove is used to keep continuous contact with the human body; the controller is provided with a control unit, and the control unit is further provided with a detection and judgment operation module formed by the feedback electrode part, and the detection and judgment operation module enables the The electrical path between the feedback electrode portion and the first electrode is detected, so that it can automatically determine the working state to start the electrical operation to be turned on or automatically determine that it is off-line and power off. The glove device with multifunctional beauty and physiotherapy as described in item 1 of the scope of patent application, wherein the beauty and physiotherapy 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 also include: at least one of the output electrode portion and at least one of the feedback electrode portion; The module has a light-emitting element, and can emit red light and/or light other than red light for selective applications, the heating module has a heating element. The glove device with multifunctional beauty and physiotherapy as described in item 2 of the scope of patent application, wherein the glove further includes a wristband part connected to the lower position of the palm cover part. As described in item 3 of the scope of patent application, the glove device with multifunctional beauty and physical therapy, wherein a non-interval finger-accommodating space is formed between the front surface of the finger cuff and the back of the finger cuff, and the non-interval finger-accommodating space is used for two sleeves Up to five fingers; the back of the palm sleeve is connected to the back of the finger sleeve, and the palm A notch is formed on both sides of the sleeve part to form a first palm side opening and a second palm side opening, and the one palm side opening is internally communicated with the second palm side opening. As described in item 4 of the scope of patent application, the glove device with multifunctional beauty and physical therapy, wherein the active area is provided with the first electrode, the second electrode, the light emitting module and the heating module, the first electrode, The second electrode is respectively arranged on the upper and lower parts of the active area, the light-emitting module is arranged between the first electrode and the second electrode in the active area, and the heating module is arranged on the light-emitting module Peripheral parts. As described in item 4 of the scope of patent application, the glove device with multifunctional beauty and physical therapy, wherein the glove is a silicone or latex glove, the first palm side port is a closed port, and the second palm side The opening is in an open state, so that the glove device constitutes a half-open glove. The glove device with multifunctional beauty and physiotherapy as described in item 6 of the scope of patent application, wherein the wristband part includes a surrounding wristband strap and has a wristband front and wristband back, and the wristband front extends There is a positioning belt, the back of the positioning belt is provided with a first connecting piece, the back of the wristband is provided with a positioning piece, the positioning piece is provided with a second connecting piece opposite to the first connecting piece, the first connecting piece, the The second connecting piece is the optional use of hook and loop fasteners and positioning buckles. The glove device with multifunctional beauty and physical therapy as described in item 1 of the scope of patent application, wherein the first electrode and the second electrode form a positive and negative electrode group or an electrode group of the same polarity, so that the glove device has an AC output EMS Selective use of electric stimulator or iontophoresis with DC output. The finger cover device with multifunctional beauty and physiotherapy as described in item 7 of the scope of patent application, wherein the back of the finger cover, the back of the palm cover and the back of the wrist cover are respectively provided with a plurality of vent holes. As described in item 5 of the scope of patent application, the glove device with multifunctional beauty and physical therapy, wherein the controller is connected to the first electrode and the second electrode by a first electric wire and a second electric wire respectively, and the output The electrode part, the first electric wire, and the second electric wire are integrally combined with a conductive material or arranged on the glove device by printing or coating. The glove device with multifunctional beauty and physical therapy as described in item 5 of the scope of patent application, wherein the controller further includes a mode control for switching and various mode selection Key, a current quantity key and plural display lights. As described in item 5 of the scope of patent application, the glove device with multifunctional beauty and physical therapy, wherein the controller is equipped with a warning buzzer that sounds various conditions. For the glove device with multifunctional beauty and physiotherapy as described in item 11 of the scope of patent application, the controller is connected to a power supply device, and the controller has a charging port connected to the power supply device. As described in item 13 of the scope of patent application, the glove device with multifunctional beauty and physical therapy, wherein the controller is provided with a lithium battery charging circuit and a protection circuit electrically connected to the control unit, the lithium battery charging circuit And the protection circuit is electrically connected to the charging interface. The glove device with multifunctional beauty and physical therapy as described in item 13 of the scope of patent application, wherein the control unit is electrically connected to the first electrode and the second electrode through an EMS boost circuit. For example, the glove device with multifunctional beauty and physical therapy as described in item 15 of the scope of patent application, wherein the control unit is further provided with a memory module, which memorizes the parameters of the current or previous working state, when the finger cot When the part leaves the face for a short time to form an offline disconnected state and contacts the face to electrically conduct the work, the memory module will automatically make the control unit restore the previously memorized setting parameters of the working state in a step-up mode. The glove device with multifunctional beauty and physical therapy as described in item 5 of the scope of patent application, wherein the control unit is electrically connected to the first electrode, the second electrode and the feedback electrode part with an iontophoresis voltage. As described in item 13 of the scope of patent application, the glove device with multifunctional beauty and physiotherapy, wherein the charging interface is connected with a charging connector on a charging stand for charging operation. As described in item 18 of the scope of patent application, the glove device with multifunctional beauty and physiotherapy, wherein the charging base includes a base, the base is provided with a power interface, the base is protruding upward with at least one glove holder, and each The charging connector is arranged at the bottom of a glove holder. As described in item 5 of the scope of patent application, the glove device with multifunctional beauty and physiotherapy, wherein the controller is wirelessly connected with a remote control, the remote control has a remote control body, the The remote control body is provided with at least one control key and one current quantity key.

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