CN217084578U - Sign detection assembly and detection system for breathing mask - Google Patents
Sign detection assembly and detection system for breathing mask Download PDFInfo
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- CN217084578U CN217084578U CN202121529038.XU CN202121529038U CN217084578U CN 217084578 U CN217084578 U CN 217084578U CN 202121529038 U CN202121529038 U CN 202121529038U CN 217084578 U CN217084578 U CN 217084578U
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Abstract
The utility model is suitable for the technical field of breathing masks, and provides a sign detection assembly and a detection system for a breathing mask, by arranging a mask mechanism and a monitoring host machine, the mask mechanism is provided with a mask support, an infrared camera group and a mouth-nose mask, the infrared camera group is provided with a main camera and an auxiliary camera, the mask support is provided with an AR optical waveguide display, the mask mechanism is internally provided with a body sensing assembly for detecting the body temperature information, the heartbeat speed value and other data of a wearer, the mask monitoring host machine and the mask mechanism are of a split structure, the monitoring host machine is provided with a microcomputer, a combustible gas sensing device, a poisonous and harmful gas sensing device and a temperature and humidity sensing device, thereby the information of the user and the external environment can be fully collected and monitored by each monitoring unit, and the information is displayed by the AR optical waveguide display, and the information collection efficiency is effectively improved, thereby improving the rescue efficiency.
Description
Technical Field
The utility model belongs to the technical field of respirator, especially, relate to a sign determine module and detecting system for respirator.
Background
The air respirator is a self-sufficient open type respirator, which is widely applied to the fields of fire fighting, chemical engineering, ships, petroleum, smelting, warehouses, laboratories, mines and the like, and is used for fire extinguishment, rescue and relief work and rescue work of firemen or rescue and rescue personnel under various environments such as dense smoke, toxic gas, steam or oxygen deficiency. The mask of the air respirator is an important component of the air respirator, air in a high-pressure air bottle of the air respirator enters the mask after being decompressed for a wearer to breathe, and foul air exhaled by a human body is exhausted to the atmosphere through an exhalation valve on the mask.
The existing breathing mask can not effectively collect the video data of the scene, thereby being inconvenient to provide effective scene information for users. In addition, the existing breathing mask is not convenient for collecting human body sign information of a user and the environment, so that the rescue efficiency can not be effectively improved.
SUMMERY OF THE UTILITY MODEL
The utility model provides a sign determine module and detecting system for respirator aims at solving the problem that prior art exists.
The utility model is realized in such a way that the physical sign detection component for the breathing mask comprises a mask mechanism and a monitoring host;
the mask mechanism comprises a mask bracket, an infrared camera set and an oronasal mask; the infrared camera set is fixed on the mask bracket and comprises a main camera and an auxiliary camera; the AR optical waveguide display is arranged on the inner side of the mask support; the oral-nasal mask is fixedly arranged on the mask bracket; the mouth-nose mask is connected with a gas delivery pipe, and a dust detector and a gas detection module are arranged on the mouth-nose mask; the dust detector is used for detecting a dust concentration value in the oral-nasal mask; the gas detection module is used for detecting a concentration value of harmful gas in the oral-nasal mask; a body sensing component for detecting body temperature information and heartbeat rate value data of a wearer is detachably mounted in the mask mechanism;
the monitoring host comprises a microcomputer, a combustible gas sensing device, a toxic and harmful gas sensing device and a temperature and humidity sensing device;
the combustible gas sensing device is used for detecting concentration value information of combustible gas in the air; the poisonous and harmful gas sensing device is used for detecting concentration value information of poisonous and harmful gas in the air; the temperature and humidity sensing device is used for detecting the temperature and humidity value information of air; the combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the infrared camera set, the somatosensory component and the AR optical waveguide display are in signal connection with the microcomputer; the microcomputer is used for receiving information collected by the gas detection module, the dust detector, the combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the somatosensory component and the infrared camera group and transmitting the information to the AR optical waveguide display for displaying.
Preferably, the microcomputer is connected with an alarm; when the dust concentration value detected by the dust detector or the harmful gas concentration value detected by the gas detection module is higher than a preset threshold value; and the microcomputer controls the alarm to start alarming.
