9results about How to "Won't happen" patented technology

The utility model discloses vacuum plating structure and vacuum plating equipment, vacuum plating structure includes: two transition chambers, be located between two transition chambers's plating chamber and be used for conveying transmission mechanism of carrier plate, transmission mechanism is located in the transition chamber, and transmission mechanism of one transition chamber conveys carrier plate to transmission mechanism of another transition chamber, so that the area of carrier plate in plating chamber is completely suspended. Transmission mechanism contains a plurality of transmission wheel groups that are arranged at intervals along the carrier plate conveying direction, and the transmission wheel group is composed of a pair of transmission wheels arranged oppositely, and the carrier plate comprises a plate body and two transmission edge frames respectively arranged on both sides of the plate body, the inner top surface of the transmission edge frame is a transmission surface, the transmission surface is placed on the transmission wheel, and the bottom of the transmission edge frame is an open mouth that is downwardly open. The utility model can reduce the film layer deposition of transmission wheel, reduce the probability of dust generated due to transmission transportation, and effectively improve the uniformity of substrate plating.

The application discloses an acid mine drainage treatment system and a use method thereof, and belongs to the technical field of acid mine drainage treatment. The acid mine drainage treatment system comprises an iron removal device, a neutralization device and a control device, and is characterized in that the iron removal device comprises an adjusting pool, an injection pipe arranged at the side end of the adjusting pool, a reaction mechanism arranged beside the adjusting pool, a first conveying mechanism connecting the reaction mechanism and the adjusting pool, an iron precipitation pool arranged beside the reaction mechanism, and a first connecting pipe connecting the reaction mechanism and the iron precipitation pool; the neutralization device comprises a neutralization mechanism arranged beside the iron precipitation pool, a second conveying mechanism connecting the iron precipitation pool and the neutralization mechanism, a neutralization precipitation pool arranged beside the neutralization mechanism, a second connecting pipe connecting the neutralization mechanism and the neutralization precipitation pool, a third conveying mechanism arranged at one side of the neutralization precipitation pool and a siphon mechanism. The application can realize the treatment of acid mine drainage, resource recycling and mine filling.

This invention relates to a fire-resistant, heat-insulating, and thermally insulating composite material, its preparation method, and its application. The composite material comprises an outer layer and an inner layer stacked together, connected by weaving and / or quilting. The outer layer includes a first woven layer made of a first continuous refractory fiber, with a bimetallic hydroxide epitaxially grown in situ on the surface of the first continuous refractory fiber. The inner layer includes a second woven layer made of a second continuous refractory fiber, with flexible aerogel disposed on the surface and / or in the cavities of the second woven layer. The interlayer anions of the bimetallic hydroxide include carbonate and / or bicarbonate ions. This invention utilizes continuous refractory fibers, which are beneficial for flame retardancy, fire prevention, and heat insulation. The bimetallic hydroxide in the outer layer can release interlayer water and hydroxyl water at high temperatures, and the interlayer anions can decompose into carbon dioxide, actively cooling and extinguishing open flames. The flexible aerogel in the inner layer is beneficial for heat insulation. The connection method avoids the use of polymer adhesives, resulting in good air permeability.

This invention discloses a wireless charging testing device, including a horizontally arranged worktable. A multi-coil feeding mechanism, which can be driven to reciprocate on the worktable, is arranged above the worktable along the movement direction of the multi-coil feeding mechanism, with a detection unloading mechanism and a feeding mechanism spaced apart. A feeding platform is arranged on one side of the worktable, corresponding to the feeding mechanism. This invention can replace manual inspection or single machine inspection, realizing batch inspection of coils and improving inspection efficiency and accuracy. This invention is applicable to the technical field of coil inspection in the production of wireless charging devices.

