32results about How to "No need to consume water resources" patented technology

The invention provides wet etching equipment. The wet etching equipment has a function of removing etching liquid crystal outside an etching chamber, and comprises the etching chamber and a spray pipe, wherein a film to be etched is etched through etching liquor inside the etching chamber; an etching chamber inlet is formed in the front end of the etching chamber; an etching chamber outlet is formed in the rear end of the etching chamber; the spray pipe is arranged below the etching chamber inlet and / or the etching chamber outlet, and can be towards to the upper part to spray liquid, so as to clean etching liquid crystal formed at the etching chamber inlet and / or the etching chamber outlet. The wet etching equipment adopts the spray pipe to spray the etching chamber inlet and the etching chamber outlet, can effectively remove a large amount of etching liquid crystal produced at the etching chamber inlet and the etching chamber outlet, improves the equipment operation ratio, cleanness and product quality, and solves a major problem in a TFT base substrate manufacture technology.

The invention provides a waterless washing machine. The washing machine comprises a washing machine housing body, a rotary inner cylinder, a dirt removing outer cylinder, a blower and a washing agent adding device. The rotary inner cylinder is used for stirring clothes. The dirt removing outer cylinder is used for sucking grease and dust on the clothes. The blower is used for inputting upward flowing air in the rotary inner cylinder. The dirt removing outer cylinder and the blower are arranged in the washing machine housing body. The washing agent adding device is arranged in the washing machine housing body and is communicated with the rotary inner cylinder. Through holes are arranged in the side wall and the bottom plane of the rotary inner cylinder. A dust sucking part used for sucking fat sucking part of grease and generating static electricity is arranged on the side wall of the dirt removing outer cylinder. According to the invention, by use of the static dust removing technology and centrifugal treatment processing technology, clothes can be cleaned without water, so energy consumption and pollution are reduced.

The invention discloses a rotary disc type high-gradient permanent magnetic separator, which comprises a transmission roller fixing frame, a driving roller and a driven roller that are arranged at two ends of the transmission roller fixing frame and a conveyer belt that is driven by the driving roller and the driven roller; the middle of the transmission roller fixing frame is provided with a main body stander; the main body stander consists of a lower base frame body which is fixed and connected with the transmission roller fixing frame and a permanent magnetic steel group supporting standerwhich is arranged above the lower base frame body through a vertical displacement regulating part; a permanent magnetic steep group and a rotary disc which is driven by a power source and can do horizontal rotary motion are sequentially arranged on the permanent magnetic steel group supporting stander from bottom to top, the permanent magnetic steel group is arranged between an upper layer and a lower layer of the conveyer belt, and the rotary disc is arranged above the upper layer of the conveyer belt; an auxiliary magnetic pole of a ring structure is arranged on the surface of the rotary disc; and an air-lock feeder is arranged right above one end of the conveyer belt, and a magnetic material receiving hopper is arranged under the conveyer belt through a receiving hopper supporting frame.

The purpose of the present invention is to provide a pressure-resistant double-layer conveying pipeline, which is directly filled with seawater during the installation and sinking into the seabed, which reduces the total weight during transportation and hoisting, and reduces the direct cost during the production process. Process and cost increase due to filling with liquid; including an inner tube, an outer tube, and a flexure stop device, the inner tube is spliced ​​from a plurality of inner tube segments, the outer tube is spliced ​​from a plurality of outer tube segments, and the flexure stop device It includes an outer pipe connection ring, an inner pipe connection ring and a support body. The outer pipe is also provided with an automatic water injection valve. In the annular space between, in order to reduce the influence of seawater static pressure on the pipeline pressure.

The invention discloses a method for recovering a dried-up river. The dried-up river is recovered with underground flow which is naturally formed or artificially manufactured serving as a water source. The method includes the following steps of firstly, constructing a reservoir; secondly, constructing the underground flow; thirdly, selecting the construction river reach; fourthly, conducting construction on the river reach. The underground flow can be intercepted by constructing an underground water intercepting wall and an overflow dam, the underground flow can then flow in the reverse direction along a fence defined by the water intercepting wall and the overflow dam and raised to the portion above the river bottom, and water flow raised to the portion above the river bottom flows in the reverse direction along the water intercepting wall, backflows by a distance till the water level rises to the topmost end of the overflow dam and then flows downward along the overflow dam to form a flowing river. The method is particularly suitable for recovering the seasonal dried-up river in the area where seasonal rainfall is unbalanced. The method is low in cost, no existing water resources need to be consumed, the underground flow is supplied by a reservoir water source all the year round, clay laying and replacing are adopted, and therefore the water retention capacity of the river channel is improved. A garden wetland landscape is constructed, and the living environment of people is beautified.

