119results about How to "Settlement inhibition" patented technology

A liquid ejecting apparatus that ejects a liquid containing a sedimentary component from an ejection nozzle provided in an ejection head includes: a liquid channel that conducts the liquid to the ejection head; a liquid discharge unit that discharges the liquid from the ejection nozzle. The liquid channel is provided with a first channel region and a second channel region; and the liquid discharge unit discharge a predetermined amount of the liquid from the ejection nozzle in the case where the amount of time that has elapsed a predetermined threshold time.

A substrate treatment apparatus, comprising a box-shaped treatment tank (11) having an opening part at its upper side and a cover body (21) openably covering the opening part of the treatment tank. The cover body (21) is characterized in that a drying chamber (23) storing and drying a treated substrate (W) is formed therein, the treatment tank (11) is so formed that at least three of treatment fluid feed nozzle tubes (14a) to (14c) and (14a′) to (14c′) are disposed at each of the opposed side wall faces thereof forming the box shape horizontally at specified intervals and these feed nozzle tubes (14a) to (14c) and (14a′) to (14c′) are formed to be connected to a switching mechanism to supply a treatment fluid from the opposed side wall sides while alternately switching them at the opposed side wall faces. Thus, the treatment of various types of chemical liquids, flushing, and drying can be performed in the same treatment tank.

A light-emitting device (100) is provided with a metal part (2) atop a planar LED substrate (1), and an LED element (3) is disposed atop the metal part (2). A glass substrate (5) is provided to an upper surface of the LED element (3), and a wavelength conversion part (6) is formed on an upper surface of the glass substrate (5). The wavelength conversion part (6) comprises a light-transmissive ceramic layer formed by heating a mixture containing a phosphor, an organometallic compound, a layered silicate mineral, an inorganic particulate, an organic solvent, and water.

The invention relates to a lithium ion battery, in particular to a lithium ion battery negative paste stabilizer. The stabilizer includes the following components: polyacrylonitrile and polar solventfor dissolving polyacrylonitrile. The polar solvent is N-methyl pyrrolidone or/and ethanol. Lithium ion battery negative paste includes the following components: CMC, a negative conductive agent, a negative active material, SBR and a stabilizer. The preparation method of the negative paste includes the following steps: stirring CMC and de-ionized water evenly and adding a negative conductive agent; carrying out stirring evenly and adding a negative active material; carrying out stirring evenly and adding SBR; carrying out stirring evenly and adding a stabilizer; and carrying out stirring evenly to obtain negative slurry. When applied to battery negative slurry, the stabilizer of the invention can significantly reduce the TSI of negative slurry, improve the stability of negative slurry, inhibit slurry settling and prevent bad phenomena such as bulging of the coating edge of slurry.

The invention relate to phosphoric acid based etching liquid with high etching selectivity and a method for preparing the phosphoric acid based etching liquid. The phosphoric acid based etching liquidwith the high etching selectivity mainly comprises, by weight, 50-90% of phosphoric acid, 0.005-1% of silicon-containing compounds, 0.005-1% of fluorine-containing compounds, 0.005-1% of fluorine stabilizers, 0.005-5% of surfactants and the balance water. The phosphoric acid based etching liquid and the method have the advantages that components and the types of novel additives and novel stabilizers are used, accordingly, SiO2 layer etching of the phosphoric acid based etching liquid can be obviously reduced, the Si3N4 layer etching speeds of the phosphoric acid based etching liquid can be obviously increased, and the Si3N4/SiO2 etching selectivity can be obviously improved.

The invention provide an electrophoretic dispersion, used for electrophoretic devices, containing electrophoretic particles having a density precisely adjusted by a simple method in order to prevent the settlement of the electrophoretic particles. An electrophoretic dispersion can include a liquid dispersion media and electrophoretic particles, dispersed in the liquid dispersion media, including at least a coloring portion, a resin portion, and a plurality of hollow microcapsules. The electrophoretic particles can further include charge control portions according to needs.