The utility model provides a single crystal oxide centralized collection device, and relates to the technical field of dust removal. The device comprises a stock bin, a negative pressure air draft module communicated with the stock bin, a conveying main pipe communicated with the stock bin, and a high negative pressure dust removal module arranged on the conveying main pipe, the high negative pressure dust removal module comprises a dust removal unit, the dust removal unit comprises a dust remover, the bottom of the dust remover is communicated with an oxide collecting barrel, and the bottom of the oxide collecting barrel is communicated with the conveying main pipe. The oxide collecting barrel is communicated with the conveying main pipe, and the negative pressure air draft module sucks to enable the oxide in the oxide collecting barrel to enter the stock bin through the conveying main pipe. According to the utility model, oxides in the oxide collecting barrel can be automatically collected and cleaned, and the cleaning efficiency is improved.

The utility model discloses a kind of coating machines of preventing material deposition, belong to coating machine technical field, including machine body, the inside bolt connection of machine body has feed tank, and the surface of feed tank is provided with conveying pipe, and conveying pipe feeds machine;The inside rotation of feed tank is provided with connecting shaft, and the surface of connecting shaft is fixedly connected with auxiliary plate;The inside rotation of feed tank is provided with long pin, and the surface of long pin is fixedly connected with stirring vane;The inside movement of feed tank is provided with movable plate.This coating machine of preventing material deposition, in the use process, raw material is added to the inside of feed tank, then the tank cover of feed tank is covered, and at this time, motor can be started, when motor works, drive long pin and stirring vane rotate, play basic stirring function, and in this process, connecting shaft and auxiliary plate are in reciprocating rotation state, play the role of auxiliary stirring, optimize the stirring effect, avoid the deposition of material.

The utility model provides a kind of condenser for steaming furnace and steaming furnace, it includes support, first air passage, second air passage and multiple air ducts, multiple air ducts are fixed on support, the outside of air duct is distributed with fin, the input end level height of air duct is higher than output end, the first air passage is provided with input, and the input of first air passage is connected with the input end of multiple air ducts, the second air passage is provided with output, and the output of second air passage is connected with the output end of multiple air ducts.Cold condenser can be condensed to the steam released by steaming furnace, and the moisture in hot steam is condensed into condensed water after being discharged by air duct, so that the hot steam discharged after being treated by condenser will not be smoke, and will not produce condensed water on wall or object.

This invention relates to the field of automotive parts technology, and discloses an automotive trim component with a transparent, seamlessly integrated lidar sensor and its manufacturing method. The trim component includes: a connected trim body, a mounting frame, and a lidar sensor. The trim body is disposed on the side of the mounting frame away from the lidar sensor and is connected to the mounting frame. The trim body includes a main body and a shielding coating covering the main body, with the shielding coating located on the side of the main body closer to the mounting frame. The main body is made of transparent plastic. The trim body has a lidar window area directly opposite the lidar sensor. A filter layer is provided along the lidar window area on the trim body. The filter layer allows light of a preset wavelength to pass through and filters light of other wavelengths. The advantages of this invention are that the automotive trim component is easy to manufacture, low in cost, and has a neat lidar window boundary.

The application discloses a functional environment-friendly seamless wall cloth, and relates to the technical field of seamless wall cloth.The functional environment-friendly seamless wall cloth comprises a surface cloth, an intermediate layer and a bottom cloth, and the intermediate layer is made of raw materials in mass parts, namely, 60 parts of water-based polyurethane resin, 40 parts of water-based acrylic resin, 15 parts of pigment filler, 5 parts of film-forming aid, 3 parts of mildew inhibitor, 2 parts of tension promoter and 120 parts of deionized water.The functional environment-friendly seamless wall cloth can obviously improve the anti-static capacity of the seamless wall cloth, reduce the adsorption of dust, reduce the pollution of the seamless wall cloth, ensure the quality of people's life, reduce the maintenance frequency of the seamless wall cloth, reduce the generation of harmful gas, be beneficial to people's health, improve the anti-ultraviolet capacity of the seamless wall cloth, make the seamless wall cloth have good anti-ultraviolet capacity, and prolong the service life of the seamless wall cloth.