12results about How to "Improve storage utilization" patented technology

The invention provides a dense warehouse adopting embedded elevators and a storage solution of the dense warehouse, the elevators are embedded between storage bins of the dense warehouse, and guide rails with single paths are arranged on the elevators. According to the elevator, the guide rails can directly communicate with the rails of the storage units of all the layers in the dense warehouse, so that cargoes at the inlet position are directly guided into the elevator through the rails during warehousing, and the cargoes are transferred to the corresponding storage layers to be stored; and during warehouse-out, the goods in the storage layer are directly guided into the elevator through the track and are transferred to the corresponding exit position. On the basis of the embedded elevator, the occupied storage space can be effectively reduced, and the storage utilization rate is increased; and front and rear buffer storage positions are formed by front and rear tracks of the lifting platform, so that on one hand, the planning design of a warehouse-in and warehouse-out line can be simplified, on the other hand, the warehouse-in and warehouse-out efficiency of automatic warehouse space can be improved through linkage scheduling of different walking devices, and the construction cost and the construction period are reduced.

The utility model relates to the technical field of warehousing, in particular to material frame type warehousing equipment. The material storage space is divided into a plurality of material storage holes by the separating parts, the material storage frames are conveyed between the material discharging holes and the material receiving platform by the conveying part, the material taking tongs are driven by the driving part to take and place materials on the material storage frames on the material storage holes, the operation is simple and convenient, the use is convenient, and the storage utilization rate is obviously improved; the detection mechanism detects the position conditions of the storage material frames on the storage holes, the use conditions of the storage holes can be recorded in real time, use is convenient, follow-up arrangement and recording are facilitated, intelligent production line management is achieved, and cost reduction and efficiency improvement are achieved.

The utility model relates to blueberry planting seedling transfer frame field discloses a blueberry planting seedling transfer frame, including accomodation box, the upper portion of accomodation box is provided with accomodation subassembly, accomodation subassembly includes support board, support board hinged in accomodation box's top end near left side position, the inside slide coupling of support board has the adjusting board, the right side of support board extends out to the right of adjusting board, the front surface of adjusting board is equipped with two groups of thread holes, the front surface of support board is close to the right side and is installed with the bolt of screw thread, the top end fixedly connected with fixed frame of support board. In the utility model, through dismantling and putting into accomodation box of multiple groups of partition layer, accomodating adjusting board, rotating and accomodating support board to the top end of accomodation box, after two groups of support board accomodate in the top end of accomodation box, cooperate bolt installation at limiting block, can accomodate the whole transfer frame to the box shape conveniently, reduce the shape size of whole, reduce the space occupied while being convenient for storage, improve the storage utilization.

This application belongs to the technical field of electricity meter manufacturing equipment, and discloses a main control board programmer for smart meters, comprising: a base on which a vertical frame is mounted, with multiple programming positions distributed horizontally on the base, the programming positions being used to limit the main control board to be programmed; a programmer frame rotatably mounted on the vertical frame, with multiple programmers mounted on the programmer frame, the programming connectors of the multiple programmers being mounted on the base and corresponding to the programming positions; a pressing mechanism movably mounted on the vertical frame, the main control board to be programmed being electrically connected to the programming connectors through the pressing of the pressing mechanism; the programmer frame has an unfolded state and a folded state by flipping; in the unfolded state, the left and right ends of the programmer frame protrude from the left and right sides of the base respectively; in the folded state, the left and right ends of the programmer frame are close to the left and right center lines. This solves the problem of large overall width and large space occupation when storing existing technologies with multiple programmers arranged linearly.

The present invention relates to a large-scale time-varying graph storage method and system based on snapshot similarity, the method comprising the following steps: step S1, representing the time-varying graph based on snapshot union and snapshot bitmap; step S2, establishing a time-varying graph database; step S3, updating the time-varying graph database; step S4, loading multiple snapshots into memory based on snapshot union deletion. The method and system are not only conducive to reducing the space required for storing the time-varying graph and improving the storage efficiency of the time-varying graph, but also conducive to reducing the memory space required for loading the time-varying graph and improving the utilization rate of the memory space.

