CN217015085U - Skin-care conductive film device - Google Patents
Skin-care conductive film device Download PDFInfo
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- CN217015085U CN217015085U CN202123198587.6U CN202123198587U CN217015085U CN 217015085 U CN217015085 U CN 217015085U CN 202123198587 U CN202123198587 U CN 202123198587U CN 217015085 U CN217015085 U CN 217015085U
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Abstract
A skin-care conductive film device comprises at least one skin-care film layer, a conductive pattern layer, a signal sensor and a mobile device. When the device is used, the device can be cut into skin care films suitable for shapes of specific parts corresponding to various parts of a body, one surface of the skin care film, on which a conductive pattern layer is transferred or woven, is attached to the skin of the part according to the using part of the skin care film, the signal sensor and the conductive pattern layer are fixed and electrically connected, a power supply is provided to form an electrical connection relation with each point-shaped electrode through a conductive circuit, and when low-cycle pulses and heating current generated by the signal sensor can be transmitted to each point-shaped electrode through the conductive circuit fully distributed on the skin care film, the low-cycle pulses and the heating current can be transmitted to the whole skin, so that the absorption of the skin on maintenance essence consisting of cabbage extracts is promoted.
Description
Technical Field
The utility model relates to a skin-care conductive film device, in particular to a skin-care film which can be cut into shapes suitable for a mask, a pleura, a peritoneum, a waist film, a hip film, a private part film or other parts of a body of a user corresponding to a face part, a chest part, an abdomen part, a waist part, a hip part, a private part or other parts of the body, and particularly relates to a skin-care film which can transmit low-frequency pulses and heating current to the whole skin so as to promote the absorption of the skin to a care essence liquid consisting of cabbage extracts.
Background
Along with the improvement of living standard of people, more and more people pay attention to beauty and maintenance and care of facial skin, so the facial mask is produced at the same time. The facial mask is a carrier of skin caring product, and can be added with various skin caring, whitening and skin caring liquids to achieve the purpose of caring skin. However, the existing facial mask only promotes the absorption of the essence on the facial mask by the body skin through the fact that the effective components on the facial mask stay on the body skin for a long time, and the cold compress type facial mask is slow in absorption of the essence on the body skin when in use and is difficult to achieve an ideal effect. Even though the combination of silica gel facial mask and far infrared ray has been proposed, none of these facial masks has the effects of electrical stimulation and massage of meridian points.
It is known that the non-invasive percutaneous acupoint electrical stimulation massage device generally comprises a pulse generator capable of generating low-frequency or medium-frequency pulses or modulated pulses, and an adhesive sheet containing electrodes so as to be adhered to the skin. When in use, the viscose pieces are pasted on the body, and the switch is started to perform electric stimulation and massage. Such prior art masks have typically used rubber or plastic type materials and these masks have a formed shell-like structure. Therefore, unlike conventional facial masks, these masks do not naturally and comfortably adhere to the face using the liquid contained in the mask, and often require the addition of straps or other means to secure them to the face. Therefore, the existing techniques are not convenient and comfortable enough, and cannot simultaneously have double benefits brought by the mask and the electronic acupuncture.
It is another object of the present invention to provide a facial mask and an electronic transdermal stimulator combined with a skin care solution, which are fixed to the upper end of the forehead of the facial mask by magnetic attraction, wherein the intelligent host has a complex structure, and only a circuit board formed by conductive silver paste on the main body of the facial mask conducts pulse micro-current to promote the absorption of the components of the facial mask by the face of a human body, so that the skin care effect achieved is limited.
The cabbage is sweet in taste, mild in nature, high in nutritive value and capable of resisting inflammation besides various vitamins. The cabbage leaves are placed on the chest, so that anti-inflammatory substances of the cabbage leaves can permeate into the skin. However, the whole piece of cabbage leaves is limited in use occasion or place, and has poor penetration effect, especially the body using part must be fixed by a preservative film, which is not only very uncomfortable but also very allergic to people due to sultriness.
In the face of increasingly competitive beauty and body beautification markets and strict commodity functional requirements, the currently used mask with single function cannot meet the technical and market requirements. Therefore, in view of the problems of the prior art, there is a need to develop a design that can improve the functionality of the product and solve the technical disadvantages of the prior art.
SUMMERY OF THE UTILITY MODEL
The main objective of the present invention is to overcome the above problems encountered in the prior art, and to provide a skin care film that can be tailored to the shape of the face, chest, abdomen, waist, buttocks, private area or other areas of the body to suit the specific areas, such as the mask, pleura, peritoneum, waist mask, buttocks mask, private area mask or other areas of the body, wherein the surface of the skin care film on which the conductive pattern layer is transferred or woven is attached to the skin of the specific area, and the signal sensor is fixed and electrically connected to the conductive pattern layer in such a manner that the pulse output electrode is connected to the conductive pattern layer by one of magnetic attraction, button or electrical connection lines, and the power supply is electrically connected to the various point electrodes by conductive lines, so that the low-frequency pulse and heating current generated by the signal sensor can be transmitted to the various point electrodes through the conductive lines fully covering the skin care film, and the low-frequency pulse and heating current can be transmitted to the whole skin, so as to promote the skin to absorb the care essence consisting of the cabbage extract.
