6results about How to "Increase shipping costs" patented technology

The utility model relates to a folding fixing device of orchid cultivation frame, including fixed plate, fixed plate is provided with two, still including two support bars of setting in the lower extreme of fixed plate, the lower extreme mounting of support bar has universal wheel, the lower extreme of two fixed plates is provided with width adjusting assembly, the upper end of fixed plate is provided with height adjusting assembly, installs locking assembly on height adjusting assembly, width adjusting assembly is used for adjusting the overall width of cultivation frame, height adjusting assembly is used for adjusting the overall height of cultivation frame, locking assembly is used for locking the height of current cultivation frame, the novel adoption three -level nested sliding structure, cooperation positioning hole and locking mechanism, realize height multistage adjustment, and through the thread transmission cooperation knob control width adjustment of screw and screw cylinder, satisfy different orchid varieties in different growth period's space demand.

The application discloses a slag ladle conveying track, a slag ladle slow cooling system and a slag ladle distribution method, mainly through setting empty ladle tracks and full ladle tracks, and through rotary switches and slag discharge port switches, one-way circulation conveying of empty ladles and full ladles is realized, without the need of avoiding and waiting, the rapid circulation of the slag ladles can be realized, and the conveying efficiency of the slag ladles is improved. The main technical scheme of the application is as follows: a slag ladle conveying track, the empty ladle tracks and the full ladle tracks are arranged in parallel and at intervals, the rotary switches are respectively communicated with the empty ladle tracks and the full ladle tracks, the first slag discharge port switches are respectively communicated with the empty ladle tracks and the full ladle tracks, and the second slag discharge port switches are respectively communicated with the empty ladle tracks and the full ladle tracks; the front ends of the empty ladle tracks and the front ends of the full ladle tracks are respectively used for extending to the first slag discharge port and the second slag discharge port, the first slag discharge port switches and the second slag discharge port switches are closer to the slag discharge ports than the rotary switches, and are arranged in the form of X. The application is mainly used for conveying the slag ladles.

This invention provides a vacuum composite LNG cryogenic pipeline, comprising four functional layers from the inside out: an inner composite pipeline layer, a vacuum layer, an outer composite pipeline layer, and an outer sheath layer. The inner composite pipeline layer consists of an inner spiral wire layer, a sealing layer, a braided layer, another sealing layer, and an outer spiral wire layer, arranged sequentially from the inside out. The vacuum layer is formed by an annular area between the inner and outer composite pipeline layers, supported by an insulating gasket ring, providing vacuum insulation. The outer composite pipeline layer consists of inner and outer spiral wire layers as its innermost and outermost layers, a sealing layer as its second layer, and a braided layer as its third layer. The outer sheath layer comprises an outer sheath. This invention offers superior bending flexibility and low bending stiffness, making it less prone to fatigue damage under external tensile and bending cyclic loads. It also provides excellent insulation, more rational stress transmission in cryogenic pipelines, and a wider range of applications.

The utility model discloses a kind of slipform machine water replenishing trowelling mechanisms, including slipform machine, the tail of the slipform machine is dragged with trowelling plate by traction piece, main spraying assembly that the slipform machine is equipped with is sprayed to forward ground, counterweight water tank is equipped on the trowelling plate, vice spraying assembly is equipped on the counterweight water tank, the spraying plate between the tail of slipform machine and trowelling plate is included in the vice spraying assembly, the lower end of the spraying plate is equipped with multiple water outlets distributed along concrete paving direction, the slipform machine is equipped with the water replenishing piece being communicated with counterweight water tank, the water replenishing piece is the counterweight water tank to maintain its weight with water replenishing.The utility model can wet ground before paving, avoid concrete to form hidden crack due to lower layer water loss speed too fast, and can water replenish to the concrete of paving, improve trowelling effect.

The present application relates to the technical fields of hydrogen production reaction device, in particular to a fuel cell power supply equipment based on hydrolysis hydrogen production unit, which comprises a shell, a reaction mechanism and a separation and purification mechanism are arranged in the shell; the reaction mechanism comprises a raw material liquid inlet tank and a fuel tank, both of which are connected through a first pipe body, and a peristaltic pump is arranged on the first pipe body; the separation and purification mechanism comprises an impurity separator, a drying and condensing mechanism and a dehumidifier which are sequentially connected through a second pipe body, a decontamination mechanism is arranged in the impurity separator, a dehumidification mechanism is arranged in the dehumidifier, the dehumidifier is connected with the fuel cell through a third pipe body, and a hydrogen buffer tank is arranged on the third pipe body; the fuel cell is connected with the raw material liquid inlet tank. The present application adopts a modular hydrogen production unit design, constructs an easy-to-disassemble fuel cell hydrogen supply system, and uses an on-site hydrogen production mode to stably and durably supply hydrogen for the fuel cell, which breaks through the limitations of hydrogen production and storage difficulties and high transportation cost.