CN212988318U

CN212988318U - Intelligent wearable device for protecting walking safety and reminding social distance

Info

Publication number: CN212988318U
Application number: CN202021879746.1U
Authority: CN
Inventors: 肖世军
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-08-31
Filing date: 2020-08-31
Publication date: 2021-04-16
Anticipated expiration: 2030-08-31

Abstract

The utility model discloses a protection walking safety and warning social distance's intelligent wearing equipment, intelligence wearing equipment and calculation are studied and judged equipment and are passed through wired or wireless interconnection, and intelligence wearing equipment supplies the user to wear and has the sensor circuit who gathers user surrounding environment characteristic information, calculates to study and judge equipment and carry out the communication with intelligent wearing equipment, acquires environment characteristic data and studies and judges environment characteristic data, sends reminding information and gives intelligent wearing equipment, and intelligence wearing equipment reminds the user to pay attention to danger, pedestrian or barrier in the surrounding environment through the warning component from the area. The utility model discloses a danger, pedestrian or the barrier that contain in the surrounding environment when intelligence wearing equipment was walked to the user remind, reduce the possibility that the occurence of failure, can remind the pedestrian simultaneously and keep social distance, utilize artificial intelligence technique to carry out continuous study and optimization moreover, make the utility model discloses become intelligent equipment, help the user to perceive the environment on every side in real time.

Description

Intelligent wearable device for protecting walking safety and reminding social distance

Technical Field

The utility model belongs to the technical field of artificial intelligence equipment and specifically relates to a protection walking safety and intelligent wearing equipment of reminding social distance.

Background

With the development of human society industrialization, the increase of urban scale and residential population, the number of motor vehicles is increasing, and more traffic accidents caused by colliding people are caused by the motor vehicles such as various automobiles, motorcycles, electric vehicles and the like. Among them, there are several groups of pedestrians involved in the most serious traffic accidents of motor vehicles, especially roads with traffic blind areas, as shown in fig. 1. The first category is people walking with distraction, and with the constant popularization of smart phones, more and more people use the mobile phones while walking. When a person focuses on the screen of the mobile phone, his visual perception of the surroundings can be reduced to less than 10% of normal, while other perceptions such as hearing are also reduced considerably. In areas and streets with dense urban vehicles, the potential safety hazard of people walking with distraction is more serious, and the potential safety hazard of walking with distraction becomes a problem to be solved urgently. The second category is students in middle and primary schools, people in this age stage need to walk back and forth from home to school every day, traffic accidents easily occur when the people pass through urban areas with dense vehicles and streets and pass roads, and particularly the people are easily hit by turning motor vehicles in traffic blind areas. The third category is visually impaired (e.g., blind) who are more prone to traffic accidents when walking outdoors. For the first group of people, it is not practical to forbid people from walking to see the mobile phone through traffic regulations, but an effective prevention and control means is lacked in the prior art; for the second class of student population, due to the fact that the second class of student population is younger, safety consciousness is not mature enough, and an auxiliary prevention and control technology is needed; the third category is people with visual defects, and the technology for assisting in monitoring the surrounding traffic condition needs to be added. In addition, under the public place condition that needs to keep social distance, for example epidemic respiratory disease, need an intelligent wearing equipment to assist the distance of monitoring pedestrian around, when other people are close to and send the warning under the condition that the distance is close, avoid being close to the risk of infecting, ensure the safety when walking.

SUMMERY OF THE UTILITY MODEL

The applicant aims at the problems that safety accidents easily occur to several types of existing pedestrians, social distance cannot be reminded and the like, provides intelligent wearable equipment with a reasonable structure, which is capable of protecting walking safety and reminding social distance, can remind dangers, pedestrians or barriers contained in the surrounding environment when a user walks, reduces the possibility of accidents and keeps the social distance, can continuously learn and optimize through artificial intelligence, and has the characteristic of intelligence.

The utility model discloses the technical scheme who adopts as follows:

the utility model provides a protect walking safety and remind intelligent wearing equipment of social distance, intelligence wearing equipment is through wired or wireless interconnection with calculation study and judge equipment, and intelligence wearing equipment supplies the user to wear and has the sensor circuit who gathers user's surrounding environment characteristic information, calculates study and judge equipment and intelligent wearing equipment and carries out the communication, acquires environment characteristic data and study and judge environment characteristic data, sends and reminds information and give intelligent wearing equipment, and intelligence wearing equipment reminds the user to pay attention to danger, pedestrian or barrier in the surrounding environment through the warning component of taking certainly.

