CN111419196A

CN111419196A - Protective wearable article capable of monitoring physical signs

Info

Publication number: CN111419196A
Application number: CN202010203636.1A
Authority: CN
Inventors: 石鑫
Original assignee: Fagui Guizhou Technology Co ltd
Current assignee: Fagui Guizhou Technology Co ltd
Priority date: 2020-03-20
Filing date: 2020-03-20
Publication date: 2020-07-17

Abstract

The patent provides a protective wearing article with a temperature probe, which can monitor physical signs of users and comprises a mask, gloves, socks, trousers or protective clothing; the wireless remote temperature probe which can be associated with a mobile phone of a user through the two-dimensional code is laid, and during the use period of the wearing article, the wireless remote temperature probe is used for personal protection of the user, including the protection of microorganisms entering an oral cavity or a respiratory tract, and the monitored physical sign data including body temperature, blood pressure and pulse can be sent to the appointed mobile phone according to the set time interval. Thereby giving the physical sign data of the human health condition or the curve of the physical sign data in real time. The physical sign monitoring data and the geographic position information can be sent to a designated management system, and the physical sign monitoring data and the geographic position information are used for personal protection, monitoring of the health condition of designated people, guiding of emergency rescue and special public security management.

Description

Protective wearable article capable of monitoring physical signs

Technical Field

This patent belongs to intelligent medical instrument field, provides one kind can real-time transmission use personnel sign data set place longitude, latitude, a set of three-dimensional geographic information of height above sea level wearing articles for use that have specific protection usage.

Background

Health management is a major task in today's society, and health-related monitoring of signs becomes a major problem. For example, body temperature monitoring is difficult to collect and collate health data of all nations without systematic remote monitoring by means of a network platform.

Body temperature is an important indicator of the health condition, for example, during epidemic situations of novel coronavirus infection, an important judgment indicator is body temperature. Each control point is constantly monitoring the body temperature of the entering and exiting personnel. People with abnormal body temperature data (over 38 degrees celsius) are suspected of infection and need to be monitored with emphasis.

The remote sensing monitoring and wireless monitoring of the body temperature can be realized by means of related methods about remote sensing monitoring of the temperature in cold-chain logistics. Cold chain logistics generally refers to a system project of producing, storing, transporting and selling refrigerated and frozen foods or medicines, and keeping the refrigerated and frozen foods or medicines in a specified low-temperature environment in all links before consumption so as to ensure the quality of the foods and reduce the loss of the foods. The wireless temperature detection and monitoring device has the main task of wireless temperature detection and monitoring in the whole process of storage and transportation. For example, according to the Tianjin local standard of cold-chain logistics DB12, T560 and 2015 temperature detection and requirement specification, two wireless monitoring modes of destructive temperature measurement and non-destructive temperature measurement are described. Since the lower freezing or refrigerating temperature can be monitored wirelessly and remotely, the remote monitoring of the body temperature or other physical signs of human health indexes can be realized completely from the technical point of view, so that the system can help to find possible sick persons and find specific persons needing help, and has a positive effect on the spread monitoring of infectious diseases. Of course, the physical signs indexes other than the body temperature, such as blood pressure and pulse, which realize remote or wireless electronic monitoring, can be incorporated into the monitoring platform for monitoring. To obtain comprehensive health information.

The mask becomes a main article for passive infection protection of people, and is mainly used for preventing droplets and particles from entering a human body through an oral cavity or a respiratory tract to cause infection. For the industry, it is also necessary to provide a more intelligent protective mask product to help more accurately know the health condition of a user while expanding the production capacity of the mask.

The mask technology combining temperature monitoring or using a temperature probe mainly focuses on the intelligent control of the mask temperature at present, and the following are several technical examples of masks related to the temperature or the temperature probe.

An 201721423903.6 patent of Yinzhan intelligent temperature regulating mask applied by the Buddha mountain science and technology academy, wherein the mask comprises an intelligent temperature regulating functional inner layer, an intelligent temperature regulating functional outer layer and an air filtering core layer arranged between the intelligent temperature regulating functional inner layer and the intelligent temperature regulating functional outer layer; the intelligent temperature regulating function inner layer and the intelligent temperature regulating function outer layer are both made of heat storage and temperature regulating fiber fabrics or non-woven fabrics or heat storage and temperature regulating capsules filled in a grid shape in the non-woven fabrics. The temperature control of the mask in this patent does not use temperature probe monitoring.

