7 results about "Improper storage" patented technology

The application relates to a kind of warehouse position and material receiving and delivering system.Warehouse position is provided with positioning unit, detection unit and control unit;Positioning unit has material storage area;Detection unit is located outside material storage area and includes first sensor, second sensor and third sensor, first sensor can detect whether material storage area is placed with tray, second sensor can detect whether tray is stored in place, third sensor can detect whether material is placed on the tray;Control unit can drive trolley to take material from material storage area or put material to material storage area based on the detection results of first sensor, second sensor and third sensor.The warehouse position, control unit can judge the state of warehouse position based on the detection results of detection unit, so as to drive trolley to take material or put material, the whole process does not need personnel intervention, can realize automatic operation material, and also avoid the risk of collision between tray and AGV forklift due to improper storage, reduce loss.

The utility model discloses a temperature control medicine box relates to medical instrument technical field, wherein, temperature control medicine box includes casing, refrigerating plant and control module, casing forms at least one first storage box and at least one second storage box, and the opening of each first storage box and each second storage box all covers and is equipped with the cover that can open and close, refrigerating plant, set up in casing, and use to refrigerate each first storage box, the utility model provides technical scheme in, when the temperature in first storage box exceeds the preset temperature threshold value, control module can adjust refrigerating plant to adjust its refrigeration temperature. The temperature control medicine box has realized the temperature zoning management to the medicine, has placed the medicine of different storage conditions in different areas and realized the storage, avoided the medicine because of the improper storage environment and reduced or lost the medicinal property, influenced the treatment effect and patient safety.

The utility model discloses a bearing forge piece storage device with classification function belongs to bearing storage technical field, it includes the protection cover, is equipped with the base in the protection cover, the base top is equipped with a plurality of bearing storage holes, the bearing storage hole is fixedly installed with clamping device, the clamping device includes the fixed link, two fixed blocks are fixedly installed in the through groove of fixed link, the through groove of fixed link is equipped with three even equidistance pin shafts. This bearing forge piece storage device with classification function has quick fixing and convenient taking and placing function, avoids extrusion or collision to the outer surface of forge piece, reduces the surface scratch, deformation quality problem etc. due to improper storage, and the clamping device of different sizes on the base can make different specifications of bearing forge piece classify, realizes bearing forge piece according to the specification classification, ordered storage, flexible adaptation multi -specification, classification and fixed integration.

This invention discloses an intelligent warehouse scheduling system based on edge computing, relating to the field of logistics warehouse management technology. The invention includes a storage rack with a scheduling mechanism on one side. The storage rack has shelves inside, allowing staff to input commands through the system, reducing tedious manual handling and height adjustments. This reduces labor intensity and improves staff efficiency. Electromagnetic force controls the tilt angle of the shelves, ensuring precise positioning and tight stacking of goods. This not only improves space utilization but also reduces the risk of goods falling or breaking due to improper storage, minimizing losses. Edge computing enables the system to analyze and optimize operations in real time, reducing human error. For example, common problems in traditional warehouse management, such as forklift collisions and falling goods, can be effectively avoided through automated and precise scheduling, thus improving operational safety.

This utility model provides a lifesaving equipment storage and management device, belonging to the field of equipment storage technology. The device includes two symmetrically arranged cuboid storage units. A longitudinal partition is fixedly connected to the axis of symmetry inside each storage unit. Multiple transverse partitions are fixed between the sidewalls of the longitudinal partitions and the sidewalls of the storage units. The partitions are fixedly connected to the longitudinal partitions and the inner walls of the storage units. A hanging area is formed between the longitudinal partitions and the storage units. A stacking area is formed between the transverse partitions, the storage units, and the longitudinal partitions. A shoe storage area is formed between the partitions, the storage units, and the longitudinal partitions. A roller shutter door is slidably connected to the storage units via a slide rail. The roller shutter door is used to shield the various sections inside the storage units. An air purifier is installed inside the storage units to purify the air inside. This utility model can solve the problem that improper storage of existing lifesaving equipment easily leads to mold growth and odor.

A hydraulic cylinder turning-over and axle dismounting method for an accident door, which comprises the steps of preliminary evaluation and scheme planning, special tool assembly, hydraulic cylinder step-by-step dismounting, axle precise separation, hydraulic cylinder turning-over adjustment, and component cleaning and storage, effectively solves the problems of complex operation, low efficiency and insufficient safety in the prior art; through preliminary evaluation and scheme planning, the orderly progress of the dismounting and turning-over process is ensured; the assembly of the special tool provides necessary support and assistance for subsequent operation; the implementation of the hydraulic cylinder step-by-step dismounting and axle precise separation steps avoids damage to the components and improves the dismounting efficiency; the control of the hydraulic cylinder turning-over adjustment process ensures the safety and stability of the turning-over process; and the implementation of the component cleaning and storage step ensures that the dismounted components will not be damaged due to improper storage, and provides convenience for subsequent installation and maintenance.

This utility model relates to the field of sheet material processing technology and discloses a sheet material processing device for fiberglass products. It includes a support frame one, with a rotating roller rotatably connected inside the support frame one. A conveyor belt is provided on the outer wall of the rotating roller. A sliding groove is opened inside the support frame one. A trimming assembly is provided at one end of the support frame one. The trimming assembly includes saw teeth, which are located at one end of the support frame one. A second support frame is fixedly connected inside the support frame one, and a motor one is fixedly connected inside the second support frame one. The output end of the motor one is fixedly connected to the saw teeth. In this utility model, through the trimming structure, when the width of the finished product is inconsistent after compaction due to improper feeding or compaction, making it difficult to store uniformly, or when a desired width needs to be set first, the distance between the two saw teeth can be adjusted by a cylinder, and the motor can be started to trim the product, thereby improving the situation where product damage is caused by improper storage.