CN213961877U

CN213961877U - Intelligent monitoring garment

Info

Publication number: CN213961877U
Application number: CN202021824449.7U
Authority: CN
Inventors: 訚珺; 王栋
Original assignee: Wuhan Textile University
Current assignee: Wuhan Textile University
Priority date: 2020-08-27
Filing date: 2020-08-27
Publication date: 2021-08-17
Anticipated expiration: 2030-08-27

Abstract

The utility model provides an intelligent monitoring clothing, include the disjunctor physiology monitoring clothes of laminating mutually with human body type and with the multifunctional outer jacket of wearing of connection can be dismantled to disjunctor physiology monitoring clothes. The connected physiological monitoring suit comprises a plurality of flexible fabric sensors arranged at different parts of the connected physiological monitoring suit and a plurality of circuit boxes electrically connected with the flexible fabric sensors. The back of the multifunctional outer wear coat is provided with a water bag detachably connected with the multifunctional outer wear coat and ultrafiltration water purifier equipment connected with the water bag. The utility model discloses use the future high-tech military field with intelligent textile, provide the multi-functional intelligent monitoring clothing of flexibility, wearability, accuracy for the real-time supervision of military training.

Description

Intelligent monitoring garment

Technical Field

The utility model relates to a clothing field especially relates to an intelligent monitoring clothing.

Background

With the continuous progress of science and technology, the design and development of military textiles in China make great progress, but the development of military textiles is still restricted by certain limits due to various reasons, which also puts forward higher requirements for the textile industry. According to the introduction of experts, the development of high technology in the field of modern military causes the military strength to be reduced, but the equipment level is continuously improved, so that higher requirements are put on the functionality of military textiles, and the pace of driving the traditional textile industry to be upgraded by utilizing high and new technology is promoted. As the comprehensive integration of a plurality of advanced technologies, the intelligent military uniform is the focus of competitive research of countries in the world in recent years.

With the development of technologies in related fields such as information technology, textile science, material science and the like, various technologies such as biochemical technology, electronic information technology, man-machine interaction technology, bionic technology and the like are integrated in the intelligent clothes, and the intelligent clothes are gradually developed into products of multi-field and multi-subject cross research. In recent years, research and application of smart garments have attracted extensive attention in academic circles and industrial circles, and among them, smart garments capable of realizing real-time monitoring of blood pressure, heartbeat, body temperature and the like have attracted more and more attention. At present, the research on wearable intelligent clothes for monitoring physiological parameters of human bodies in real time in China has achieved a few achievements, the research on the application of a physiological monitoring technology in military uniform design is less, and along with the high technological development of the modern military field, the research and development of intelligent real-time monitoring military textiles is a direction with practical research significance.

The utility model with the application number of CN201620099087.7 discloses a human body bioelectricity monitoring clothing. This human bioelectricity monitoring clothing includes: the garment comprises a garment body, a processing unit and at least one electrode; the electrodes can be various metal electrodes, such as silver electrodes, gold-plated electrodes and other conductive metal electrodes, silica gel electrodes and textile fabric electrodes; the silica gel electrode comprises a silver chloride electrode, and the textile fabric electrode comprises a flexible fabric electrode; the processing unit is arranged on the garment body, and each electrode is connected to the corresponding processing unit.

The utility model patent with application number CN201810322040.6 discloses a human body sign intelligent monitoring clothing. This human sign intelligent monitoring clothing includes: the flame-retardant garment comprises a flame-retardant garment body, a heart rate sensor, a respiration sensor, a blood pressure sensor, a temperature sensor and a data processing module, wherein the flame-retardant garment body is attached to the body shape of a human body; each sensor is arranged at a corresponding position of the flame-retardant garment body and is in contact with the skin of a human body, and the heart rate, the breathing curve, the blood pressure and the body surface space temperature of the human body are respectively detected; the data processing module is arranged on the flame-retardant garment body, is connected with each sensor and is used for receiving the real-time data acquired by each sensor, processing the real-time data and communicating with external monitoring equipment.

The utility model patent with application number CN201920359748.9 discloses a portable electrocardio monitoring clothing. The monitoring garment comprises a garment body, an electrode part, a transmission line and an integrated circuit part, wherein the electrode part is attached to the skin of a human body and used for collecting electrocardiosignals of the human body, and the integrated circuit part is connected with the electrode part through the transmission line.