As a further improvement of the above technical solution:

the intelligent wearable device comprises a wearable object worn on the human body and one or more intelligent modules fixedly or movably connected with the wearable object, the intelligent modules contained in the intelligent wearable device are connected into a complete circuit or connected through wireless communication through wires, and at least one intelligent module comprises a communication unit, a reminding element, an object sensor and a microprocessor.

At least one intelligent module comprises a positioning element or/and a rotation orientation sensing element.

The object sensors include one or more of a visual sensor, an auditory sensor, an olfactory sensor, an ultrasonic sensor, an infrared lidar, and a radio frequency radar.

The reminding element adopts one or more of a voice element, a vibration element and a light-emitting element.

The intelligent wearable device is a head-mounted intelligent device.

The intelligent wearable equipment is an intelligent head ring and comprises a plurality of intelligent modules and connecting pieces, wherein the intelligent modules are connected in series to form a ring, and the intelligent modules are connected in a circuit or in a wireless mode.

The intelligent wearable device is an intelligent hat and comprises a hat body and a plurality of intelligent modules arranged on the hat body, and the intelligent modules are connected through a circuit or in a wireless mode.

The calculation studying and judging equipment is installed in the intelligent wearable equipment.

The calculation and study judgment equipment is an intelligent mobile terminal or a remote calculation terminal.

The utility model has the advantages as follows:

the utility model discloses an intelligence wearing equipment surveys objects or the situation that moving vehicle etc. brought danger to the pedestrian, pedestrian or barrier, gather user's surrounding environment characteristic information, it carries out wired or wireless communication with intelligence wearing equipment to calculate research and judge equipment, acquire environmental characteristic data, it is judged with existing artificial intelligence model and research and judge environmental characteristic data to calculate research and judge equipment, intelligence wearing equipment reminds the danger that contains in the surrounding environment when the user walks, pedestrian or barrier, reduce the possibility that the accident takes place, and utilize artificial intelligence technique to carry out continuous study and optimization, make the utility model discloses become intelligent equipment, use artificial intelligence to user's walking, help the environment around the real-time perception of user, effectively solve the pedestrian and use the walking of smart mobile phone distraction and lead to the attention decline, the crowd that the safety consciousness is not enough or have the eyesight defect easily takes place the incident when middle and primary school student walks in the street, the pedestrian uses the environment around the real-time perception of smart mobile phone distraction walking, Keeping safe social distance, and the like.

The utility model discloses utilize the continuous study of artificial intelligence to realize the continuous perfect of equipment, compare with the prior art that does not have learning ability, have the progress that is showing. The utility model discloses a wearing that intelligence wearing equipment can be convenient can be based on but not limited to the smart mobile phone and connect and operate, has fine practicality. The utility model discloses an intelligence wearing equipment configuration multiple sensor, integrated pronunciation, vibration, location, rotation and directional measurement function in an organic whole carry with the help of the mode of dressing and survey, convenient practicality. The utility model discloses can also be under the public place condition that needs keep social distance, for example epidemic respiratory disease, pedestrian's distance around the monitoring to send out the police dispatch newspaper and remind under the nearer condition of distance, have outstanding epidemic prevention effect for example new crown pneumonia epidemic situation etc. coping with epidemic respiratory disease.

Drawings

Fig. 1 is a schematic view of a traffic blind area when a pedestrian crosses a road.

Fig. 2 is a schematic view of the working process of the present invention.

Fig. 3 is a schematic diagram of the configuration of the intelligent wearable device.

Fig. 4 is a top view of the smart wearable device.

Fig. 5 is a front view of the smart wearable device.

Fig. 6 is a schematic view of the working mode of the intelligent wearable device.

FIG. 7 is a schematic illustration of IMU orientation measurement.

