CN209769112U - Helmet - Google Patents

Abstract

The utility model relates to a helmet, its characterized in that: the method comprises the following steps: the device comprises a fireproof helmet, goggles, a lead, a microcomputer processor, a switch, a transparent display screen, a nanometer detector, a power supply and a data transmission device; wherein, the microcomputer processor and the power supply are fixedly arranged at the oblique rear part of the helmet; the switch is arranged at the helmet shell above the power supply, and the power supply is connected with the computer processor through a wire; three quarters of the right side of the goggles is changed into a transparent display screen, and the transparent display screen is connected with the helmet through a data transmission device; the transparent display screen is arranged on the helmet, so that personnel can quickly rescue and implement specific actions, trapped personnel can be found blindly in a fire disaster for eliminating fire-fighting and disaster-relief personnel, the personnel are prevented from being dangerous, the disaster relief is quicker and more effective, and the purposeful self-rescue or rescue effect is achieved.

Description

Helmet

Technical Field

The utility model relates to a field, utensil are surveyed to collection of data, the conversion of data, the processing of data, transmission, the nanometer of data

Background

Along with the development of society, people's life rhythm accelerates gradually, and fire safety consciousness is comparatively thin, has caused the emergence of a large amount of conflagrations, and generally be unknown to people when the conflagration takes place, so lead to a large amount of personnel to be stranded, rescue, save oneself time is again and transient, some of them buildings also give rescue, save oneself and brought very big difficulty, can be clear observe the object in the place ahead just become very important in this kind of smog pervasive place, to above circumstances, a helmet has brought more convenience and swift for the rescue.

Disclosure of Invention

A helmet, consisting essentially of: the safety helmet comprises a fire-proof helmet, goggles of the fire-proof helmet, a conducting wire, a microcomputer processor, a switch, a transparent display screen, a nanometer detector, a power supply and a data transmission device. The method is characterized in that: the microcomputer processor and the power supply are arranged at the oblique rear part of the helmet; the switch is arranged at the helmet shell above the power supply and controls the switch of the whole device to be closed; the power supply is connected with the computer processor through a lead; the glasses are goggles of the fire-proof helmet, three fourths of the glasses on the right side are changed into transparent display screens (specifically to see the requirements of users) to form a whole, the vision is not influenced when the glasses are not used, the structural characteristics of the fire-proof helmet are not changed, and the transparent display screens are connected by using a data conduction device; the power supply is connected with the nanometer detector through a lead to provide work for the power supply; the nanometer detector is arranged right above the helmet, is integrated with the helmet and is presented in a probing mode, so that the front object can be conveniently and better observed, and the nanometer detector is connected with the computer processor through the data transmission device; the nano detector can detect objects and sundries made of various materials such as wood, iron and the like and can judge the materials and the shapes by feeding back different information to the computer, and the computer can convert the materials made of different materials to display different colors and the shapes of the objects.

When the intelligent road traffic monitoring system is used, a switch is turned on to supply power to a battery to generate power, so that the nanometer detector starts to work, the collected information is transmitted to the computer processor to be processed through the data transmission device after the nanometer detector collects data, the nanometer detector can detect various different materials, shapes and real-time road information such as wood, iron and the like, the data of the microcomputer processor can be converted according to the operation mode of a professional and a preset algorithm, the processed information is transmitted to the transparent display through the data transmission device, different colors are displayed on the transparent display, the real-time 3d condition and different shapes of front material objects are displayed on the transparent display, the fire-fighting helmet has the advantages that due to the fact that people can well protect the head with the fire-fighting helmet, the glasses can clearly see the inner route of a fire scene, and fire fighters can rescue quickly and implement specific actions. The novel purpose of this experiment is: the rescue personnel can blindly search the trapped personnel in the fire or escape the personnel better to avoid the danger, so that the rescue is quicker and quicker, and the trapped personnel can be effectively rescued.