However, the monitoring garment has the defect of insufficient functionality, and cannot be well applied to the field of military intelligent garments. In view of the above, there is a need to provide a multifunctional military training intelligent monitoring garment to meet the practical application requirements.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the not enough of above-mentioned prior art, the utility model aims at providing an use intelligent textile to future high-tech military field, provide the intelligent monitoring clothing of flexibility, wearability, accuracy nature for the real-time supervision of military training.

In order to realize the purpose of the utility model, the utility model provides an intelligent monitoring garment, which comprises a conjoined physiological monitoring garment attached with the human body and a multifunctional outer wear upper garment detachably connected with the conjoined physiological monitoring garment;

the connected physiological monitoring suit comprises a plurality of flexible fabric sensors arranged at different parts of the connected physiological monitoring suit and a plurality of circuit boxes electrically connected with the flexible fabric sensors;

the integrated physiological monitoring garment is provided with a bacterial detection fiber membrane, and the detection of the content of bacteria in a liquid environment is realized through the color change of the bacterial detection fiber membrane.

Further, the flexible fabric sensor comprises:

the fiber-based biosensor is arranged on the connected physiological monitoring garment and is respectively close to the head position, the oxter position and the neck position of the human body, is in contact with the skin of the human body and is used for acquiring real-time data of physiological indexes of the body fluid of the human body;

the fiber-based pressure sensors are arranged on the conjoined physiological monitoring clothes, are close to the wrist position and the chest position of the human body, are in contact with the skin of the human body, and are respectively used for acquiring pulse data and heart rate data of the human body;

the fiber-based stretching sensor is arranged on the whole body of the connected physiological monitoring clothes and used for tracking and detecting the motion state data of the joints of the human body.

Further, the flexible fabric sensor adopts a dry electrode for data acquisition.

Furthermore, the conjoined physiological monitoring clothes are formed by splicing and sewing soft body child-mother fabrics consisting of a plurality of pieces of moisture absorption and sweat releasing textile materials, and the moisture absorption and sweat releasing textile materials are high-elastic cloth; the flexible fabric sensor is detachably embedded in the soft son-mother fabric.

Further, the circuit box comprises a data storage module for storing data collected by the flexible fabric sensor, a power supply module for supplying power to the flexible fabric sensor and a wireless communication module in wireless connection with an external monitoring device.

Furthermore, a fiber-based respiration sensor is arranged on the multifunctional outer wear coat; the fiber-based respiration sensor is in contact with the mouth and nose of the human body and used for acquiring respiration data of the human body.

Furthermore, a water bag detachably connected with the multifunctional outer wear coat and ultrafiltration water purifier equipment connected with the water bag are arranged on the back of the multifunctional outer wear coat.

Furthermore, the multifunctional outer wear coat is also provided with a magic tape, a quick hanger and a suction pipe connected with the water outlet of the water bag.

Furthermore, a plurality of pieces of the soft son-mother fabrics corresponding to the position of the flexible fabric sensor are marked by different colors.

Further, the flexible sensor is electrically connected with the circuit box through conductive fibers; the flexible sensor is detachably connected with the connected physiological monitoring suit.

Further, the human body fluid physiological index real-time data includes but is not limited to one or more of glucose, lactic acid and dopamine.

Further, the size of the circuit box is (3-5) cm x (4-7) cm x (1-3) cm.

Furthermore, the circuit box is detachably connected to the position, close to the wrist of the human body, of the upper garment of the one-piece physiological monitoring garment and/or the position, close to the lower garment pocket, of the lower garment.

Compared with the prior art, the beneficial effects of the utility model reside in that:

