CN218185399U - Intelligent glove - Google Patents

Abstract

The application relates to an intelligent glove which comprises a hand part and a wrist part, wherein the hand part is provided with an ambient temperature sensor, and the wrist part is provided with a processor and a warning assembly; the warning assembly and the ambient temperature sensor are electrically connected to the processor respectively. This application has the function of measuring ambient temperature, if ambient temperature is too high and exceed the ambient temperature threshold value, then warns the subassembly and sends warning signal, and the fire fighter can in time keep away from high temperature object according to the warning signal that sends, reduces fire fighter's scald.

Description

Intelligent glove

Technical Field

The application relates to the field of fire control, especially, relate to an intelligent gloves.

Background

In the process of rescuing the fire, firefighters have great life risks due to the fact that the firefighters are placed in a fire scene, and meanwhile, the firefighters need to strive for seconds to rescue personnel or materials in the fire scene. The high temperature environment in a fire scene, and the high temperature objects in the fire scene, often cause them to burn.

The glove is one of necessary devices for firefighters to rescue fire, and is provided with a front side and a back side, wherein the front side corresponds to the palm surface of the glove, and the back side corresponds to the back surface of the glove, is used for protecting the hands of the firefighters, and is light and convenient to put on and take off. Therefore, it is desirable that the gloves not only have the general function of protecting hands, but also reduce the burning of the firefighter when the firefighter is placed in a fire scene.

SUMMERY OF THE UTILITY MODEL

In order to reduce the bodily injury that receives when the fire fighter puts into the body scene of a fire, this application provides an intelligent gloves.

The application provides an intelligent glove adopts following technical scheme:

an intelligent glove comprises a hand part and a wrist part, wherein the hand part is provided with an ambient temperature sensor, and the wrist part is provided with a processor and a warning assembly; the warning assembly and the ambient temperature sensor are electrically connected to the processor respectively.

By adopting the technical scheme, the environment temperature sensor acquires the environment temperature outside the glove, transmits the environment temperature value to the processor, the processor compares the set environment temperature threshold value with the environment temperature value to judge whether the environment temperature of the glove reaches the condition of sending the warning signal, sends warning information to the warning assembly after the condition is reached, and sends the warning signal to the warning assembly according to the received warning information; when the fireman wore this intelligence gloves and got into the scene of a fire transport object, go to be close the object with this intelligence gloves earlier, measure the temperature of object, if the object high temperature just surpassed the ambient temperature threshold value, then the warning subassembly sends warning signal, and the fireman is according to the warning signal who sends and in time keeps away from high temperature object, reduces fireman's scald.

Optionally, the processor is connected to a wireless transmission module.

Through adopting above-mentioned technical scheme, the ambient temperature numerical value in the fire scene that wireless transmission module received the treater transmits for the terminal equipment outside the fire scene, and personnel outside the fire scene monitor the fire fighter's in the fire scene ambient temperature in real time according to the data that terminal equipment shows, in case ambient temperature lasts too high, just can in time expand the rescue of the fire fighter in the fire scene, reduces fire fighter's sacrifice.

Optionally, the wrist portion is further provided with a heartbeat detector, and the heartbeat detector is electrically connected to the processor.

Through adopting above-mentioned technical scheme, the heartbeat data of fire fighter is acquireed to the heartbeat detector to give the treater with heartbeat value transmission, wireless transmission module gives the terminal equipment outside the fire with heartbeat value transmission, and the personnel outside the fire monitors the fire fighter's in the fire in real time the heartbeat condition according to the data that terminal equipment shows, in case the heartbeat is unusual, just can in time expand the rescue of fire fighter in the fire scene, reduces fire fighter's sacrifice.

Optionally, the wrist part is further provided with a human body temperature sensor, and the human body temperature sensor is electrically connected to the processor.

