TWM502363U - Wearable device with wireless bluetooth massage function - Google Patents

Description

Wearable device with wireless Bluetooth massage function

The present invention relates to a medical device, in particular to a conductor sensor attached to a shoe, which provides a complete electrical cycle with the human body after contact with the human body, thereby cooperating with the mobile device to Bluetooth. Wireless control, to achieve the choice of low-frequency electrotherapy massage function or to detect the wearer who collects physiological information.

According to the modern life, the students are busy and busy. Most students and office workers rarely have extra time to exercise. The accompanying civilizations are more and more, especially the majority of office workers are sedentary, standing for a long time, and the chances of getting sick in the legs are improved. Coupled with irregular diet and uneven nutrition, the age of obesity, diabetes and other diseases has decreased year by year.

Secondly, in recent years, the situation of declining birthrate has become more and more serious, leading to more elderly people needing care than young people. The elderly are usually due to high age, some organ function declines, and long-term blood circulation is not good, plus this part of neuropathy. Muscle atrophy makes the elderly worse and worse. There are also a small number of elderly people with diabetes. They are sick in bed all the time. If they turn over and shoot back, they will make the above-mentioned bad blood circulation worse. Even some Individuals living alone, children working in other counties and cities, unable to take care of them frequently, this phenomenon not only causes social problems, increases medical resources, but also creates a huge medical burden for elders in need of care at home, and this may happen to anyone. Once encountered, it is undoubtedly a big blow.

At present, there are medical and rehabilitation equipments derived from the above-mentioned situations, but most of them are large-scale, precise design, and are installed in specific medical places, which are not only limited in scope but also costly, and cannot benefit the general public.

Commercially available massage and rehabilitation equipment can generally solve the above-mentioned problems such as poor blood circulation, poor metabolism, and improve the muscle strength of the legs. However, the equipment and devices are often fixed and usually placed in medical places. Or the use of listed electricity in the home, for patients who often need treatment, if it is not at home, it is quite inconvenient; in addition, the treatment must be on the equipment or device, can not move freely, can not do other things, flexibility low.

In addition, thanks to technology, the industry has introduced wearable 3C products, such as smart watches, smart bracelets, etc. Its main function is to provide information on detecting human physiology, including detecting heart rate, breathing, skin surface temperature, and exercise. Speed, etc., so that while wearing, can grasp the physiological condition of the wearer at any time; but this type of product belongs to the type that needs to be in contact with the human body, and is usually incomplete due to the grease, sweat, etc. on the skin of the user. Contact, natural influences the correctness of detecting physiological information. If a full contact type, such as a patch, is used, and the skin is allergic and red and swollen due to prolonged adhesion, the wearer is troubled; the most troublesome is that such electrons The product cannot be cleaned comprehensively, and can only be partially cleaned, has poor durability, and is prone to failure.

In addition, medical institutions around the world have introduced so-called remote care systems, which are used to establish medical care platforms in medical institutions, and to enable elderly or critically ill patients in need of care to wear sensing equipment with multiple sensors. Through the network link, the physiological information of the caregiver can be obtained at any time to achieve a more convenient, accurate and efficient medical information service; however, the sensing equipment used in such a system is also difficult to wear, and must be Professional medical staff can assist in wearing, otherwise the fear may not be properly worn, resulting in inaccurate detection and collection of physiological information. The meaning of going to install.

Therefore, how to integrate into life, adopt the most simple and clear operation and friendly interface, and without any professional assistance, can also have low-frequency discharge massage and long-distance medical care, while also taking care of personal health and reducing personal care at any time. The security risks of going out, especially the high flexibility, can be easily used at home and at home, and can be reused for washing and long life, which is the basic spirit of this creation.

The main purpose of the present invention is to provide a wearing device with a wireless Bluetooth massage function, which is a wearable device that can be placed in a shoe with the most humanized and friendly design without changing the wearing habits of people's daily life. The wearable device is a conductor sensor that can form a complete electrical cycle with the human body after being in contact with the human body, and then is connected with the mobile device via Bluetooth wireless control to perform low frequency discharge on the user wearing the shoe. Massage or detect and collect the physiological information of the user to achieve the massage health effect anytime and anywhere, and also detect personal physiological information at any time, so as to keep track of the user's whereabouts and make emergency notifications to ensure and reduce the individual. Security risks when going out.