The invention relates to an electric furnace rock wool production waste residue recycling system and method.The waste residue recycling system comprises a residue ball recycling line, a waste wool recycling line and a residue bin, and the residue bin is connected with a rock wool electric furnace through a discharging pipe; the slag ball recycling line is provided with a heavy slag feeding screw, the waste cotton recycling line is provided with a light slag feeding screw, and the heavy slag feeding screw and the light slag feeding screw are each provided with two discharging ports. The slag bin comprises an upper cylindrical bin body and a lower conical bin bottom, and the bottom of the bin bottom is connected with a discharge valve; an annular partition plate is arranged in the bin body and divides the bin body into an inner bin body and an outer bin body, two discharging ports of the heavy slag feeding screw and the light slag feeding screw are connected with the inner bin body and the outer bin body respectively, and each discharging port is provided with a valve. The volume occupied by light slag can be reduced, and the storage utilization rate is increased.

The present invention discloses a control method and device for a transport device, and relates to the field of logistics technology. A specific implementation of the control method for the transport device includes: when it is necessary to transport the items to be picked in the storage area to the workstation for picking, the items to be picked are positioned to determine the target storage device and the target storage part where the items to be picked are located; determine the target temporary storage position of the target storage device in the transfer area and the first transport device; control the first transport device to transport the target storage device from the storage area to the target temporary storage position in the transfer area; determine the second transport device and the target workstation; control the second transport device to transport the target storage part from the target temporary storage position to the corresponding target workstation to complete the picking task of the items to be picked. This implementation can improve storage utilization, picking efficiency, and utilization of the transport device.

The present application belongs to the technical field of biological sample storage, and specifically provides a biological sample storage library. The present application aims to solve the problem that the existing automated storage equipment is prone to sample damage due to tube picking operation in the process of accessing the cryopreservation tube. To this end, the biological sample storage library of the present application comprises a box body, a lifting transfer device, a code scanning device, a tube picking device and a cryopreservation box transfer device. The box body has a storage room, a tube picking room and a sample receiving room. The tube picking room is connected with the storage room. The sample receiving room is above the tube picking room and is connected with the tube picking room through a first inlet and outlet. The sample receiving room is connected with the external environment of the box body through a second inlet and outlet. The lifting transfer device is installed in the sample receiving room. The code scanning device, the tube picking device and the cryopreservation box transfer device are installed in the tube picking room. The tube picking room of the present application is connected with the storage room, so that the temperature of the tube picking room and the storage room is consistent, and the sample will not be inactivated during the tube picking operation, thereby reducing the risk of sample inactivation.

The invention discloses a distributed storage method and system for multi-source heterogeneous infection source data, relates to the technical field of infection source data, and aims to optimize the storage efficiency of infectious disease data by dynamically adjusting a storage strategy. According to the system, efficient storage space utilization is achieved by evaluating historical and real-time data, storage resources are preferentially allocated for high-risk areas, and data redundancy is reduced. The method not only improves the flexibility of storage management, but also provides powerful data support for public health decision making.

This application discloses a time-series data writing method, system, device, and medium, applied in the field of data storage. The method includes acquiring sampling time-series data from multiple consecutive sampling time points for a detection object. The sampling time-series data includes sampling timestamps, sampling measurement value vectors, and sampling metadata. It also involves determining the data type of each sampling time-series data point, including abnormal data, anchor data, and normal fluctuation data; processing the corresponding sampling time-series data based on the data type to obtain target time-series data; and storing multiple target time-series data points hierarchically. This solves the problem in existing technologies where recording all sampling points at a fixed frequency leads to redundant storage of a large amount of slowly changing or invalid data.

The invention provides a method for detecting repeated or similar photos based on an AI image recognition technology, and the method comprises the following steps: step 1, image preprocessing, step 2, image feature extraction, step 3, image similarity calculation, and step 4, result output and display: the method is realized through front-end UIUX design, and a recognition result is visually displayed to a user in a visual manner. According to the method, repeated photos existing in the same or different scenes in the system can be quickly recognized, the authenticity of services is restored, multiple technologies are combined, after a data range is locked and recognition is triggered through screening conditions of different dimensions, an AIP interface calls a model algorithm, and a similarity result is finally output through calculation and analysis, so that the accuracy of the system is improved. And the recognition efficiency of the repeated photos is greatly improved.

The embodiment of the invention provides a robot control method and device, equipment and a storage medium, and the method comprises the steps: obtaining the stacking number of workbins carried by a robot in response to a robot workbin operation instruction; according to the stacking number of the workbins, the target lifting height of the robot is determined; and the lifting structure of the robot is controlled to move in the vertical direction until the objective table of the robot reaches the target lifting height, user operation is facilitated, and various warehousing operation requirements can be met.