The invention relates to a non-bridgehead-conical-slope cast-in-situ baffle foam concrete light embankment structure and a construction method. The structure mainly comprises an upright, a cast-in-situ concrete baffle, a baffle foundation, a cover beam, embedded thread sleeves, template stay bars, template guide fixing plates, a side die, opposite-pull screws, template fixing plates, baffle connecting reinforcing steel bars, template fixing screws, connecting keys, fastening nuts, transverse connecting ribs, transverse connecting rib end plates, anti-shearing ribs, vertical connecting ribs, reinforcing steel bar fixing plates, V-shaped pulling pieces, an upper layer reinforcing mesh, transitional section foam concrete and joint section foam concrete. The method includes the main construction steps of firstly, ground stabilization, secondly, embedment of embedding parts, thirdly, reinforced cushion layer construction, fourthly, baffle foundation construction, fifthly, baffle construction, sixthly, reinforcing mesh laying construction, seventhly, foam concrete filling, eighthly, water permeating layer laying, and ninthly, road surface laying. By the adoption of the construction method, construction of the embankment structure can be achieved under the condition that no bridgehead conical slope is arranged, and the economic and technical benefits are relatively good.

The invention discloses a CO2 hard sodium silicate sand additive; wherein, the mass proportion of each component is: 1 to 5 percent of PEO, 10 to 35 percent of starch sugar, 25 to 50 percent of carbonate and 25 to 40 percent of water; the molecular weight of the PEO is 1*10<5> to 9*10<5>. The starch sugar is selected from dextrose, maltose or malt extract; the carbonate is selected from chalk, limestone or calcium carbonate. The invention also provides a sanding mixing technique of casting sand mixture which uses the CO2 hard sodium silicate sand additive. The CO2 hard sodium silicate sand additive of the invention can effectively reduce the content of the sodium silicate sand in the sand mixture as well as maintains higher sand mixture intensity and better old sand collapsihility. The sodium silicate sand prepared by using the additive is not sensitive to the overblowing of CO2, is easy to control the hard technique and has the higher humidity resistance.

The invention discloses a low-frequency hydraulic pulse generating device and method for reservoir temporary-plugging diversion fracturing. The low-frequency hydraulic pulse generating device comprises a cylinder body, an upper connector and a lower connector, wherein the upper connector and the lower connector are connected to the upper end and the lower end of the cylinder body correspondingly; a piston matched with the cylinder body is arranged in the cylinder body; the upper portion of the cylinder body is of a cylinder structure, and the lower portion of the cylinder body is of a cone structure; a throttling device is arranged at the upper end of the piston; a flow guiding through hole is formed inside the piston; a throttling through hole is formed in the center of the throttling device and vertically communicate with the flow guiding through hole, and the diameter of the throttling through hole can become larger under erosion of fracturing liquid; a reset spring is arranged at the bottom of the piston; and a first pressure relief hole , a second pressure relief hole and a third pressure relief hole are further circumferentially formed in the side wall, corresponding to the piston, of the cylinder body. According to the low-frequency hydraulic pulse generating device and method, based on the working displacement ranges of the injection stages of a temporary-plugging diversion repeated hydraulic fracturing operation plugging agent, a prepad fluid, a sand-carrying fluid and a displacing fluid, low-frequency hydraulic pulse output in a hydraulic driving mode is achieved, and the temporary-plugging diversion repeated hydraulic fracturing effect can be improved overall.

The present invention discloses a connection structure for use in a building for blocking settlement of ground from being transmitted to either a pile foundation or a wall of the building. The connection structure comprises a weight-bearing column, a concrete pile foundation, and an engineering pile connected from top to bottom for bearing weight; the connection structure further comprises a reinforced concrete plate for use as the building's floor, a wall for the building and a ground beam beneath the wall.

