9results about How to "Easy to shoot" patented technology

The application provides a measuring device, and relates to the technical field of optical detection.The measuring device comprises a support assembly, an auxiliary assembly and a detection mechanism.The support assembly comprises a first support frame and a second support frame arranged oppositely; the auxiliary assembly is arranged on the first support frame; at least one avoiding hole is arranged on a fixed plate in the auxiliary assembly; when a contact is placed on the fixed plate, and a weak boundary area of the contact is arranged opposite to the avoiding hole; the detection mechanism comprises an upper light source assembly, a lower light source and a visual detection assembly; the upper light source assembly and the visual detection assembly are arranged on the second support frame; the upper light source assembly is arranged between the auxiliary assembly and the visual detection assembly; the lower light source is arranged on the first support frame and below the fixed plate; and the light of the lower light source can irradiate to the weak boundary area of the contact through the avoiding hole.The measuring device can improve the image definition when detecting the defects of the contacts of Bluetooth earphones, thereby improving the reliability of the detection result.

The application relates to the field of tensile testers, and discloses a tensile testing device for a thermoplastic composite material optical cable reinforcing core, which comprises a machine body and a sliding rail, a fixing frame is fixedly installed on the surface of the machine body, an adjusting frame is slidably connected to the surface of the sliding rail, the size specification of the surface of the sliding rail is matched with that of the inner wall of the adjusting frame, a control frame is rotatably installed at one end of the adjusting frame, a monitor is rotatably connected to the inner wall of the control frame, one end of the sliding rail is fixedly installed on the surface of the machine body, and the cross section of the sliding rail is in a T-shaped structure; the sliding rail is installed on the surface of the machine body, the surface of the sliding rail is slidably connected with the adjusting frame, the monitor is installed at one end of the adjusting frame through the control frame, so that the position of the fixing frame installation detection material can be shot through the monitor, the image is transmitted to a computer terminal, the staff can conveniently check the position of the broken detection material, and the equipment for producing the cable can be debugged or repaired.

The utility model relates to the probe production technical field, and specifically is a kind of probe detection device, including U-shaped support platform, portal frame, horizontal plate and positioning sleeve, the top of U-shaped support platform is equipped with portal frame by bolt, the both sides of portal frame are all set up strip slide hole and are slidably connected with sliding screw in strip slide hole, welding horizontal plate between sliding screw;The bottom of horizontal plate is equipped with connecting rod by screw and the bottom of connecting rod is connected with positioning sleeve by connecting disc, one side of horizontal plate is welded with U-shaped clamping groove and is connected with swivel block in U-shaped clamping groove by damping pivot, and the detection camera is installed in the one end of swivel block bottom by screw;Probe detection device, two hands far from glass test tube operation, safety greatly improves, it is convenient to the change condition of probe detection end in test and is photographed, and the corrosion resistance effect of probe in use is tested.

The utility model discloses a corrugated pipe black point detection device. Corrugated pipe black point detection device includes: workstation is provided support mechanism and detection mechanism on the workstation, the support mechanism includes the rotary table of installation on the workstation, the rotary table is driven rotation through the drive motor of installation on the workstation bottom, the top of rotary table installs a plurality of support tubes, and the corrugated pipe is covered on the support tube, the detection mechanism is used for carrying out black point detection to the corrugated pipe. The utility model provides a corrugated pipe black point detection device through setting up including rotary table, drive motor and a plurality of support tubes'support mechanism on the workstation, can install a plurality of corrugated pipes on the workstation once, and carry out black point detection in turn, can detect the corrugated pipe simultaneously, and the corrugated pipe that has detected is replaced, can effectively improve the detection efficiency of corrugated pipe black point detection equipment.

