9results about How to "Reduce manual steps" patented technology

This invention provides a microcrystalline glass lens polishing device with automatic cleaning, relating to the technical field of machine tools or devices and accessories designed for grinding or polishing optical surfaces on lenses and other workpieces with similar shapes. Through the aforementioned configuration of liquid bladders, limiting frames, liquid inlets, and gas inlets, this invention enables the pressure control system to adjust the hydraulic pressure of each liquid bladder according to feedback from the pressure sensor array during microcrystalline glass lens polishing. This ensures a uniform and adjustable pressure distribution of the grinding layer on the curved surface of the microcrystalline glass lens, solving the problems of traditional rigid polishing heads being unable to adapt to the curved contours of microcrystalline glass lenses and unable to compensate for uneven pressure in real time. It achieves independent zoned control of polishing pressure. Simultaneously, by alternately or simultaneously introducing cleaning and polishing fluid through the liquid inlets, combined with the blowing and draining function of the gas inlets, automatic cleaning and media switching are achieved during the polishing process, improving the surface flatness of the microcrystalline glass lens and reducing manual intervention steps.

The utility model discloses an ultrasonic cleaning device with automatic discharge. The ultrasonic cleaning device, including: cleaning tank body, it has the chamber of containing cleaning fluid, and it is the open structure of upper end, be equipped with ultrasonic generator on the cleaning tank body, cleaning platform, it can be suspended in the chamber of cleaning tank body and be used for bearing the product to be cleaned, buoyancy limiting mechanism, be located in the chamber of cleaning tank body, be used for limiting product position in the cleaning process, push material device, be configured as when cleaning is completed and the cleaning platform rises to the set discharge height, push product and realize automatic discharge and separate the cleaning platform, controller, ultrasonic generator, the lifting actuating mechanism of cleaning platform, push material device respectively with controller electricity is connected. The ultrasonic cleaning device with automatic discharge in the application can be used for the automatic cleaning of medicine basket, and can be used in the whole process of automatic cleaning of medicine basket.

The invention discloses an anti-vibration grinding machine base structure, and belongs to the technical field of grinding machines. An anti-vibration grinding machine base structure comprises a supporting base, a control table is connected to one side of the upper end of the supporting base, and through cooperation of a third circular guide rod in a tail fixing assembly and a fourth reset spring, when grinding force is increased instantaneously, through axial sliding of a third sliding block and deformation of the spring, the grinding force can be adjusted; the transverse moving assembly and the vertical moving assembly both adopt the double-elasticity design of a reset spring and a third reset spring, high-frequency vibration generated by high-speed rotation of the grinding wheel and low-frequency impact caused by cutting force fluctuation can drive a second sliding block to slightly move along a circular guide rod through a rectangular moving block, and therefore the grinding wheel is driven to rotate in the axial direction. The springs are alternately compressed and stretched, vibration energy is dissipated through internal friction, meanwhile, a fifth reset spring of the fixing assembly is matched with elastic attachment of a semi-arc fixing block, local micro vibration of the workpiece can be absorbed, and multi-stage attenuation of radial vibration is achieved.

This application provides a testing method, apparatus, device, and storage medium, relating to the field of computer technology. The method involves: responding to a test execution request triggered by a target object, obtaining a list of test cases; performing the following operations for each test case in the list: initiating an interface request to a preview machine based on the interface request data corresponding to a test case, obtaining the execution result corresponding to a test case, verifying the execution result, and determining the test result of a test case; wherein the preview machine is a test environment with configuration parameters consistent with the online environment mirror; generating a result report based on the test result of each test case, and sending the result report to the target object. This allows for automated testing without affecting real users and business operations, achieving testing completion in a single operation, reducing operation time, and lowering the error rate due to human error.

This utility model discloses an automotive battery box inspection fixture, including a frame with material inlets at both ends and windows on both outer walls. Multiple rollers are mounted inside the frame via bearings. A mounting shell is bolted between the two inner walls of the frame, and a groove is formed on one outer wall of each mounting shell. An adjustment assembly, including two cylinders, is located inside the mounting shell. This utility model integrates rollers, a rotary table, a pressure plate, a distance measuring module, and left and right measuring components into one unit, achieving automatic conveying, automatic positioning and clamping, automatic height measurement, and automatic rotation of the battery box. This completely changes the existing technology's reliance on manual operation, automating and integrating the conveying, positioning, clamping, multi-dimensional measurement, and rotation re-inspection processes. This greatly reduces manual intervention and operation time, significantly improving inspection efficiency and consistency, meeting the needs of mass production, and contributing to improved inspection efficiency.

