5results about How to "Reduce transfer costs" patented technology

The present application relates to a kind of transfer method of metal electrode, the method includes: depositing metal electrode on polydimethylsiloxane film, metal electrode on polydimethylsiloxane film is adhered and is attached to target substrate using flexible adhesive layer, remove flexible adhesive layer, metal electrode transfer can be completed.Just because the surface energy of polydimethylsiloxane film is low, and adhesion is weak, therefore metal electrode can be completely adhered by flexible adhesive layer, and will not remain on polydimethylsiloxane film, ensure the integrity of metal electrode transfer, improve yield, and because polydimethylsiloxane material is low in price, therefore reduce transfer cost, so as to realize while giving consideration to high yield and low transfer cost.

The present application belongs to the technical field of wind-solar energy storage, and particularly relates to a wind-solar energy storage device for use at a high position of a tower, comprising a fixed plate one, a fixed plate two rotatably connected to the rear end of the fixed plate one, the fixed plate one and the fixed plate two having an open and closed state, the fixed plate two being provided with an energy storage box, the fixed plate one being provided with a mounting seat, the top of the mounting seat being provided with an air inlet cylinder, the air inlet cylinder being provided with air inlets around, the air inlet cylinder being provided with triangular columns around, the triangular columns being provided with a pair of solar panels. The wind from different directions can blow to the power generation blades through the air inlets, improving the wind energy utilization rate. The solar panels, power generation blades and energy storage device are cooperated to store electric energy. The control driving motor is used to rotate the worm, worm gear and full gear. The wind-solar energy storage device can automatically and quickly ascend and descend, and manual climbing to a high position is not needed for maintenance. After the maintenance is completed, the wind-solar energy storage device can quickly recover, effectively improving the maintenance work efficiency.

The utility model discloses a vertical and horizontal integrated flash tester in the field of flash tester, this flash tester includes frame, and the middle part of frame is equipped with the measuring station for placing workpiece, and the measuring station is connected with the frame through the bottom base and can rotate horizontally relative to the base, the left end of measuring station is equipped with light source end, and the light source end contains the bottom light source of horizontal setting, is used for projecting light to the measuring station, the right end of measuring station is equipped with first detection end, and first detection end contains the first camera lens of horizontal, the first mobile module of driving this lens horizontal movement, and first camera lens periphery is equipped with the first diaphragm of projecting light to the measuring station, the top of measuring station is equipped with second detection end, and second detection end contains the second camera lens of vertical, the second mobile module of driving this lens lifting movement, and second camera lens periphery is equipped with the second diaphragm of projecting light to the measuring station. This flash tester is compatible vertical and horizontal detection structure, and can complete horizontal and vertical direction detection once, simplifies the operation process, and significantly improves the detection efficiency.

The application discloses a logistics cost management method and system based on shared storage resources, comprising the following steps: step one: collecting original actual operation data of each warehouse in the shared storage platform, and performing time alignment and correction processing; step two: establishing a shared storage resource network diagram; step three: obtaining multiple complete cost occurrence paths, calculating various logistics costs, and obtaining a logistics cost set; step four: inputting the shared storage resource network diagram and the logistics cost set into an improved Graphormer model, obtaining a storage cost time sequence attention result through a resource occupation coding module, a cost connection enhancement module and a storage time sequence attention module; and step five: extracting a high-cost conduction risk path according to the storage cost time sequence attention result, calculating a shared warehouse comprehensive cost, and obtaining a shared storage resource reallocation scheme. The improved Graphormer model is used to realize intelligent reallocation of shared storage.

This invention relates to a high-strain pile testing device. A foundation base can move a guide frame. A hammer is suspended inside the guide frame via a self-detaching clamp, which is connected to the load-bearing fixed beam of the guide frame via an automatic pin device. A slide rail is provided inside the guide frame, and the slide rail slides in conjunction with the hammer's groove. During testing, the hammer is directly opposite the pile testing hole on the foundation base. This pile testing device can move the guide frame via the foundation base to transfer the high-strain pile testing device to the next testing point. During the transfer, the guide frame can be folded to reduce travel space, adapting to situations with supporting beams in the foundation pit. It also eliminates the need for a large truck crane for transfer, making it more adaptable to different sites. Furthermore, the sliding engagement of the slide rail and groove ensures that the hammer does not deviate during ascent and descent, thus solving the problem of eccentric hammer impact during lifting and lowering.