CN211015835U - A safety protective clothing recognition system based on multimodal perception - Google Patents

Abstract

The utility model discloses a safety protective clothing identification system based on multi-mode perception, include the safety clothes body and inlay in safety clothes body presss from both sides intraformational electronic information collection system, air bag pipeline, gas cylinder and trigger device, the gas cylinder meets through the screw thread with trigger device, installs discharge valve on trigger device, the air bag pipeline passes through discharge valve and is connected with trigger device. When a user carries out dangerous actions or has dangerous factors, the safety suit can give out sound, light and vibration early warning prompts; when the user falls, receives the striking, the electronic system detonates the micro-explosive package rapidly, and the air bag pipeline is gushed into fast to the gas in the gas cylinder to form the buffering gasbag that can wrap up the important position of health, play the user and receive and fall to the ground, secondary collision, the effect of buffering collision when falling into water, alleviate the injury that the user received.

Description

A safety protective clothing recognition system based on multimodal perception

technical field

The utility model relates to a safety protective clothing identification system based on multimodal perception, which belongs to the technical field of electronic safety protective equipment.

Background technique

With the steady development of the national economy, injury has become a major public health problem that threatens people's health. Statistics show that about 200 million injuries of various types occur in my country every year, and the number of deaths is more than 700,000. It is the fifth leading cause of death after malignant tumors, cerebrovascular diseases, respiratory diseases and heart disease, accounting for about 700,000 deaths. 9% of the population, how to avoid accidental injury has become a public health issue.

Accidental injuries caused by the inability to correctly distinguish the danger signals not only pose a serious threat to the healthy life of the people, but also bring a heavy burden to the society. Statistics show that most of the time when people are injured, it is not from the danger itself, but from the lack of awareness of the danger signal in time. Therefore, the response to accidental injury should be based on prevention, and the danger signal should be identified and warned before the danger occurs. At present, the application of airbags is relatively mature only in the automotive field, but it has not been successfully applied in the fields of high-altitude work, construction, fall and collision, and boating, which have the same high accident risk rate. Therefore, the airbag technology, safety clothing and electronic information The combination of technologies has good application value and broad market prospects.

Utility model content

The purpose of this utility model is to provide a safety protective clothing recognition system based on multimodal perception, so as to improve the problems in the prior art that the judgment accuracy, the slow judgment speed and the non-specific posture judgment of non-specific persons are difficult to balance, reduce the Security risks.

The technical scheme of the utility model: a safety protective clothing identification system based on multimodal perception, comprising a safety clothing body and an electronic information collection device, an airbag pipeline, a gas cylinder and a triggering device embedded in the interlayer of the safety clothing body, The gas cylinder is connected with the trigger device through a thread, an exhaust valve is installed on the trigger device, and the airbag pipeline is connected with the trigger device through the exhaust valve; the electronic information collection device includes an integrated board and is installed on the integrated board. Microprocessor, gyroscope, position information sensor, alarm, flasher, high-frequency vibrator, power supply and accelerometer on the , the power supply and the accelerometer are all electrically connected to the microprocessor.

Further, the airbag duct is composed of a chest protection airbag arranged on the front of the safety suit body, a neck protection airbag arranged at the collar of the safety suit body, a back protection airbag arranged on the back of the safety suit body, and a back protection airbag arranged on the safety suit body. The rib protection airbag at the waist and the spine protection airbag arranged in the center of the back of the safety suit body are connected to form a continuous airbag.

Further, the triggering device is a micro-explosive pack that is energized and exploded.

Further, the gyroscope is a three-axis gyroscope, and the accelerometer is a three-axis accelerometer.

Due to the adoption of the above technical solutions, the advantages of the present utility model are: the safety suit of the present utility model is no different from ordinary safety suits when it is not inflated in normal use; when the user performs dangerous actions or there are dangerous factors around, The safety suit can give sound, light and vibration warning prompts; when the user falls, falls, or is hit, the electronic system quickly detonates the micro-explosive pack, and the gas in the gas cylinder quickly flows into the air bag, thereby forming a form that can wrap important parts of the body The buffer airbag plays the role of buffering and collision when the user is hit by the landing, secondary collision, and falling into the water, so as to reduce the injury to the user.

Description of drawings

Fig. 1 is the front schematic diagram of the safety suit body in the embodiment of the present utility model;

Fig. 2 is the back schematic diagram of the safety suit body in the embodiment of the present utility model;

3 is a schematic structural diagram of a safety suit airbag pipeline, a gas cylinder and a gas cylinder triggering device in an embodiment of the present utility model;

4 is a schematic diagram of the arrangement of the neck protection airbag, the back protection airbag, the rib protection airbag and the spine protection airbag in the embodiment of the present invention;

FIG. 5 is a schematic structural diagram of an electronic information collection device in an embodiment of the present invention.

Description of reference numerals: 101-safety suit body; 102-electronic information collection device; 103-air cylinder and trigger device; 201-airbag pipeline; 202-chest protection airbag; 203-air cylinder; 204-exhaust valve; 205 - Triggering Device; 206 - Neck Protection Airbag; 207 - Back Protection Airbag; 208 - Rib Protection Airbag; 209 - Spine Protection Airbag; 301 - Microprocessor; 302 - Gyroscope; 303 - Position Sensor; 304 - Alarm ; 305 - flash; 306 - high frequency vibrator; 307 - power supply; 308 - accelerometer.

