30results about How to "Help to distinguish" patented technology

The invention discloses a socket which comprises a plate body and plate covers and is characterized in that the socket is composed of a multi-jack socket and identification holes, the identification holes are arranged in the side of the socket, and the two foldable plate covers can cover the socket so as to prevent dust from entering the socket when the socket is not in use and prolong the service life of the socket. The socket has the characteristics of being simple and delicate, easy to distinguish identifiers, convenient, practical and the like.

The invention relates to an object inspection system for object abnormity inspection. The object inspection system comprises illumination equipment which is configured to irradiate an object to be inspected and camera equipment which is configured to carry out image shooting on the object to be inspected under the irradiation of the illumination equipment. The illumination device comprises a curved surface light cover and a plurality of monochromatic visible light sources, wherein the curved surface light cover has a concave curved surface which is arranged to face the object to be inspected;the plurality of monochromatic visible light sources are arranged on the concave curved surface of the curved surface light cover and are used for irradiating the object to be inspected; and the positions of the plurality of monochromatic visible light sources and the shape of the concave curved surface can make irradiation light formed by monochromatic visible light emitted by the plurality of monochromatic visible light sources in a predetermined illumination range irradiate the object to be inspected, and the illumination deviation of the irradiation light does not exceed 10%. The object inspection system can acquire a clear object image, and whether the object to be inspected is abnormal can be determined based on the object image.

The invention discloses a packing carton forming machine. The packing carton forming machine comprises a base, a first transmission mechanism and a box body forming device, wherein the first transmission mechanism includes an incomplete gear arranged on the left side of a first vertical plate and parallel to the first vertical plate, and a driving mechanism for driving the incomplete gear to rotate; the box body forming device includes a forming mold and a bottom sealing device; the forming mold includes a left mold, a box folding shaft, a main gear, a box folding rod and a limiting rod; the bottom sealing device includes a second vertical plate, two pairs of bottom sealing gears, four bottom sealing plates, a rack and a second transmission mechanism; the second transmission mechanism is connected with the in complete gear and an eccentric wheel mechanism; and the transmission relation of the second transmission mechanism is set as follows: when the incomplete gear is engaged with the second transmission mechanism and rotates by half cycle, the eccentric wheel mechanism drives the rack to move from the leftmost side to the rightmost side and to move to the leftmost side. The packing carton forming machine is small in size and light in weight, and can form paper cartons with different length sizes.

The invention discloses an intersatellite laser interference frequency planning simulation and verification system for time series intensive learning. The system includes: a laser interference optical platform group, a storage component, and a display terminal; wherein, the laser interference optical platform group includes six laser interference devices with the same structure. The optical platform, every two platforms is a pair, adjusts the frequency and phase of the laser in real time according to the frequency planning scheme, and shifts the frequency of the incident laser according to the Doppler interference frequency information to simulate the satellite in space due to Doppler The interference caused by the phenomenon; the storage component is used to store the pre-established and trained decision-making model, the frequency planning scheme determined by the decision-making model, corresponding to the Doppler interference frequency information at each moment of the experiment, and stored in the experiment. The selected frequency planning scheme; the decision-making model is trained by time-series retrospective reinforcement learning method; the display terminal is used to display Doppler interference frequency information and laser beat frequency information in real time.