The present invention relates to an intrusion detection system. The intrusion detection system is installed in a surveillance area and may comprise: an image heat ray device for measuring infrared heat generated from an intruder intruding into the surveillance area to determine an intrusion occurrence and generate an alarm signal for indicating the intrusion occurrence, generating a first image and a second image by shooting an image in the surveillance area, generating an intrusion signal including the generated alarm signal, the first image, the second image and a reference image which is an image shot prior to a situation of the intrusion occurrence in the surveillance area, and transmitting the generated intrusion signal to a controller through a frequency for a security system; the controller for receiving the intrusion signal from the image heat ray device and transmitting the received intrusion signal to a server through an Internet network; and the server for receiving the intrusion signal from the controller, transmitting the intrusion signal to the controller and a pre-mapped mobile communication terminal, extracting the alarm signal, the reference image, the first image, and the second image from the received intrusion signal, displaying the extracted alarm signal in an alarm signal display area of a display unit installed at the server, and displaying the extracted reference image, first image, and second image, on an image display screen of the display unit.

Image heat ray device and intrusion detection system using same

The invention discloses a multifunctional remote monitoring and alarming system and a monitoring method thereof. The monitoring and alarming system comprises a remote cloud server, an information acquisition module, a wireless transmission module, sensing detectors, a linkage alarm module and a mobile terminal. The monitoring method includes the specific steps that the sensing detectors are arranged in a target area, the real-time sensing information is sent to the information acquisition module, the information acquisition module conducts fusion and analysis on the information to convert theinformation into digital information and transmits the digital information to the remote cloud server through the wireless transmission module, the cloud server sends the information to the mobile terminal after information analysis and processing, a user selects a command on the mobile terminal and sends to the command to the linkage alarm module, and the linkage alarm module performs an alarm task in the target area. The monitoring and alarming system can combine sensors to achieve accurate positioning of an alarm area through the linkage alarm module, and the user selects countermeasures according to the collected data in time to avoid the loss of manpower and material resources caused by the error of alarm information.

Multifunctional remote monitoring and alarming system and monitoring method

The subject matter discloses a parking gate barrier rod projecting system, the system comprising: a projection screen material attached to at least a portion of a parking gate rod and a projector. The projector is adapted to project digital content on the projection screen material. The digital content is adapted to be fitted on the front projection screen material to thereby allowing a person in a vehicle arriving at the parking gate rod to view the digital content. A sensor or a camera may detect when the parking gate barrier rod is opened and may send a control command to the projector to stop projecting or to darken the projecting in order to avoid dazzling of a person in the vehicle.

Parking gate barrier rod projecting system

The invention discloses a wireless connection-based remote monitoring and operation anti-theft system, and a monitoring method thereof. The system comprises a remote cloud server, an information acquisition module, a wireless transmission module, a sensing detector, a linkage alarm module and an intelligent mobile terminal. The specific monitoring method comprises the following steps: a sensing detector is arranged, and the sensing information is sent to the information acquisition module; the sensing information is converted into the digital information by the information acquisition module,and the digital information is transmitted to the remote cloud server through the wireless transmission module; the information is analyzed, processed and compared with the pre-stored normal information by the cloud server; the information out of the range and field images are transmitted to the intelligent mobile terminal; a user makes an instruction selection and sends an instruction to the linkage alarm module; and the linkage alarm module executes an alarm task. According to the invention, the remote cloud server is used for analyzing and comparing purposes. Therefore, risk data are sent to the mobile terminal. The alarm area is accurately positioned through the linkage alarm module and a sensor, and then the user can select countermeasures. As a result, the loss of manpower and material resources caused by alarm errors is avoided.

Wireless connection-based remote monitoring and operation anti-theft system, and monitoring method thereof

The embodiment of the invention presents a radiation source detecting and moving robot, which includes a control mechanism and a mobile robot. The control mechanism is connected with the mobile robotthrough wireless signals. The control mechanism has a master controller, and the mobile robot has a slave controller. The master controller of the control mechanism is connected with two 485 communication modules, and the slave control module of the mobile robot is connected with two 485 slave communication modules. A first 485 communication module of the master controller is connected with a first slave 485 communication module of the mobile robot to send a motion control instruction to the mobile robot. A second 485 communication module of the master controller is connected with a display mechanism to send all data and environmental parameters received to the display mechanism for display. A second slave 485 communication module of the slave controller is connected with an environmentalparameter detection mechanism and a holder camera controller.

Radiation source detecting and moving robot

The present invention relates to a remote security supervisory control system for an unmanned facility having a door locking device and a lighting device for internal lights, characterized by comprising a management server (10) which is arranged in a remote site to remote control the locking device and the lighting device; a detection sensor (20) for detecting a human body in the unmanned facility; a camera for photographing an image when the detection sensor (20) detects the human body, generating image data and transmitting the image data to the management server (10); and a sound collector (40) for collecting a sound when the detection sensor (20) detects the human body, generating sound data and transmitting the sound data to the management server (10). [Reference numerals] (AA/EE) Equipment; (BB) Locking device; (CC) Lighting device; (DD) Door

Remote security monitoring and control system for unmanned facility using analysis of image data

