6results about How to "No need for manual sorting" patented technology

The present application relates to natural rubber primary processing equipment technical field, specifically to a kind of natural rubber crepe machine, including rack, transmission system, first roller group and second roller group along vertical series connection, roller cooling system, doctor system and discharge separation system.The first driving roller shaft end of first roller group is equipped with sprocket, is driven connection with second roller group by chain, so that a motor synchronously drives four roller operation, material is sequentially completed rough dehydration and fine dehydration from top to bottom.Four rollers are all hollow structure with spiral flow guide groove inside, and two ends hollow shaft head are connected into cooling system by three-section rotary joint formed by external connector, connecting shaft and internal connector, to form forced circulation cooling loop to control roller surface temperature.The present application is compact in structure, and single machine can realize continuous twice dehydration and automatic solid-liquid separation, suitable for natural rubber forest and rubber collecting station primary operation.

The utility model discloses a ball screw processing gap detection device, including detection platform, the detection platform lower extreme portion is installed with control box, is installed with the two -way clamping subassembly of the ball screw that needs to detect processing gap fixed placement on control box, the detection platform upper end portion is installed with the protection support frame board, is installed with the lift detection subassembly on the protection support frame board, is installed with the push transport subassembly of the classified conveying of the qualified product and unqualified product of detection completion on the detection platform, the detection platform is installed with controller, control box outside one end is installed with servo motor, and the output of servo motor is installed with screw adjusting rod, and the mobile sleeve block is screw -threaded connection outside screw adjusting rod. The utility model has the advantages of quick sorting, and the processing efficiency of detection device has been improved significantly.

This utility model discloses an empty anesthetic drug bottle recycling device, belonging to the field of medical device recycling technology. It includes a device housing, with an empty bottle collection mechanism on the outer surface of the housing and a bottle placement mechanism on the upper surface. The housing also includes a multi-channel sealing mechanism inside. The empty bottle collection mechanism comprises five collection chambers arranged in a circular array on the surface of the housing, collection cylinders placed on the inner walls of the collection chambers, and a locking door with a safety lock on the inner wall of each collection chamber. The bottle placement mechanism includes a mounting groove on the upper end of the housing and a turntable that rotatably engages with the bottom wall of the mounting groove. This anesthetic drug empty bottle recycling device has the following advantages: After placing the empty anesthetic bottles into the feeding trough, a bottle scanner scans the bottles. Then, a cylinder and motor work together to transport the scanned bottles to the corresponding collection cylinders, eliminating the need for manual sorting and reducing sorting errors.

This utility model belongs to the field of cable lock technology, and particularly relates to a cable telescopic lock. It includes a housing; a winding device disposed within the housing's cavity, comprising a support shaft fixedly installed within the housing, a winding wheel sleeved on the support shaft, an energy storage component disposed between the support shaft and the winding wheel, and a cable wound on the winding wheel; one end of the energy storage component is fixedly connected to the support shaft, and the other end is fixedly connected to the winding wheel; one end of the cable is fixedly connected to the winding wheel, and the other end is provided with a locking tongue; a locking device disposed within the housing, comprising a latch assembly that cooperates with the latch, and a combination lock that drives the latch assembly to open and close. Through the cooperation of the latch, the combination lock, and the latch assembly, the cable length can be quickly fixed and released, meeting the user's flexible needs for different lengths; and the combination lock design improves the device's anti-theft performance, as it can only be unlocked through correct operation, effectively preventing the cable from being accidentally operated or maliciously pulled.

This utility model belongs to the field of magnetization technology, and particularly relates to an automatic magnetization device for arc-shaped magnets. Addressing the problems of existing devices lacking automatic sorting of magnets with incorrect postures and cumbersome width adjustment operations, the following solution is proposed: It includes a base, a vibrating feeder, a magnetization guide rail, a magnetization box, a conveyor box, a pushing component, a return component, and a width adjustment mechanism. The conveyor box contains a belt conveyor I. The return component includes a return box and a belt conveyor II. The pushing component includes a cylinder I, a pushing block, and a photoelectric sensor. The return component also includes a cylinder II, a rejection block, and an industrial camera. The width adjustment mechanism achieves synchronous movement of two limiting plates through a motor, a bevel gear set, a threaded rod, and a connecting plate. This utility model can automatically identify and return magnets with incorrect postures, reducing manual intervention. Furthermore, the synchronous adjustment mechanism allows for rapid adaptation to various magnet specifications, improving magnetization efficiency and equipment versatility.

This utility model provides an automatic recycling device for black soldier fly farming waste, relating to the field of black soldier fly farming technology. It includes a box and a support frame, with a controller and control panel fixedly installed on the side of the box. In this utility model, a placement plate is rotatably connected to the inner side of the top upright plate of the box. The side shaft of the placement plate is driven to rotate by a motor. A positioning plate slidably connected to the surface of the placement plate adjusts the distance via a bidirectional screw and a second motor, achieving automatic dumping and separation of large pieces of residue from the black soldier fly farming waste. Simultaneously, a vibrating motor drives two screen plates to vibrate. Combined with the elastic support of a telescopic rod and a telescopic spring, the vibration effect is enhanced. Screen plate one separates large pieces of residue, which fall into collection box one through a discharge chute and guide plate. Screen plate two separates the fly bodies from the powdery waste. The fly bodies fall into collection box two through a discharge chute and guide plate, thus achieving automatic separation of waste through grading, eliminating the need for manual sorting and improving separation efficiency and accuracy.