86 results about "Wireless camera" patented technology

The invention relates to a low-power-consumption maintenance-free BLE (Bluetooth Low Energy) camera method based on edge collaboration, which is characterized in that a wireless camera and host equipment are mutually matched, the wireless camera is provided with an image sensor and a BLE function and is responsible for capturing, encoding and transmitting image data, and the host equipment is used as a receiving end and a control center of a system and is used for transmitting the image data. The system is characterized in that a wireless camera is used for processing image data from the wireless camera, the wireless camera is used for receiving guidance information from host equipment, carrying out adaptive image coding and dynamically adjusting connection parameters before transmission, and hardware implementation of the system mainly comprises three parts, namely Bluetooth low energy (BLE), a system chip (SoC), an image sensor and power management. According to the solution provided by the invention, the energy consumption can be effectively reduced, and continuous and stable monitoring is realized.

A video interface for signals between a wireless camera and a display, disposed on a vehicle, can include a microcontroller, a first port, and a second port. The microcontroller can be configured to process analog signals to produce digital signals. The analog signals can represent images produced by the wireless camera. The digital signals can represent the images for the display. The first port can be configured to be connected to an antenna, disposed on the vehicle, for the analog signals. For example, the wireless camera can be configured to be mounted on a trailer configured to be towed by the vehicle. The second port can be configured to be connected to a cable for the display. The video interface can be configured to be disposed on the vehicle. The wireless camera can have two external single pole antennas.

The invention provides a low-power-consumption wireless camera self-adaptive night vision system and an energy-saving control method, and relates to the technical field of image communication and monitoring, an infrared detection unit is used for identifying human infrared signals so as to judge whether video recording needs to be started or not, a partition acquisition strategy is started according to personnel position coordinates, and meanwhile, the energy-saving control method is used for monitoring the human infrared signals. By concentrating night light supplement of the wireless camera and reducing misjudgment of moving objects such as animals, the endurance of the wireless camera is improved, and meanwhile useful video data are collected in a targeted mode, so that loss of personnel and property under the condition similar to camping is reduced.

The utility model relates to a mobile video acquisition device for a stay cable and a suspension bridge suspender, the mobile video acquisition device is composed of a walking mechanism and a wireless camera device installed on the walking mechanism, the walking mechanism is used for walking on the suspender along the direction of a path where a main cable is arranged, and the walking mechanism comprises a carbon fiber rack, a shaft pin, a guide wheel and a rotor wing. The unmanned aerial vehicle rotor wings are adopted for driving, and the guide wheels are tightly attached to the stay cables or the suspenders; the stable state of the fuselage is adjusted and power is provided by utilizing the number of revolutions of the rotor wings, so that the whole collection system can quickly and stably move forwards along a layout path of a stay cable or a suspender.

The utility model relates to the technical field of pipeline repair, in particular to an endoscopic detection device for pipeline repair, which comprises a hollow box body, an observation mechanism for observing the internal condition of a pipeline and a moving mechanism for moving the box body, and the observation mechanism is positioned at one end of the box body and comprises a rotating plate. According to the utility model, the driving motor is started to drive the two rotating rods to synchronously rotate through the transmission ring belt, so that the two rotating rods drive the rotating shaft to rotate through the main bevel gear and the auxiliary bevel gear, and the rotating shaft drives the adjacent wheel bodies and the annular magnets to rotate to drive the box body to move; the auxiliary gear drives the two main gears to rotate to adjust the orientation of the two rotating shafts so that the box body can move to all positions of the pipeline, the driving motor is started, the rotating angle of the rotating plate is controlled through the driving wheel, the shooting orientation of the wireless camera is adjusted, and the wireless camera shoots through the lens and wirelessly transmits pictures through the rubber frame and the lens. Users can conveniently observe the inner wall of the pipeline.

A wireless bypass control device applied to a full-hydraulic loader comprises a wireless camera, a wireless receiving display screen, a storage battery A, an electromagnetic valve, a wireless remote control mechanism, a wireless receiving mechanism and an accelerator control mechanism. Inlets of the plurality of electromagnetic valves are connected with oil inlets and oil outlets of a steering hydraulic motor, a driving hydraulic motor, a lifting oil cylinder and a bucket oil cylinder of the loader; two oil inlets and oil return ports of the plurality of electromagnetic valves are respectively connected with an oil outlet pipe and an oil return pipe of a hydraulic oil pump of the loader in parallel; the accelerator control mechanism comprises an electric push rod and a connecting block, a magnet is mounted at the lower end of the connecting block, a supporting seat is mounted at the upper end of the accelerator pedal, and the electric push rod is rotationally mounted outside the supporting seat; the wireless receiving display screen, the storage battery A and the wireless remote control mechanism are arranged in the element box; the wireless camera is installed on the front outer side of a cab, and the wireless receiving mechanism is installed in the cab. The working mode of the loader can be wirelessly controlled, convenience is brought to workers, the working intensity is reduced, and application is more flexible.