In the figure: 1. the intelligent wearable equipment; 2. an intelligent mobile terminal; 3. an intelligent head ring; 4. an intelligent module; 5. a connecting member.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings. The equipment is studied and judged in calculation of this embodiment uses intelligent Mobile terminal to explain as an example the utility model discloses an in the applied scene, the working method that equipment or remote computing terminal were studied and judged in calculation among the intelligent wearing equipment is similar with intelligent Mobile terminal, no longer gives unnecessary details.

As shown in FIG. 2, protection walking safety and warning social distance's intelligent wearing equipment and intelligent mobile terminal 2 pass through wireless interconnection, intelligent wearing equipment 1 supplies the user to dress and has the sensor circuit who gathers user's surrounding environment characteristic information, intelligent mobile terminal 2 carries out wireless communication with intelligent wearing equipment 1, acquire the environment characteristic data, intelligent mobile terminal 2 is with the artificial intelligence model that has had and study and judge environment characteristic data, send warning information for intelligent wearing equipment 1, intelligent wearing equipment 1 reminds the user to pay attention to danger, pedestrian or barrier in the surrounding environment through the warning component from the area, intelligent mobile terminal 2 can follow high in the clouds server and download and update artificial intelligence model. The intelligent wearable device 1 comprises a wearable article worn on the body of a person and one or more intelligent modules 4 fixedly or movably connected with the wearable article, and the intelligent modules 4 contained in the intelligent wearable device 1 are connected into a complete circuit or connected through wireless communication through wires.

As an example, as shown in fig. 3, the intelligent wearable device 1 includes a wearing article worn on a human body and four intelligent modules 4 fixedly or movably connected to the wearing article, the intelligent modules 4 included in the intelligent wearable device 1 form a complete circuit, and at least a communication Unit, a reminder element, an object sensor, a microprocessor, a positioning element (e.g., GPS) and a rotation-oriented sensing element (e.g., IMU, Inertial Measurement Unit) are configured in the circuit. The communication unit can adopt wireless communication technologies such as Bluetooth, WiFi or 5G communication. The reminding element is used for reminding the attention of people, and comprises one or more of a voice element, a vibration element and a light-emitting element, and can give out voice, vibration or light flashing reminding. The reminding element can give out a reminding function which is not only useful for the user, but also has a warning function for pedestrians or drivers around the user, for example, when the ambient light of the user is insufficient, the flashing colored light can remind the pedestrians or drivers around the user to pay attention to the avoidance. The object sensor comprises one or more of a visual sensor, an auditory sensor, an olfactory sensor, an ultrasonic sensor, an infrared laser radar and a radio frequency radar, and the acquired environmental characteristic data is image data, audio data, video data, radar data, ultrasonic reflection data, model data or combined data formed by the data. A positioning element such as GPS is used to position the position data (latitude and longitude) of the environmental feature data acquisition, thereby calculating the ground movement distance and speed of the pedestrian and the smart wearable device 1. Rotational orientation sensing elements, such as IMU modules, are used to measure the rotation and sensing direction of a user's head-mounted device, particularly to compensate for shaking of the visual image caused by head rotation. The intelligent wearable device 1 and the intelligent mobile terminal 2 establish wireless communication through a wireless transmission technology, such as bluetooth, WiFi or other internet of things technologies. The intelligent wearable device 1 actively identifies the environment around the user, collects the characteristic information of the surrounding environment, generates the characteristic data of the environment, and transmits the characteristic data of the environment to the intelligent mobile terminal 2 through wireless communication.

