25 results about "IP camera" patented technology

Various examples are related to identifying and monitoring an event of interest at a location, such as a business. In one example, a method includes providing an IP camera network including passive IP enabled video cameras installed at a location. The method includes identifying an event of interest for monitoring by acquiring video stream information from one or more of the passive IP enabled video cameras; transmitting the video stream information to a network video recorder (“GPU server”) device; and processing the video stream information via a visual artificial intelligence engine. The method can generate a start time for the identified event; acquire additional video stream information associated with the identified event; transmit the additional video stream information to the GPU server device; process the additional video stream information via the visual artificial intelligence engine; and generate information associated with the identified event with can be configured for use.

To solve the problem that it is not possible to detect that a camera module is deviated from an installation position.SOLUTION: The IP camera main body part 100, the bracket part 200, and a second hole which is fastened to a rear portion of the bracket part to install the separation sensing device and faces the first hole formed in the bracket part, and a magnet bracket unit including an IP camera dislocation sensing module including a magnet formed of a flat magnet, a guide unit formed at a rear portion of the IP camera body unit 100, and an IP camera dislocation sensing sensor 270 which passes through the second hole of the magnet unit and the first hole of the bracket unit, enters into the guide unit to form information on whether the IP camera is dislocated, and transmits the formed information on whether the IP camera is dislocated to a cloud server.SELECTED DRAWING: Figure 2

Some widely acknowledged methods for gathering data on travel patterns are Origin-Destination (O-D) surveys and the Federal Highway Administration's National Household Travel Survey (NHTS) program, a well-established tool in transportation data. Typically conducted every five to eight years, these methods involve extensive and expensive data collection from thousands of households. The present invention aims to evaluate movements within urban areas with Internet Protocol cameras, distinguishing itself from traditional survey-based methods. Notably, our innovation allows for distinguishing various transportation modes, including goods and freight, providing expanded capabilities beyond traditional household-focused surveys.

A camera includes: a processor configured to control a management application; and a storage module storing instructions, executable by the processor, and the management application, where the processor is configured to execute the instructions to: configure at least one bucket respectively corresponding to at least one slave camera in the storage module, respectively store data about media clips captured by the at least one slave camera in the at least one bucket.

The invention relates to the technical field of belt foreign matter recognition systems for aggregate conveying, in particular to an AI-based belt foreign matter recognition system for automatic aggregate conveying. According to the technical scheme, the AI-based belt foreign matter recognition system for automatic aggregate conveying comprises a monitoring module, a video analysis module, an early warning and feedback module, a user interaction module and a power supply and protection module; high-definition IP cameras are installed at key positions of the aggregate conveying belt, such as a starting point, an ending point, a turning position and an area where foreign matter is prone to being mixed, clear video images can be captured under various light conditions, in order to cope with the night or the environment with insufficient light, an infrared night vision camera is further arranged, and the system is convenient to use. The infrared night vision camera can capture clear video pictures in a completely dark environment, and 24-hour uninterrupted monitoring is ensured.

The invention discloses a high-precision ship multi-target tracking method, device and equipment and a storage medium, the ship multi-target tracking method based on YOLOv5 and an improved DeepSORT algorithm comprises the following steps: firstly, connecting an IP camera through an RTSP protocol, then collecting ship data by using the camera, screening and marking the collected ship image data, and finally, carrying out high-precision ship multi-target tracking. A detection data set in a YOLO format and a data set in an MOT format are obtained, and the detection data set and the data set are divided into three types of training, verification and testing; then, training is carried out in the YOLOv5 network by utilizing a self-built detection data set, and a ship model weight based on the YOLOv5 network is obtained; secondly, training an improved DeepSORT network by using a self-established tracking data set to obtain a tracking weight, and finally, combining a detection algorithm with a tracking algorithm, synchronizing a detection result to an improved DeepSORT multi-target tracking algorithm, and obtaining ID information and position information of a ship target; according to the invention, a DeepSORT multi-target tracking algorithm is improved, and a YOLOv5 algorithm and a heavy-load pan-tilt camera are matched to track a ship in real time; and the tracking precision is high and the real-time performance is good.

This application relates to the field of video surveillance technology, and specifically relates to a method, device, equipment and medium for adding network cameras, which are used to improve the efficiency of adding network cameras by a network video recorder. This method is applied to a network video recorder (NVR), and the NVR is connected to an IP camera (IPC). The method includes: receiving an addition instruction for a first IPC, and detecting whether there is an idle channel without an IPC connected; if there is no such idle channel, detecting whether there is a first channel that supports multiplexing among multiple channels with multiple IP cameras already connected, where the first channel already has a second IPC connected; if there is such a first channel, adding the first IPC to the first channel, and controlling the first IPC and the second IPC to multiplex the first channel time-divisionally.