The utility model also provides a sign detecting system for respirator, include:
the body sensing component is used for detecting body temperature information and heartbeat speed value data of a wearer;
the gas detection module is used for detecting the concentration value of harmful gas in the breathing mask;
a dust detector for detecting a dust concentration value in the breathing mask;
the combustible gas sensing device is used for detecting the concentration value information of the combustible gas in the air;
the poisonous and harmful gas sensing device is used for detecting concentration value information of poisonous and harmful gas in the air;
the temperature and humidity sensing device is used for detecting the temperature and humidity value information of air;
the main camera is used for acquiring infrared thermal images of the environment;
the auxiliary camera is used for collecting an environment image;
an AR optical waveguide display;
the microcomputer is used for receiving information collected by the gas detection module, the dust detector, the combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the somatosensory component and the infrared camera group and transmitting the information to the AR optical waveguide display for displaying;
the control center is in signal connection with the microcomputer; the microcomputer is used for transmitting information collected by the gas detection module, the dust detector, the combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the somatosensory component and the infrared camera group to the control center through wireless signals;
preferably, the device also comprises an alarm connected with the microcomputer; when the dust concentration value detected by the dust detector or the harmful gas concentration value detected by the gas detection module is higher than a preset threshold value; and the microcomputer controls the alarm to start alarming.
Compared with the prior art, the beneficial effects of the utility model are that: the utility model relates to a sign detection component and a detection system for a breathing mask, which are provided with a mask mechanism and a monitoring host, wherein the mask mechanism is provided with a mask bracket, an infrared camera set and a mouth-nose mask, the infrared camera group is provided with a main camera and an auxiliary camera, the mask bracket is provided with an AR optical waveguide display, the mask mechanism is internally provided with a body sensing component for detecting data such as body temperature information, heartbeat speed value and the like of a wearer, the mask monitoring host machine and the mask mechanism are of a split structure, a microcomputer, a combustible gas sensing device, a toxic and harmful gas sensing device and a temperature and humidity sensing device are arranged on the monitoring host machine, thereby the information of the user and the external environment can be fully collected and monitored through each monitoring unit, and the information is effectively improved by displaying through the AR optical waveguide display, so that the rescue efficiency is improved.
Drawings
Fig. 1 is a front view of the mask mechanism of the present invention.
Fig. 2 is a front view of the monitoring host of the present invention.
In the figure: 1. a mask mechanism; 11. a mask support; 111. a face shell; 12. a camera assembly; 121. a main camera; 122. a sub-camera; 13. an oronasal mask; 131 gas conveying pipe; 132. a gas detection module; 133. a dust detector; 14. AR optical waveguide display, 15, body sensing assembly; 2. and monitoring the host.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Referring to fig. 1 and 2, the present invention provides a technical solution: a sign detection component and a detection system for a breathing mask are provided, wherein the sign detection component comprises a mask mechanism 1 and a monitoring host machine 2.
The mask mechanism 1 includes a mask support 11, an infrared camera group 12, and an oronasal mask 13. The infrared camera group 12 is fixed on the mask support 11, and the infrared camera group 12 includes a main camera 121 and an auxiliary camera 122. The AR optical waveguide display 14 is disposed inside the mask holder 11. The oronasal mask 13 is fixedly arranged on the mask support 11. The mouth-nose mask 13 is connected with a gas pipe 131, and the mouth-nose mask 13 is provided with a dust detector 133 and a gas detection module 132. The dust detector 133 detects a dust concentration value in the oronasal mask 13. The gas detection module 132 is used to detect the concentration of harmful gases in the oronasal mask 13. A body sensing component 15 for detecting data such as body temperature information and heartbeat speed value of a wearer is detachably mounted in the mask mechanism 1. The mask support 11 has a through slot for accommodating the mask 111, the mask 111 is made of transparent material, and the user can observe the external environment through the mask 111. The oronasal mask 13 is for covering the nose and mouth of a user, and is connected to an oxygen cylinder through a gas delivery tube 131. Harmful gases include, but are not limited to, carbon monoxide, carbon dioxide, sulfur dioxide.