The utility model discloses a sample mixing device and an automatic sample feeding and diluting system, insertion holes for placing sampling test tubes are uniformly distributed on the circumference of a turntable of the sample mixing device, and the turntable is driven by a stepping motor I to intermittently rotate so as to sequentially convey the sampling test tubes to sampling positions; a uniform mixing mechanism for driving the corresponding sampling test tube to rotate is arranged at the sampling position and comprises an upper magnetic body and a lower magnetic body; the lower magnetic body comprises a lower base body installed on the stepping motor II, and an N-pole permanent magnet and an S-pole permanent magnet are arranged in the lower base body. The upper magnetic body comprises an upper base body mounted at the lower end of the rotating shaft, an S-pole permanent magnet and an N-pole permanent magnet are arranged in the upper base body, a shaft body of the rotating shaft is mounted in a bearing, the bearing is mounted in each insertion hole, and the upper end of the rotating shaft is connected with a test tube seat sleeve arranged in each insertion hole; a magnetic coupling distance of 0.3 mm to 1.2 mm is kept between the upper base body and the lower base body; the automatic sample injection and dilution system comprises a sample mixing device, a sampling mechanism and a cleaning mechanism.

The utility model relates to the technical field of cylinder wine box processing, propose cylinder wine box upper bottom cover device, including mounting seat and backing pad, backing pad is connected with mounting seat, the top of backing pad is connected with a plurality of connecting rods, the top of a plurality of connecting rods is connected with work disc, four slide grooves are set up on work disc, the inner side of slide groove is slidably connected with slide post, the top of slide post is connected with limit post, the bottom of slide post is connected with first connecting block, the first connecting block is rotatably connected with connecting plate, the other end of connecting plate is rotatably connected with second connecting block, the bottom of work disc is installed with first electric push rod, and the output of first electric push rod is connected with adjusting block, four second connecting blocks are connected with adjusting block, the cylinder wine box upper bottom cover device realizes full process automation through motor, second electric push rod and sucking disc cooperation, reduces artificial, and efficiency adapts batch production, can flexible adaptation multi -specification, reduces the flexibility of the cost, can also reduce the labor intensity, production risk and work piece damage.

The embodiment of the invention provides an equipment access control method and device, electronic equipment and a storage medium, and the method comprises the steps: determining a to-be-transmitted control signal from a signal protocol library according to the equipment information of to-be-accessed equipment in response to an access instruction for the to-be-accessed equipment; sending the to-be-sent control signal to the to-be-accessed device; detecting a feedback state of the to-be-accessed device; determining virtual driving information in combination with the feedback state and the to-be-sent control signal; and executing the virtual drive information to access the device to be accessed. According to the embodiment of the invention, the virtual drive information of the to-be-accessed device is determined in an active detection and learning mode, autonomous discovery, identification and access of the to-be-accessed device are realized, manual intervention is not needed, and the access efficiency and the user experience are improved.

The utility model relates to a year ring frying pan with hidden hook, and the characteristics are including year ring frying pan, handle, mounting block, hook, operating plate and retraction subassembly, and the year ring frying pan is connected with handle, and the handle end part is opened with cavity, and the cavity is slidably connected with mounting block, and the mounting block end is connected with hook, and the handle pipe wall is slidably connected with operating plate, and the one end of operating plate passes through handle pipe wall and is rotatably connected with mounting block, and the cavity inner end is provided with retraction subassembly between mounting block, and retraction subassembly is used for pulling mounting block and hook to the cavity, and the advantage is that the cavity of handle end part is opened and slidably connected with mounting block, makes hook completely accomodate in the cavity when not using, avoids protruding from handle external contour, thereby realizes hidden design, eliminates the risk of touching, bruise or collision caused by hook protruding when cooking operation, and improves operation safety.