The application discloses a novel tunnel culvert automatic drainage early warning linkage system and relates to the technical field of municipal drainage. Water level sensing and a primary response end collect water depth. Three threshold values of early warning water level, drainage starting water level and dangerous water level are compared. When the drainage starting water level is reached, the automatic drainage pump is started. According to the water level drop rate, the drainage capacity abnormality is evaluated. On-site forced control and secondary alarm end switch the municipal traffic signal lamp to red light through the standard signal interface at the same time of starting drainage, and sound and light warning is carried out. Remote early warning and system reset end push the graded early warning to the remote platform through multi-mode communication, and link the IP camera to capture the on-site video. After the water accumulation is reduced to the safe water level, the system is automatically reset. If the water level rises during the reset process, the system is immediately interrupted. The application realizes the integrated linkage of water accumulation detection, forced traffic control, on-site secondary alarm and remote platform monitoring, and improves the traffic safety and emergency response capability under the tunnel culvert water accumulation scene.

1. The name of the design product: distributed central host. 2. The use of the design product: the design product is used for AV signal sharing remote device control in the scene of enterprise conference room, exhibition hall, monitoring center, etc. For example, it can realize interconnection and inter-control with the monitoring center. The administrator can remotely control the opening and closing of the system and light of each place, realize the direct on-screen display of IP camera in real time, and call any signal at any time, so as to realize the all-round monitoring of shopping center. 3. The design points of the design product: the shape. 4. The picture or photo that best indicates the design points: perspective view 1.

“Mobile unit for certifiable digitization of documents” Mobile unit for certifiable digitization of documents characterized by the use of a vehicle (100) to contain in a workspace (101) the elements necessary for secure digitization which follows a certifiable methodology and which takes into account the best possible precautions for the conservation of the originals during the process. These comprise a monitoring IP camera (111), optical readers to record the start and end of the process steps (110-109), and a professional scanner (112) and a GPS (113). Lastly, the vehicle uses an external electrical power supply (116, 103) and an Internet connection (105) distributed to all the devices in the vehicle.

The present invention discloses a robot operation platform and its control method. The platform is used for interventional surgery, doctor training, or angiography, and belongs to the field of minimally invasive vascular medical devices. The operation platform includes a support platform, a platform connection block, a linear guide pair, a drive assembly, a displacement measurement assembly, an IP camera, and a height-adjustable base. A catheter controller and a guide wire controller are installed on the robot operation platform of the present invention for interventional surgery, training, or angiography, which solves the problem that existing robots are difficult to complete the coordinated operation of catheters and guide wires. At the same time, a force feedback system and a camera are provided, enabling the doctor's hand to sense the force used, and the whole process is recorded by the camera to achieve more precise operation. A height-adjustable base is set to adjust the operation platform to meet the height requirements of different doctors.

An object of a system according to an embodiment is to clarify a spatiotemporal behavior pattern of an object in real time.SOLUTION: A system according to an embodiment includes an IP camera, a monitoring unit, an analysis unit, and a notification unit. The IP camera acquires video data using the IP camera. The monitoring unit monitors video data acquired by the IP camera in real time. The analysis unit analyzes the video data monitored by the monitoring unit and clarifies a spatiotemporal action pattern of the object. The notification unit notifies the spatiotemporal action pattern analyzed by the analysis unit.SELECTED DRAWING: Figure 1

The embodiment of the invention relates to the technical field of security and protection monitoring, and discloses a perimeter intrusion target monitoring system, the system comprises a plurality of IP cameras, a power supply device, a switch, an edge computing intelligent box, an audible and visual alarm and a monitoring software platform, the plurality of IP cameras realize full coverage of the view angle of the perimeter of a target area; the switch transmits video data collected by each IP camera in real time to the edge computing intelligent box and the monitoring software platform; the edge computing intelligent box detects and analyzes the multi-channel video data and sends a detection result and alarm information to the audible and visual alarm and the monitoring software platform; the audible and visual alarm triggers audible and visual alarm after receiving the detection result and the alarm information; and the monitoring software platform displays the real-time monitoring pictures corresponding to the IP cameras and emphatically displays the alarm content and the real-time monitoring pictures corresponding to the IP cameras triggering the alarm after receiving the detection result and the alarm information, so that the perimeter security capability is effectively improved.