In order to achieve the above purpose, the technical scheme adopted by the utility model is that the method comprises the following steps: at least one skin care film which is a soft film capable of being completely attached to the skin according to the body curve, and is soaked with a maintenance essence, wherein the maintenance essence consists of cabbage extract; the conductive pattern layer is arranged on the skin care film and is provided with a plurality of point-shaped electrodes, at least one conductive circuit and two electric connection parts, each conductive circuit is connected with the corresponding point-shaped electrode in series, the skin care film is fully distributed with the conductive circuits, and when low-cycle pulse is transmitted, the low-cycle pulse can be transmitted to the whole skin so as to promote the skin to absorb the maintenance essence; a signal sensor electrically connected with the conductive pattern layer on the skin care film, wherein two pulse output electrodes and a wireless communication switch are arranged outside the signal sensor, a wireless receiver, an MCU processor, a power supply assembly and a pulse current transmission circuit are arranged inside the signal sensor, the MCU processor is connected with the pulse output electrodes, the wireless communication switch, the wireless receiver, the power supply assembly and the pulse current transmission circuit, the signal sensor can provide power to form an electrical connection relation with the point-shaped electrodes through the conductive circuit, and transmits the generated low-cycle pulse to the point-shaped electrodes through the conductive circuit; and the mobile device comprises a skin care management application program APP, the signal sensor is in communication connection with the skin care management application program APP of the mobile device through the wireless receiver, and the mobile device is used for providing a control signal sent by the user through the skin care management application program APP to set the pulse time, the frequency and the low frequency of different waveforms output from the point electrode by the signal sensor and adjust the current stimulation intensity.
In the above embodiments, the composition of the essence further comprises one or a combination of chitin and hyaluronic acid.
In the aforementioned embodiments, the conductive line is in the shape of one or a combination of a circle, a rectangle, a polygon, a geometric figure, a wave, or a dendrite.
In the above embodiments of the present invention, the conductive pattern layer is formed by printing a conductive coating on the skin care film.
In the above embodiments of the present invention, the conductive pattern layer is formed by weaving conductive fibers integrally with the skin care film.
In the above embodiments, the conductive pattern layer on the skin-care film and the signal sensor are directly connected by a magnetic attraction type or a button type.
In the above embodiments of the present invention, the conductive pattern layer on the skin care film is indirectly connected to the signal sensor through an electrical connection wire.
In the aforementioned embodiments, the pulse output electrode further comprises a conductive pattern layer for outputting a heating current to the conductive pattern layer.
In the above embodiments, the signal sensor is further provided with a plurality of keys outside, and the keys are connected to the MCU processor for allowing a user to generate the control signal by the keys and transmit the control signal to the MCU processor.
In the aforementioned embodiments, the wireless receiver is one or a combination of a bluetooth receiver, a WiFi receiver, or an infrared receiver.
In the above embodiment, the signal sensor is in communication with a remote controller through the wireless receiver to wirelessly transmit the control signal of the remote controller to the signal sensor.
In the aforementioned embodiment of the present invention, the signal sensor is further provided with a connection hole for communicating with the skin care management application APP of the mobile device through a transmission line.
In the above embodiments, the skin care film is tailored to the shape of the face mask, pleura, peritoneum, waist mask, hip mask, private mask or other parts of the body corresponding to the face, chest, abdomen, waist, buttocks, private area or other parts of the body.
In the above embodiments of the present invention, the point-like electrodes correspond to the acupoints of the body.
Drawings
Fig. 1 is a schematic structural view of a skin care conductive film device of the present invention.
Reference mark comparison:
skin care film 1
Conductive pattern layer 2
Dot-like electrode 21
Signal sensor 3
MCU processor 33
Pulse current transmission circuit 36
Connecting hole 38
Moving device 7
Skin care management application 41
A remote control 5.
Detailed Description
Fig. 1 is a schematic structural diagram of a skin-care conductive film device according to the present invention. As shown in the figure: the utility model relates to a skin-care conductive film device, which comprises at least one layer of skin-care film 1, a conductive pattern layer 2, a signal sensor 3 and a moving device 4.
The skin care film 1 mentioned above is a soft film that can be completely attached to the skin according to the body curve. The skin care membrane 1 is soaked with a care essence 11, wherein the care essence 11 is composed of cabbage extract (commercially available product), and further comprises one or a combination of chitin and hyaluronic acid.