By adopting the technical scheme, personnel outside the fire scene can comprehensively know vital signs of the firefighters in the fire scene, and the personnel outside the fire scene can also monitor the body temperature of the firefighters in the fire scene in real time; once the temperature of the human body is abnormal, the rescue can be timely unfolded, and unnecessary sacrifice is reduced.

Optionally, the warning assembly includes a display.

Through adopting above-mentioned technical scheme, if the object high temperature that gloves are close, the display shows warning signal, and the fireman sees warning signal, just can in time keep away from high temperature object, reduces the scald.

Optionally, the warning assembly comprises an audible and visual alarm.

Through adopting above-mentioned technical scheme, if the object temperature that gloves are close is too high, audible-visual annunciator reports to the police, and the fireman just can in time keep away from high temperature object, reduces the scald.

Optionally, the warning assembly comprises a vibration alarm.

Through adopting above-mentioned technical scheme, if the object high temperature that gloves are close, the vibrations alarm is reported to the police, and the fireman just can in time keep away from high temperature object, reduces the scald.

Optionally, the hand portion and the wrist portion each comprise a cut-resistant layer.

Through adopting above-mentioned technical scheme, prevent that the hand from by the article fish tail of sharp thorn such as glass.

Optionally, a joint impact resisting unit for resisting external hard objects is arranged on the back of the hand.

Through adopting above-mentioned technical scheme, the joint portion that makes can resist the hitting of external hard object, can realize that bare-handed under the emergency pounding the window to reduce the injury to hand joint.

Optionally, the joint impact-resistant unit includes a soft cushion layer and a hard layer covering the soft cushion layer, the soft cushion layer is attached to the back of the hand, and the hard layer is attached to the outside of the soft cushion layer.

By adopting the technical scheme, the comfort level of the joint is improved.

In summary, the present application includes at least one of the following beneficial technical effects:

1. this gloves can detect ambient temperature, and in case ambient temperature is too high, warning subassembly sends warning signal, reminds the fire fighter to keep away from high temperature object, reduces the scald.

2. The wireless transmission module can transmit the ambient temperature, the human body temperature and the human body heartbeat in the fire scene to the terminal equipment outside the fire scene, and the personnel outside the fire scene can conveniently carry out the rescue on the firemen according to the received data condition.

3. The fire fighter can reduce the hand injury and cut injury caused by outside.

Drawings

Fig. 1 is a schematic front structural view of an embodiment of the present application.

Fig. 2 is a schematic diagram of a backside structure of an embodiment of the present application.

Description of reference numerals: 1. a hand portion; 11. a finger portion; 12. a palm portion; 13. a joint impact unit; 14. a palm impact unit; 15. an ambient temperature sensor; 2. a wrist portion; 21. a processor; 22. a warning component; 23. a heartbeat detection component; 24. human body temperature sensor.

Detailed Description

The present application is described in further detail below with reference to the attached drawings.

The embodiment of the application discloses intelligent gloves.

Referring to fig. 1 and 2, this intelligent glove includes hand 1 and wrist portion 2, and hand 1 and wrist portion 2 all contain the cut-resistant layer, and in this embodiment, the material on cut-resistant layer is the kevlar material for sharp-pointed article such as glass, door and window can be resisted to this gloves. In other embodiments, the hand 1 may be made of other cut-resistant materials, but the hand 1 may be cut or scratched.

Usually, in an emergency, a fireman needs to smash the window quickly, for this reason, the back of the glove is provided with a joint impact unit 13, and in order to facilitate the fist making and finger stretching after the fireman wears the glove, the joint impact unit 13 is specifically arranged at the joint part of the glove corresponding to the human body. The joint impact-resistant unit 13 comprises a soft cushion layer and a hard layer wrapping the soft cushion layer, the soft cushion layer is attached to the back of the hand 1, and the hard layer is attached to the outer portion of the soft cushion layer. This stereoplasm layer is used for resisting the collision of outside to hand 1, and comfortable layer plays cushioning effect to hand 1, improves the comfort level when dressing simultaneously. Specifically, the hard layer may be made of carbon fiber or other high-strength material, and the soft cushion layer may be made of sponge or other soft material.