Detailed ways

In order to make the purpose, technical solutions and advantages of the present utility model clearer, the present utility model will be further described in detail below with reference to the accompanying drawings and embodiments.

Embodiments of the present utility model: the schematic structural diagrams of the safety clothing identification system based on multi-modal perception are shown in FIGS. , an airbag pipeline 201, a gas cylinder 203 and a triggering device 205, the gas cylinder 203 and the triggering device 205 are connected by threads, an exhaust valve 204 is installed on the triggering device 205, and the airbag pipeline 201 passes through the exhaust valve 204 is connected to the trigger device 205; the electronic information acquisition device 102 includes an integrated board and a microprocessor 301, a gyroscope 302, a position information sensor 303, an alarm 304, a flasher 305, and a high-frequency vibrator 306 installed on the integrated board , power supply 307 and accelerometer 308, the trigger device 205, gyroscope 302, position information sensor 303, alarm 304, flash 305, high-frequency vibrator 306, power supply 307 and accelerometer 308 are all electrically connected to the microprocessor 301 sexual connection. The airbag duct 201 is composed of a chest protection airbag 202 arranged on the front of the safety suit body 101, a neck protection airbag 206 arranged at the collar of the safety suit body 101, a back protection airbag 207 arranged on the back of the safety suit body 101, The rib protection airbag 208 arranged at the waist of the safety suit body 101 and the spine protection airbag 209 arranged at the center of the back of the safety suit body 101 are connected to form a continuous airbag. The triggering device 205 is a micro-explosive pack that is energized and exploded. The gyroscope 302 is a three-axis gyroscope, and the accelerometer 308 is a three-axis accelerometer.

The working principle of the present utility model:

First, the acceleration data, gyroscope data and position information data on the security service body 101 are collected in real time through the gyroscope 302, the position information sensor 303, and the accelerometer 308; after the microprocessor 301 obtains the corresponding identification result, the microprocessor 301 uses The recognition result performs corresponding actions, including controlling the flashing light 305 to flash, the action alarm 304 to broadcast a sound prompt, the high-frequency vibrator 306 to send out a vibration prompt, and controlling the trigger device 205 to work. The trigger device 205 is a micro-explosive pack that is energized and exploded. When the trigger device 205 is not working, the airbag pipeline 201 is in a shriveled state. After the trigger device 205 is triggered, the micro-explosive pack is detonated, the exhaust valve 204 is opened, and the gas cylinder 203 The gas inside quickly inflates the airbag duct 201 through the exhaust valve 204, so that the airbag duct 201 is rapidly inflated.

To sum up, the airbag inflatable safety clothing of the present invention is no different from ordinary safety clothing when it is not inflated in normal use; when the user performs dangerous actions or has dangerous factors, the safety clothing can make noises. , light and vibration warning prompt; when the user falls, falls, or is hit, the electronic system quickly detonates the micro-explosive pack, and the gas in the gas cylinder 203 quickly flows into the airbag pipe 201, thereby forming a buffer that can wrap important parts of the body The airbag plays the role of buffering collision when the user suffers from landing, secondary collision, and falling into the water, so as to reduce the injury suffered by the user.

Claims (4)

1. The utility model provides a safety protective clothing identification system based on multi-modal perception, includes safety clothes body (101) and inlays in safety clothes body (101) interbedded electronic information collection device (102), air bag pipeline (201), gas cylinder (203) and trigger device (205), its characterized in that: the gas cylinder (203) is connected with the trigger device (205) through threads, an exhaust valve (204) is installed on the trigger device (205), and the safety airbag pipeline (201) is connected with the trigger device (205) through the exhaust valve (204); the electronic information acquisition device (102) comprises an integrated board, and a microprocessor (301), a gyroscope (302), a position information sensor (303), an alarm (304), a flash lamp (305), a high-frequency vibrator (306), a power supply (307) and an accelerometer (308) which are arranged on the integrated board, wherein the trigger device (205), the gyroscope (302), the position information sensor (303), the alarm (304), the flash lamp (305), the high-frequency vibrator (306), the power supply (307) and the accelerometer (308) are all electrically connected with the microprocessor (301).

2. The multi-modal awareness-based safety suit identification system of claim 1, wherein: the air bag pipeline (201) is a continuous air bag formed by connecting a chest protection air bag (202) arranged on the front surface of the safety garment body (101), a neck protection air bag (206) arranged on the collar of the safety garment body (101), a back protection air bag (207) arranged on the back surface of the safety garment body (101), a rib protection air bag (208) arranged on the waist part of the safety garment body (101) and a spine protection air bag (209) arranged in the center of the back surface of the safety garment body (101).

3. The multi-modal awareness-based safety suit identification system of claim 1, wherein: the trigger device (205) is an electrified and exploded micro-explosive package.

4. The multi-modal awareness-based safety suit identification system of claim 1, wherein: the gyroscope (302) is a three-axis gyroscope and the accelerometer (308) is a three-axis accelerometer.

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