The conductive pattern layer 2 is arranged on the skin care film 1. The conductive pattern layer 2 is provided with a plurality of dot electrodes 21, at least one conductive circuit 22 and two electrical connection portions 23, each conductive circuit 22 is connected in series with the corresponding dot electrodes 21, and the conductive circuit 22 is distributed over the skin care film 1. Wherein, each of the dot-shaped electrodes 21 corresponds to an acupuncture point of the body part, and the conductive traces 22 can be customized in a shape of one or a combination of a circle (as shown in fig. 1), a rectangle, a polygon, a geometric figure, a wave or a tree.
The signal sensor 3 is electrically connected with the conductive pattern layer 2 on the skin care film 1. The signal sensor 3 is externally provided with two pulse output electrodes 31 and a wireless communication switch 32, and internally provided with an MCU processor 33, a wireless receiver 34, a power supply module 35 and a pulse current transmission circuit 36, wherein the MCU processor 33 is connected to each of the pulse output electrodes 31, the wireless communication switch 32, the wireless receiver 34, the power supply module 35 and the pulse current transmission circuit 36.
The mobile device 4 comprises a skin care management Application (APP) 41, which is communicatively coupled to the skin care management application APP41 of the mobile device 4 by the signal sensor 3 via the wireless receiver 34. Thus, the novel skin-care conductive film device is formed by the device.
In one embodiment, the conductive pattern layer 2 is formed by printing a conductive coating on the skin care film 1; or in another embodiment, the conductive pattern layer 2 is formed by weaving conductive fibers integrally with the skin care film 1.
In one embodiment, the connection between the conductive pattern layer 2 on the skin care film 1 and the signal sensor 3 is directly connected by one of a magnetic attraction type or a button type; or in another embodiment, the connection between the conductive pattern layer 2 on the skin care film 1 and the signal sensor 3 is indirectly connected by an electrical connection wire.
In one embodiment, a plurality of buttons 37 are further disposed outside the signal sensor 3, and the buttons 37 are connected to the MCU processor 33, so that a user can generate the control signal through the buttons 37 and transmit the control signal to the MCU processor.
When in use, the skin-care conducting film device provided by the creation can be corresponding to the skin-care film 1 which is cut into the shape of a facial mask, a pleura, a peritoneum, a waist membrane, a hip membrane, a private part membrane or other parts of a body and is suitable for each specific part, one surface which is transferred or woven with the conducting pattern layer 2 is attached to the skin of the specific part according to the using part of the skin-care film 1, the signal sensor 3 is fixed and electrically connected with the conducting pattern layer 2 in a way that the pulse output electrode 31 is connected with one of a magnetic suction type, a button type or an electric connecting wire, a power supply is provided to form an electric connection relation with each point-shaped electrode 21 through the conducting wire 22, and when low-frequency pulses and heating current generated by the signal sensor 3 can be transmitted to each point-shaped electrode 21 through the conducting wire 22 fully distributed on the skin-care film 1, the low-frequency pulses and the heating current can be transmitted to the whole skin, to promote the absorption of the care essence 11 consisting of the cabbage extract by the skin.
In the first embodiment, the signal sensor 3 is provided with a plurality of keys 37 on the outside and connected to the MCU processor 33 inside, so that a user can generate a control signal through the keys 37 and transmit the control signal to the MCU processor 33, thereby setting the pulse time, frequency, low frequency with different waveforms and adjusting the current stimulation intensity outputted from the signal sensor 3 on the conductive circuit 22 and each of the point electrodes 21.
In the second embodiment, the wireless receiver 34 in the signal sensor 3 can be one of a bluetooth receiver, a WiFi receiver, or a combination thereof. When the user turns on the wireless communication switch 32, the signal sensor 3 can be wirelessly connected to the skin care management Application (APP) 41 of the mobile device 4 through bluetooth matching or WiFi, so that the user can set the pulse time, frequency, low frequency of different waveforms and adjust the current stimulation intensity outputted from the signal sensor 3 to the conductive circuit 22 and each of the spot electrodes 21 by sending a control signal through the skin care management Application (APP) 41.
In the second embodiment, the signal sensor 3 can further have a connection port 38, so as to be connected with the skin care management Application (APP) 41 of the mobile device 4 via a transmission line for wired communication.
In the third embodiment, the wireless receiver 34 in the signal sensor 3 may be an infrared receiver. When the user turns on the wireless communication switch 32, the wireless receiver 34 can connect the signal sensor 3 with a remote controller 5 for wireless communication, so that the user can generate a control signal via the remote controller and transmit the control signal to the MCU processor 33, thereby setting the pulse time, frequency, low frequency of different waveforms outputted from the signal sensor 3 on the conductive circuit 22 and each of the point electrodes 21, and adjusting the current stimulation intensity.