The intelligent wearable device 1 is preferably a head-mounted intelligent device including, but not limited to, an intelligent head ring 3 and an intelligent hat. As an example, as shown in fig. 4 and 5, the intelligent wearable device 1 is an intelligent head ring 3, and includes four intelligent modules 4 and a connecting member 5 connecting the intelligent modules 4 in series to form a ring, where the four intelligent modules 4 are approximately spherical in shape, and are distributed and connected at intervals by the connecting member 5, and are connected by a line inside the connecting member 5 to form a complete circuit. The connecting piece 5 can adopt a plurality of strips or chains, and an electrified circuit is contained inside the connecting piece. In addition, the four intelligent modules 4 of the intelligent head ring 3 can be interconnected in a wireless mode or respectively interconnected with the intelligent mobile terminal 2. Intelligence collar 3 overlaps at people's top of the head when dressing to have slight tightening effect, four intelligent object 4 cards are all around the head, and it is fixed with people's head mainly through gravity, and intelligent object 4's surface can adopt the material that coefficient of friction is big, reduces intelligent object 4's slip, and the stability when the environmental characteristic data is gathered in the guarantee. At least a communication unit, a reminding element, an object sensor, a microprocessor, a GPS and an IMU (see figures 3 and 6) are arranged in a circuit formed by the four intelligent modules 4. The microprocessor is responsible for controlling and communicating with all electric devices in the circuit, sending instructions and transmitting data, and the microprocessor is also responsible for transmitting data with the intelligent mobile terminal 2 through wireless communication. The intelligent modules 4 include one or more object sensors, each intelligent module 4 is used for monitoring one direction, for example, each visual sensor collects image data of a certain visual angle, and the plurality of visual sensors form 360-degree all-directional sensing to cover all directions of the surrounding environment of the user. The electrical components inside the intelligent module 4 may be integrated on a circuit motherboard and encapsulated inside the intelligent module 4. A small accumulator or a small solar cell is provided in at least one of the intelligent modules 4 for supplying power to the respective intelligent module 4 or to the entire circuit within the intelligent head ring 3.

As another example, the intelligent wearing device 1 is an intelligent hat, and includes a hat body and four intelligent modules 4 installed on the hat body, where the four intelligent modules 4 are arranged in four directions of the hat body and connected to form a complete circuit through circuits in the hat body. The circuit formed by the four intelligent modules 4 is at least provided with a communication unit, a reminding element, an object sensor, a processor, a GPS and an IMU. The intelligent module 4 contains one or more object sensors. A plurality of visual sensors that the configuration was gone up to intelligence cap distribute in the different position on the cap, monitor a plurality of directions of user, gather the environmental data in the all-round space visual angle. The intelligent hat may also be equipped with a small solar panel for powering the circuit formed by intelligent module 4. The plurality of intelligent modules 4 on the intelligent hat can be sewn, adhered, attached or integrated with the hat body.

The intelligent mobile terminal 2 is a terminal with computing storage and communication capabilities and comprises a processor, a memory, a communication module and a man-machine interaction display module. For example, the smart mobile terminal 2 is an electronic device such as a smart phone, a palm computer, or a smart watch, and an application program is installed in the smart mobile terminal 2, and establishes a wireless connection with the smart wearable device 1 through the application program and performs data transmission. The intelligent mobile terminal 2 stores therein an artificial intelligence model, and can download an updated artificial intelligence model from a server. The application program of the intelligent mobile terminal 2 utilizes the artificial intelligence model to study and judge the environmental characteristic data: if the environmental characteristic data accords with the set conditions of danger, pedestrians or obstacles in the artificial intelligence model during walking, the intelligent mobile terminal 2 gives an alarm to the user through the intelligent wearable device 1 to remind the user of the danger, the pedestrians or the obstacles, for example, the information of an automobile, the speed, the direction, the distance and the like which runs towards the pedestrians in the near place. The reminding method includes but is not limited to sending out voice prompt, vibration prompt and the like through the intelligent wearable device 1. If the environmental characteristic data does not accord with the set conditions of danger, pedestrians or obstacles in the artificial intelligence model during walking, the intelligent mobile terminal 2 does not send a reminding signal to the intelligent wearable device 1, and continues to conduct research and judgment on the next environmental characteristic data. In the operation process, the intelligent wearable device 1 can scan once every certain time period, for example, every second, so that the intelligent mobile terminal 2 can calculate and judge potential dangers, pedestrians or obstacles in time.

The algorithm of the artificial intelligence model is a support vector machine, a decision tree, an expectation maximization algorithm, an artificial neural network or ensemble learning and the like. The process of constructing the artificial intelligence model by the server comprises the following steps: the server receives the environment characteristic original data, stores the environment characteristic original data in the storage module for the server to call at any time, such as data marking, and then the original data are processed and converted into a machine learning format and then sent to the data processing module. The data processing module has a powerful computing system including, but not limited to, an image processor. The data processing module trains the artificial intelligence model to optimize the artificial intelligence model, such as optimizing a neural network. The optimized model file is stored in a storage module by a server for downloading or next optimization. The intelligent mobile terminal 2 may automatically download updates on a regular basis or the system may prompt the user to download an update model.

