TWM597952U - Judgment and notification system for abnormal high temperature in the field - Google Patents

Abstract

The present model provides a field abnormal high temperature judgment and notification system. Its components include a thermal energy sensor and a cloud server. The thermal energy sensor is used to sense the thermal energy distribution information in a field. The cloud server calculates the temperature distribution in the field based on the thermal energy distribution information, and sends a notification message when the temperature exceeds a preset threshold.

Description

Abnormal high temperature judgment and notification system

This new model is related to the judgment notification system, especially the system for judging and reporting the abnormal high temperature in the field.

In order to reduce the casualties and property losses in fire accidents, smoke detectors are often installed in buildings such as houses or factories today to detect whether there is dense smoke in the relevant field, and an alarm will sound. , In order to notify the personnel in the field to escape. However, when the smoke detector detects an abnormal phenomenon in the field, it usually means that an existing item is burning and smoke particles are generated, which will trigger the smoke detector to sound an alarm. Although the relevant personnel still had a considerable opportunity to find the ignition point and put it out after the alarm bell was raised, it is inevitable that there will still be some property losses. In addition, the dense smoke caused by combustion is likely to cause harm to related personnel and even endanger their lives.

Therefore, if a detection and notification tool can be developed, it can pre-determine the abnormal situation that may cause a fire in the field through detection before the fire occurs, and even further show the location of the abnormal situation and issue an immediate warning. Relevant personnel can enter the field at the first time, inspect and eliminate abnormal conditions, and have the opportunity to completely prevent the fire from happening.

The present model provides a system for judging and reporting abnormal high temperatures in a field, including: a thermal energy sensor, which senses thermal energy distribution information in a field; and a cloud server, which calculates the temperature distribution in the field based on the thermal energy distribution information. When the temperature exceeds When a preset threshold is reached, a notification message is sent out.

In one embodiment, the system for judging and reporting abnormal high temperatures in the field further includes an electronic device, which is a smart device, a wireless transmitter receiver or a computer.

In one embodiment, the electronic device is used to receive the notification message, or return a message that the notification problem has been eliminated to the cloud server.

In one embodiment, the cloud server includes: a network unit for receiving the thermal energy distribution information and sending the notification message; and an arithmetic unit for calculating the thermal energy distribution information to obtain the temperature distribution in the field When the temperature exceeds a preset threshold, select the sending method and sending object of the notification message according to the type of the field, and send it.

In one embodiment, the cloud server further includes a display unit.

In one embodiment, the network unit is an Ethernet network or a WiFi network.

In an embodiment, the method of sending the notification message includes VoIP voice alarm, short message, email, or operating a fire notification device.

In one embodiment, the computing unit is also used to run VoIP function or network function to send VoIP voice alarm, short message, email or operate the fire notification device to send the notification message.

In one embodiment, after the cloud server sends a notification message, if it does not receive a message that the notification problem has been eliminated, it will continue to send the notification message.

In one embodiment, the thermal energy distribution information sensed by the thermal energy sensor is a thermal image of the field.

The field abnormally high temperature judgment notification system provided by the present invention uses a thermal sensor to detect the thermal image of the field, and then uses the cloud server to determine the temperature distribution in the field and whether there is an abnormal phenomenon of excessive temperature. And through various notification methods to notify relevant personnel, you can check and eliminate abnormal conditions before the fire occurs, and have the opportunity to completely prevent the fire from occurring. Especially through the heat distribution information, relevant personnel can know the location of the abnormal situation in the field immediately, which can speed up the elimination of the abnormal situation.

The following specific examples illustrate the implementation of the present invention. Those familiar with the art can easily understand the other advantages and effects of the present invention from the contents disclosed in this specification. The present invention can also be implemented or applied by other different specific embodiments. Various details in this specification can also be based on different viewpoints and applications, and various modifications and changes can be made without departing from the spirit of the present invention.

Please refer to FIG. 1, which shows the structure of a field abnormal high temperature judgment and notification system 1 provided by the present invention. The components of the field abnormally high temperature judgment and notification system 1 mainly include a thermal energy sensor 11 and a cloud server 12. The thermal energy sensor 11 is used to sense thermal energy distribution information in a field, such as a thermal image of the field. The cloud server 12 calculates the temperature distribution in the field based on the thermal energy distribution information, and when the temperature exceeds a preset threshold, it can send out notification messages.

In an embodiment, the system 1 for judging and reporting abnormal high temperatures in the field may include an electronic device 13. The electronic device 13 can be a smart device, a wireless transmission receiver or a computer. Of course, for the convenience of relevant personnel to carry, the electronic device 13 may be a portable device, such as a smart phone, a tablet, a notebook computer, etc. The electronic device 13 is used to receive the notification message, or provide related personnel to return a message that the notification problem has been eliminated to the cloud server 12.

In one embodiment, the cloud server 12 includes a network unit 121 and a computing unit 122. The network unit 121 is used for receiving the thermal energy distribution information and sending the notification message. The network unit 121 may be a wired Ethernet network or a wireless WiFi network. As for the calculation unit 122, the thermal energy distribution information is calculated to obtain the temperature distribution in the field. When the temperature exceeds the preset threshold, the computing unit 122 can select the sending mode and sending object of the notification message according to the type of the field, and send it. That is, the cloud server 12 can set notification personnel, levels, and procedures according to different types of field requirements.

The type of the above-mentioned field, for example: home, factory or ward. The above-mentioned methods of sending the notification message include VoIP voice alarm, short message, e-mail or operating fire notification equipment. As for the notification message sent to include people related to the field.

After selecting the sending method and sending object of the notification message, the computing unit 122 can run the VoIP function or the network function to send VoIP voice alarms, short messages, emails or operate the fire notification device to send the notification message.