In summary, the present invention is a skin-care conductive film device, which can effectively improve various defects of the prior art, and is characterized in that according to the using position of the skin-care film, one surface of the skin-care film, on which a conductive pattern layer is transferred or woven, is attached to the skin, and a signal sensor is fixed and electrically connected with the conductive pattern layer in a way that a pulse output electrode is connected with one of a magnetic type, a button type or an electrical connection wire, a power supply is provided to form an electrical connection relationship with each of the point electrodes through a conductive circuit, and when low-cycle pulses and heating current generated by the signal sensor are transmitted to each of the point electrodes through the conductive circuit fully distributed on the skin-care film, the low-cycle pulses and the heating current can be transmitted to the whole skin, so as to promote the absorption of the skin to the maintenance essence liquid composed of cabbage extract, thereby the creation can be more advanced, more practical and more meet the needs of users, the requirements of the novel patent application are met, and the patent application is proposed according to law.
However, the above description is only a preferred embodiment of the present disclosure, and the scope of the present disclosure should not be limited thereby; therefore, all the equivalent changes and modifications made in the claims and the contents of the new specification should be covered by the present patent.
Claims (10)
1. A skin care conductive film device, comprising:
at least one skin care film, which is a soft film completely stuck on the skin and is soaked with a maintenance essence, wherein the maintenance essence consists of cabbage extracts;
the conductive pattern layer is arranged on the skin care film and is provided with a plurality of point-shaped electrodes, at least one conductive circuit and two electric connection parts, each conductive circuit is connected with the corresponding point-shaped electrode in series, the skin care film is fully distributed with the conductive circuits, and when low-cycle pulse is transmitted, the low-cycle pulse can be transmitted to the whole skin so as to promote the skin to absorb the maintenance essence;
a signal sensor electrically connected with the conductive pattern layer on the skin care film, wherein two pulse output electrodes and a wireless communication switch are arranged outside the signal sensor, a wireless receiver, an MCU processor, a power supply assembly and a pulse current transmission circuit are arranged inside the signal sensor, the MCU processor is connected with the pulse output electrodes, the wireless communication switch, the wireless receiver, the power supply assembly and the pulse current transmission circuit, the signal sensor can provide power to form an electrical connection relation with the point-shaped electrodes through the conductive circuit, and transmits the generated low-cycle pulse to the point-shaped electrodes through the conductive circuit; and
a mobile device, including a skin care management application program APP, the signal sensor is connected to the skin care management application program APP through the wireless receiver in a communication manner, so as to provide a user with a control signal sent by the skin care management application program APP to set the pulse time, frequency, low frequency of different waveforms and adjust the current stimulation intensity outputted from the point electrode by the signal sensor.
2. The skin care conductive film device of claim 1 wherein the conductive traces are in the shape of one or a combination of circles, rectangles, polygons, geometric figures, waves, or dendrites.
3. The skin care conductive film device of claim 1 wherein said conductive pattern layer is formed by weaving conductive fibers integrally with said skin care film.
4. The skin care conductive film device of claim 1, wherein the conductive pattern layer on the skin care film is directly connected to the signal sensor by a magnetic attraction or a button.
5. The skin care conductive film device of claim 1 wherein the conductive pattern layer on the skin care film is indirectly connected to the signal sensor by an electrical connection.
6. The device of claim 1, wherein the signal sensor further comprises a plurality of keys disposed outside the signal sensor, the keys being connected to the MCU processor for allowing a user to generate the control signal via the keys and transmit the control signal to the MCU processor.
7. The skin care conductive film device of claim 1, wherein the wireless receiver is one or a combination of a bluetooth receiver, a WiFi receiver, or an infrared receiver.
8. The skin care conductive film device of claim 1 wherein the signal sensor is communicatively coupled to a remote control via the wireless receiver for wirelessly transmitting control signals from the remote control to the signal sensor.
9. The skin care conductive film device of claim 1 wherein the signal sensor is further provided with a connection port for communicatively connecting with the skin care management application APP of the mobile device via a transmission line.
10. The skin care conductive film device of claim 1 wherein the dot electrodes correspond to acupuncture points of a body part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123198587.6U CN217015085U (en) | 2021-12-20 | 2021-12-20 | Skin-care conductive film device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202123198587.6U CN217015085U (en) | 2021-12-20 | 2021-12-20 | Skin-care conductive film device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217015085U true CN217015085U (en) | 2022-07-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202123198587.6U Active CN217015085U (en) | 2021-12-20 | 2021-12-20 | Skin-care conductive film device |
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|---|---|
| CN (1) | CN217015085U (en) |
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2021
- 2021-12-20 CN CN202123198587.6U patent/CN217015085U/en active Active
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