An 201710303070.8 patent of an intelligent constant-temperature mask applied by Huayue electric appliance science and technology Limited company in Dongguan city comprises a semiconductor refrigerating sheet for refrigerating/heating air flowing through the mask, radiating fins arranged at the cold end and the hot end of the semiconductor refrigerating sheet, and temperature sensors arranged on the mask, the radiating fins at the air outlet and between the air inlet radiating sheet and the inner cavity of the mask, wherein the three temperature sensors are respectively used for acquiring the temperatures of the mask and the radiating fins, acquiring the temperature of the heated/refrigerated air and generating temperature signals to be transmitted to a main control MCU; the main control MCU is set with a lower limit temperature and an upper limit temperature, responds to the fact that the environment temperature measured by the temperature sensor is lower than the lower limit temperature to generate a heating signal, and responds to the fact that the environment temperature signal measured by the temperature sensor is higher than the upper limit temperature to generate a refrigerating signal; the constant temperature driving circuit enables the electrodes of the semiconductor refrigerating sheet to turn over according to the heating signal/the refrigerating signal received by the main control MCU, so that the cold end and the hot end are matched to respond and refrigerate/heat; the mask air supply/exhaust device also comprises a fan which is controlled by the master control MCU to supply air/exhaust air for the mask. The gauze mask of this patent has used temperature probe to carry out the temperature control of gauze mask through MCU and fan combination.

An 201811418244.6 patent of Foshan science and technology academy of academic or vocational study is an intelligent mask, which comprises a mask body, a controller, a temperature sensor and a humidity sensor, wherein a L ED lamp is arranged at the front end of the mask body, a processing module is arranged at the lower end of the mask body, the rear end of the mask body is matched with the outline of the face of a human body, a vent is arranged at the lower end of the processing module, a first protective screen, a filtering module, a heating module and a fan are sequentially arranged in the processing module along the direction from bottom to top, the first protective screen is positioned at the vent, a water storage box is arranged on the left side or the right side of the fan, and an ultrasonic atomization device for atomizing liquid into gas is arranged in the water storage box.

It can be seen that in the prior art, a temperature probe is used, but the temperature probe is not related to monitoring of body temperature, and the temperature probe is used to ensure that the temperature of the mask is stable during use. As the population base continues to increase, the task of monitoring signs appears to be commonplace but is sometimes necessary, particularly during the special period of transmission of infectious diseases such as the type of coronavirus which is a new form of pneumonia. Therefore, on the basis, the wearing article with the function of remotely monitoring physical signs of the user is designed and developed.

Disclosure of Invention

In order to better help remote health management, the physical sign monitoring information is more fully utilized. When the gauze mask provides general protection, provide better user of service personnel sign monitoring function, with the help of the temperature monitoring technical scheme of cold chain logistics engineering, this patent design developed the intelligent wearing articles for use that can monitor user of service personnel sign. The wearing article can be a mask, gloves, socks, trousers or protective clothing.

The intelligent protection function wearing article is characterized in that ① a probe for monitoring physical signs can monitor one index or a plurality of indexes in body temperature, blood pressure and pulse, the probe can feed back physical signs of a user and can also push geographical position information of the user, namely a group of three-dimensional parameters including longitude, latitude and altitude of the position, ② a two-dimensional code which associates the physical sign monitoring probe with a monitoring system and a mobile phone of the user is associated with the two-dimensional code, the two-dimensional code associates the monitoring probe with the mobile phone of the user, the mobile phone of the user can also load basic information, distribution logistics information and tracing source of a product of a manufacturer of the wearing article matched with the monitoring probe, the wearing article can help the user to monitor the self body health condition of the mobile phone bound by the two-dimensional code, and can also push personal information (name, identity card number, telephone number), body health condition (body temperature, blood pressure, pulse, latitude and altitude information of the position of the longitude and the position of the user to a geographical management system.

The protective mask capable of monitoring the body temperature is characterized in that a temperature probe is installed at a proper position in a common protective mask, and the protective mask is structurally characterized in that a hanging rope of an ① mask, strings used for hanging the mask on ears or head and neck parts on two sides of the mask, a ② mask body capable of covering the mouth, nose and lower jaw of a user and generally in a three-layer structure, wherein the inner layer and the outer layer are made of non-woven fabrics, the middle layer is made of melt-blown cloth with a microorganism blocking function and can also be made of four or more layers of non-woven fabrics, a ③ plastic nose bridge strip with metal wires is arranged in the middle of one side of the mask body and is not exposed on the surface of the mask in a manner of puncturing the non-woven fabrics, an auxiliary temperature probe for monitoring the environment temperature can be arranged outside the non-woven fabrics on the outer layer of the mask at the position of the nose bridge, the ④ wireless remote temperature probe is used for detecting the body temperature of the user, and the mask can send the monitored body temperature data to a designated mobile phone while helping the user to protect the microorganism infected oral cavity and respiratory tract, so as to give the body temperature data or a curve of a designated personal protection management system and monitor the.