This utility model relates to the field of food processing technology, specifically to an automatic rejection device for nutritional food processing. It includes a mounting frame and rejection components. The rejection components include a controller, a support, a conveyor, a limiting component, a camera, a cylinder, and a push plate. Products to be inspected are placed on the conveyor in an arithmetic sequence and conveyed. During conveying, the camera takes pictures for inspection. When a defective product is detected, the cylinder drives the push plate to push the defective product out of the device. The push plate has an arc-shaped design for easy pushing. The limiting component restricts the product's position on both sides during conveying, ensuring the product remains centered for easy camera capture. This invention solves the problem of existing canned food products having deformed or irregular openings during production and processing, which are not suitable for subsequent packaging. The current method of screening typically relies on manual inspection, leading to low work efficiency.

This invention belongs to the field of casting technology, and particularly relates to a compaction structure under air volume zone control. It includes a base, a box on the upper side of the base, a sand inlet on one side of the box, a sand box connecting block on the sand inlet, a sand box connected to the sand box connecting block, a first sintering mesh hinged to the lower side of the box, multiple second sintering meshes around the inside of the box, a first airflow channel on the outer side of the box, and a two-control valve on one side of the box. The two-control valve controls the air intake below the first sintering mesh and the air intake within the first airflow channel. This invention enables the vertical upward injection of molding sand and the supply of air to the periphery of the box through the two-control valve, facilitating molding sand ejection and cleaning. A rotating plate, in conjunction with a first rotating shaft, lifts the molding sand on the first sintering mesh and moves it to one side, allowing the sand to be vertically blown up by gas. An elliptical column rotates and contacts the lower side of the first sintering mesh, causing the first sintering mesh to move up and down and vibrate, facilitating the cleaning of the molding sand.

This utility model belongs to the field of PCB board testing technology, and relates to a PCB board calibration device and PCB board testing equipment. The calibration device includes a calibration support, a first calibration drive mechanism, a second calibration drive mechanism, a first calibration component, and a second calibration component. The calibration support is used to carry materials. The output end of the first calibration drive mechanism is connected to the calibration support, and the first calibration drive mechanism drives the calibration support to reciprocate between a calibration position and an avoidance position. The second calibration drive mechanism is mounted on the calibration support, and the output end of the second calibration drive mechanism is connected to the first and second calibration components. At the calibration position, the second calibration drive mechanism can drive the first and second calibration components to move closer to or further away from each other to calibrate the materials carried on the calibration support. This calibration device can reduce debugging time and is convenient and quick.

This invention discloses an intelligent verification device for orthopedic consumables, belonging to the field of medical device technology. It includes a mounting shell, an emergency stop switch, an electric door, a storage component, a reflector component, and a camera component. The interior of the mounting shell is an installation space, divided into an upper and lower space by a partition plate. An emergency stop switch is installed on the right side of the mounting shell. The electric door is flip-mounted to the front end of the mounting shell. The storage component is installed on top of the partition plate. The reflector component is installed inside the mounting shell, positioned in the upper space directly above the storage component. The camera component is installed inside the rear panel of the mounting shell, between the reflector component and the storage component. This invention solves the problem of inaccurate detection caused by the high requirements and difficulty of consumable testing operations in existing technologies. It improves testing efficiency while increasing detection accuracy and enhancing the device's versatility.

This utility model relates to the field of recording cabin technology and discloses a panoramic recording cabin for behavioral observation. It includes a support frame, a door panel rotatably connected to the support frame via a rotating component, a viewing glass fixedly connected to the inside of the support frame, and a recording assembly disposed inside the support frame. Humidity and temperature sensors detect the temperature and humidity inside the recording cabin. When the temperature is low, air heated by a heating element is blown into the cabin, and a fan reciprocates to increase the fan's airflow range, thus improving the uniformity of temperature rise within the cabin. When the cabin is relatively dry, atomized water is sprayed into the cabin through a misting nozzle. The nozzle's reciprocating motion further increases the spray range, facilitating control of the temperature and humidity inside the cabin, improving the ability to regulate temperature and humidity, and enhancing the reliability of behavioral recording data.