CN104127277A - Wearable auxiliary urinating sanitary device and health service system - Google Patents

Abstract

The invention discloses a wearable sanitary device for assisting urination and a health service system. It consists of special underwear, urinal, suction device, humidity sensor, catheter, urine bag, integrated controller, and health information center. It can use various methods such as portable battery or mobile power supply, charging treasure, or wired/wireless power supply. It is especially suitable for pilots, urinary incontinence patients, infants, middle-aged and elderly people with frequent nocturia, patients in intensive care unit (ICU), long-distance bus passengers and other people who need assisted hygienic urination.

Description

A wearable sanitary device for assisting urination and a health service system

the

technical field

The present invention relates to a wearable auxiliary urination sanitation device and a health service system, in particular to a wearable auxiliary personal hygiene and monitoring of physiological parameters of human health, by means of which the wearer's physical condition can be better understood and better care can be obtained , to improve wearer comfort.

Background technique

Under normal circumstances, adults will have a desire to urinate every 2-4 hours. When the urine storage in the bladder reaches about 300ml, if it is not excreted in time, it will not only affect health, but also affect people's emotions. For people with limited mobility, (adult) diapers are currently the first choice, but the use of diapers can cause urinary eczema disease. This nightmare of unhygienic and uncomfortable experience further increases the psychological pressure. It is worth mentioning that this emergence of helplessness will affect people's judgment and mental state.

For example, the diet of pilots before preparing for flight missions is usually to reduce water intake on purpose, which itself is a kind of suggestive psychological pressure, and the pressure of wanting to hold back urine when the feeling of urination during the flight will also be related is continuous. This is especially unfavorable for fighter pilots. It is easy to distract attention during wartime, resulting in reduced driving skills, and even being defeated in rapidly changing air battles.

As we all know, benign prostatic hyperplasia is a common and frequently-occurring disease in elderly men. Its symptoms are characterized by increased frequency of urination (especially at night), difficulty urinating, and thinning of urine stream. Incentives such as climate change, fatigue, drinking, sexual intercourse or infection can easily cause urinary retention. Therefore, self-health care is very important, and wearing the device of the present invention is expected to alleviate the suffering of patients.

In addition, urinary incontinence is the loss of self-control of urination due to bladder sphincter damage or nerve dysfunction, causing urine to flow out involuntarily. Needless to say, the psychological pressure of urinary incontinence patients and middle-aged and elderly people with frequent nocturia in this regard is hard to express.

However, except for the above-mentioned adult diapers, there is no related market product at present. On the one hand, people with needs are often ashamed to speak out because of privacy; on the other hand, ordinary people without related needs do not pay enough attention to it. However, according to several severe problems clearly pointed out in the "China Aging Development Report (2013)", especially the continued growth of the elderly population, chronic diseases and disabled elderly population, the market prospect of related health care demand is broad.

With the improvement of people's material living standards and the implementation of the one-child system, people pay more and more attention to the health of the next generation, and the attention to infants and young children is the most important. Babysitting affects the hearts of almost all family members. It even requires parents and grandparents to take turns to "caring" 24 hours a day. It takes a lot of energy to change diapers, sense whether the baby is comfortable, and check the environmental conditions. With the help of various sensor functions described in the present invention, abnormality can be found in time and an early warning can be given. For example, monitoring and comparative analysis of heart sounds, lung sounds, bowel sounds, and body temperature can keep abreast of changes in the baby's physical condition.

Contents of the invention

The present invention mainly solves the technical problems existing in the prior art; it provides a wearable auxiliary urination sanitation device that integrates a humidity sensor, considers the urination situation without the wearer's auxiliary operation, and can avoid distracting the wearer's attention and health care. service system.

Another purpose of the present invention is to solve the technical problems existing in the prior art; to provide a wearable urination auxiliary sanitary device and a health service system that solve the problem of large urination capacity.

Another purpose of the present invention is to solve the technical problems existing in the prior art; to provide a wearable auxiliary urination sanitary device and a health service system that are easy to be carried by the human body and solve sanitary urination in different postures.

The last purpose of the present invention is to solve the technical problems existing in the prior art; to provide a wearable auxiliary urination sanitary device and a health service system that solve people's real life problems and meet social needs.