Taking an artificial neural network as an example, the working process is as follows: a group of characteristic variable numerical value signals are extracted from the acquired image or sound data and input into an input layer of a neural network, the signals are subjected to linear weighted superposition, each interconnected path has a weight parameter and is input into the next node, and the output of the node is obtained through nonlinear excitation function calculation. Through the operation of all layers of the neural network, each layer carries out weighted superposition and excitation function numerical value calculation, and finally a probability value is output, such as the probability of a car in an image. And judging the probability of existence of a certain object or phenomenon in the environmental characteristic data by using the neural network model, and triggering alarm reminding if the existence probability exceeds a set reference value. The user downloads the neural network model file from the artificial intelligence model through the intelligent mobile terminal 2, and after the obtained environmental characteristic data is calculated and judged through the neural network model, the forward propagation is called. The data processing module trains the artificial intelligent model and continuously optimizes the neural network so as to improve the intelligent accuracy of the artificial intelligent model. The optimization of the neural network needs a large amount of matrix operation, powerful image processor resources are used, a large amount of environment characteristic data are needed for optimization, the data are marked, the optimization algorithm is called backward propagation, and the model is continuously optimized to finally obtain the optimal solution of parameters, so that the prediction error given by the model is minimum. When the neural network is optimized by using the marked data regularly, the accuracy of the identification judgment of the neural network is continuously improved, namely, the guided machine learning is realized.

The working process of the GPS is as follows: calculating the ground movement of the intelligent wearable device 1 by using longitude and latitude data measured by the GPS, wherein the movement range of the user walking can be basically considered as that the distance changes the most at a place with a lower latitude, such as walking near an equator (zero latitude), moving on the longitude for the same latitude; on the contrary, at the north pole or south pole (90 latitude)^o) Nearby, the distance variation is minimal. Moving in latitude for the same longitude, the corresponding change in distance does not change as the longitude changes. The moving distance can be calculated by the radius, longitude, latitude and other data of the earth. For example, the latitude 30 is in China^oWhere the latitude varies as

In degrees, the distance variation is about 0.11 meters; change in longitude of

In degrees, the change in distance is about 0.083 meters; both longitude and latitude change simultaneously

Degree, the distance variation is about 0.14 meters. Generally speaking, the positioning accuracy of 0.1 meter can meet the monitoring requirement of walking.

The IMU is an inertial measurement unit, and is composed of a gyroscope sensor, an acceleration sensor, a magnetic field sensor, and the like, and can be used for measuring the rotation and the spatial azimuth angle of the intelligent wearable device 1. The following description is provided to measure the spatial orientation of a three-dimensional objectAnd (4) working process of the angle. As shown in fig. 7, (X, Y, Z) represents the normal directions of the three faces of the cubic object in the three-dimensional space. When the cube is laid flat on a horizontal surface and Z is vertically upward, the IMU direction sensing value is about (x, y, Z) = (0, 0, 9.8), and if Z is vertically downward, the IMU direction sensing value is about (x, y, Z) = (0, 0, -9.8). No matter how the three-dimensional object rotates in the space, the strength value of the gravity sensing of the three-dimensional object is kept unchanged,

always the gravity acceleration of the earth, the value is about 9.8, and the unit is m/s². The control program performs mathematical calculation by reading the values of (X, Y, Z) so that the spatial orientation of the apparatus can be calculated in real time.

The calculation of the distance and the speed of the ground object is researched and judged according to the principle: taking a vision sensing camera as an example, given the photographing direction and spatial position of the camera and the position of an object in an image, the ground distance from a motor vehicle to a user can be calculated by using the optical lens imaging principle. Through the continuously captured image data, whether the object (motor vehicle) moves or not and the speed direction of the movement can be calculated and judged. And performing comparative similarity analysis on the continuously captured image data, wherein the self-moving and rotating effects of the intelligent wearable device 1 in the image are eliminated by firstly using the movement and rotation calculated by the measurement data of the GPS and the IMU, and if the self-moving and rotating effects are basically the same, the motor vehicle in the image does not move. And otherwise, indicating that the motor vehicle moves, and analyzing the direction and the speed of the relative movement of the motor vehicle from the continuous snapshot images. When the distance between the mobile automobile and the user is not within the safe range, the intelligent mobile terminal 2 can send out an alarm prompt in time through the intelligent wearable device 1, for example, the automobile driving around a turn at the position of about 50 meters behind the left side has the speed of about 36 km/h. For another example, under the social distance reminding situation, a pedestrian approaches 5 meters behind, and the intelligent wearable device 1 can send out a reminder.