The monitoring host 2 comprises a microcomputer, a combustible gas sensing device, a toxic and harmful gas sensing device and a temperature and humidity sensing device.
The combustible gas sensing device is used for detecting concentration value information of combustible gas in air. The poisonous and harmful gas sensing device is used for detecting concentration value information of poisonous and harmful gas in the air. The temperature and humidity sensing device is used for detecting the temperature and humidity value information of air. The combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the infrared camera group 12, the somatosensory component 15 and the AR optical waveguide display 14 are all in signal connection with the microcomputer. The microcomputer is used for receiving information collected by the gas detection module 132, the dust detector 133, the combustible gas sensing device, the poisonous and harmful gas sensing device, the temperature and humidity sensing device, the motion sensing component 15 and the infrared camera group 12 and transmitting the information to the AR optical waveguide display 14 for displaying.
The microcomputer is connected with an alarm. When the dust concentration value detected by the dust detector 133 or the harmful gas concentration value detected by the gas detection module 132 is higher than a preset threshold value. The microcomputer controls the alarm to start alarming.
The utility model discloses a sign detecting system for respirator is based on above-mentioned sign monitoring subassembly, it includes body sense subassembly 15, gaseous detection module 132, dust detector 133, main camera 121, vice camera 122, microcomputer, AR optical waveguide display 14, control center, combustible gas sensing device, poisonous and harmful gas sensing device, temperature and humidity sensing device, alarm.
The body sensing component 15 is used for detecting data such as body temperature information and heartbeat speed value of the wearer.
The gas detection module 132 is used for detecting a concentration value of harmful gas in the breathing mask.
The dust detector 133 detects a dust concentration value in the breathing mask.
The combustible gas sensing device is used for detecting the concentration value information of the combustible gas in the air.
The poisonous and harmful gas sensing device is used for detecting concentration value information of poisonous and harmful gas in the air.
The temperature and humidity sensing device is used for detecting the temperature and humidity value information of air.
The main camera 121 is used to collect infrared thermal images of the environment.
The secondary camera 122 is used to capture an environmental image.
The microcomputer is used for receiving information collected by the gas detection module 132, the dust detector 133, the combustible gas sensing device, the poisonous and harmful gas sensing device, the temperature and humidity sensing device, the motion sensing component 15 and the infrared camera group 12 and transmitting the information to the AR optical waveguide display 14 for displaying.
The control center is connected with the microcomputer through signals. The microcomputer is used for transmitting information collected by the gas detection module 132, the dust detector 133, the combustible gas sensing device, the poisonous and harmful gas sensing device, the temperature and humidity sensing device, the body sensing component 15 and the infrared camera group 12 to the control center through the wireless transmission module.
The alarm is connected with the microcomputer. When the dust concentration value detected by the dust detector 133 or the harmful gas concentration value detected by the gas detection module 132 is higher than a preset threshold value. The microcomputer controls the alarm to start alarming.
The utility model discloses a sign detection component and detection system for breathing mask, through setting up face guard mechanism 1 and monitoring host 2, be provided with face guard support 11, infrared camera group 12, oronasal mask 13 on the face guard mechanism 1, and infrared camera group 12 is provided with main camera 121, vice camera 122, be provided with AR optical waveguide display 14 on the face guard support 11, the built-in body sense subassembly 15 that is used for detecting data such as the temperature information of wearing person and heartbeat velocity value that has of face guard mechanism 1, and face guard monitoring host 2 and face guard mechanism 1 are split type structure, be provided with microcomputer, combustible gas sensing device, poisonous harmful gas sensing device, humiture sensing device on the monitoring host 2, thereby can fully gather and monitor the information of user and external environment through each monitoring unit, and show through AR optical waveguide display 14, effectively promote information acquisition efficiency, and then promote rescue efficiency.
The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.