The data of the physical sign monitoring of the user is not only used for the self-monitoring of the person, but also can be used for assisting the monitoring of epidemic situations in a special infectious disease control period, for example, the special period of pneumonia caused by novel coronavirus infection, and the important work of each monitoring point is to use a non-contact electronic thermometer to monitor the body temperature of the person entering and leaving. Therefore, the wearing article for protection purpose capable of monitoring physical signs has the advantages that physical sign data of the wearing article can send information to the mobile phone bound in the two-dimensional code mode, and three-dimensional geographic position information and physical sign information of a person to a specified management system at set time intervals. If the body temperature is abnormal, the system can give basic information and geographical position information of the abnormal body temperature prompting personnel to relevant supervisors and an interface of the system.

In order to guarantee that the monitored temperature can better represent the body temperature of a user, the position of the temperature probe of the protective mask capable of monitoring the body temperature can be the position between the nostrils and the upper lip and the position between the lower lip and the lower jaw at the lip part of the mask body, and the body temperature of the user is represented by the temperature detection of the periphery of the lips.

Considering that the temperature in summer is relatively high, even exceeding 40 ℃, in this case, the temperature detection of the human body surface may receive a high influence of the ambient temperature. Therefore, the protective facial mask that can monitor body temperature of this patent also places with temperature probe outside the outer non-woven fabrics of the plastics nose bridge strip position of taking the wire for monitoring ambient temperature. The temperature and the body surface temperature of the user are synchronously transmitted to a temperature acquisition system bound with the mobile phone and the management platform, and the temperature acquisition system is used for judging the reference of the real body temperature condition of the user. If the temperature-measuring probe is a wearing article of other types, the corresponding temperature-measuring probe is close to a conventional body temperature monitoring area, and the ambient temperature probe is close to an area with small contact area with the body surface of the body as much as possible.

In order to ensure the physical sign monitoring function of the patent, physical sign data are sent to a mobile phone or a management system of bound users, a two-dimensional code is designed on a package of the wearing article, the wearing article is associated with the mobile phone through the two-dimensional code, personal information of the user needs to be input while the two-dimensional code is associated with the mobile phone, and the name, the identification number, the telephone number, the physical sign information and the geographical position information of the user are sent to an appointed management system while the physical sign information is sent to the mobile phone bound by the user.

In order to avoid the interference of too much temperature information, the protection that can monitor the sign is with wearing articles for use's monitoring probe of this patent only sends the temperature data that temperature numerical value surpassed 30 degrees centigrade to after wearing articles for use finishes, the user confirms that the end of use is through clicking on the cell-phone, and monitoring probe no longer sends sign information.

The usage of sign monitoring data is different, and data collection's frequency is different, and the protection that can monitor the sign of this patent can be set for when cell-phone end relevance two-dimensional code with the sign transmission frequency of wearing articles for use, also can set for when temperature management system gathers. The set values of the two push frequencies may be different or the same.

According to the market development needs of one thing one code, the protection is with wearing articles for use as daily articles for daily use, also need necessary product to trace back the function, the protection that can monitor the sign still provides the protection with wearing articles for use's producer basic information and batch, raw and other materials information, the information of inspection result, the information of commodity circulation transit node with the initial information of the relevant cell-phone of scanning with wearing the ever flat two-dimensional code, can be used for the coding of gauze mask product to trace back the source.

The wearing articles for use of monitoring sign bind the mode of product information, logistics information and sign monitoring data result of cell-phone propelling movement wearing articles for use to the user, can be cell-phone APP, also can be little letter applet.

Compared with the prior art, the beneficial effect of this patent technology is: the protection that can monitor the sign of this patent is with wearing articles for use can help the user of service in time to know the sign developments of oneself, in time suggests the possible anomaly of health. The system can also be used for remote monitoring of the health condition of specific people and timely discovering people with abnormal physical signs. Measures are taken as early as possible to reduce the spread and infection of diseases. Emergency assistance and special need police management can also be guided.

Drawings

Figure 1 is a schematic view of the patent's protective mask capable of monitoring signs.

① A, ① B, ① C and ① D are schematic diagrams of the positions of the hanging ropes of the mask.

② is the mask body of the protective mask, which is made of three layers of non-woven fabrics, wherein the middle layer is preferably melt-blown non-woven fabrics, and the middle dotted line indicates the folds of the non-woven fabrics.

③ is a plastic nose bridge strip with a wire centered on one side of the mask body.