Above-mentioned technical problem of the present invention is mainly solved by following technical scheme:

A wearable auxiliary urination sanitary device, characterized in that it includes a special underwear, a urinal fixed to the special underwear by a connecting piece and with an open bottom, a suction device connected to the opening on the urinal at the inlet end, A sensor assembly arranged on the urinal, a catheter connected at one end to the outlet of the suction device, and a urine bag connected to the other end of the catheter; the integrated controller is connected to the suction device and the sensor assembly through wires; The wearable auxiliary urinal sanitation device is powered by a portable battery, mobile power supply, and charging treasure; the special underwear includes an ordinary underwear with an opening at the front end; Buckle or zipper; the urinal is fixed at the opening through the connecting piece; the urinal is made of waterproof and breathable fabric that avoids the discomfort of human body contact. The shape of the urinal is divided into two types. For the male type, the urinal can be adjusted Openings to better match the male genitalia to collect urine; for the female type, the urinal is equipped with a highly water-absorbent material gasket with a middle opening, and the entrances of the multi-branch catheters are distributed in different layers of the gasket, and are collected connected to the suction device;

The integrated controller has a built-in small control circuit board and a power supply management module integrated on it, signal control circuit, switch, terminal block, LED indicator light, electronic horn, miniature wireless signal transmitting terminal, video signal interface, among which,

Power supply management module: including charging interface, power display;

Signal control circuit: used for sensor signal conditioning, display and connection of miniature wireless signal transmitting terminals;

The switch is used to control the working state of the system;

LED indicators and electronic horns have different modes such as flashing lights, lights of different colors, and different music, which are used to indicate the working status of the system and early warning to remind the caregiver that the nursing object has a certain condition;

The miniature wireless signal transmitting terminal is used to send the sensor sensing signal to the health information center website or the mobile phone of the authorized caregiver and other handheld terminals;

The video signal interface is used to connect the camera to collect video of the nursing object, and it can be sent out by the wireless signal transmitting terminal after being conditioned by the signal control circuit.

In the above-mentioned wearable auxiliary urination sanitary device, an elastic tightening control rope is arranged on the edge of the opening, so as to elastically adjust the size of the interface.

In the above-mentioned wearable auxiliary urination sanitary device, the suction device adopts a micropump, a suction vacuum micropump or a gas-liquid dual-purpose intelligent micropump; the catheter is also provided with an anti-reflux valve.

In the above-mentioned wearable auxiliary urinal sanitary device, the sensor assembly includes at least one humidity sensor, the humidity sensor is arranged inside the urinal, and is used to send a humidity signal to the integrated controller when sensing and judging the presence of urine. The integrated controller starts the micropump to discharge the urine, and when the sensor detects that the humidity is low, the integrated controller controls the micropump to stop working.

In the above-mentioned wearable auxiliary urination hygiene device, the sensor components also include gyroscopes, accelerometers, heart sound monitoring, lung sound monitoring, and temperature measurement sensors, and these components are all connected to the integrated controller.

In the above-mentioned wearable auxiliary urination sanitary device, the urine bag is in the form of a common medical urine bag, or a special urine storage device with a hanging ring or a buckle.

In the above-mentioned wearable auxiliary urination sanitary device, the anti-reflux valve is an anti-reflux valve or an anti-reflux valve or a silicone valve.

A health service system matched with a wearable auxiliary urination sanitary device, characterized in that it includes a corresponding website system, a big data analysis supercomputer, cloud services, and video network monitoring; wherein,

The website system provides relevant application driver software downloads for different sensors, and users can purchase services for related types of sensors as needed, and obtain value-added services at any time through networked terminals such as mobile phones and personal computers;

The big data analysis computer is used to mine the statistical classification of different service objects and establish a database, and is used for product refinement and upgrade and special customization;

The cloud service further reminds and recommends nursing methods for users based on user information and sensor data;

Video networking monitoring realizes real-time video multi-terminal interconnection and sharing, which is used for video teaching, video and voice communication, online medical consultation and multiple nursing staff to check the status of nursing objects at any time.

Therefore, the present invention has the following advantages: 1. The present invention integrates a humidity sensor, which takes into account the urination situation without the wearer's auxiliary operation, and can avoid distraction; 2. Compared with traditional commonly used adult diapers, the present invention solves the problem of The problem of large urination volume. For example, when the pilot urinates a lot due to performing long-time operations, the urine storage capacity of the diaper is limited, and the comfort is worse, which easily causes eczema; Low-level advantages, easy to carry by the human body, and thus solve the hygienic urination under different postures. For example, by using the suction device, the pilot can also urinate hygienically in overweight and weightless states such as take-off, ascent and descent; living problems and meet social needs. In particular, the proposed monitoring of various physiological parameters, multi-terminal interconnection and sharing of video and sensor data, etc., have advanced ideas, and no similar patents or news reports have been seen.

Description of drawings

Fig. 1 is a structural schematic diagram of the device in the present invention.

Fig. 2 is a schematic structural diagram of the service system in the present invention.

Detailed ways

The technical solutions of the present invention will be further specifically described below through the embodiments and in conjunction with the accompanying drawings. In the figure, the special underwear 1, the front opening 2 of the special underwear, the urinal 3, the humidity sensor 4, the micropump 5, the anti-reflux valve 6, the catheter 7, the urine bag 8, the wire 9 (the lead part of the humidity sensor adopts MEMS Process production, integrated with the inner side of the urinal), integrated controller 10 (built-in small control circuit board and integrated power supply management, signal control, switch, terminal block, LED indicator light, electronic horn, miniature wireless signal transmitting terminal, video interface).