A light head includes a housing, a light source integrated with a main body of the housing, an internet protocol (IP) camera having a base fastened to an access panel of the housing, a network communication module disposed within the housing, and a power distribution system including a terminal block disposed in the housing. The network communication module is electrically connected to the IP camera and the terminal block of the power distribution system and is operative to wirelessly transmit data produced from images captured by the IP camera. The light source and the IP camera are electrically connected to the terminal block independently of each other, and the power distribution system is configured to supply at least some power for powering the light source and the IP camera from the main power supply line through the terminal block.

A smart policing system (150) includes multiple Internet Protocol (IP) cameras (100) with edge computing capabilities, installed at designated hotspots and powered via a power and connectivity panel (200) and a Power over Ethernet (PoE) Injector (300). The cameras (100) transmit video data to a cloud-based Artificial Intelligence (AI) system (400). The AI system (400) features a video analytics module (410) for detecting and classifying traffic violations and crimes, digital cloud storage (420) for recording analysed data, a video query module (430) for processing natural language queries, an AI model (440) for translating queries into attributes and identifying relevant AI models, and an alert mechanism (450) for issuing notifications through emails, web, and mobile applications (500). The edge computing capabilities of the IP cameras (100) perform frame filtering using proprietary AI algorithms (470) to reduce data transmission to the cloud-based AI system (400)

The utility model discloses a Fresnel polygonal lens, which belongs to the technical field of Fresnel lenses and comprises a lens main body with a polygonal structure, a lens grain layer on the back of the lens main body is of a four-layer structure, and the lens grain layer is composed of 26 pieces of Fresnel grains in parallel. The four lens grain layers are arranged on the back surface of the lens main body, and the lens grain layer formed by combining 26 Fresnel grains can meet the long-distance detection requirement; meanwhile, the polygonal lens is adopted, can be matched with the appearance of a customer product, and is attractive in appearance and convenient to assemble. The lens can be hung at the height of 3 meters, only one sensor needs to be matched by utilizing the lens grain design of the lens grain layer, the detection angle in the limited range of the lens reaches 90 degrees, and the detection range can reach 30 meters away from the front. According to the utility model, the 26 pieces of Fresnel textures can be partitioned to meet the detection requirements of short distance, long distance and large angle, and the camera is especially suitable for the application situation of an intelligent camera IP Camera.

The utility model discloses a special-shaped Fresnel lens, which belongs to the technical field of Fresnel lenses and comprises a waist-shaped lens main body, a lens grain layer with a two-layer structure is arranged on the back surface of the lens main body, a convex eave is arranged on the outer side of the peripheral edge of the lens main body, and a side eave which is perpendicular to the convex eave and is bent outwards is arranged at the top of the convex eave. According to the utility model, the lens can be installed in a downward inclined manner, and the lens main body with radian can reach a 90-degree detection angle within a limited range of the lens and a detection range 8 meters in front by utilizing the lens grain design of the lens grain layer. And the lens main body can be fixedly mounted on a customer product from inside to outside through the convex eave and the edge eave at the top of the convex eave, so that the appearance is matched and more attractive, and meanwhile, the mounting is firmer. According to the utility model, short-distance and long-distance detection can be partitioned through the lens lines of the lens line layer, meanwhile, the lens is particularly sensitive to a transverse moving object, and the lens is particularly suitable for the application situation of an intelligent camera IP Camera.

The present invention proposes a surveillance video security transmission system, method and device based on isolated transmission equipment, which belongs to the field of data transmission technology. The system includes: a task management subsystem and an audio and video proxy subsystem respectively deployed in an untrusted network domain and a trusted network domain, a physically isolated data exchange system arranged between the untrusted network domain and the trusted network domain, and used for cross-domain data interaction; a task management subsystem for proxy channel configuration, policy configuration issuance and log management; an audio and video proxy subsystem for receiving, processing and forwarding signaling messages and streaming media data according to the issued policy configuration; an audio and video proxy subsystem deployed in an untrusted network domain is connected to an IP camera, a hard disk recorder and a video access platform; an audio and video proxy subsystem deployed in a trusted network domain is connected to a video access platform. The present invention uses isolated transmission equipment and audio and video protocol proxy technology to achieve cross-network transmission of surveillance traffic.

Disclosed are various embodiments for generating a sales lead from a video of a vehicle with a unique identifier is disclosed. The system includes a vehicle with a unique identifier, a communication network, and a field device. The field device is comprised of an IP camera equipped to take a video of the vehicle with the unique identifier. The field device is further operatively configured with a communication adapter to transmit the video through the communication network to a central system. The central system comprises a network connection configured to receive the video from the field device as well as an image analysis module capable of extracting text information from the video received from the field device. The central system is connected to a relational database configured with a data table of the unique identifiers, wherein the relational database is connected to the central system through the communication network. The central system is also connected to a customer management system operatively configured to utilize results from the image analysis module to perform a lookup in the relational database for the unique identifier. Lastly, the system is comprised of a front end website wherein a user may access the customer management system to view a sales lead.