④ A and ④ B are temperature probes for monitoring body temperature respectively, one of the two positions can be selected to place the temperature probe to monitor the body temperature of a user, and the temperature probes can be used at both positions to ensure more reliable temperature data.

Detailed Description

This patent can monitor safeguard function's of sign wearing articles for use can be gauze mask, gloves, socks, trousers or protective clothing. The technical scheme of the intelligent protection wearing device capable of monitoring physical signs is further described below by combining a specific embodiment of the intelligent protective mask.

The protective mask capable of monitoring the body temperature is structurally characterized by comprising hanging ropes of an ① mask, strings used for hanging the mask on ears or heads and necks at two sides of the mask, a ② mask body capable of covering mouths, noses and mandrils of a user and generally having a three-layer structure, wherein the inner layer and the outer layer are made of non-woven fabrics, the middle layer is made of meltblown fabrics with a microorganism blocking function and also can be made of four or more layers of non-woven fabrics, a ③ plastic nose bridge strip with metal wires is arranged in the middle of one side of the mask body and is not exposed on the surface of the mask in a manner of puncturing the non-woven fabrics, an auxiliary temperature probe for monitoring the environment temperature can be arranged outside the non-woven fabrics on the outer layer of the mask at the position of the nose bridge strip, and a ④ wireless remote temperature probe for detecting the body temperature of the user is used, and the composition or.

(1) The position of a temperature probe for monitoring the body temperature of a user of the mask is positioned at the lip part of the mask body of the mask, can be the part between the nostril and the upper lip, and can also be the part between the lower lip and the mandible; the temperature probe is arranged between the middle layer non-woven fabric and the inner layer non-woven fabric, and represents the body temperature of the user through the temperature detection around the lips. The temperature probe is arranged between the inner-layer non-woven fabric and the middle-layer non-woven fabric, so that the uncomfortable feeling caused by the direct contact of the temperature probe and the body surface skin is reduced.

The temperature data of the temperature probe is associated with a two-dimensional code matched on the packaging of the mask, so that the data of the temperature and the temperature-time curve when the temperature value is more than 30 ℃ are sent to the bound mobile phone of the user; when the monitored temperature exceeds 38 ℃ and 39.5 ℃, the system pushes corresponding alarm prompts to the bound mobile phones; after the mask is used, the user directly confirms that the mask is used in the collection mode, and the temperature probe does not send temperature information any more.

The physical sign monitoring probe collects temperature data once per minute; the time interval of the temperature information sent to the bound user mobile phone can be the same as the time interval of the temperature data sent by the phase management system, can be different and can be automatically adjusted according to the needs of the user.

(2) The two-dimensional code used on the mask with the physical sign monitoring function is obtained by correlating and downloading on the physical sign monitoring platform, is correlated at a main logistics node, and can be used for displaying the basic information of manufacturers of the masks, the batch information, the raw material information and the inspection result information. Therefore, the two-dimensional code of the mask capable of monitoring the body temperature also provides basic information of manufacturers of the mask, batch information, raw material information, information of inspection results and information of logistics transfer nodes in the scanned initial information of the associated mobile phone, and can be used for tracing the source of mask products.

The two-dimensional code or the temperature probe of the mask capable of monitoring the physical signs can provide geographic position information of the location of a user, namely a group of three-dimensional data including longitude, latitude and altitude; if the data result of the physical sign monitoring is abnormal, the system can provide basic information of people with abnormal physical signs and position information of the location of the people with abnormal physical signs.

(3) To other protection wearing equipment, can use similar rule to carry out monitor probe's overall arrangement design, the probe position of monitoring sign is close to the body surface but does not influence the body and feel promptly, and monitor environmental information's monitor probe is close to the less region with health area of contact, reduces the influence of human activity to the monitoring result. As in the mask product, the ambient temperature probe may be in one position with the nose bridge strip, or simply the ambient temperature probe may be used in place of the nose bridge strip.

(4) The wearing articles for use of monitoring sign bind the mode of product information, logistics information and sign monitoring data result of cell-phone propelling movement wearing articles for use to the user, can be cell-phone APP, also can be little letter applet.

Various other changes and modifications may be made by those skilled in the art based on the above-described technical solutions and concepts, and all such changes and modifications should fall within the scope of the protection of the patent claims.