The second purpose of the present invention is to provide a wearing device with a wireless Bluetooth massage function. Based on the fact that most shoes users are accustomed to wearing socks, a conductive socks are designed to match the use of the wearing device to make the human body and the conductor sensor. The electrical cycle between the two can be interrupted by the generally non-conductive socks, and the low-frequency discharge massage function can be performed smoothly, or the physiological information function of the user can be detected and collected.

A further object of the present invention is to provide a wearing device with a wireless Bluetooth massage function, which is equipped with a mobile device that is most convenient to use and easy to carry around. Use APP software to make function selection and set more than one user mode, so that multiple elderly or patients who are cared for can be monitored at the same time to achieve more comprehensive, accurate, convenient, efficient and timely. Medical care.

Another object of the present invention is to provide a wearable device with a wireless Bluetooth massage function, which utilizes a Global Positioning System (GPS) positioning chip and a wearable device to control the user at any time through the mobile device. Location to ensure personal safety.

Another object of the present invention is to provide a wearing device with a wireless Bluetooth massage function, which has good wear resistance, high strength, and can be repeatedly washed and reused, and has a long service life.

In order to achieve the above purposes, the creator of the case designed a wireless Bluetooth massage function wearing device, which is used in the electronic structure with a conductor sensor installed in the shoe, and is equipped with a customized APP software (Application Software The mobile device is an interactive massage health care and remote care massage shoe. The wearable device comprises: an insole having a positive and negative conductive interface on the surface of the insole, and a positive and negative connection respectively extending at either end And an electronic structure electrically connecting the positive and negative contacts, and comprising a motherboard, a Bluetooth Chipset Module, providing low frequency electrotherapy massage and detecting physiological information of the human body.

The wearable device further includes a mobile device, the mobile device includes an APP software, a Bluetooth unit, and a display unit, and the mobile device is paired with the Bluetooth control chip module of the insole. Connect to the insole to perform an electrotherapy massage mode or a physiological signal mode command by manipulating the application software.

The display unit of the mobile device described above includes at least: various types on the display surface The selection pattern of the physiological signal (such as heartbeat, respiration, blood pressure, body temperature, body fat rate, etc.), after selecting any physiological signal pattern, the collected physiological information will be in various statistical patterns (such as long Bar graphs, pie charts, line graphs, etc.) are presented in the graphics area or in data format in the data area.

The above-mentioned shoes include slippers for indoor use, home shoes, shoes for outdoor use, sports shoes, casual shoes, hiking shoes, and the like.

The above battery can be a button battery or other light and short power source.

The electronic structure of the above-mentioned wearing device may further be provided with a positioning chip of a Global Positioning System (GPS).

The effect achieved by the present invention is that when the user wears the insole, the electrical and the positive and negative conductive interfaces of the surface of the insole form a complete electrical cycle, and the APP software of the mobile device (Application Software) The insole can selectively convey commands, including: (1) in the electrotherapy massage mode, the conductive surface provides a regular cycle of low-frequency electrotherapy massage; (2) in the detection of physiological signal mode, the conductive surface can be instantaneously Get physiological feedback signals and transmit them to the smart phone via wireless Bluetooth to provide users with instant judgment or transfer to the database for expert advice.

In order to enable the reviewing committee to understand the characteristics of the creation, the technical content, and the effects achieved by the present invention, a preferred embodiment is illustrated, which is described in detail with reference to the drawings and figure numbers:

(1)‧‧‧Shoes

(2) ‧‧‧Wearing device

(21)‧‧‧ Insole

(22)‧‧‧ Positive Conductive Interface

(221)‧‧‧ positive contact

(23)‧‧‧Negative Conductive Interface

(231)‧‧‧negative contact

(24) ‧‧‧Electronic structure

(241)‧‧‧ motherboard

(242)‧‧‧Bluetooth Chipset Module

(243)‧‧‧Battery

(244)‧‧‧ Positioning wafer

(3) ‧‧‧ mobile devices

(31)‧‧‧APP Software (Application Software)