In the helmet, the transparent display screen is arranged on the helmet, so that personnel can quickly rescue and implement specific actions, trapped personnel can be found blindly in a fire disaster for eliminating fire fighting and disaster relief personnel, danger is prevented from occurring to the personnel, the disaster relief is quicker and more effective, and the purposeful self-rescue or rescue effect is achieved.

Drawings

Fig. 1 is a schematic structural view of the present invention;

In the figure, 1 is a nanometer detector, 2 is a transparent display screen, 3 is a visor of a fireproof helmet, 4 is a data transmission device, 5 is a computer processor, 6 is a lead, 7 is a switch, 8 is a power supply, and 9 is the fireproof helmet.

Detailed Description

A helmet, consisting essentially of: the safety helmet comprises a fire-proof helmet, goggles of the fire-proof helmet, a conducting wire, a microcomputer processor, a switch, a transparent display screen, a nanometer detector, a power supply and a data transmission device. The method is characterized in that: the microcomputer processor and the power supply are arranged at the oblique rear part of the helmet; the switch is arranged at the helmet shell above the power supply and controls the switch of the whole device to be closed; the power supply is connected with the computer processor through a lead; the glasses are goggles of the fire-proof helmet, three fourths of the glasses on the right side are changed into transparent display screens (specifically to see the requirements of users) to form a whole, the vision is not influenced when the glasses are not used, the structural characteristics of the fire-proof helmet are not changed, and the transparent display screens are connected by using a data conduction device; the power supply is connected with the nanometer detector through a lead to provide work for the power supply; the nanometer detector is arranged right above the helmet, is integrated with the helmet and is presented in a probing mode, so that the front object can be conveniently and better observed, and the nanometer detector is connected with the computer processor through the data transmission device; the nano detector can detect objects and sundries made of various materials such as wood, iron and the like and can judge the materials and the shapes by feeding back different information to the computer, and the computer can convert the materials made of different materials to display different colors and the shapes of the objects.

When the intelligent road traffic monitoring system is used, a switch is turned on to supply power to a battery to generate power, so that the nanometer detector starts to work, the collected information is transmitted to the computer processor to be processed through the data transmission device after the nanometer detector collects data, the nanometer detector can detect various different materials, shapes and real-time road information such as wood, iron and the like, the data of the microcomputer processor can be converted according to the operation mode of a professional and a preset algorithm, the processed information is transmitted to the transparent display through the data transmission device, different colors are displayed on the transparent display, the real-time 3d condition and different shapes of front material objects are displayed on the transparent display, the fire-fighting helmet has the advantages that due to the fact that people can well protect the head with the fire-fighting helmet, the glasses can clearly see the inner route of a fire scene, and fire fighters can rescue quickly and implement specific actions. The novel purpose of this experiment is: the rescue personnel can blindly search the trapped personnel in the fire or escape the personnel better to avoid the danger, so that the rescue is quicker and quicker, and the trapped personnel can be effectively rescued.

In the fire fighting helmet, the transparent display screen is arranged on the helmet, so that personnel can quickly rescue and implement specific actions, trapped personnel can be found blindly in a fire disaster for eliminating fire fighting and disaster relief personnel, the personnel are prevented from being dangerous, the disaster relief is quicker and more effective, and the purposeful self-rescue or rescue effect is achieved.

Claims (1)

1. A helmet, characterized by: the method comprises the following steps: the device comprises a fireproof helmet, goggles, a lead, a microcomputer processor, a switch, a transparent display screen, a nanometer detector, a power supply and a data transmission device; wherein, the microcomputer processor and the power supply are fixedly arranged at the oblique rear part of the helmet; the switch is arranged at the helmet shell above the power supply, and the power supply is connected with the computer processor through a wire; three quarters of the right side of the goggles is changed into a transparent display screen, and the transparent display screen is connected with the helmet through a data transmission device; the power supply is connected with the nanometer detector through a lead, the nanometer detector is fixedly connected with the right upper part of the helmet, and the nanometer detector is connected with the computer processor through a data transmission device; the computer processor is connected with the transparent display screen through the data transmission device.