Claims

1. A protective wearing article capable of monitoring physical signs is structurally characterized in that ① a probe for monitoring physical signs can monitor one index or a plurality of indexes of body temperature, blood pressure and pulse, the probe can feed back physical signs of users and can also push geographic position information of the users, namely a set of three-dimensional parameters including longitude, latitude and altitude of the positions, ② a two-dimensional code associating the physical signs monitoring probe with a monitoring system and a mobile phone of the users is associated with the monitoring probe and the mobile phone of the users, basic information and logistics distribution information of manufacturers of the wearing article matched with the monitoring probe can be loaded to assist the tracing of products, the wearing article can assist the users in monitoring the self body health conditions through the mobile phone bound by the two-dimensional code, and geographical position information of a set of three-dimensional parameters including name, identity card number, telephone, body health conditions (body temperature, blood pressure and pulse) and longitude, latitude and altitude of the positions of the users can be pushed to a management system.

2. The protective wearing article capable of monitoring physical signs as claimed in claim 1, which is a mask article capable of monitoring physical signs, and is characterized in that a string of ① mask, strings for hanging the mask on ears or head and neck at both sides of the mask, a ② mask body capable of covering mouth, nose and lower jaw of a user, which is generally a three-layer structure, the inner layer and the outer layer are made of non-woven fabrics, the middle layer is a meltblown fabric with microorganism-blocking function or a four-layer or more non-woven fabrics, a ③ plastic nose bridge strip with metal wires is arranged in the middle of one side of the mask body, the nose bridge strip is not exposed on the surface of the mask through the non-woven fabrics, an auxiliary temperature probe for monitoring environmental temperature can be arranged outside the non-woven fabrics at the outer layer of the nose bridge strip, a ④ wireless remote temperature probe for detecting body temperature of the user, and the mask can transmit the monitored body temperature data to a designated mobile phone while helping the user protect the user from microbial infection of oral cavity and respiratory tract, thereby providing body temperature data or curves of the designated body temperature data, and can also be transmitted to a designated personal monitoring system for monitoring personal conditions.

3. The mask capable of monitoring the body temperature according to claim 2, is structurally characterized in that: the position of the temperature probe is at the lip part of the mask body, can be the part between the nostril and the upper lip, and can also be the part between the lower lip and the mandible; the temperature probe is arranged between the middle layer non-woven fabric and the inner layer non-woven fabric, and represents the body temperature of the user through the temperature detection around the lips.

4. Protective wearing article capable of monitoring body signs according to claims 1 and 2, characterized in that: the physical sign data of the physical sign monitoring probe are periodically transmitted to a specified mobile phone by a user associated with the two-dimensional code on the package of the wearing article; data such as temperature at a temperature value greater than 30 degrees celsius and a temperature-time curve; when the monitored temperature exceeds 38 ℃ and 39.5 ℃, the system platform pushes corresponding alarm prompts to the bound mobile phones; after the wearing article is used, the user directly confirms that the wearing article is used on the mobile phone bound before, and the monitoring probe does not collect the push sign information any more.

5. Protective wearing article capable of monitoring body signs according to claims 1 and 2, characterized in that: the monitoring probe collects physical sign data once per minute; the time interval of the physical sign information sent to the bound user mobile phone periodically can be the same as the time interval of the physical sign data sent to the management system platform, can be different, and can be adjusted according to the needs of the user.

6. Protective wearing article capable of monitoring signs according to claims 1 and 2, characterized in that: the two-dimensional code of the wearing article capable of monitoring the physical signs also provides basic information of manufacturers of the wearing article and information of batches, raw material information and inspection results at the initial information of the scanned associated mobile phone, and can be used for tracing the source of the wearing article.

7. Protective wearing article capable of monitoring body signs according to claims 1 and 2, characterized in that: the two-dimensional code or the monitoring probe in the wearing article capable of monitoring the physical signs can provide geographic position information of a local place, namely a group of three-dimensional parameters of longitude, latitude and altitude of the position of ten users; if the body temperature result is abnormal, the system can provide basic information and the location of the person with the abnormal body temperature.

8. The protective wearing article capable of monitoring signs according to claim 1, claim 2 and claim 6, wherein: the two-dimensional code used on the wearing article with the physical sign monitoring function is obtained by associated downloading on the physical sign monitoring platform, code scanning association is carried out on main logistics nodes, and relevant information of product traceability is stored and provided.

9. The protective wear article capable of monitoring physical signs as claimed in claim 1 and claim 2, which may be a mask, a glove, a sock, a pair of trousers or a protective garment, wherein the monitoring probe is used to periodically push the name, identification number, telephone number, physical sign information of the user and a set of three-dimensional geographic information including longitude, latitude and altitude of the location of the user to the binding collection and management platform of the user.

10. The protective wearing article capable of monitoring physical signs as claimed in claim 1 and claim 2, wherein the mode of pushing the product information, the logistics information and the physical sign monitoring data result of the wearing article to the user binding mobile phone can be mobile phone APP or WeChat applet.