1. Name of the product of this design: Wireless Camera (Low Power Consumption BF‑A70). 2. Purpose of this design product: for monitoring and video recording. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: Stereoscopic drawing 1.

A method for video streaming includes receiving video streaming data from a wireless camera. The camera is in wireless communication with a vehicle. The method further includes identifying a stable video region in the video streaming data received from the wireless camera, detecting stale video content in the video streaming data based on the stable video region, and in response to detecting the stale video content in the video streaming data, providing a notification to a vehicle occupant, via a display of the vehicle. The notification is indicative that a video streamed in the display of the vehicle is stale. The method described in this paragraph improves video and vehicle technology by identifying stale video content and notifying the vehicle occupant that the video is stale, thereby preventing the vehicle occupant from relying on stale video content.

An electric vehicle charging system includes a track, an electric trolley, an AC-to-DC power supply module, a photoelectric switch, a main control module, and a wireless camera. It also includes a power supply mechanism, a power receiving mechanism, a full-charge indication circuit, a receiving unit, a control unit, a billing unit, a metering unit, a display unit, and a notification unit. The AC-to-DC power supply module, the main control module, the transmitter of the photoelectric switch, and the full-charge indication circuit are installed inside the control box. A deep pit is excavated beneath the road surface in the charging area, and two sets of tracks are laid at the lower end of the pit. The electric trolley and the power supply mechanism are installed on the tracks, and the power receiving mechanism is installed on the vehicle. This invention allows the vehicle owner to leave the site after the power receiving mechanism is in position, and return to move the vehicle after receiving a full charge indication, providing convenience for the driver. Once each vehicle is fully charged, the equipment can automatically charge multiple vehicles in a cycle, achieving both intelligent control and energy saving.

In a towing configuration, a trailer is towed behind a vehicle and obstructs a portion of the view of wired onboard vehicle cameras. To avoid blind-spots created by the trailer, wireless camera systems are positioned on a rear portion of the trailer and send additional images to the vehicle that are stitched together with the images generated by the onboard vehicle cameras. Based on the length of the trailer, the latency of the image capture system changes, which makes stitching together images generated by the vehicle cameras and the trailer cameras difficult. Systems and methods for a dynamically updatable buffer size in an image capture system, including the vehicle and tailer cameras, to compensate for latency in the system are disclosed. The size of the buffer is dynamically updated based on the length of the trailer to store enough images to compensate for the latency in the system.

The invention relates to a wireless camera motion control method and device, computer equipment and a storage medium. According to the application, a complete closed loop of image acquisition, wireless transmission, upper computer processing and motion control feedback can be constructed, so that the camera can automatically perform motion adjustment according to the difference between the actual position and the expected position of the target in the three-dimensional space. According to the method, an image is obtained through an image sensor, preprocessed and then wirelessly sent to an upper computer, the upper computer calculates the three-dimensional pose of a target and generates a control instruction, and finally, a core processing unit drives a camera to complete actions, so that the target in a shot picture is always kept at a specified position. Wireless, real-time and adaptive camera tracking control is realized in the whole process, manual operation is greatly reduced, and target capturing stability and shooting precision are improved.

1. Name of the product in this design: Wireless Camera. 2. Purpose of this design: For video and security monitoring. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

This utility model relates to the field of livestock and poultry breeding environment monitoring technology, specifically disclosing a livestock and poultry farm monitoring device, including: a central monitoring platform, a breeding site, and a waste transport vehicle; the breeding site includes a manure pit, a protective frame, a wireless transmission radar level gauge, a wireless camera, energy consumption monitoring equipment, and odor monitoring equipment. The protective frame is installed on the top of the manure pit, and the wireless transmission radar level gauge is installed on one side of the top of the protective frame. This utility model uses multiple monitoring devices to collect data in real time on the manure pit capacity, sewage outlet settings, manure treatment equipment operation status, manure transport vehicle real-time status, breeding scale data, odor emission status, and manure treatment ledger information, and transmits the data to the central monitoring platform for unified management and analysis, realizing comprehensive, real-time, and accurate supervision of livestock and poultry farms, improving supervision efficiency, reducing environmental pollution, and promoting the sustainable development of the livestock and poultry breeding industry.