1. the intelligent monitoring garment provided by the utility model has excellent versatility of military intelligent garments, and comprises a set of conjoined physiological monitoring garment and a multifunctional outer wear coat; the conjoined physiological monitoring clothes are made of moisture absorption and sweat releasing textile materials, the size of air holes or gaps of the textile can be intelligently adjusted according to the change of environmental humidity, the moisture absorption and sweat releasing functions are achieved, the bacteria detection fiber membrane is added, and the detection of the content of the bacteria in the liquid environment is realized through the color change of the textile. Different flexible fabric sensors are arranged at different parts of the connected physiological monitoring garment, and the connected physiological monitoring garment comprises fiber-based biosensors arranged at the head, neck and armpit parts of the monitoring garment, so that the real-time monitoring of physiological indexes such as glucose, lactic acid, dopamine and the like in body fluid (sweat and urine) of a human body is realized; the fiber-based pressure sensors are arranged at the wrist and chest of the monitoring garment, so that the accurate collection of physiological data such as human pulse, heart rate and the like can be realized; the fiber-based stretching sensor is arranged on the whole body of the monitoring suit, can track and detect the motion state of human joints, and derives the technologies of gesture recognition, motion recognition, tactical gesture recognition and the like. In addition, a fiber-based respiration sensor is arranged on the multifunctional outer wear coat at a position close to the mouth and the nose of the human body, so that the acquisition of the respiration data of the human body is realized; it still is equipped with the magic simultaneously and pastes, hangs the accessory of convenient combat such as soon, and the back is furnished with the marching water bag, is connected with wearing the jacket outward through the buckle, and ultrafiltration water purifier equipment can realize the filtration to open-air water source, gets rid of harmful substance such as silt, rust, microorganism, bacterium in the aquatic, from this, realizes the multifunctionality of military training clothes decorations.

2. The utility model provides an intelligent monitoring clothing adopts fit body type of repairing, and on the loose volume, 3cm is put to the chest circumference, and 3cm is put to the belly, and 10cm is put to trousers girth the most, and intelligent device flexible fabric sensor inlays in software primary and secondary surface fabric promptly for flexible fabric sensor's electrode can with the all-round contact of human skin, guarantees its data acquisition's accurate nature. The intelligent monitoring garment is made of high-elastic cloth, manual manufacturing and machine sewing are combined in the process, three needles and five threads are used for sewing each cut piece, the due elasticity of each splicing thread is guaranteed, the sewing head is smooth and flat, and the intelligent monitoring garment is synchronous with the stretching degree of the fabric, so that the motion amplitude is not limited during training. On the aspect of overall structure modeling, the connection and feasibility of the working procedures and the reasonability of seam type design are fully considered, the perfect combination of the ready-made garment and a sensor circuit is guaranteed, the intelligent monitoring garment is integrally coordinated, and the detection effect is optimal.

3. The utility model provides an intelligent monitoring clothing, flexible fabric sensor rely on human clothing to realize the formula guardianship that dresses, are comparatively concealed physiology monitoring's mode, offer convenience for the user. Meanwhile, in order to realize the stability of the sensor, the electrode of the flexible fabric sensor is a dry electrode, the organic combination of metal elements and textile fibers is realized by adopting the processes of sputtering, electroplating, evaporation and the like, and the continuous stability of the electrochemical performance can be ensured without conductive paste in the use process, so that the stability of the function of the device is ensured. The dry electrode material is safe, can directly contact with skin, is similar to underwear, is not easy to be allergic, can be washed by water and recycled, and reduces the pollution to the environment.

4. The utility model provides an intelligent monitoring clothing combines traditional weaving clothing technique and material science, structural mechanism, sensing technology and advanced processing technology, communication technology, artificial intelligence, biotechnology organically, makes for military use training clothes have the function that adapts to external environment and each item index of real-time supervision human, has satisfied the requirement of following clothing industry to intelligent military uniform, possesses huge using value.

Drawings

Fig. 1 is the utility model provides a structural schematic of intelligent monitoring clothing.

Fig. 2 is the utility model provides a structural schematic diagram of disjunctor physiology monitoring clothes of intelligent monitoring clothing.

Fig. 3 is the utility model provides a distribution schematic diagram of the flexible fabric sensor of intelligent monitoring clothing.

Fig. 4 is a schematic structural view of the multifunctional outerwear jacket of the intelligent monitoring garment provided by the utility model.

Reference numerals:

100. intelligent monitoring clothing; 10. a one-piece physiological monitoring garment; 11. a fiber-based biosensor; 12. a fiber-based pressure sensor; 13. a fiber-based stretch sensor; 14. a circuit box; 20. the multifunctional coat is worn outside; 21. a water bag; 22. ultra-filtration water purifier equipment; 23. magic tape; 24. quickly hanging; 25. a straw; 26. a fiber-based respiration sensor.

Detailed Description

The technical solutions of the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings, and it is to be understood that the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by a person of ordinary skill in the art without creative efforts belong to the protection scope of the present invention.