The hand 1 includes finger portions 11 and palm portions 12. Since a person falls often with the palm portion 12 touching the ground right side, the force is most applied to the palm portion 12 near the wrist portion 2. To reduce injury to the firefighter when falling, a palm resistance unit 14 may be provided on the front of the palm 12 and adjacent to the wrist portion 2. Of course, the palm section 12 may also be provided with a palm resist element 14 on the back side for better hand protection. In the present embodiment, the material of the palm resistance unit 14 is the same as the material of the joint resistance unit 13. In other embodiments, the palm resistance unit 14 may be made of other materials to resist external hard objects.

To reduce the risk of fire fighters scalding during the fire fighting process, the glove is provided with an ambient temperature sensor 15, a processor 21 and a warning assembly 22. Specifically, the processor 21 sets an ambient temperature threshold in advance, the ambient temperature sensor 15 obtains the ambient temperature outside the glove, and transmits the ambient temperature value to the processor 21, the processor 21 compares the set ambient temperature threshold with the ambient temperature value, determines whether the ambient temperature of the glove reaches a condition for sending a warning signal, sends warning information to the warning component 22 after the condition is reached, and the warning component 22 sends a warning signal according to the received warning information. Namely: when the ambient temperature outside the glove is too high and exceeds the ambient temperature threshold, the warning component 22 sends a warning signal. The firemen can be timely far away from the high-temperature objects according to the prompt of the warning signal, and scalding of the firemen is reduced.

In the present embodiment, the warning component 22 includes an audible and visual alarm, which receives the warning information sent by the processor 21 and sends out an audible warning signal and a light warning signal. In another embodiment, the warning component 22 includes a display, the display receives the warning information from the processor 21, and the display displays the warning signal. In other embodiments, the warning component 22 includes a shock alarm that receives warning information from the processor 21 and the shock alarm vibrates. Of course, the warning assembly 22 may be a combination of an audible and visual alarm, a vibratory alarm, and a display, as long as the warning signal is emitted.

In order to reduce the contact between the ambient temperature sensor 15 and the outside, the ambient temperature sensor 15 is disposed on the front surface of the palm portion 12 and near the root of the finger portion 11. When holding the fist, the environment temperature sensor 15 is positioned at the center of the fist; when the window is hit by bare hands in an emergency, the ambient temperature sensor 15 does not collide with the outside, so that the service life of the ambient temperature sensor 15 is prolonged.

The processor 21 and the warning assembly 22 are both disposed on the back of the wrist portion 2. The two components are arranged in a centralized way, so that the electric connection is convenient; warning subassembly 22 sets up in the back, makes things convenient for the fire fighter to look over the signal that warning subassembly 22 sent.

In order to facilitate the timely rescue of the firefighter by the personnel outside the fire scene, the processor 21 is connected with an infinite transmission module. When the ambient temperature of the firefighter is too high, the infinite transmission module transmits the ambient temperature to the terminal equipment outside the fire scene, and the person outside the fire scene can master the ambient temperature of the firefighter constantly through the terminal equipment. Once the data of the terminal equipment shows that the temperature of the environment where the firemen are located is too high, the firemen in a fire scene can be unfolded for rescuing, and the life injury of the firemen is reduced.