Claims (4)
1. A sign detection subassembly for respirator, its characterized in that: comprises a mask mechanism (1) and a monitoring host (2);
the mask mechanism (1) comprises a mask support (11), an infrared camera group (12) and an oronasal mask (13); the infrared camera set (12) is fixed on the mask support (11), and the infrared camera set (12) comprises a main camera (121) and an auxiliary camera (122); an AR optical waveguide display (14) is arranged on the inner side of the mask support (11); the mouth-nose mask (13) is fixedly arranged on the mask bracket (11); the mouth-nose mask (13) is connected with a gas pipe (131), and the mouth-nose mask (13) is provided with a dust detector (133) and a gas detection module (132); the dust detector (133) is used for detecting a dust concentration value in the oronasal mask (13); the gas detection module (132) is used for detecting a concentration value of harmful gas in the oronasal mask (13); a body sensing component (15) for detecting body temperature information and heartbeat rate value data of a wearer is detachably mounted in the mask mechanism (1);
the monitoring host (2) comprises a microcomputer, a combustible gas sensing device, a toxic and harmful gas sensing device and a temperature and humidity sensing device;
the combustible gas sensing device is used for detecting concentration value information of combustible gas in the air; the poisonous and harmful gas sensing device is used for detecting concentration value information of poisonous and harmful gas in the air; the temperature and humidity sensing device is used for detecting the temperature and humidity value information of air; the combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the infrared camera set (12), the motion sensing component (15) and the AR optical waveguide display (14) are in signal connection with the microcomputer; the microcomputer is used for receiving the information collected by the gas detection module (132), the dust detector (133), the combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the body sensing component (15) and the infrared camera group (12) and transmitting the information to the AR optical waveguide display (14) for displaying.
2. The sign detection assembly for a respiratory mask as claimed in claim 1, wherein: the microcomputer is connected with an alarm; when the dust concentration value detected by the dust detector (133) or the harmful gas concentration value detected by the gas detection module (132) is higher than a preset threshold value; and the microcomputer controls the alarm to start alarming.
3. A sign detecting system for a respiratory mask, characterized in that: the method comprises the following steps:
a body feeling component (15) for monitoring body temperature information and heartbeat rate data of a wearer;
a gas detection module (132) for detecting a value of a harmful gas concentration within the respiratory mask;
a dust detector (133) for detecting a dust concentration value inside the breathing mask;
the combustible gas sensing device is used for detecting the concentration value information of the combustible gas in the air;
the poisonous and harmful gas sensing device is used for detecting concentration value information of poisonous and harmful gas in the air;
the temperature and humidity sensing device is used for detecting the temperature and humidity value information of air;
a primary camera (121) for acquiring an infrared thermal image of an environment;
a secondary camera (122) for acquiring an environmental image;
an AR optical waveguide display (14);
the microcomputer is used for receiving information collected by the gas detection module (132), the dust detector (133), the combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the body sensing component (15) and the infrared camera group (12) and transmitting the information to the AR optical waveguide display (14) for displaying;
the control center is in signal connection with the microcomputer; the microcomputer is used for transmitting information collected by the gas detection module (132), the dust detector (133), the combustible gas sensing device, the toxic and harmful gas sensing device, the temperature and humidity sensing device, the body sensing assembly (15) and the infrared camera group (12) to the control center through wireless signals.
4. The sign detection system for a respiratory mask as claimed in claim 3, wherein: the alarm is connected with the microcomputer; when the dust concentration value detected by the dust detector (133) or the harmful gas concentration value detected by the gas detection module (132) is higher than a preset threshold value; and the microcomputer controls the alarm to start alarming.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121529038.XU CN217084578U (en) | 2021-07-06 | 2021-07-06 | Sign detection assembly and detection system for breathing mask |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121529038.XU CN217084578U (en) | 2021-07-06 | 2021-07-06 | Sign detection assembly and detection system for breathing mask |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217084578U true CN217084578U (en) | 2022-07-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202121529038.XU Active CN217084578U (en) | 2021-07-06 | 2021-07-06 | Sign detection assembly and detection system for breathing mask |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN217084578U (en) |
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2021
- 2021-07-06 CN CN202121529038.XU patent/CN217084578U/en active Active
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