The utility model provides a wireless camera. The wireless camera comprises a controller and a WiFi module. The controller is electrically connected with the WiFi module; the WiFi module comprises a WiFi (Wireless Fidelity) baseband chip and an antenna framework, and the controller is electrically connected with the antenna framework through the WiFi baseband chip; the WiFi baseband chip is used for converting a digital signal needing to be sent into a WiFi signal so that the WiFi signal can be sent by the antenna architecture or converting the WiFi signal received by the antenna architecture into a digital signal; and the antenna architecture is used for simultaneously sending or / and receiving WiFi signals of a plurality of frequency bands. The WiFi module comprises the WiFi baseband chip and the antenna architecture, the antenna architecture can simultaneously send or / and receive WiFi signals of a plurality of frequency bands, the antenna architecture can support an inter-frequency band aggregation function of WiFi, throughput of data transmission can be greatly improved, anti-interference capability is improved, and time delay is reduced.

The utility model provides a movable video monitoring device, belongs to the technical field of video monitoring, the device comprises a box body and a video monitoring assembly accommodated in the box body, the video monitoring assembly comprises a power supply assembly, a wireless camera and a plurality of rod sections, the power supply assembly provides required voltage for the wireless camera, and the rod sections are arranged in the box body. The vertical rods can be combined into a vertical rod for supporting the wireless camera; namely, according to the scheme, the wireless camera is adopted, the power supply assembly is arranged in the box body, meanwhile, the vertical rod for supporting the wireless camera is arranged to be of a combinable multi-section structure, and the box body can be moved to the needed position according to needs and then assembled to complete laying and installation of the video monitoring equipment; therefore, according to the scheme, the structure is simple, carrying and moving are convenient, the flexibility of the installation position of the video monitoring device is improved, the video monitoring device is suitable for temporary monitoring and places where the monitoring position changes dynamically, and the defects that the construction difficulty is large and the manufacturing cost is high when video monitoring equipment is additionally installed in a well site in a traditional mode are overcome.

1. The name of the design product: camera detector (X22). 2. The use of the design product: the design product is used to find wired and wireless cameras. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1. 5. Other circumstances that need to be explained: the transparent or translucent material at A in perspective view 1.

An intelligent pipeline cleaning trolley comprises a trolley body, and an intelligent dredging mechanism is arranged at the front end of the trolley body; the intelligent dredging mechanism comprises a two-degree-of-freedom posture adjusting mechanism, an impeller type dredging mechanism and a detection mechanism; the two-degree-of-freedom posture adjusting mechanism is fixedly connected to the front end of the trolley body and comprises a set of C-shaped fixing supports which are vertically parallel and provided with opposite openings, and a sliding rail motor fixing frame which vertically slides on the surfaces of the C-shaped fixing supports and is horizontally arranged. The impeller type desilting mechanism is formed in the mode that the two ends of a V-shaped bifurcated pipe in a V-shaped mixed three-way pipe are communicated with impeller sleeves with openings in the outer sides correspondingly. A fixed platform which is erected on the impeller sleeve and is fixedly connected with the crossed part of the V-shaped mixed three-way pipe is rotationally connected with the sliding rail motor fixing frame; and the detection mechanism comprises a wireless camera module which is arranged on the fixed platform. The intelligent pipeline cleaning trolley disclosed by the utility model has all-directional pipeline dredging working capability, and is simple in structure, low in cost and suitable for industrial application.

An event monitoring system comprises a wireless camera module and a remote electronic device for monitoring one or more events recorded by the camera module. The camera module comprises a user actuable input device and a digital image and / or video recording device and is arranged to: in response to user actuation of the input device, set a timer for a predetermined period; at intervals during the predetermined period for monitoring an event, record a plurality of digital images and / or video clips using the digital image and / or video recording device; store data relating to the event, the data including the recorded plurality of digital images and / or video clips; and transmit the data relating to the event to the remote device over the wireless connection for monitoring by the remote device. The system may be used for monitoring occurrence and correct performance of a task such as toothbrushing or homework.