Example:

The invention comprises a special underpants, a urinal which is fixed to the special underpants through a connecting piece and has an open bottom, a suction device connected to the opening of the urinal at the inlet end, a sensor assembly arranged on the urinal, a A catheter connected to the outlet of the suction device, and a urine bag connected to the other end of the catheter; the integrated controller is connected to the suction device and the sensor assembly through wires; Power bank and power bank; the special underpants include an ordinary underpants with an opening at the front end; the connecting piece is a Velcro tape or buckle or zipper arranged along the circumference of the opening; the urinal is fixed through the connecting piece At the opening; the urinal is made of waterproof and breathable fabric that avoids the discomfort of human contact. The shape of the urinal is divided into two types. For the male type, the urinal can adjust the opening to better match the male genitalia to collect urine ; For the female type, the urinal is equipped with a highly absorbent material gasket with a middle opening, and the entrances of the multi-branch catheters are distributed in different layers of the gasket, and are connected to the suction device after being collected.

The following introduces the components or materials introduced above;

1. Specially made underpants: The difference from ordinary underpants is that there is an opening at the front end, and the opening is made with Velcro or hook or zipper for docking with the urinal. In addition, an elastic tightening rope is arranged around the interface for elastically adjusting the size of the opening.

2. Urine bucket: It can be made of waterproof and breathable fabric, or it can be made of rubber material. There is a humidity sensor inside to sense whether there is urine. The output signal of the sensing result is used as the basis for the switch of the suction device, and the urination suction device is activated only when there is urine. For the male type, the opening of the urinal can be adjusted to better match the male genitalia to collect urine; for the female type, a high-absorbent material gasket with a middle opening can be further added, and the entrances of the multi-fork catheters are distributed in different gaskets. layer, and connected to the micropump after pooling. In addition, the middle and lower layers of the gasket are made of materials with stronger water absorption capacity to ensure that the upper surface of the gasket is dry. the

3. Suction device: The suction device adopts a vacuum suction micropump or an air-liquid dual-purpose intelligent micropump, which has the advantages of light weight, small size, and high efficiency, and can pump liquid and moisture. Its function is to draw out the urine in the urinal and pass it through the urinary catheter to the urine bag for storage.

4. Urine bag: It can be a disposable medical urine collection bag, or a special container with portable components for the human body. With the help of the elasticity of the catheter, the urine bag can be placed flexibly. For example, the urine bag can be placed in a clothing pocket or directed to another location for placement.

5. Power supply: use portable battery or mobile power supply, power bank or wireless power supply, and the suction device and humidity sensor use low-voltage electricity, which will not cause electric shock to the human body. When using a portable battery, the battery can be placed in a convenient location such as a clothing pocket by means of a wire.

6. Integrated controller: the appearance can be miniaturized (such as U disk, MP3, etc., which are easy to carry) or can be in a larger shape such as a remote control (convenient for the elderly to operate). Built-in small control circuit board and integrated power supply management, signal control circuit, switch, terminal block, LED indicator light, electronic horn, miniature wireless signal transmitting terminal, video signal entrance, etc. The terminals can all be in the form of a micro-USB interface similar to the charging interface of a smart phone, which is compact and durable. in,

The functions of power supply management include charging interface, power display, etc.;

The functions of the signal control circuit include sensor signal conditioning, display and connection of miniature wireless signal transmitting terminals;

The switch is used to control the working state of the system;

LED indicators and electronic horns have different modes such as flashing lights, lights of different colors, and different music, which are used to indicate the working status of the system (such as fault alarms, low power, etc.) For example, a sensor senses that a care recipient is feeling unwell);

The miniature wireless signal transmitting terminal is used to send the sensor sensing signal to the health information center website or the mobile phone of the authorized caregiver and other handheld terminals;

The video signal interface is used to connect the camera (built-in microphone) to collect video of the care object, and it can be sent out by the wireless signal transmitting terminal after being conditioned by the signal control circuit.

7. Health service system: It consists of corresponding websites, big data analysis supercomputers, cloud services, and video network monitoring. It mainly realizes the recording of various physiological parameters of the monitoring object, current video collection, multi-authorized terminal data sharing, voice and video communication, and early warning and health reminder services. in,

The website system provides relevant application driver software downloads for different sensors, and users can purchase services for related types of sensors as needed, and obtain value-added services at any time through networked terminals such as mobile phones and personal computers;

The big data analysis computer is used to mine the statistical classification of different service objects and establish a database, and is used for product refinement and upgrade and special customization;

The cloud service further reminds and recommends nursing methods for users based on user information and sensor data;

Video networking monitoring realizes real-time video multi-terminal interconnection and sharing, which is used for video teaching, video and voice communication, online medical consultation and multiple nursing staff to check the status of nursing objects at any time.

