4results about How to "Adjust the speed" patented technology

The utility model relates to the technical field of shower head, this one kind difference force rotary formula shower head, including the shunt pipe, the bottom of shunt pipe is provided with rotating mechanism, the symmetry is provided with the connecting platform on the shunt pipe, install the water jet pipe on the connecting platform, be provided with the water outlet on the water jet pipe, be connected with the shunt frame through screw thread on the water jet pipe, be provided with the water distribution needle on the shunt frame, be provided with the rotary force adjusting mechanism on the water jet pipe, the utility model, rotating mechanism and water jet pipe all are connected through screw thread on the shunt pipe, constitute the shower head structure of assembly type, can independently replace partial accessory, shunt pipe, water jet pipe and rotating mechanism all are prepared with nylon material, are lighter and rust easily, reduced manufacturing and use cost, the water flow is divided by the water distribution needle in the water jet process, improved the atomization effect when spraying, can adjust the rotary moment of shower head under the condition of not replacing accessory through the rotary force adjusting mechanism of setting, play the effect of adjusting the rotational speed of shower head.

The application discloses a kind of based on continuous production silicon-carbon negative electrode material of gas deposition method system and method, characterized by including from top to bottom sequentially connected first silane gas deposition reactor, second silane gas deposition reactor, reaction product spiral air cooler and reaction product spiral water cooler, the top of first silane gas deposition reactor is connected with graphite feed bin, the bottom of reaction product spiral water cooler is connected with product bin;Hydrogen cylinder is connected with reaction product spiral air cooler and reaction product spiral water cooler respectively, nitrogen cylinder is connected with second silane gas deposition reactor and reaction product spiral water cooler respectively, silane cylinder is sequentially connected with the upper gas inlet of second silane gas deposition reactor by gas heat exchanger and gas preheater, the upper gas outlet of second silane gas deposition reactor is connected with the upper reflux port of first silane gas deposition reactor, advantage is to realize the uniform deposition of deposition source on substrate, and realize continuous production.

This invention discloses a modular battery swapping cabinet, belonging to the field of battery swapping equipment. It includes a battery compartment, a sealed door, and an induction chamber located on top of the battery compartment. The battery compartment is equipped with a dehumidification device, comprising an electrical control unit, a cleaning unit, a lifting unit, and an auxiliary unit. The dehumidification device utilizes a humidity sensor for intelligent linkage control and is paired with a micro heat pump for both dehumidification and preheating, as well as energy conservation and environmental protection. The cleaning unit, with its hollow functional plate and elastic support rod, provides rigid support for the absorbent cloth while adapting to the uneven structure of the battery terminal face. Combined with a wave-shaped groove and rollers, it performs reciprocating wiping, efficiently removing surface rainwater and dirt, eliminating charging safety hazards such as short circuits and leakage. The micro heat pump assists in dehumidification and drying the absorbent cloth, and can also preheat the battery in low-temperature environments. The lifting mechanism allows for easy obstacle avoidance, ensuring smooth entry into the compartment. The overall system has a high degree of automation, adapting to various working conditions such as humidity and low temperatures, effectively improving the practicality of the device.

The utility model discloses a crushing device for measuring the fluorine content of bio-based materials, which comprises a crushing box body, a motor, crushing rollers and gear sets meshed with each other, the upper end of the crushing box body is fixedly connected with a feeding box, and the left side and the right side in the feeding box are respectively connected with a baffle plate for adjusting the feeding speed in a hinged manner; a screening drawer is arranged at the lower end of the crushing box body and moves left and right at the lower end of the crushing box body, and meanwhile a screen is arranged at the lower end of the screening drawer. According to the crushing device for measuring the fluorine content of the bio-based material, the baffle is turned over on the feeding box, so that the size of an opening in the lower end of the feeding box can be adjusted, the feeding speed of the bio-based material in the feeding box is adjusted, feeding is prevented from being too fast or too slow, and after crushing is completed, the feeding speed of the bio-based material is adjusted. And through the arrangement of a screening drawer and a screen, the crushed bio-based materials can be conveniently screened, and the size uniformity of the bio-based materials is improved.