1. Name of the product in this design: Wireless Camera (WIPC01). 2. Purpose of this design: For positioning goods during forklift handling. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The application relates to a power transmission and transformation engineering construction progress identification device and method, and relates to the technical field of construction monitoring. The application comprises a cylindrical fixing sleeve, the cylindrical fixing sleeve and a wireless camera provided with an independent power supply battery are connected through an adjustable installation assembly, and the unmanned aerial vehicle and the wireless camera are connected through the adjustable installation assembly; the adjustable installation assembly realizes the detachability between the cylindrical fixing sleeve and the wireless camera and the detachability between the unmanned aerial vehicle and the wireless camera. The unmanned aerial vehicle supports the dismounting and mounting of the wireless camera, and the unmanned aerial vehicle and the fixed point support the image acquisition of the same wireless camera, thereby improving the flexibility and detection range of the power transmission and transformation engineering construction progress identification. The protection light supplementing mechanism of the application provides a light supplementing structure suitable for a construction environment, and the dust blowing and heat dissipating assembly provides the wireless camera and the protection light supplementing mechanism with heat dissipation and dust accumulation prevention conditions suitable for the construction environment.

The utility model provides a multi-scale erosion gully physical simulation test device, and relates to the erosion gully physical simulation technical field, the multi-scale erosion gully physical simulation test device comprises a pedestal, a left simulated flow channel erosion gully structure and a blanking hopper, the left part and the right part of the upper end surface of the pedestal are fixedly provided with a plurality of groups of lower support rods, and the upper end of the left lower support rod supports the left simulated flow channel erosion gully structure; a lower mounting frame is fixed to the middle of the upper end face of the base, a middle supporting rod is fixed to the upper end of the lower mounting frame, a discharging hopper is fixed to the upper end of the middle supporting rod, and upper connecting plates are fixed to the middles of the left side face and the right side face of the discharging hopper correspondingly; and a wireless camera is mounted on the lower end surface of the upper connecting plate. According to the physical simulation experiment device, double-helix stirring blanking is adopted, discharging is quicker and smoother, the physical simulation experiment of the debris flow multi-scale erosion gully is adopted, experiment data are more accurate and reliable, and the physical simulation experiment device is safe and convenient.

This innovative device comprises two integral components: hardware and software. In the hardware segment, a wireless camera is affixed to a U-shaped spring base, strategically positioned below the tooth's height. Encased in a disposable plastic coating for hygiene considerations, the camera is manually inserted into the oral cavity to capture multi-angled images of the teeth. Following dental interventions such as filling or restoration, the camera performs additional imaging, with the resultant pictures seamlessly transmitted to the software. This Scanner is a compact device designed to be placed inside the mouth. It is encased in sanitary device cover for hygiene purposes and prevent the spread of diseases. The camera utilizes springs on both sides to adapt to the mouth's opening and closing movements. Its design ensures a comfortable and non-invasive experience for patients. The strategic selection of images, both pre and post dental procedures, enables a comprehensive analysis of tooth surfaces in comparison to the standard state and adjacent teeth. This critical data empowers dentists to assess changes accurately and implement necessary measures to uphold optimal dental health. The device thus presents a holistic solution for precise dental diagnostics and treatment evaluation. This product will allow non-invasive and hygienic dental imaging, specifically for diagnosing malocclusion. Compared to existing practice where traditional diagnostic methods such as dental x-rays and dental articulating papers are used, the product offers a more efficient, accurate, and cost-effective solution.

A method is for detecting and localizing a wireless camera in an environment suspected to contain the wireless camera. The method comprises: instructing a user to perform a predetermined motion in the environment, wherein the predetermined motion is detectable within a detection range of a motion sensor of the wireless camera; scanning for and collecting a wireless traffic flow in the environment via a sniffing device; analyzing the wireless traffic flow to identify an OUI; comparing the OUI to an existing public OUI database to determine if the wireless traffic flow is generated by the wireless camera; when the wireless traffic flow is determined to have been generated by the wireless camera, concluding that the wireless camera is present in the environment; calculating a path distance of the predetermined motion when the wireless camera has been determined to be present in the environment; using a model to determine if the user performing the predetermined motion was in the detection range; and when the user is determined to have been in the detection range, determining a specific location of the wireless camera in the environment based on the path distance of the predetermined motion.

