9results about How to "Improve counting efficiency" patented technology

The application discloses an integrated full-medicine robot intelligent pharmacy and a use method thereof. The intelligent pharmacy comprises a pharmacy body, a medicine shelf for placing medicines is arranged in the pharmacy body, a plurality of medicine storage baskets are placed on the medicine shelf, an X-axis transmission device moving along an X direction is arranged on one side of the medicine shelf, a Z-axis transmission device is vertically slidably arranged on the X-axis transmission device, a medicine taking and storing device and an electric mechanical hand are arranged on the Z-axis transmission device, a scanning mechanism for identifying the traceability code of the medicines in the medicine storage baskets is arranged on the medicine taking and storing device, a medicine supplementing device and a first medicine dispensing device are further arranged in the pharmacy body, and a second medicine dispensing device is arranged in communication with the outside of the pharmacy body. The electric mechanical hand, the medicine taking and storing device are driven by the X-axis transmission device and the Z-axis transmission device to move to the medicine shelf to take and place the medicines, and the first medicine dispensing device, the second medicine dispensing device and the medicine supplementing device are cooperated to realize automatic identification, dispensing and supplementing of the full medicines, so that the phenomenon of medicine clamping and medicine taking error is avoided.

An automatic counting, checking and collecting device comprises a supporting frame, a material distributing disc is fixed to the supporting frame, a rotating disc is arranged on the material distributing disc, a plurality of fan-shaped grooves with the same size are formed in the rotating disc, a plurality of containing holes used for containing products are formed in the fan-shaped grooves, the containing holes penetrate through the fan-shaped grooves, and the rotating disc is arranged on the supporting frame. A fan-shaped blanking hole corresponding to the fan-shaped groove is formed in the material distributing disc, a driving assembly for driving the rotating disc to rotate is arranged below the rotating disc, and a camera for scanning the number of products is further arranged above the rotating disc; the driving motor drives the rotating disc to improve the counting efficiency and accuracy, the counting scheme that the circular rotating disc tool is combined with the groove is matched with the camera for automatic scanning confirmation, the problems that manual counting is prone to fatigue and inattention are effectively solved, it is ensured that the counting result is accurate, and meanwhile the labor cost and the labor intensity can be reduced.

The application provides a greenhouse armyworm plate pest image acquisition and identification method based on deep learning, and belongs to the technical field of image processing. The method comprises the following steps: obtaining an armyworm plate image through a field acquisition device; performing a pretreatment operation on each initial armyworm plate image to obtain a plurality of sample armyworm plate images; inputting the plurality of sample armyworm plate images into an initial pest detection model, generating a candidate region by using a region proposal network, performing pooling and classification regression on each candidate region to obtain sample pest type and sample pest position information; calculating a region proposal network loss and a classification regression network loss according to the sample pest type and the sample pest position information, and determining total loss information according to the region proposal network loss and the classification regression network loss; inputting a to-be-detected armyworm plate image into a target pest detection model, sequentially passing through a region proposal network and a classification regression network to obtain target pest type and target pest position information.

This utility model relates to the field of food packaging technology, and in particular to a food packaging counting machine, comprising four support rods. Each of the four support rods has an anti-slip pad fixedly connected to its lower end. The upper ends of the two front support rods are jointly fixedly connected to a first machine body, and the upper ends of the two rear support rods are jointly fixedly connected to a second machine body. The rear end of the first machine body and the front end of the second machine body are fixedly connected. A filter assembly is inserted and connected to the upper part of the front end of the first machine body. This food packaging counting machine, through the combination of an inclined collection chamber and a single-particle channel, achieves smooth material conveying. Combined with a counting photoelectric sensor, it senses and counts each passing particle, transmitting the data to the control system in real time. This reduces material accumulation and jamming during conveying, improves counting efficiency, ensures counting accuracy, and reduces packaging rework rates.

The utility model discloses a double-turntable high-speed multinational coin mixed-point counting machine, which mainly comprises a counting machine main body, an operation table, a coin conveying hopper, a main turntable, a coin climbing belt, a multi-slideway coin separating plate, a counterfeit detection sensor and the like. Coins of different specifications enter corresponding slideways in the coin separating plate, fall into a coin bin after being screened by an active coin kicking electromagnet, and are subjected to authenticity detection by an authenticity detection sensor, so that accurate counting is ensured, a double-turntable structure is adopted by the counting machine, a coin conveying and separating system is optimized, the counting speed is greatly increased, and the counting efficiency is improved. The coin counting device can meet the requirement for rapid mixed-point counting of a large number of coins, has the capacity of classifying and processing coins of multiple counts, is reasonable in structure and easy and convenient to operate and maintain, and effectively improves the efficiency and accuracy of coin counting work.

The application discloses a kind of pig count method and system, belong to pig breeding technical field, including the following steps: S1: obtaining image;S2: image clipping;S3: algorithm processing;S4: information integration.The application can conveniently count the data volume of the pig in the pig crowded condition by using the rotating target detection network in combination with the semantic segmentation network, while reducing the computing cost, improving the counting efficiency, improving the user experience, solving the problem that the traditional target detection algorithm has low counting accuracy in the pig crowded condition, and the instance segmentation algorithm can better handle the pig crowded condition, but the computing cost is high, time is long, and the data annotation cost is extremely high, and is worth popularization and use.

The application discloses a control method and device of a winding machine and a readable storage medium, and relates to the technical field of equipment control. The control method of the winding machine comprises the following steps: before the winding machine performs coil winding on an iron core, determining a first winding turn number corresponding to the iron core; according to the first winding turn number, determining a second winding turn number corresponding to the iron core, wherein the second winding turn number is smaller than the first winding turn number; in the process of controlling the winding motor to drive the iron core to rotate at a first rotating speed to perform coil winding on the iron core, detecting the number of coils wound on the iron core by controlling a counter and a photoelectric switch; under the condition that the number of coils wound on the iron core is greater than or equal to the second winding turn number, controlling the winding motor to drive the iron core to rotate at a second rotating speed, wherein the second rotating speed is smaller than the first rotating speed; and under the condition that the number of coils wound on the iron core is greater than or equal to the first winding turn number, controlling the winding motor to stop working. The application improves the production efficiency of the winding machine.

This invention discloses a transient classification and processing method and system for nuclear power units. It performs initial classification of transients generated by nuclear power units, and conducts secondary discrimination for transients that cannot be classified into the corresponding category. For unclassified transients, it provides classification suggestions for design transients. If the alternating stress intensity of each key component is less than the corresponding material fatigue limit, the unclassified transient is classified as a suggested design transient. Otherwise, further judgment is needed for the key components that do not meet the conditions. If the fatigue service factor caused by the unclassified transient is less than the fatigue service factor caused by the suggested design transient, the unclassified transient is classified as a suggested design transient. The transient classification and processing method and system provided by this invention classifies unclassifiable operational transients by evaluating the fatigue damage to mechanical components caused by the transient, greatly improving the efficiency of current transient classification and counting.