The present invention relates to a system and a method for power management control of a water pipe network based on the internet of things (IoT). More specifically, the system for power management control of a water pipe network based on the IoT comprises: a power supply unit to supply power to a water pipe control device to control a flow and a pressure of water flowing in a plurality of water pipes formed in blocks by being divided into groups to connect a water distribution reservoir of a filtration plant and each home; a data input unit to receive flow data and pressure data for water flowing through the plurality of water pipes from a plurality of flow meters and pressure gauges arranged on the plurality of water pipes; a demand response (DR) message receiving unit to receive a DR message requesting a reduction in power usage for the water pipe control device from the outside; and a control unit to generate a flow pattern and a pressure pattern for the water flowing in the plurality of water pipes based on the flow data and the pressure data when the DR message is received, predict a demand for the water flowing through the plurality of water pipes in accordance with the flow pattern and the pressure pattern, and then control electric energy supplied to the water pipe control device to control the flow and the pressure of the water flowing through the plurality of water pipes in accordance with a prediction result. Accordingly, the system and the method for power management control of a water pipe network based on the IoT predict a demand for water flowing in a plurality of water pipes, and adjust electric energy supplied to a water pipe control device to respond to a predicted result when a request for a reduction in power usage is received from a management server of an external power management company to reduce power usage and efficiently supply water to each home.

IoT Power control system and method of water pipe network based on Internet of Things

PURPOSE: A long-distance automatic remote-control monitoring controller for waterworks and sewage is provided to maximize the process efficiency of a dehydrator by using a consecutive sludge density measuring device, and to reduce the electrical energy consumption and chemical costs. CONSTITUTION: A long-distance automatic remote-control monitoring controller for waterworks and sewage includes a settling basin(100), a first precipitation pond(200), an aeration basin(300), a second precipitation pond(400), a concentration basin(500), a dehydrator(600), a consecutive sludge density measuring device(700), a monitoring unit(800), and a long-distance automatic remote-control monitoring module(900) for the waterworks and sewage. The insertion time of chemicals into the dehydrator is controlled by a control signal of the long-distance automatic remote-control monitoring module. The dehydrator dehydrates high concentration sludge using the chemicals, and produces and discharges solid sludge. The consecutive sludge density measuring device continuously measures the concentration by depth and the interface of the sludge inside the first precipitation pond, the second precipitation pond, and the concentration basin. [Reference numerals] (100) Settling basin; (300) Aeration basin; (400) Second precipitation pond; (500) Concentration basin; (600) Dehydrator; (600a) Chemical container; (800) Monitoring unit; (900) Water and sewage long-distance automatic remote-control monitoring module; (AA) Hydraulic pressure; (BB) Treated water; (CC) Sludge processing process; (DD) Final treatment

The system of auto monitoring control with sludge density continuous measurement

A conventional vehicle entrance blocking apparatus blocks entry of vehicles from outside using a blocking bar (or a switch), but has several problems in that the vehicle is damaged by the blocking bar which suddenly comes down or accidents frequently occur due to a sudden stop of the vehicle because a driver is startled by the blocking bar which suddenly comes down and in that the blocking bar breaks down a lot due to malfunction of a blocking bar controlling device. In order to achieve the problems, the present invention provides an unmanned virtual gate apparatus of a vehicle entrance through an LED and a camera which includes a smart camera photographing unit (100), a virtual gate control unit (200), and an unmanned virtual gate module (300). Therefore, because a software type virtual gate apparatus which concentrates lots of RGB LED lights and laser lights and forms laser beams and LED visible rays can be created instead of the hardware type blocking bar, the unmanned virtual gate apparatus can reduce costs due to the damage to the blocking bar, reduce the emotional pressure which a driver receives due to the blocking bar 70 percent less than the conventional vehicle entrance blocking apparatus, be compatible with the conventional vehicle entrance blocking apparatus, photograph, store a license plate and a driver′s image through the smart camera photographing unit at the same time and provide the driver with a visible access blocking effect through changes in patterns of the unmanned virtual gate module and changes in colors of RGB, thereby enhancing security and safety compared with the conventional vehicle entrance blocking apparatus. Moreover, the unmanned virtual gate apparatus can form a virtual gate apparatus with various patterns through RGB LED lights and laser lights at night, thereby creating agreeable residential environment.

The apparatus of manless illusion gate with led spot light

The present invention provides a wireless data transceiver with a smart pipe robot located in an old pipe based on wireless communications, wherein the wireless data transceiver comprises a pipe analysis control module and a smart pipe robot to eliminate a problem that measurement time is long due to a shorter length of an existing streamlined pipe robot than the length of an old pipe, a problem that image data and location data are difficult to obtain due to difficulty in stable wireless data communications due to interference and attenuation of a signal under conditions that objects such as underground soil, water, and metal exist wherein the objects affect communications, and a problem that there is only an image photographing function, but no sterilization function. Wireless communications are connected between the pipe analysis control module and the smart pipe robot to enable wireless bidirectional data communications and mapping of a water distribution pipe buried under the ground is formed on a monitor in real time through a smart pipe robot with a long distance (50-2000m) endoscope function, thereby building a reliable water distribution pipe network GIS. Provided is a wireless data transceiver with a smart pipe robot located in an old pipe based on wireless communications capable of providing a leakage and loss exploration rate with 80% of an existing accuracy through a hybrid measuring method comprising an image diagnosis and a sound pressure diagnosis.

Yang Seung Youn

Papers

Remote security monitoring and control system for unmanned facility using analysis of image data

IoT Power control system and method of water pipe network based on Internet of Things

The system of auto monitoring control with sludge density continuous measurement

The apparatus of manless illusion gate with led spot light

The apparatus of pipe measuring with smart robot in ultra sonic field communication