The invention discloses a safe long and downhill road section, which includes alternately arranged up-convex road sections and ordinary road sections, the ordinary road section is a straight road section or a concave road section; pavement coating; railings are provided on the right side of the road section in front of the turning boundary of the steep and slow road sections, and the railings include horizontal bars, which are supported on the ground by several vertical bars. The second color layer, the first color layer and the second color layer are formed by spraying paints of different colors. The total number of first and second color layers on the rod is reduced to two. The invention is provided with an air injection system for cooling the brakes of the vehicle. The invention also discloses a corresponding vehicle cooling method. The invention can improve driving safety through air jet cooling and active use of visual effects, does not consume water resources, and is beneficial to environmental protection.

The object of the present invention is to provide a pipeline water injection valve and a seabed conveying pipeline using it, which is directly filled with seawater during the installation process of sinking into the seabed, which reduces the total weight in the process of transportation and hoisting, and at the same time reduces the The process and cost increase caused by direct filling of liquid in the production process; including the outer tube and the inner tube, the anti-bending structures are arranged at intervals along the length direction of the inner and outer tubes, and a plurality of installation holes are opened on the outer tube, and the installation holes A pipeline water injection valve is fixed inside, and the pipeline water injection valve is used to inject liquid into the annular space between the inner pipe and the outer pipe, and controls the pipeline water injection valve to stop water injection when the external environmental pressure is greater than the design pressure, and closes the outer pipe water inlet.

The invention relates to a permanent magnetic high-gradient comprehensive force field separator with a disc structure, which comprises a support, a supporting substrate, a plurality of damping springs, a magnetic disc, a magnetism gathering nail rotating disc, a top layer circular ring disc, a guide shaft sleeve and a transmission shaft, wherein the supporting substrate is in a circular ring-shaped structure and arranged on the support, the plurality of the damping springs are arranged by surrounding the circumference of the supporting substrate, the magnetic disc is mounted above the supporting substrate, the magnetism gathering nail rotating disc and the top layer circular ring disc are sequentially mounted above the magnetic disc by clearance fit, the guide shaft sleeve is mounted below the magnetism gathering nail rotating disc, extends in a vertical downward manner and penetrates the central position of the magnetic disc, the transmission shaft supports a central hole of the supporting substrate, and the lower end of the transmission shaft is combined with a driving mechanism; the top layer circular ring disc is combined with the magnetic disc thorough a connecting part arranged by surrounding the periphery of the top layer circular ring disc, and the bottom surface of the magnetic disc is combined with a vibrating motor arranged below the supporting substrate through theconnecting part; a feeding device is arranged on one side above the top layer circular ring disc; and a non-magnetic material receiving device is mounted below the magnetic disc, and the mounting position of the non-magnetic material receiving device is in upper-lower corresponding with the mounting position of the feeding device.

The invention discloses a sewage conduit cleaning plant, principally applied in municipal sewage conduit clean-up work. The inventive technical scheme includes a host computer, an accessory machine, a chain, a chain sprocket, a floor support frame supporting the chain, a ground support frame supporting the chain at the conduit manhole and conduit port, and an accessory machine supporting the ground support frame, wherein, the host computer includes a gearshift case, a transmission mechanism, and a host computer subbase supporting the gearshift case, the transmission mechanism and the ground support frame; the output shaft of the gearshift case is connected with the driving shaft of the chain through the transmission mechanism; and a bucket for digging and loading conduit sundries is disposed on the chain. The invention has advantages of reduced labourer work intensity, high labor efficiency, high sewage conduit cleaning-up quality, simple producing and use, and low cost.

The invention discloses a dry papermaking device which comprises a material preparation device, a forming device, a transferring net, a compacting roller and a drying box, wherein the material preparation device, the forming device, the transferring net, the compacting roller and the drying box are connected in sequence; the forming device comprises a pulp distributor, a pulp flow box and a vacuum net cage; the pulp distributor comprises a pulp distributor body, a Venturi pipeline and a pulp distributor inlet pipe; the material preparation device is connected with the lower end of the pulp distributor body through the pulp distributor inlet pipe and the Venturi pipeline; the upper end of the pulp distributor body is connected with one end of the pulp flow box; the other end of the pulp flow box is arranged on the outer side of an inlet of the vacuum net cage; the outlet end of the vacuum net cage is connected with the transferring net; the vacuum net cage is driven by a variable-speed motor. The dry papermaking method based on the equipment comprises the following steps: material preparation, forming, transferring, compacting, drying and coiling; made paper has the advantages of surface fineness, softness, comfortableness and zero linting and dusting; furthermore, no glue is applied in the papermaking process, so that a large amount of water resources can be saved; therefore, the dry papermaking device and the dry papermaking method are environment-friendly and energy-saving.