23results about How to "Solve the low detection efficiency" patented technology

This utility model discloses an automatic bidirectional angle-finding mechanism, relating to the field of angle adjustment technology. The automatic bidirectional angle-finding mechanism includes an adjustment module, a spacing adjustment device, and a detection module. The adjustment module includes a lateral adjustment device, a height adjustment device, and clamping components. A height adjustment device is located at the front end of the lateral adjustment device and is connected to it in a transmission manner. Multiple sets of clamping components are located at the front end of the height adjustment device and are assembled and connected to it. Each set of clamping components contains a product. A spacing adjustment device is located at the upper end of each clamping component, and a detection module is located at the upper end of the spacing adjustment device. This solution addresses the problem of low detection efficiency.

The utility model discloses a cigarette suction resistance detection device relates to cigarette sample detection technical field. The detection platform of this cigarette suction resistance detection device includes the bottom plate and the vertical plate who is perpendicular to the bottom plate, and the switching mechanism includes switching motor and switching disc, and switching motor installs in the one side of vertical plate, and its output shaft passes through vertical plate and is connected with switching disc, and the periphery interval of switching disc is equipped with a plurality of placing storehouse for placing cigarette sample. A plurality of limiting mechanisms are set up on a plurality of placing storehouse one to one, and are used for selectively limiting or releasing the cigarette sample in the corresponding placing storehouse. A plurality of detection mechanisms are arranged at intervals on one side of switching disc, and a plurality of detection mechanisms correspond to a plurality of placing storehouse one to one. The positioning mechanism is located on the bottom plate and is located on the side of switching disc away from the detection mechanism. Switching motor drives switching disc to rotate, and through the cooperation of positioning mechanism and one detection mechanism, the cigarette sample in the corresponding placing storehouse is sealed and fixed, so as to carry out suction resistance detection to the cigarette sample in turn.

This utility model provides a valve core airtightness testing device, belonging to the field of valve core airtightness testing technology. It includes a body with multiple sets of fixed frames fixedly connected to it. Telescopic rods are fixedly connected to the fixed frames, and connecting plates are fixedly connected to the telescopic ends of the telescopic rods. An upper mold is fixedly connected to the connecting plate. A support block, installed directly below the upper mold, is also fixedly connected to the bottom of the fixed frames. A rotating plate is rotatably connected to the support block, and multiple sets of lower molds are fixedly connected to the rotating plate. This utility model features multiple sets of lower molds, allowing multiple valve cores to be placed on them. During valve core testing, the rotating plate rotates due to the action of rotating components, which in turn drives the multiple sets of lower molds to rotate, causing the valve cores to switch. The tested valve core is rotated to the side of the valve core to be tested, thus eliminating the need to remove and place a new valve core during testing, improving testing efficiency.