TW201438789A - Gas mask with automatically sealing detecting function - Google Patents

Abstract

The present invention provides a gas mask with automatically sealing detecting function that detects the content of carbon dioxide in the mask automatically after user wears the mask, and compares detected data with standard data which allows the led indicator to show through a led display module if the mask's sealed. And meanwhile, it transports its results through a wireless transmission module to a mobile apparatus to notify the user immediately.

Description

Automatic detection of close-fitting gas masks

The invention relates to a gas mask, in particular to a built-in gas detecting module, which detects the carbon dioxide content in the mask after being worn by the user, sends it to the logic unit to compare the carbon dioxide value, and uses the LED display mode. The LED lights of the group show whether they are worn tightly, and the results are transmitted to the mobile device through the wireless transmission module, so that the wearer can immediately know the wearing result of the automatic detection and sealing gas mask.

According to the gas mask, the gas mask has always been an important equipment used by humans to protect the respiratory system. A simple mask and a canister are in charge of human life and death. In addition, in order to respond to different environments, many different types of gas masks and canisters for filtering various gases have been developed.

The firefighters went to the scene of the fire to carry out disaster rescue. They wore oxygen cylinders and transmitted oxygen to the gas mask. They provided fresh oxygen for the firefighters to breathe and were protected from heavy smoke.

Paint painters, such as paints for artistic inventions, or spray paints for automotive paints, because paint particles are small and easily dispersed in the air, painters need to wear a gas mask to protect their respiratory system.

In order to respond to nuclear and chemical warfare, the national army used special gas masks for military use. According to statistics, if the enemy is unfortunately cast a poisonous gas bomb, the gas diffusion rate is about 9 seconds, and this short 9 seconds is the key moment for the warriors on the battlefield.

Researchers in health care or biochemical laboratories to avoid viruses, bacteria or harmful The human body's substances are inhaled into the human body through the respiratory tract, causing infection and even infection and endangering the lives of the people involved. Therefore, you must wear a full protective mask or protective clothing before entering a special ward or laboratory to avoid an infection.

In addition, in daily life, most of the gas is colorless and odorless, and humans cannot use the body to sense the gas. The air conditioning system on the market uses a gas detector to detect carbon dioxide, oxygen concentration, or detect the pollution gas index, and adjust the indoor gas concentration according to the standard, or activate the air cleaner to effectively improve the air quality.

It can be seen that the gas mask is worn, the first weight is tight, the wearing is close, the light is affecting health, and the heavy one is even killed. Therefore, how can the technology be combined with the improvement of the gas mask tightness inspection mode to enhance the gas mask? The correctness and efficiency of Dai has always been the subject of the relevant units.

In view of the above, the main object of the present invention is to provide a gas detecting module that detects the carbon dioxide content and displays the result by using the LED light of the LED display module, and simultaneously transmits the result to the mobile device through the wireless network. Detect a close-up gas mask.

In order to achieve the above object, the automatic detecting and sealing gas mask of the present invention comprises: at least one automatic detecting and sealing gas mask; at least one mobile device; wherein: the automatic detecting and sealing gas mask is provided with a battery power a supply module for connecting an external power source and converting the external power source into a rated direct current; a gas detecting module detects the carbon dioxide content in the mask after the person completes the mask wearing; and a logic operation unit compares the obtained carbon dioxide content value And the size of the standard value; an LED display module that can display the signal number according to the logic judgment result; a wireless transmission module that transmits the comparison result through wireless transmission; a mobile device, through the wireless receiving mode Group, showing the wearing results.

By using the above structural features, the automatic detection and sealing gas mask of the present invention automatically detects the carbon dioxide content of the mask after the user completes the gas mask, and sends the obtained value to the logic operation unit and the standard. Value comparison, higher than the standard value means tight wearing (qualified), below the standard value means not wearing tight (failed), and further display the comparison result by LED light, let the user know the wearing As a result, at the same time, under the operation of the wireless transmission module (Bluetooth), the wearing result is transmitted to the mobile device display through wireless transmission, for the wearer to immediately know.

In particular, the automatic detection and sealing gas mask of the present invention can produce the following effects: when the gas mask is worn, the user will automatically detect the tightness after the user wears it, without manual detection. Improve wearing efficiency.

Through the LED light display, the user can visually check whether the wearing is tight, and avoid the situation that the personal standard is different due to different personal standards when the manual test is performed.