The invention discloses a superfine particle tailing reservoir heightening and capacity expanding stacking-discharging structure capable of achieving one-time dam building by adopting a center line method. The structure is formed by combining an original tailing blocking dam (1), a dam abutment flood intercepting trench (12), a first-stage heightening dam body (2), a second-stage heightening dam body (3), a third-stage heightening dam body (4),..., and an nth-stage heightening dam body; a row of medium-coarse tailing drainage blind drains (9) which are parallel to one another and perpendicularto the axis of the corresponding dam body are constructed in the portion on the top layer of each stage of heightening dam body; draining communication pipes (7) and underground water collecting pipes (11) are laid; drainage floral tubes (8) are buried in the medium-coarse sand drainage blind drains (9); and layers of high-strength anti-corrosion geogrid (6) are laid every 0.5-1.0 m of verticalinterval. According to the invention, solidification of fine particle tailings is accelerated, the mechanical strength index of the fine particle tailings is improved and increased, thus, the capacityof a tailing reservoir is remarkably increased, the production service life is prolonged, and meanwhile, the problems that the capacity of parts of waste dumps are not enough, and mining waste rock is stacked are solved.

The invention relates to a novel flavone-derived polymer nano-drug. The novel flavone-derived polymer nano-drug is obtained in the way that hydrophobic flavone micromolecules are in covalent linkage with heparin polysaccharide macromolecules through joint arms to form an amphiphilic graft polymer, and the amphiphilic graft polymer is self-assembled in a waterborne medium to constitute a primary combination strategy of the nano-drug in oncotherapy. Hydrophobic oncotherapy drugs with different action mechanisms are loaded under such intermolecular forces as a pi-pi stacking function and a hydrophobic driving function and incorporated into a nano-system, so that the internal water solubility, the stability and the targeting property of the hydrophobic oncotherapy drugs are effectively improved to realize a secondary combination strategy of the nano-drug in oncotherapy. The nano-system loaded with the oncotherapy drugs with different mechanisms can ensure cooperation and flexible selectionaccording to clinical requirements to realize tertiary combination strategy of the nano-drug in oncotherapy. Therefore, an oncotherapy mode which attaches importance to various treatment means can berealized, and the anti-tumor effect is maximized and optimized.

The invention discloses a micro-stress shelter pile foundation strengthening method, relating to the bridge pile foundation strengthening technology adopted in underground construction under the pile foundation of an urban bridge. The method comprises the step that micro-stress shelter piles are arranged around the bridge foundation or the pile cap for separating the stratum under the bridge foundation and within the surrounding range of the micro-stress shelter piles from the stratum beyond the surrounding range thereof. During the construction and installation of the micro-stress shelter piles, layered high-pressure grouting is implemented, and the piles are connected into a whole through the high-pressure grouting and due to the spreading the grout, thus forming a separation wall, reducing the stress redistribution effect transmission caused by underground space excavation, avoiding the great reduction of side frictional resistance of the piles, reducing the decrease of pile bearing capacity, simultaneously being capable of preventing the shifting of surrounding soil displacement towards the original pile body, effectively controlling the transverse deformation of bridge foundation and inhibiting the settlement of the original bridge piles caused by underground space excavation, and realizing convenient, fast and high-efficiency construction in restricted space.

The invention provides a method for keeping the uniform concentration of the small particles for combining the reactive substance in dispersion liquid by preventing the small particles for combining the reactive substance from subsiding in dispersion liquid. The invention provides a settling prevention method of the small particles for combining the reactive substance. The method comprises the step of coexisting at least one of polyanion and salt thereof, glucan, cyclodextrin, polyethylene glycol and glycerine in the dispersion liquid of the small particles.

The invention relates to a wet desulphurization sulfur flotation device and method, and belongs to the technical field of chemical engineering. The wet desulphurization sulfur flotation device comprises a regeneration tank, a Roots blower or an air compressor, an air aeration connecting pipeline and an air aeration membrane pipe; the Roots blower or the air compressor is communicated with the air aeration membrane pipe through an air aeration connecting pipeline; and the air aeration membrane pipe is positioned in the regeneration tank. Air bubbles formed by the tubular aeration membrane are small, the air utilization rate is high, the size of regeneration equipment is small, the height of the regeneration equipment is not more than 10 m and is less than or equal to 1/4 of that of high tower regeneration equipment, and the equipment investment cost is obviously reduced. A rotary stirrer is driven by hydraulic power, so that sulfur is always kept in a suspended state in the desulfurization liquid, sedimentation and accumulation of the sulfur are avoided, and flotation of the sulfur is facilitated. And no extra energy is supplemented in the stirring process.