5results about How to "Clear picture" patented technology

The utility model relates to the technical field of cameras, and discloses a binocular camera, which comprises an L-shaped base. According to the binocular camera, the device is fixedly installed at a designated position and connected with a power source, the monitoring angle of the device in the vertical direction is adjusted through the adjusting assembly, then the cylinder is rotated, the monitoring angle of the device in the transverse direction is adjusted through the cylinder, the power of the device is converted to the rotating shaft through the conversion assembly, and the rotating shaft is made to rotate; the rotating shaft is used for driving the disc to rotate, the disc is used for driving the fixing block to rotate, so that the scraping plate moves through the fixing block, the arc-shaped groove is matched with the fixing block to enable the scraping plate to clean the transparent glass along the arc-shaped groove, and the device can conveniently and rapidly clean dust, so that a picture is clearer during monitoring of the camera; and meanwhile, the angle can be converted according to requirements, and an ultra-wide field of view can be observed through the two cameras, so that the area can be monitored more easily, and actual application and operation are facilitated.

The application discloses a driving circuit and a display panel. The driving circuit comprises a plurality of driving cables, a driving unit and a delay circuit. The driving unit comprises an output signal end for outputting a driving signal. The delay circuit comprises a first input end, a first output end and a second output end. The output signal end is connected with the first input end. The first output end is used for outputting a first clock signal. The second output end is used for outputting a second clock signal later than the first clock signal. In two adjacent driving cables, one driving cable is connected with the first output end, and the other driving cable is connected with the second output end. The driving circuit provided by the application adds the delay circuit between the driving unit and the driving cable, so that the driving unit can control two rows of pixels through the delay circuit, thereby reducing the number of the driving units and the line area of the driving units in the display panel, and the frame width of the display panel is reduced.

This utility model belongs to the field of feeding rack devices, specifically relating to an automatic tire bonding and feeding rack device for agricultural tires. It includes a frame, a feeding trolley positioned below the frame, and a first belt layer conveyor belt assembly mounted on the frame. This utility model features a rational arrangement of materials in each layer, optimized frame structure for a more compact overall layout, smaller footprint, and higher conveying efficiency. Its unique cutting method ensures cutting stability, and its superior programmed management makes it easy to operate with a clear interface. The rational structure effectively reduces production and maintenance costs. Programmed control and correction adapt to different specifications. Automatic material cutting reduces worker workload and improves efficiency. It is applicable to a wide range of tire specifications, offering strong versatility. Automatic conveying and cutting significantly improve automation, reducing manual intervention and improving tire quality.

This utility model belongs to the field of agricultural tire processing, specifically relating to an automatic bonding main feeding rack device for agricultural tires. It includes a frame with multiple evenly distributed conveyor belts, a length-fixing device, and an automatic cutting device. This utility model optimizes the overall layout by rationally arranging the material sequence of each layer and improving the frame structure, resulting in a more compact layout, smaller footprint, and higher conveying efficiency. Its unique cutting method ensures cutting stability, and its superior programmed management makes it easy to operate with a clear interface. The reasonable structure effectively reduces production and maintenance costs. Programmed control and correction adapt to different specifications, and automatic material cutting reduces worker labor intensity and improves work efficiency. It is applicable to a wide range of tire specifications, offering strong versatility. Automatic conveying and cutting significantly improve automation, reducing manual intervention and improving tire quality.

The present invention relates to the field of electromechanical installation technology, and discloses a method for installing an outdoor 3D screen, and the specific steps include: step 1, installing a curtain wall on a building main body; step 2, hoisting an arc box to a horseway at the intersection of a first mounting surface and a second mounting surface by a pulley and a hoist; step 3, taking the intersection of the first mounting surface and the second mounting surface as a reference, sequentially installing the first box on the first mounting surface and the second mounting surface in a horizontal direction facing away from the intersection; step 4, installing the display screen on the first mounting surface and the second mounting surface by connecting a locking piece. The present invention hoists an arc box to a horseway at the intersection of the first mounting surface and the second mounting surface by a pulley and a hoist. Compared with the previous method of manually carrying the box and the display screen, the present application can hoist the box by a hoist through the setting of a pulley block and a hoisting rope, avoiding manual handling. At the same time, construction personnel can install the box in the steel structure horseway, greatly reducing labor intensity and shortening construction period.