WO2018184163A1 - Key workshop monitoring system based on internet of things - Google Patents

Abstract

The system belongs to the technical field of monitoring, and specifically relates to a key workshop monitoring system based on Internet of Things (IoT). The key workshop monitoring system based on IoT comprises: a key device monitoring unit, used for sending an operating status of a key device to a monitoring management server, receiving a control instruction delivered by the monitoring management server, and performing a corresponding action; and a closed-circuit television (CCTV), used for performing online monitoring of a workshop, and transmitting real-time video information to the monitoring management server. The key workshop monitoring system based on IoT can perform high-definition video surveillance inside, and at the entrance/exit, of a key workshop in real time, enabling video recording at various points for online or for later viewing, effectively ensuring that standard safety operations are performed on key devices and infrastructure equipment at a production site, effectively monitoring and managing the environment of a workshop, reducing rate of incidence of environmental incidents, remotely controlling firefighting facilities, and timely responding to emergencies.

Description

 Manual Title: Key Workshop Control System Based on Internet of Things Technical Field

 [0001] The present invention belongs to the field of monitoring technology, and specifically relates to a key workshop monitoring system based on the Internet of Things.

 Background technique

 [0002] In the modern enterprise, the factory workshop implements the video surveillance system, and the security department can realize the all-weather video surveillance in the special key workshops of the plant, monitor the main channels and production sites in the plant, and realize the production management department. Understand the work of each workshop and the production of the assembly line. However, video images must be kept confidential. Some workshops are harmful to human health due to the working environment. Unmanned operations are required. This requires remote monitoring of the production process. Some equipments are not easily accessible due to the installation location. Manual inspection operations are dangerous. Cameras are required. Remote monitoring, ability to handle emergencies, and two-way voice communication with the site, and then understand the production situation.

 technical problem

 [0003] The object of the present invention is to provide a key workshop monitoring system based on the Internet of Things, aiming at the deficiencies in the existing modern management and monitoring system of the production workshop.

 Problem solution

 Technical solution

[0004] The specific technical solution is:

 [0005] A key shop monitoring system based on the Internet of Things, comprising: a monitoring management server and a key equipment monitoring unit and an electronic eye connected to the monitoring management server;

[0006] The key equipment monitoring unit is configured to send the operation status of the key equipment to the monitoring management server, and receive a control instruction issued by the monitoring management server, and perform a corresponding action;

[0007] The electronic eye is used for online monitoring of a workshop, and transmits real video information to the monitoring management server.

 [0008] further comprising a workshop environment monitoring unit, configured to monitor an environment of the workshop, and transmit the monitoring information to the monitoring management server;

[0009] wherein the workshop environment monitoring unit comprises: [0010] a dust sensor, configured to monitor a dust concentration of a workshop environment on-line, and transmit the obtained dust concentration data to the monitoring management server;

 [0011] a temperature and humidity sensor, configured to monitor the temperature and humidity of the workshop environment on-line, and transmit the obtained temperature and humidity to the monitoring management server;

 [0012] a smoke sensor for monitoring the smoke condition of the workshop environment on-line, and transmitting the obtained smoke condition to the monitoring management server;

 [0013] A combustible gas sensor for online monitoring the concentration of combustible gas in the workshop environment, and transmitting the obtained gas name and its concentration value to the monitoring management server.

 [0014] The IoT-based key shop monitoring system further includes a basic equipment monitoring unit, configured to send an actual status of the infrastructure to the monitoring management server, and receive infrastructure control delivered by the monitoring management server Command to control the corresponding infrastructure to complete the corresponding action

 [0015] Specifically, the basic equipment monitoring unit includes:

 [0016] an access management module, configured to perform physical monitoring on the access of the channel and the portal, and transmit the monitored data to the monitoring management server, and receive the access management control command issued by the monitoring management server, Control channel and inlet 幵 or off;

[0017] a ventilation monitoring module, configured to perform physical monitoring on the ventilation channel, and transmit the monitored data to the monitoring management server, and receive a ventilation control instruction issued by the monitoring management server to control the ventilation channel. Or off;

 [0018] an environmental protection facility control module, configured to receive an environmental protection facility control instruction issued by the monitoring management server, to control the opening or closing of the environmental protection facility in the workshop;

[0019] a fire protection facility control module, configured to receive a fire protection facility control instruction issued by the monitoring management server to control the startup or shutdown of the fire protection facility in the workshop;

[0020] The temperature control adjustment module is configured to receive a temperature control command issued by the monitoring management server to control the air conditioning device in the vehicle room to adjust the ambient temperature of the workshop.