To provide a method and device for detecting the bulk logistics volume, which allow for realizing space-saving arrangement, significantly reducing implementation costs and maintenance costs, and accurately measuring an instantaneous maximum logistics volume and keeping the measurements as numerical records.SOLUTION: A bulk logistics volume detection method is provided, comprising: capturing an image of bulk cargo 2 being transported from the side using an IP camera 11 (image capturing device); inputting the image to a personal computer 12 (arithmetic unit) and processing saturation, contrast, and brightness to binarize the image into a detection target and other portion; and deriving the logistics volume of the bulk cargo 2 based on a region of the binarized image occupied by a color of the detection target.SELECTED DRAWING: Figure 1

The utility model discloses a Fresnel disc lens, which belongs to the technical field of Fresnel lenses and comprises a disc-shaped lens main body, the outer side of the lens main body is a convex cambered surface, the inner side of the lens main body is a concave cambered surface, cylindrical convex eaves are arranged on the periphery of the lens main body, and a lens grain layer is arranged on the inner side of the back of the lens main body. And each lens grain layer is formed by combining 17 Fresnel grains. The disc-shaped lens main body is provided with an arc surface with a convex outer side and a concave back surface, the lens grain layer is responsible for energy absorption at various angles, the detection angle within the limited range of the lens reaches more than 120 degrees, and the detection range reaches 10 meters away from the front. According to the utility model, the lens with radian is adopted, so that the large-angle and long-distance detection requirements are better met, large-angle and long-distance detection can be realized in a limited range of the lens, and the lens is particularly sensitive to transverse movement of an object; the appearance is small and beautiful, and the assembly is convenient. The intelligent IP Camera is especially suitable for the application situation of the intelligent IP Camera and can be conveniently placed outdoors for use.

The utility model discloses a Fresnel arc-shaped lens, which belongs to the technical field of Fresnel lenses and comprises a lens main body, the cross section of the lens main body is of a U-shaped structure, lens grain layers are arranged in arc transition areas on two sides of the lens main body, and a plane area is arranged in the middle of the lens main body. The lens grain layer of the four-layer structure on the two sides is composed of 22 pieces of Fresnel grains in parallel. The lens grain layers formed by combining the 22 Fresnel grains are arranged in the arc transition areas on the two sides of the lens main body, and the two sides of the four-layer lens grain layer are symmetrically arranged, so that the lens is particularly sensitive to the transverse direction of an object. According to the utility model, the lens with radian is adopted to better meet the detection requirements of large angle and distance, the lens can be hung at the height of 2.5 m, the detection angle can reach more than 180 degrees when two sensors are matched and used within the limited range of the lens, and the detection range can reach 12 m away from the front; the appearance is attractive and the assembly is convenient; the method is especially suitable for the application situation that the intelligent camera IP Camera is matched with the lamp.

A plurality of cameras 20 e.g. IP cameras used for surveillance or meteorological observations provide a visual input of a location over a network. A coupling correction is performed between a shaking

The present disclosure provides a method of providing a metaverse-based virtualized image, the method including capturing an image in real time via an IP camera, storing the captured image, recognizing at least one face and object from the captured image, virtualizing the recognized at least one face and object, and outputting a virtualized image information including a virtualized character and a virtual object.

This utility model discloses an integrated dustproof and heat dissipation structure for a high-definition IP camera, relating to the field of camera dustproof and heat dissipation technology. The utility model includes a camera rear shell, a camera body, and a camera rear cover. The back of the camera rear shell has four sets of groove-like structures. Two sets of first spring clips and second spring clips are provided on both sides of the camera rear cover. An exhaust frame and an air supply frame are provided inside the camera rear cover. Four sets of slots are provided on both sides of the exhaust frame and air supply frame. Exhaust baffles and air supply baffles are respectively provided on both sides of the exhaust frame and air supply baffles. Four sets of magnetic posts are fixed to the side of the exhaust baffles and air supply baffles closest to the camera rear cover. This utility model allows for convenient and quick installation of dustproof nets on both sides of the air inlet and outlet, effectively filtering the air entering and exiting the camera rear cover. Simultaneously, the guide plate provides better heat dissipation for the electronic components protected by the camera rear cover.