The utility model discloses danger, pedestrian or the barrier that contains in the surrounding environment when walking with the help of artificial intelligence model remind the user, the artificial intelligence model carries out continuous study and optimization moreover, makes the utility model discloses become intelligent equipment. The intelligent mobile terminal 2 sends a reminding instruction to the intelligent wearable device 1 through the installed application program, the intelligent wearable device 1 timely reminds the user of possible danger, pedestrians or obstacles, objects or situations which bring safety problems to the pedestrians can be detected through the intelligent wearable device 1, such as moving vehicles, steps, pits and obstacles, and the user is reminded through various modes, so that the safety of the user during walking is guaranteed. The utility model provides a dressing that intelligence wearing equipment 1 can be convenient can be based on carrying out wireless connection and operation with the smart mobile phone, has fine practical value. The utility model discloses a 4 configuration object sensors of intelligent object, the integration is luminous, pronunciation, and the vibration is fixed a position, rotates measurement function and constitutes intelligent object 4 in an organic whole, dresses in the head through mechanical connection, carries about and surveys, convenient and practical more. The utility model discloses can also be under the public place condition that needs keep social distance, for example epidemic respiratory disease, pedestrian's distance around the monitoring to send out the warning in the nearer condition of distance, for example send pronunciation or vibration and remind. Therefore, the utility model discloses a suitable scene is very extensive, has fine practicality.

The above description is illustrative of the present invention and is not intended to limit the present invention, and the present invention may be modified in any manner without departing from the spirit of the present invention.

Claims

1. The utility model provides a protection walking safety and intelligent wearing equipment of reminding social distance which characterized in that: the intelligent wearable device (1) is connected with the calculation studying and judging device in a wired or wireless mode, the intelligent wearable device (1) is worn by a user and provided with a sensor circuit for collecting ambient environment characteristic information of the user, the calculation studying and judging device is communicated with the intelligent wearable device (1), the ambient characteristic data is obtained and studied and judged, reminding information is sent to the intelligent wearable device (1), and the intelligent wearable device (1) reminds the user to pay attention to dangers, pedestrians or obstacles in the ambient environment through a reminding element.

2. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 1, characterized in that: intelligent wearing equipment (1) is including wearing the dress thing on people's health and with the fixed or swing joint's of dress thing one or more intelligent object (4), intelligent object (4) that intelligent wearing equipment (1) contained connect into a complete circuit or connect through wireless communication through wired connection, at least one intelligent object (4) include the communication unit, remind component, object sensor and microprocessor.

3. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 2, characterized in that: at least one intelligent module (4) comprises a positioning element or/and a rotation orientation sensing element.

4. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 2, characterized in that: the object sensors include one or more of a visual sensor, an auditory sensor, an olfactory sensor, an ultrasonic sensor, an infrared lidar, and a radio frequency radar.

5. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 1, characterized in that: the reminding element adopts one or more of a voice element, a vibration element and a light-emitting element.

6. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 1, characterized in that: the intelligent wearable device (1) is a head-mounted intelligent device.

7. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 1, characterized in that: intelligent wearing equipment (1) is intelligent head ring (3), including a plurality of intelligent object (4) and will intelligent object (4) concatenate into annular connecting piece (5), a plurality of intelligent object (4) are through circuit connection or wireless connection.

8. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 1, characterized in that: the intelligent wearable device (1) is an intelligent hat and comprises a hat body and a plurality of intelligent modules (4) installed on the hat body, and the intelligent modules (4) are connected through circuits or wirelessly.

9. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 1, characterized in that: the calculation and study judgment equipment is installed in the intelligent wearable equipment (1).

10. The intelligent wearable device for protecting walking safety and reminding social distance according to claim 1, characterized in that: the calculation and study judgment equipment is an intelligent mobile terminal (2) or a remote calculation terminal.