[0021] The IoT-based key shop monitoring system further includes a mobile terminal, and is connected to the monitoring management server for viewing monitoring information of a key equipment monitoring unit, an electronic eye, and a workshop environment monitoring unit of the workshop, and And transmitting, by the monitoring management server, a control instruction to the key equipment monitoring unit. [0022] Alternatively, the mobile terminal further performs a communication connection with the monitoring management server, and is configured to view monitoring information of a key equipment monitoring unit, an electronic eye, and a basic equipment monitoring unit of the workshop, and use the monitoring management server to The key equipment monitoring unit and the basic equipment monitoring unit send control commands.

 [0023] Further, the monitoring management server respectively connects the key equipment monitoring unit, the electronic eye, and the workshop environment monitoring unit by wire or wirelessly.

 [0024] Alternatively, the monitoring management server respectively connects the key equipment monitoring unit, the electronic eye, and the basic equipment monitoring unit by wire or wirelessly.

 Advantageous effects of the invention

 Beneficial effect

 [0025] The invention provides a key workshop monitoring system based on the Internet of Things, and has the following technical effects:

 [0026] 1. Really carry out high-definition video surveillance of the internal and import and export of key workshops;

 [0027] 2. Recordable and online video recording of each point;

 [0028] 3. Effectively ensure the safety and standard operation of key equipment and infrastructure at the production site;

 [0029] 4. Effectively monitor and manage the environment of the workshop to reduce sudden environmental events;

 [0030] 5. The fire protection facility can be remotely controlled and handled in an emergency.

Embodiments of the invention

[0031] Specific embodiments of the invention are described in conjunction with the embodiments.

Embodiment 1

 [0033] A key shop monitoring system based on the Internet of Things, comprising: a monitoring management server and a key equipment monitoring unit and an electronic eye connected to the monitoring management server;

[0034] the key equipment monitoring unit is configured to send the operation status of the key equipment to the monitoring management server, and receive a control instruction issued by the monitoring management server, and perform a corresponding action;

[0035] The electronic eye is used for online monitoring of the workshop, and the real video information is transmitted to the monitoring management server.

Embodiment 2

 [0037] On the basis of Embodiment 1, the following technical solutions are further included:

[0038] further comprising a workshop environment monitoring unit for monitoring the environment of the workshop, and transmitting the monitoring information Loss to the monitoring management server;

 [0039] wherein the workshop environment monitoring unit comprises:

 [0040] a dust sensor for monitoring the dust concentration of the workshop environment on-line, and transmitting the obtained dust concentration data to the monitoring management server;

[0041] a temperature and humidity sensor, configured to monitor temperature and humidity of the workshop environment on-line, and transmit the obtained temperature and humidity to the monitoring management server;

 [0042] a smoke sensor for monitoring the smoke condition of the workshop environment on-line, and transmitting the obtained smoke condition to the monitoring management server;

 [0043] A combustible gas sensor for online monitoring the concentration of combustible gas in the workshop environment, and transmitting the obtained gas name and its concentration value to the monitoring management server.

[0044] further comprising a mobile terminal, in communication with the monitoring management server, configured to view monitoring information of a key equipment monitoring unit, an electronic eye, and a workshop environment monitoring unit of the workshop, and to the focus by the monitoring management server The device monitoring unit sends a control command.

Embodiment 3

 [0046] On the basis of Embodiment 1 or Embodiment 2, the following technical solutions are further included:

 [0047] The IoT-based key shop monitoring system further includes a basic equipment monitoring unit, configured to send an actual state of the infrastructure to the monitoring management server, and receive infrastructure control delivered by the monitoring management server Command to control the corresponding infrastructure to complete the corresponding action

 [0048] Specifically, the basic equipment monitoring unit includes:

 [0049] an access management module, configured to perform physical monitoring on the access of the channel and the portal, and transmit the monitored data to the monitoring management server, and receive the access management control command issued by the monitoring management server, Control channel and inlet 幵 or off;

[0050] a ventilation monitoring module, configured to perform physical monitoring on the ventilation channel, and transmit the monitored data to the monitoring management server, and receive a ventilation control instruction issued by the monitoring management server to control the ventilation channel. Or off;

 [0051] an environmental protection facility control module, configured to receive an environmental protection facility control instruction issued by the monitoring management server, to control the opening or closing of the environmental protection facility in the workshop;

[0052] a fire protection facility control module, configured to receive a fire protection facility control instruction issued by the monitoring management server, To control the opening or closing of fire protection facilities in the workshop;

 [0053] The temperature control adjustment module is configured to receive a temperature control command issued by the monitoring management server to control the air conditioning device in the vehicle room to adjust the ambient temperature of the workshop.