It should be noted that the health information center involved in the present invention and the computer technology involved are all existing common knowledge, and what the present invention needs to protect is the entire architecture. After the framework is obtained, it can be realized without creative labor. So far, how to use computer technology to realize the health service system framework of the present invention is not the content that needs to be emphasized in the present invention.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Those skilled in the art to which the present invention belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, but they will not deviate from the spirit of the present invention or go beyond the definition of the appended claims range.

Claims (8)

1. A wearable auxiliary urination sanitary device, characterized in that it comprises a special underpants, a urinal that is fixed to the special underpants through a connector and has an open bottom, and a suction suction device that connects the inlet end to the opening on the urinal. device, a sensor assembly set on the urinal, a catheter connected to the outlet of the suction device at one end, and a urine bag connected to the other end of the catheter; the integrated controller communicates with the suction device and the sensor assembly through wires connection; the wearable auxiliary urinal sanitary device is powered by a portable battery or a mobile power supply, and a power bank; the special underwear includes an ordinary underwear with an opening at the front end; the connecting part is a Velcro belt arranged along the circumference of the opening Or hanging buckle or zipper; the urinal is fixed at the opening through the connecting piece; the urinal is made of waterproof and breathable fabric that avoids the discomfort of human body contact, and the shape of the urinal is divided into two types. For the male type, the urinal The opening can be adjusted to better cooperate with the male genitalia to collect urine; for the female type, the urinal is equipped with a highly water-absorbent material gasket with a middle opening, and the entrances of the multi-branch catheter are distributed in different layers of the gasket. And after being collected, it is connected with the suction device; The integrated controller has a built-in small control circuit board and a power supply management module integrated on it, signal control circuit, switch, terminal block, LED indicator light, electronic horn, miniature wireless signal transmitting terminal, video signal interface, among which, Power supply management module: including charging interface, power display; Signal control circuit: used for sensor signal conditioning, display and connection of miniature wireless signal transmitting terminals; The switch is used to control the working state of the system; LED indicators and electronic horns have different modes such as flashing lights, lights of different colors, and different music, which are used to indicate the working status of the system and early warning to remind the caregiver that the nursing object has a certain condition; The miniature wireless signal transmitting terminal is used to send the sensor sensing signal to the health information center website or the mobile phone of the authorized caregiver and other handheld terminals; The video signal interface is used to connect the camera to collect video of the nursing object, and it can be sent out by the wireless signal transmitting terminal after being conditioned by the signal control circuit. 2 . The wearable auxiliary urinal sanitary device according to claim 1 , wherein an elastic tightening control rope is arranged on the edge of the opening so as to elastically adjust the size of the interface. 3 . 3. A wearable auxiliary urination sanitary device according to claim 1, characterized in that, the suction device adopts a micropump, a suction vacuum micropump or a gas-liquid dual-purpose intelligent micropump; The urinary pipe is also provided with an anti-reflux valve. 4. A wearable auxiliary urinal sanitary device according to claim 1, wherein the sensor assembly includes at least one humidity sensor, and the humidity sensor is arranged inside the urinal for sensing and judging when urine exists A humidity signal is sent to the integrated controller, and the integrated controller starts the micropump to discharge the urine, and when the sensor detects that the humidity is low, the integrated controller controls the micropump to stop working. 5. A wearable auxiliary urinal hygiene device according to claim 1, wherein the sensor components also include gyroscopes, accelerometers, heart sound monitoring, lung sound monitoring, and temperature measurement sensors, and these components are integrated with Controller connection. 6. A wearable auxiliary urination sanitation device according to claim 1, wherein the urine bag is in the form of an ordinary medical urine bag, or a special urine storage device with a hanging ring or buckle. 7 . The wearable urinal-assisted sanitary device according to claim 1 , wherein the anti-reflux valve is an anti-reflux valve or an anti-reflux valve or a silicone valve. 8. A health service system matched with the wearable urination-assisted sanitary device according to claim 1, characterized in that it includes a corresponding website system, a big data analysis supercomputer, cloud services, and video network monitoring; wherein, The website system provides relevant application driver software downloads for different sensors, and users can purchase services for related types of sensors as needed, and obtain value-added services at any time through networked terminals such as mobile phones and personal computers; The big data analysis computer is used to mine the statistical classification of different service objects and establish a database, and is used for product refinement and upgrade and special customization; The cloud service further reminds and recommends nursing methods for users based on user information and sensor data; Video networking monitoring realizes real-time video multi-terminal interconnection and sharing, which is used for video teaching, video and voice communication, online medical consultation and multiple nursing staff to check the status of nursing objects at any time.