Referring to fig. 1, the present invention provides an intelligent monitoring garment 100, which comprises a body-worn physiological monitoring garment 10 attached to a human body and a multifunctional outerwear 20 detachably connected to the body-worn physiological monitoring garment 10.

The connected physiological monitoring garment 10 is made of moisture absorption and sweat releasing textile materials, and the size of air holes or gaps of the textile can be intelligently adjusted according to the change of environmental humidity, so that the moisture absorption and sweat releasing functions are achieved.

The connected physiological monitoring garment 10 comprises a bacteria detection fiber membrane, a plurality of flexible fabric sensors arranged at different parts of the connected physiological monitoring garment 10 and a plurality of circuit boxes 14 electrically connected with the flexible fabric sensors.

In this embodiment, the intelligent monitoring garment 100 can detect the content of bacteria in the liquid environment by the color change of the bacteria detection fiber membrane disposed on the connected physiology monitoring garment 10.

The utility model discloses in, this disjunctor physiology monitoring clothes 10's different positions are provided with different monitor function's flexible fabric sensor, including the fibre base biosensor 11 that is used for acquireing human body fluid physiology index real-time data for acquire the fibre base pressure sensor 12 of human pulse data, rhythm of the heart data, and be used for tracking the fibre base tensile sensor 13 that detects human joint motion state data. Based on the flexibility of the flexible fabric sensor, the flexible fabric sensor can be in good contact with the skin of a human body, and the real-time monitoring and recording of the physiological index data of a wearer are realized.

Specifically, the integrated physiology monitoring suit 10 includes a lower garment, an upper garment, and a hat, which are integrally provided. The fiber-based biosensors 11 are respectively arranged at positions close to the head, the armpit and the neck of a human body and are in contact with the skin of the human body, so that the real-time monitoring of physiological indexes such as glucose, lactic acid and dopamine in body fluid sweat and urine of the human body is realized.

The fiber-based pressure sensors 12 are respectively arranged at positions close to the wrist and the chest of a human body and are in contact with the skin of the human body, so that real-time monitoring of pulse data and heart rate data of a wearer is realized.

The fiber-based stretching sensor 13 is arranged on the whole body of the connected physiological monitoring suit 10, and functions of posture recognition, motion recognition and tactical gesture recognition of a wearer during training are achieved.

The utility model discloses in, this disjunctor physiology monitoring clothes 10 is made up by the concatenation of the software primary and secondary surface fabric that a plurality of moisture absorption perspire textile material is constituteed and is formed, and the flexible fabric sensor of above-mentioned a plurality of inlays respectively in this disjunctor physiology monitoring clothes 10 in the software primary and secondary surface fabric, rely on disjunctor physiology monitoring clothes 10 realizes the formula of wearing guardianship, is the mode of comparatively hidden physiology monitoring.

In the embodiment, the connecting area of the soft body child-mother fabric embedded and connected with the flexible fabric sensor is marked by different colors; and the soft body child-mother fabric of the moisture absorption and sweat releasing textile material is high-elastic cloth.

Specifically, according to different sweating positions and the proper degree of detection positions of a wearer during training, different connection positions of the flexible fabric sensor and the soft body child-mother fabric adopt splicing of different colors and a line division mode of dividing a using point and a line, so that the requirements of a human body growth law and an aesthetic sense are met, and the contact duration and the accuracy of detection equipment and a human body are fully considered in design. The fiber-based biosensor 11 is spliced in red, the fiber-based pressure sensor 12 is spliced in purple, and the fiber-based tension sensor 13 is spliced in red and black.

Referring to fig. 2 and fig. 3, the intelligent monitoring garment 100 of the present invention adopts a fit body-building model. In this embodiment, this intelligent monitoring clothing 100 is put 3cm on the loose weight chest circumference, and 3cm is put to the belly, and 10cm is put to the trousers girth is the biggest, and intelligent device is flexible fabric sensor inlays in software primary and secondary surface fabric promptly, and this structural design has following advantage:

the electrodes of the flexible fabric sensor can be in all-dimensional contact with the skin of a human body, and the accuracy of data acquisition is guaranteed. The intelligent monitoring garment 100 is made of high-elastic cloth, manual manufacturing and machine sewing are combined in the process, three needles and five threads are used for sewing each cut piece, the due elasticity of each splicing thread is guaranteed, sewing heads are smooth and flat and synchronous with the stretching degree of the fabric, and therefore the motion amplitude is not limited during training. In the aspect of overall structure modeling, the connection and feasibility of the process and the reasonability of seam type design are fully considered, the perfect combination of the intelligent monitoring garment 100 and the flexible fabric sensor circuit is guaranteed, the intelligent monitoring garment 100 is integrally coordinated, and the physiological data acquisition and monitoring effect is optimal.