(32)‧‧‧Bluetooth unit

(33)‧‧‧Display unit

(A) ‧ ‧ single foot (left foot and right foot), double foot selection pattern area

(B) ‧‧‧ massage function selection map area

(C) ‧‧‧Selection pattern for intensity adjustment

(D) ‧ ‧ time length setting selection pattern area

(E) ‧‧‧ON/OFF selection pattern area

(a) ‧‧‧Selection of various physiological signals

(b) ‧‧‧graphic area

(c) ‧ ‧ data area

The first figure is a schematic diagram (1) of an embodiment of the present wearable device.

The second figure is a schematic diagram (2) of an embodiment of the present wearable device.

The third figure is a schematic structural view of the present wearing device.

The fourth figure is a schematic diagram of the pairing of the electronic structure and the mobile device of the present wearing device.

The fifth figure is a schematic diagram of the operation screen of the mobile device of the creation wearing device.

The sixth figure is a schematic diagram of the graphics area and the data area of the mobile device of the present wearable device.

The seventh figure is a schematic diagram of multiple sets of Bluetooth pairing connections of the present wearable device and the mobile device.

The eighth figure is a schematic diagram of the positioning of the present wearing device and the mobile device.

The ninth drawing is a schematic view of another embodiment of the present wearable device.

First of all, please refer to the first and second figures together, which discloses a wearing device with a wireless Bluetooth massage function, the wearing device (2) is disposed in a shoe (1), and the shoe (1) generally refers to All kinds of shoes, such as leather shoes, slippers, sports shoes, casual shoes, hiking shoes, etc., provide normal users with normal foot wear every day, and get the best, most friendly and user-friendly way of use; the wearable device (2) The utility model relates to a conductor sensor, which comprises: an insole (21), which can be placed in the shoe (1), and an electronic structure (24) electrically connected to the shoe (1). In the sole, or placed in the shoe relative to the heel position (to not affect the wearing); in addition, the electronic structure (24) may have a casing to prevent internal damage.

Referring to the third figure, the insole (21) defines a positive conductive interface (22) and a negative conductive interface (23) respectively representing the positive and negative poles in the surface area, and the planned area is not limited. In the simplest way, the neutral line is used for separation, one side is the positive conductive interface (22), and the other side is the negative conductive interface (23), so that the user's foot can touch the positive and negative conductive interfaces at the same time ( 22, 23) If necessary, at the same time, the positive and negative conductive interfaces (22, 23) each extend a type of positive and negative contact (221, 231).

The electronic structure (24) electrically connects the positive and negative contacts (221, 231), and at least comprises: a motherboard (241), which is a central control unit and a Bluetooth control chip module (Bluetooth Chipset) Module) (242), a medium for transmitting and receiving signals, and a battery (243), which is a power source; thereby providing electrical connection between the insole (21) and the human body surface, providing low frequency electrotherapy massage and detecting physiological information of the human body. The function.

The insole (21) is formed by adopting a pattern of a positive conductive interface (22) and a negative conductive interface (23) formed on a metal mesh covering surface, and the positive conductive interface (22) and the negative conductive interface (23) They are not electrically connected to each other; the metal mesh is woven from a metal yarn, and its composition is made of a wire that is ground into a very fine shape by diamonds (it is required to be extremely thin and constant). Combined with natural fibers (including natural and artificial fibers), the outer surface of the natural fiber is wound with an ultra-fine metal yarn type, and the wire diameter is about 0.028-0.040 mm, thereby using an ultra-fine metal yarn ( The strength of metal yarn) is much higher than that of ordinary cotton yarns, which significantly improves the wear resistance of molded articles and prolongs the service life. At the same time, the role of natural fiber filaments is to maintain softness and comfort; the metal mesh thus constructed has both Good electrical conductivity and soft comfort.

The motherboard (241) in the electronic structure (24) is provided with a control IC having a low frequency discharge and controlling the collection of human physiological information, thereby providing a low frequency electrotherapy massage effect and collecting the collected human body information via Bluetooth. The Bluetooth Chipset Module (242) is transmitted to the mobile device (3) or the cloud database for remote monitoring, telemedicine and emergency notification.