In order to better protect the firefighter, the glove is also provided with a heartbeat detection assembly 23. Specifically, the heartbeat detecting assembly 23 is disposed on the front side of the wrist portion 2 and attached to the human body, so as to sense the pulse condition of the human body, i.e., the heartbeat condition of the human body more accurately. The heartbeat detector acquires the heartbeat data of the fireman, transmits the heartbeat value to the processor 21, transmits the heartbeat value to the terminal equipment outside the fire scene by the wireless transmission module, monitors the heartbeat condition of the fireman in the fire scene in real time according to the data displayed by the terminal equipment by the personnel outside the fire scene, and can timely expand the rescue of the fireman in the fire scene once the heartbeat is abnormal, thereby reducing the sacrifice of the fireman. Meanwhile, the processor 21 sets a heartbeat threshold value, and when the heartbeat of the fireman exceeds the threshold value, the warning component 22 sends a warning signal to remind the fireman to escape; because the warning component 22 sends out a warning signal, such as a sound signal, the position of the fireman can be judged according to the sound signal source head during the searching and applying process of the fireman, so that the fireman can be quickly found, and the rescuing time is shortened.

In order to enable personnel outside the fire to more fully judge the vital signs of the firefighter, the glove is further provided with a human body temperature sensor 24. Specifically, the human body temperature sensor 24 is disposed at the wrist portion 2 to reduce the interference of the external environment temperature. In the embodiment, the human body temperature sensor 24 is disposed on the front surface of the wrist portion 2 and attached to the human body, so as to better sense the human body temperature. In other examples, the body temperature sensor 24 may be disposed on the back of the wrist portion 2.

The implementation principle of this application embodiment intelligence gloves does: the joint impact-resistant units 13 are arranged at the joints, so that a fireman can hit the window with bare hands conveniently when holding the fist. The palm impact unit 14 is disposed on the front surface of the palm to reduce palm injury when the user falls. The whole glove contains a cut-resistant layer, so that the hand 1 is prevented from being scratched. Ambient temperature sensor 15, heartbeat detection subassembly 23, human body temperature sensor 24, warning subassembly 22, be connected with wireless transmission module's setting and corresponding electricity connection design for when the fire fighter carried the object in the scene of a fire, can measure the temperature of object with the gloves earlier, if the object temperature is too high, warning subassembly 22 reminded the fire fighter, reduced fire fighter's scald. Meanwhile, the wireless transmission module transmits the data to the terminal equipment outside the fire scene, and if the ambient temperature is too high, the human body temperature is too high or the heartbeat is abnormal, the personnel outside the fire scene can be timely deployed for rescue, so that the sacrifice of firemen is reduced. Meanwhile, in the process of searching the firefighters, the positions of the firefighters are judged according to the sources of the sound warning signals and the light warning signals, the rescue time is shortened, and the firefighters can be saved as soon as possible. The warning component 22 sends out warning signals, which is beneficial for firefighters to escape in time and reduces unnecessary sacrifice.

The above are preferred embodiments of the present application, and the scope of protection of the present application is not limited thereto, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims (10)

1. An intelligent glove comprises a hand part and a wrist part, and is characterized in that the hand part is provided with an ambient temperature sensor, and the wrist part is provided with a processor and a warning component; wherein, the warning assembly and the ambient temperature sensor are respectively and electrically connected to the processor.

2. The smart glove of claim 1 wherein the processor is connected to a wireless transmission module.

3. The smart glove of claim 2 wherein the wrist portion further comprises a heartbeat detector electrically connected to the processor.

4. The smart glove of claim 2 wherein the wrist portion further comprises a body temperature sensor electrically connected to the processor.

5. The smart glove of claim 1 wherein the alert component comprises a display.

6. The smart glove of claim 1 wherein the alert component comprises an audible and visual alarm.

7. The smart glove of claim 1 wherein the alert component comprises a vibration alarm.

8. The smart glove of claim 1 wherein the hand and wrist portions each comprise a cut resistant layer.

9. The smart glove of any one of claims 1 to 8 wherein the back of the hand is provided with a joint impact unit for resisting external hard objects.

10. The smart glove of claim 9 wherein the joint impact unit comprises a cushion layer and a hard layer coated on the cushion layer, the cushion layer is attached to the back of the hand, and the hard layer is attached to the outside of the cushion layer.

Images