In this embodiment, the flexible sensor is detachably connected to the integrated physiological monitoring suit 10.

Specifically, the flexible sensor is embedded and connected in the soft body child-mother fabric of the connected physiological monitoring suit 10 in a button or buckle mode.

The utility model discloses in, for the stability of realization sensor and the accuracy nature of monitoring data, dry-type electrode is chooseed for use to the electrode of flexible fabric sensor, can realize metal element and textile fiber's organic combination through adopting technologies such as splash, electroplating, coating by vaporization, need not the stability that lasts that the electrochemistry performance just can be guaranteed to the electrically conductive cream in the use to guarantee the stability of flexible fabric sensor function. The dry electrode material is safe, can directly contact with skin, is similar to underwear, is not easy to be allergic, can be washed by water and recycled, and reduces the pollution to the environment. By the design, the defects of the traditional wet colloidal electrode in use are effectively overcome, namely, the conductive paste needs to be smeared between the wet colloidal electrode and the skin, the good contact between the wet colloidal electrode and the skin is maintained for about 24 hours at most, but the conductive paste becomes dry after the contact time exceeds 24 hours, contact impedance is generated between the electrode and the skin, and the sensitivity and the signal-to-noise ratio of the device for acquiring physiological signals are reduced. The conductive paste is contacted with the skin for a long time, and the compound of the conductive paste is easy to permeate into the skin to cause a series of skin allergic reactions, such as pruritus, blistering, red swelling, easy cracking and the like; sensors made of silicon and metal materials can cause electronic pollution to the environment.

The utility model discloses in, still be provided with on this disjunctor physiology monitoring clothes 10 with flexible sensor electric connection's circuit box 14, it is including being used for the storage the data storage module of the data of flexible fabric sensor collection, do the power module of flexible fabric sensor power supply and with outside monitoring facilities wireless connection's wireless communication module. The acquisition and transmission of physiological signal data of the wearer is accomplished by the combination of both the flexible fabric sensor and the circuit box 16 to accurately monitor the real-time physiological condition of the trainee wearing the intelligent monitoring garment 100 during training.

In this embodiment, the circuit box 14 is disposed at the upper garment wrist position and/or near the lower garment pocket of the connected physiological monitor garment 10, and is electrically connected to the flexible fabric sensor through a conductive fiber.

Specifically, the circuit box 14 has a size of 4.5cm × 6.0cm × 2.0cm (length × width × thickness), a small size, and a miniature apparatus, and is assembled by a tape edge process.

Referring to fig. 4 in combination with fig. 1, the intelligent monitoring garment 100 further includes a multifunctional outerwear jacket 20 detachably connected to the connected physiological monitoring garment 10. The multifunctional externally worn coat 20 is provided with a fiber-based respiration sensor 26, a water bag, an ultrafiltration water purifier device 22, a suction pipe 25 connected with the water outlet of the water bag 21, and accessories such as a magic tape 23 and a quick-hanging 24 which are convenient for combat training.

In this embodiment, the fiber-based respiration sensor 26 is in contact with the mouth and nose of the human body for acquiring respiration data of the human body.

Specifically, the fiber-based respiration sensor 26 is also a flexible fabric sensor, and uses dry electrodes to contact the nose and mouth of a human body.

In this embodiment, the water bag 21 is provided on the back of the multifunctional outerwear 20 and detachably connected to the multifunctional outerwear 20. The ultrafiltration water purifier equipment 22 with the water bag 21 is connected, and it can filter the open-air water source, gets rid of harmful substance such as silt, rust, microorganism, bacterium in aquatic, realizes providing the function of the clean drinking water after filtering for this water bag 21. The wearer drinks water through the straw 25 connected to the outlet of the water bag 21.

Specifically, the water bag 21 is connected to the multifunctional outer wear 20 by a buckle, the suction pipe 25 is disposed at a position on the back of the multifunctional outer wear 20 near the neck of the human body, and the wearer can conveniently and rapidly drink clean drinking water in a training state by rotating his/her head.