The battery (243) in the electronic structure (24) is mainly implemented by a button battery, but does not impose any restrictions, and any independent power source with a small size and a small size can be simplified. Single replacement achieves power efficiency.

Please refer to the fourth figure, which is a schematic diagram of a mobile device with the electronic structure of the present invention; the mobile device (3) can be a smart phone or a tablet computer, and at least has an APP software (31) a Bluetooth unit (32), a display unit (33), the mobile device (3) utilizing the Bluetooth unit (32) and the Bluetooth control chip module (Bluetooth) in the electronic structure (24) of the wearable device (2) Chipset Module) (242) performs pairing connection. After the connection is completed, the electric therapy massage function for performing low frequency discharge on the wearing device (2) can be used by the operation of the application software (31), or The physiological signal is detected and collected through the electrical conduction of the insole (21), and the collected physiological information is displayed on the display unit of the mobile device (3) in a graphical or data format ( 33).

Referring to the fifth figure, when the display unit (33) is to perform the massage function operation, the application software (31) is operated to perform user and function setting so that the display surface includes at least: if it is a single use Including: one foot (left foot and right foot), two feet selection pattern area (A), massage function selection pattern area (B), intensity adjustment selection pattern area (C), time length setting The selection pattern area (D) and the ON/OFF selection pattern area (E) can even be designed and played with music, so that the user can listen to the song while being able to relax with the rhythm and the massage frequency. Massage effect; if it is to control multi-user users, it will increase the user setting selection pattern, and the rest of the functions are the same.

Referring to the sixth figure, when the user wants to operate the application software (31) to collect the physiological information of the user, the display surface of the display unit (33) includes at least: various physiological signals. Select the graphic area (a) (such as heartbeat, breathing, Blood pressure, body temperature, body fat percentage, etc.), after selecting any physiological signal pattern, the collected physiological information will be presented in various statistical graphic modes (such as bar graph, circle graph, linear graph, etc.). Presented in the data area (c) in the graphics area (b) or in data mode.

According to this, when the user's foot touches the positive and negative conductive interfaces (22, 23) on the surface of the insole (21) of the wearing device (2), it will electrically form an electrical cycle with the human body itself; At this time, the program command is transmitted to the insole (21) through the APP software (31) of the mobile device (3), including: the positive and negative conductive interfaces in the low frequency electrotherapy massage mode (22, 23) It can provide regular low-frequency electrotherapy massage; in the detection of physiological signal mode, the positive and negative conductive surfaces (22, 23) can directly contact the skin of the foot surface to obtain physiological information at any time, and then pass through the wireless type. The Bluetooth transmission mode is transmitted to the mobile device for presentation, so as to provide real-time analysis and judgment by the user, or to the cloud database, and provide medical experts for analysis or suggestion to achieve long-distance care.

Referring to the seventh figure, the wearing device of the present invention is implemented, except for one-to-one pairing, the mobile device (3) can simultaneously wear a pair of shoes with the wearing device (2) ( 1) One-to-many connection can be used, and the application software (31) can be used to switch between multiple connected users, and the user page is switched. The physiological information collected and detected is displayed in the graphic area (b) and the data area (c) of the physiological data to directly observe the information data record, and at the same time provide a simple judgment of the physiological state of the user, and can also be transmitted through Bluetooth is transmitted to the cloud database, and the information is further analyzed, judged, and processed by medical experts.

Please refer to the eighth figure, the electronic structure (24) can be further equipped with a global positioning system (GPS) positioning chip (2) 44), by means of the signal transmission of the Bluetooth control chip module (242), with the use of the smart phone (3) and the APP software (31), the use of the footwear (1) wearing the wearing device (2) Being accurately positioned to track trends and reduce personal health and safety risks.