A method comprises: performing stimulus-response activation by causing first motion; collecting wireless traffic flows; performing traffic winnowing by marking at least one candidate traffic flow of the traffic flows based on each of the at least one candidate traffic flow having a distinguishable traffic pattern; performing MAC extraction on each of the at least one candidate traffic flow to obtain at least one OUI; performing OUI matching by matching a first OUI of the at least one OUI to a known wireless camera vendor; determining a first traffic flow that is of the at least one candidate traffic flow and that contains the first OUI; performing motion stimulation by causing second motion; performing traffic monitoring of the first traffic; performing feature extraction on the target packets to obtain target data; and inputting the target data into a trained classifier to obtain a camera state of a target wireless camera.

The utility model relates to the field of live broadcast equipment, and discloses a camera connecting structure and a live broadcast machine, and the camera connecting structure comprises a screen, and the periphery of the outer ring of the screen is provided with a continuous slot which extends along the circumferential direction of the screen; the first magnetic attraction part is mounted on the inner wall of the slot; the wireless camera is arranged on the outer ring of the screen; and one end of the connecting seat is connected with the wireless camera, and the other end of the connecting seat is inserted into the slot. According to the utility model, through arranging the slot on the outer ring of the screen, a track-type installation path is provided for the camera, the camera can freely move in the slot through the connecting seat, the camera can be installed at any position of the outer ring of the screen according to live scene requirements, and the slot structure can accommodate a plurality of connecting seats and cameras at the same time. And diversified shooting angle requirements are met.

1. The name of the design product: infrared wireless camera detector (C). 2. The use of the design product: the design product is used for infrared camera signal detection. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

The invention provides a remotely-controllable spherical enteroscope and an intra-intestinal movement and image acquisition system and method. The remotely-controllable spherical enteroscope comprises a spherical shell, a driving machine core, a wireless camera and a battery module, the driving machine core is arranged in the spherical shell; the wireless camera has a remote control function, is arranged on the driving machine core and is used for collecting images in the intestinal tract; the battery module can perform wireless charging, is arranged in the spherical shell and provides electric energy for the driving machine core and the wireless camera; wherein the driving machine core is bilaterally symmetrical; the device comprises a rack, a driving wheel and a driving motor, the rack is arranged in the spherical shell, the two driving motors have a remote control function and are fixed below the rack, each driving motor is connected with one driving wheel, and the driving wheels make contact with the inner wall of the spherical shell; the driving motor is controlled to adjust the direction and speed of the driving wheel, so that advancing, retreating, steering and stopping of the spherical shell are achieved. The movement of the enteroscope in the intestinal tract is controlled through wireless remote control, the examination part can be flexibly selected, and more comprehensive real-time images can be provided.

1. Name of the product in this design: Camera Detector (X20-X30). 2. Purpose of this design: This design is used to locate wired and wireless cameras. 3. The key design feature of this product is its shape. 4. The picture or photo that best illustrates the key design points: Design 1 3D diagram 1. 5. Design 1 is designated as the basic design. 6. Other situations requiring explanation: In Design 1, part A in 3D diagram 1 is made of transparent or semi-transparent material; in Design 2, part B in 3D diagram 1 is made of transparent or semi-transparent material.

1. The name of this design product: Donut Detector. 2. The purpose of this design product: used for wired and wireless camera detection, anti-theft alarm, anti-eavesdropping, and anti-positioning. 3. The design key point of this appearance design product lies in the combination of shape and color. 4. The picture or photo that best illustrates the key points of the design: main view. 5. The design for which protection is sought includes color.

A kind of automobile driver intelligent driving behavior monitoring system, including shell, motor speed reduction mechanism, wireless camera, SMS module, still have power failure alarm circuit, separation alarm circuit, microwave detection module, shielding alarm circuit, control circuit, data receiving unit, data analysis unit, data prompt unit;Data receiving unit, data analysis unit, data prompt unit are the application software installed in PC;Motor speed reduction mechanism, wireless camera, SMS module, power failure alarm circuit, separation alarm circuit, microwave detection module, shielding alarm circuit, control circuit and shell are installed together and electrically connected.A kind of automobile driver intelligent driving behavior monitoring system application method includes four steps.The present application can effectively monitor driving behavior, when the behavior that appears to endanger driving safety, traffic control department personnel can warn it;When the driver prevents video upload artificially, can automatically push SMS for traffic control personnel, ensure the upload of data.