 [0054] Alternatively, the mobile terminal further performs a communication connection with the monitoring management server, and is configured to view monitoring information of the key equipment monitoring unit, the electronic eye, and the basic equipment monitoring unit of the workshop, and use the monitoring management server to The key equipment monitoring unit and the basic equipment monitoring unit send control commands.

 Example 4

 [0056] In the above technical solution, the monitoring management server respectively connects the key equipment monitoring unit, the electronic eye, the workshop environment monitoring unit, and the basic equipment monitoring unit by wire or wirelessly.

Claims

Claim The key workshop monitoring system based on the Internet of Things, comprising: a monitoring management server and a key equipment monitoring unit and an electronic eye connected to the monitoring management server; the key equipment monitoring unit is configured to operate the key equipment Sending to the monitoring management server, and receiving a control instruction issued by the monitoring management server, and performing a corresponding action; The electronic eye is used for online monitoring of the workshop, and the real video information is transmitted to the monitoring management server. The IoT-based key shop monitoring system according to claim 1, characterized in that It also includes a workshop environment monitoring unit for monitoring the environment of the workshop and transmitting the monitoring information to the monitoring management server. The IoT-based key shop monitoring system according to claim 2, wherein the shop environment monitoring unit comprises: a dust sensor for monitoring the dust concentration of the workshop environment on-line, and transmitting the obtained dust concentration data to the monitoring management server; a temperature and humidity sensor for monitoring the temperature and humidity of the workshop environment on-line, and transmitting the obtained temperature and humidity to the monitoring management server; a smoke sensor for monitoring the smoke condition of the workshop environment online, and transmitting the obtained smoke condition to the monitoring management server; A combustible gas sensor for online monitoring of the concentration of combustible gas in the workshop environment, and transmitting the obtained gas name and its concentration value to the monitoring management server. The IoT-based key shop monitoring system according to claim 1, further comprising a basic equipment monitoring unit, configured to send an actual state of the infrastructure to the monitoring management server, and receive the monitoring management The infrastructure control commands issued by the server control the corresponding infrastructure to complete the corresponding actions. The IoT-based key shop monitoring system according to claim 4, wherein the basic equipment monitoring unit comprises: Access management module for real-time monitoring of personnel access to the access and entrance, and monitoring The control data is transmitted to the monitoring management server, and receives an access management control command issued by the monitoring management server to control the channel or the entrance or the bypass;  a ventilation monitoring module, configured to perform physical monitoring on the ventilation channel, and transmit the monitored data to the monitoring management server, and receive a ventilation control instruction issued by the monitoring management server to control the ventilation channel to be turned off or off;  The environmental protection facility control module is configured to receive an environmental protection facility control instruction issued by the monitoring management server to control the opening or closing of the environmental protection facility in the workshop;  a fire protection facility control module, configured to receive a fire protection facility control command issued by the monitoring management server to control the opening or closing of the fire protection facility in the workshop;  The temperature control adjustment module is configured to receive a temperature control instruction issued by the monitoring management server to control an air conditioning device in the workshop to adjust the ambient temperature of the workshop.  [Claim 6] The IoT-based key shop monitoring system according to claim 2 or 3, further comprising a mobile terminal, and communicating with the monitoring management server, for viewing a key device of the workshop Monitoring information of monitoring unit, electronic eye, and workshop environmental monitoring unit And sending, by the monitoring management server, a control instruction to the key equipment monitoring unit [Claim 7] The IoT-based key shop monitoring system according to claim 4 or 5, further comprising a mobile terminal, and performing communication connection with the monitoring management server, for viewing a key device of the workshop Monitoring information of monitoring unit, electronic eye, and basic equipment monitoring unit And sending, by the monitoring management server, a control instruction to the key equipment monitoring unit and the basic equipment monitoring unit.  [Claim 8] The IoT-based key shop monitoring system according to claim 6, wherein the monitoring management server respectively connects the key equipment monitoring unit, the electronic eye, and the workshop environment monitoring by wire or wirelessly unit.  [Claim 9] The IoT-based key shop monitoring system according to claim 7, wherein the monitoring management server respectively connects the key equipment monitoring unit, the electronic eye, and the basic equipment monitoring by wire or wirelessly unit.