For example: When the field type is a ward, when the cloud server 12 determines that there is an abnormal heat source in the ward, it can notify the fire fighting team and notification team of the hospital via VoIP, and notify the supervisor via email or text message. After the fire fighting team confirms or eliminates the problem that caused the abnormal heat source (for example, the abnormal heat source is the patient's use of an electric heater), the notification team reports the elimination, and the cloud server 12 will then notify the relevant personnel via email. The cloud server 12 also records the time of occurrence of all events to facilitate subsequent reporting and review processes.

Another example: When the type of site is a factory building, when the cloud server 12 determines that there is an abnormal heat source in the factory, it immediately informs the fire fighting team via VoIP, and informs the reporting team and supervisor via SMS. According to the location of the abnormal heat source in the factory, the fire extinguishing team confirmed that the power supply was overloaded in the production line and eliminated the power supply problem before ignition. After the notification team arrived at the scene to confirm that they were correct, the report was excluded. The cloud server 12 will then notify relevant personnel by email. The cloud server 12 also records the time of related events and all actions.

In other words, through the thermal sensors 11 deployed in the field, the cloud server 12 can determine the temperature distribution in the field at any time, and when it detects that the temperature exceeds the preset threshold, it directly informs the members of the fire fighting group in the fire fighting group to inspect and eliminate , At the same time notify the members of the notification group to report on standby and notify the supervisor of this event.

Furthermore, after the cloud server 12 sends out a notification message, if it does not receive a notification message that the problem has been resolved, it will continue to send the notification message in a regular manner until the notification team reports that the problem has been resolved.

In addition to the aforementioned network unit 121 and arithmetic unit 122, the cloud server 12 further includes a display unit 123 to provide management personnel for viewing records of related events or actions.

For ease of understanding, the following describes the relevant application process of the new field abnormal high temperature judgment and notification system 1. Referring to FIG. 2, first, the cloud server 12 receives the thermal energy distribution information in the field of the thermal energy sensor 11 (S01), and determines whether there is an abnormally high temperature in the field (S02). If it is judged that there is an abnormally high temperature situation, the cloud server 12 will record the event time (S03), and according to the preset notification method, use the VoIP function and network function of the computing unit 122 to execute VoIP voice alarm, SMS, email, Or notification of existing firefighting notification equipment (S04). Then, the cloud server 12 will repeat steps (S03) and (S04) or record the event time of the notification of the problem elimination (S06) according to whether it has received the message (S05) to report the problem elimination.

The field abnormally high temperature judgment notification system provided by the present invention uses a thermal sensor to detect the thermal image of the field, and then uses the cloud server to determine the temperature distribution in the field and whether there is an abnormal phenomenon of excessive temperature. And through various notification methods to notify relevant personnel, you can check and eliminate abnormal conditions before the fire occurs, and have the opportunity to completely prevent the fire from occurring. Especially through the heat distribution information, relevant personnel can know the location of the abnormal situation in the field immediately, which can speed up the elimination of the abnormal situation.

The above-mentioned embodiments are only illustrative of the principles and effects of the present invention, and are not used to limit the present invention. Anyone who is familiar with this technique can modify and change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the rights of this new model should be listed in the scope of patent application described later.

1: Abnormal high temperature judgment and notification system 11: Thermal energy sensor 12: Cloud server 13: Electronic device 121: network unit 122: arithmetic unit 123: display unit S01~S06: Step

Figure 1 shows the structure of an abnormal high temperature judgment and notification system provided by the present invention.

Figure 2 shows the relevant application process of the new field abnormal high temperature judgment and notification system.

1: Abnormal high temperature judgment and notification system

11: Thermal energy sensor

12: Cloud server

13: Electronic device

121: network unit

122: arithmetic unit

123: display unit

Claims (10)

A system for judging and reporting abnormal high temperatures in a field, including: Thermal energy sensor, which senses the distribution of thermal energy in a field; and The cloud server calculates the temperature distribution in the field based on the thermal energy distribution information, and sends out a notification message when the temperature exceeds a preset threshold. For example, the field abnormally high temperature judgment and notification system of claim 1, further includes an electronic device, which is a smart device, a wireless transmission receiver or a computer. For example, the field abnormally high temperature judgment notification system of claim 2, wherein the electronic device is used to receive the notification message or return a message that the notification problem has been eliminated to the cloud server. For example, the field abnormal high temperature judgment and notification system of claim 1, wherein the cloud server includes: Network unit for receiving the heat distribution information and sending the notification message; and The arithmetic unit calculates the thermal energy distribution information to obtain the temperature distribution in the field, and when the temperature exceeds a preset threshold, selects the sending method and sending object of the notification message according to the type of the field, and sends it . For example, in the field abnormally high temperature judgment and notification system of claim 4, the cloud server further includes a display unit. For example, the field abnormal high temperature judgment and notification system of claim 4, wherein the network unit is an Ethernet network or a WiFi network. For example, the field abnormally high temperature judgment notification system of claim 4, wherein the method of sending the notification message includes VoIP voice alarm, short message, email or operating fire notification equipment. For example, the field abnormal high temperature judgment notification system of claim 7, wherein the arithmetic unit is used to run a VoIP function or a network function to send VoIP voice alarms, short messages, emails, or operate the fire notification device to send the notification message. For example, the field abnormally high temperature judgment notification system of claim 1, in which after the cloud server sends a notification message, if it does not receive a message that the notification problem has been eliminated, it will continue to send the notification message. For example, the field abnormally high temperature judgment notification system of claim 1, wherein the thermal energy distribution information sensed by the thermal energy sensor is the thermal image of the field.

Images