To sum up, the utility model provides an intelligent monitoring clothing, include with human body type disjunctor physiology monitoring clothes of laminating mutually and with the connection can be dismantled to disjunctor physiology monitoring clothes multi-functional outer jacket of wearing. The connected physiological monitoring suit comprises a plurality of flexible fabric sensors arranged at different parts of the connected physiological monitoring suit and a plurality of circuit boxes electrically connected with the flexible fabric sensors. The back of the multifunctional outer wear coat is provided with a water bag detachably connected with the multifunctional outer wear coat and ultrafiltration water purifier equipment connected with the water bag. The utility model discloses use the future high-tech military field with intelligent textile, provide the intelligent monitoring clothing of the multi-functionality of flexibility, wearability, accuracy for the real-time supervision of military training, realize the multi-functionality of military training clothing from this.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it should be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; these modifications and substitutions do not depart from the essence of the corresponding technical solutions of the embodiments of the present invention.

Claims

1. An intelligent monitoring clothing which characterized in that: the intelligent monitoring garment (100) comprises a one-piece physiological monitoring garment (10) attached to the body type of a human body and a multifunctional outer wear upper garment (20) detachably connected with the one-piece physiological monitoring garment (10);

the conjoined physiological monitoring clothes (10) comprise a plurality of flexible fabric sensors arranged at different parts of the conjoined physiological monitoring clothes (10) and a plurality of circuit boxes (14) electrically connected with the flexible fabric sensors;

the integrated physiological monitoring suit (10) is provided with a bacterial detection fiber membrane, and the detection of the bacterial content in the liquid environment is realized through the color change of the bacterial detection fiber membrane.

2. The smart surveillance garment of claim 1, wherein: the flexible fabric sensor comprises:

the fiber-based biosensor (11) is arranged on the conjoined physiological monitoring clothes (10), is respectively close to the head position, the oxter position and the neck position of the human body, is in contact with the skin of the human body, and is used for acquiring real-time data of physiological indexes of the body fluid of the human body;

the fiber-based pressure sensor (12) is arranged on the conjoined physiological monitoring clothes (10) and is close to the wrist position and the chest position of the human body, is in contact with the skin of the human body and is respectively used for acquiring pulse data and heart rate data of the human body;

and the fiber-based stretching sensor (13) is arranged on the whole body of the connected physiological monitoring clothes (10) and is used for tracking and detecting the motion state data of the joints of the human body.

3. The smart surveillance garment of claim 1, wherein: the flexible fabric sensor adopts a dry electrode to acquire data.

4. The smart surveillance garment of claim 2, wherein: the conjoined physiological monitoring clothes (10) are formed by splicing and sewing soft body child-mother fabrics consisting of a plurality of pieces of moisture absorption and sweat releasing textile materials, and the moisture absorption and sweat releasing textile materials are high-elastic cloth; the flexible fabric sensor is detachably embedded in the soft son-mother fabric.

5. The smart surveillance garment of claim 1, wherein: the circuit box (14) comprises a data storage module for storing data collected by the flexible fabric sensor, a power supply module for supplying power to the flexible fabric sensor and a wireless communication module which is in wireless connection with an external monitoring device.

6. The smart surveillance garment of claim 1, wherein: the multifunctional outer wear coat (20) is provided with a fiber-based respiration sensor (26); the fiber-based respiration sensor (26) is in contact with the mouth and nose of the human body and is used for acquiring respiration data of the human body.

7. The smart surveillance garment of claim 1, wherein: the back of the multifunctional outer wear coat (20) is provided with a water bag (21) detachably connected with the multifunctional outer wear coat (20) and ultrafiltration water purifier equipment (22) connected with the water bag (21).

8. The smart surveillance garment of claim 7, wherein: the multifunctional outer wear coat (20) is also provided with a magic tape (23), a quick hanger (24) and a suction pipe (25) connected with the water outlet of the water bag (21).

9. The smart surveillance garment of claim 4, wherein: and the plurality of pieces of soft son-mother fabrics corresponding to the position of the flexible fabric sensor are marked by different colors.

10. The smart surveillance garment of claim 1, wherein: the circuit box (14) is detachably connected to the position, close to the wrist of a human body, of the upper garment of the one-piece physiological monitoring garment (10) and/or the position, close to the lower garment pocket, of the lower garment.