In the use of this creation, the main purpose is to provide the user with the shoe (1), so that the foot can directly contact the insole (21) of the wearing device (2) to achieve electrical conduction, to achieve the required low frequency electrotherapy massage and detection The function of measuring human physiological information, but since most users wear shoes and shoes (1), they usually put on the socks first, which will block the electrical conduction, so the wearing device of the present creation (2) In addition to having the insole (21) type, an electrically conductive sock (25) may be used in conjunction with the insole (21); as shown in the ninth figure, the conductive sock (25) is made of ultra-fine hollow fiber ( Coolmax), in the production, contains a metal yarn with a crab yarn to absorb moisture perspiration and 100% antibacterial, bactericidal and deodorizing effects, and high elasticity The lycra is used to increase its elasticity and high-pressure tension to completely eliminate the use of the upper loose woven condition. It provides the user with a complete coverage of the foot when worn, and the blood flow is accelerated by the coating of high-pressure tension. Helps to relieve the pain and soreness of the foot, while the metal yarn Electrical conduction and static elimination function; thus, when the user wears the shoe (1), the foot can pass through the conductive socks (25), and the positive and negative conductive interfaces on the surface of the insole (21) (22, 23) Achieving a conductive electrical cycle and achieving the desired low frequency electrotherapy massage and detecting physiological information of the human body without hindrance.

The present invention is described by the above-described embodiments and variations, and all of the embodiments and variations are merely illustrative and limiting, and the various changes of the various features are included in the present invention.

(2) ‧‧‧Wearing device

(21)‧‧‧ Insole

(22)‧‧‧ Positive Conductive Interface

(221)‧‧‧ positive contact

(23)‧‧‧Negative Conductive Interface

(231)‧‧‧negative contact

(24) ‧‧‧Electronic structure

(241)‧‧‧ motherboard

Claims (10)

A wearable device with a wireless Bluetooth massage function is a conductor sensor, comprising: an insole having a positive and negative conductive interface on the surface of the insole, and a positive and negative contact respectively extending at either end; an electronic structure The electrical connection connects the positive and negative contacts, and includes a motherboard, a Bluetooth Chipset Module, and a function of providing low frequency electrotherapy massage and detecting physiological information of the human body. The wearable device with the wireless Bluetooth massage function according to the first aspect of the invention, wherein the wearable device further comprises a mobile device, the mobile device includes an APP software, a Bluetooth unit, and a display unit, the mobile device The Bluetooth unit is paired with the Bluetooth control chip module of the insole to command the insole to perform an electrotherapy massage mode or a physiological signal mode by manipulating the APP software. The wearable device with the wireless Bluetooth massage function according to the first aspect of the patent application, wherein the battery used for the electronic structure can be a button battery or other light and short power source. The wearing device with wireless Bluetooth massage function according to claim 1, wherein the wearing device can be combined with a shoe, and the shoe includes indoor slippers, home shoes, outdoor shoes, sports shoes, casual shoes, hiking shoes. Wait. A wearable device having a wireless Bluetooth massage function according to claim 2, wherein the mobile device can be a smart phone or a tablet. The wearable device with the wireless Bluetooth massage function according to claim 2, wherein the mobile device has at least an APP software, a Bluetooth unit, and a display unit. The wearable device with the wireless Bluetooth massage function according to the sixth aspect of the patent application, wherein in the massage mode, the display surface of the display unit includes at least: a single foot (left foot and right foot), and a choice of both feet. The selection pattern area, the massage function selection pattern area, the intensity adjustment selection pattern area, the time length setting selection pattern area, and the ON/OFF selection pattern area. The wearable device with the wireless Bluetooth massage function according to claim 6 , wherein in the detecting physiological information mode, the display surface of the display unit includes at least: a selection pattern area of various physiological signals (such as a heartbeat, Respiratory, blood pressure, body temperature, body fat rate, etc.), after selecting any physiological signal pattern, the collected physiological information will be in various statistical patterns (such as bar graph, circle graph, linear graph, etc.) ) presented in the graphics area, or presented as data in the data area. The wearable device with the wireless Bluetooth massage function according to the first aspect of the invention, wherein the electronic structure of the wearable device can further be provided with a positioning chip of a Global Positioning System (GPS). The wearing device with a wireless Bluetooth massage function according to claim 1, wherein the wearing device further comprises a conductive socks.