The wear result can be transmitted to the mobile device simultaneously, so that the wearer can immediately know the wearing result.

10‧‧‧ gas mask

11‧‧‧Battery Power Supply Module

12‧‧‧Gas Detection Module

13‧‧‧Logical unit

14‧‧‧LED display module

15‧‧‧Wireless Transmission Module

20‧‧‧ mobile devices

The first figure is a configuration reference diagram of the automatic detection and sealing gas mask of the present invention.

The second figure is a block diagram of the structure of the automatic detection and close-up gas mask of the present invention.

The third figure is a block diagram of the operation process of the automatic detection and closet gas mask of the present invention.

The embodiments of the present invention are described below by way of specific embodiments, and are familiar with this. Other advantages and effects of the present invention will be readily apparent to those skilled in the art from this disclosure.

Please refer to the first figure "the automatic detection and close-up gas mask use configuration reference map of the present invention" and the second figure, "the schematic diagram of the structure of the automatic detection and close-up gas mask of the present invention", and the automatic detection of the present invention. The measuring and sealing gas mask comprises: at least one gas mask 10, at least one mobile device 20; wherein: the gas mask 10 is provided with a battery power supply module 11 for connecting an external power source and converting the external power source into a rated power source. Direct current; a gas detecting module 12 detects the carbon dioxide content in the mask after the user completes the mask; a logic operation unit is used to compare the obtained carbon dioxide content value with the standard value; The LED display module 14 of the display number; a wireless transmission module 15 (bluetooth) that transmits the comparison result through the wireless transmission module 15; a mobile device 20 receives the signal through the wireless transmission module 15, and displays The wear results are immediately known to the wearer.

Please refer to the first to third figures, which are the automatic detection and close-up gas masks of the present invention. After the user wears the gas mask 10, the gas detecting module 12 automatically detects the carbon dioxide content in the mask. And the obtained value is sent to the logical operation unit 13 for logical operation to be compared with the standard value. When the value is higher than the standard value, the wear is tight (qualified), and if the value is lower than the standard value, the wear is not tight (failed). And further displaying the comparison result by the LED display module 14, so that the wearer immediately knows the wearing result, and simultaneously transmits the wearing result to the mobile device 20 through wireless transmission under the operation of the wireless transmission module 15. It is received by the wireless receiving module (bit mark) of its built-in configuration, and the wireless transmission module sends a signal and displays the wearing result.

Specifically, the automatic detection of the gas mask of the present invention can produce the following effects:

1. When the gas mask is worn, the user will automatically detect the tightness after the user wears it. It does not need to be manually detected to improve the wearing efficiency.

2, through the LED light display, for personnel to visually check whether the wear is tight, to avoid manual execution of the close test, due to individual standards are different, resulting in false wear.

3. This creation can simultaneously transmit the wearing result to the mobile device, so that the user (wearing person) can immediately know the wearing result.

The present invention does provide an automatic detection of a gas mask that is different from the prior art. The preferred embodiments of the present invention are not intended to limit the scope of the present invention; therefore, the equivalent equivalent changes and modifications made by the scope of the present invention and the description of the invention should still be in the present invention. Within the scope of the patent.

10‧‧‧ gas mask

11‧‧‧Battery Power Supply Module

12‧‧‧Gas Detection Module

13‧‧‧Logical unit

14‧‧‧LED display module

15‧‧‧Wireless Transmission Module

20‧‧‧ mobile devices

Claims (2)

An automatic detection and sealing gas mask comprises: at least one gas mask, the gas mask is provided with a detecting device, the detecting device comprises: a battery power supply module for connecting an external power source, and the external power source Converting to rated DC power; a gas detecting module connected to the external power source, and detecting the carbon dioxide content in the gas mask after the user completes the gas mask; a logic operation unit that links the gas detector The module is tested, and the obtained carbon dioxide content value is compared with the standard value; an LED display module is connected to the logic operation unit, and the LED light is displayed according to the logic judgment result; a wireless transmission module, the logic thereof The computing unit is connected and transmits the comparison result by wireless transmission; a mobile device is internally configured to receive a message by the wireless receiving module, and the wireless transmission module sends a signal to display the wearing result. The automatic detection and sealing gas mask according to claim 1, wherein the wireless transmission module is a Bluetooth.