63results about How to "No change in thickness" patented technology

The invention discloses a paper historical relic deacidifying and reinforcing protective material. The paper historical relic deacidifying and reinforcing protective material consists of a solvent and an active component, wherein the active component is a compound formed by chelating a metal ion with starch or hydroxyl contained cellulose. In addition, the invention also discloses a preparation method of the paper historical relic deacidifying and reinforcing protective material. According to the protective material provided by the invention, deacidification and reinforcing treatment are combined, so that the protective material has the excellent comprehensive protective performances of safety, simplicity, convenience, durability, no membrane formation and the like, so that the paper historical relic is deacidified and reinforced once; the operation is simplified, and meanwhile, the obvious and durable reparation effect can be obtained. The preparation method is simple and is beneficial to popularization and application, the cost is low, and the use is safe, simple and convenient.

The invention provides a sandwich anode structure of an organic electroluminescent device and a preparation method. The preparation method comprises the following steps: firstly, a transparent conductive oxide film is deposited on a transparent glass substrate by adopting the methods of sputtering, chemical vapor deposition, spraying pyrolysis, sol-gel or pulsed laser deposition; secondly, a metallic film is deposited on the transparent conductive oxide film through vacuum evaporation; and eventually, metal oxide or a metal oxide/organic matter doped layer is deposited on the metallic film through vacuum evaporation. The novel anode structure provided by the invention is adopted to effectively improve the hole injection capability and improve the performance of an OLED (Organic Light Emitting Diode) device.

The invention discloses a method for designing and constructing a prestressed section steel reinforced shear wall. The method includes the following steps: a, determining a reinforcing section according to detection and calculation results, and selecting multiple sections of short section steel according to length of the reinforcing section, wherein multiple pegs are welded on the outer surface of the short section steel, section steel grooves are formed in the shear wall along the height direction, and local replacement grooves are formed in a wall body at the bottom of the section steel grooves; b, arranging a counterforce frame and mounting the section steel; c, pouring high-strength concrete in the local replacement grooves and maintaining, wherein a lower end plate contacts with the high-strength concrete; d, restoring original shear wall rebars; 3, applying prestress; f, erecting a formwork, pouring and maintaining; g, demounting the counterforce frame. By the above mode, the method does not need temporary supporting and is convenient in construction, construction period can be shortened greatly, original structure form is unchanged, thickness of an original shear wall is unchanged, and load-bearing capacity of the shear wall is improved remarkably.

The invention relates to a treatment technology for polluted soil with high content of PAHs (PolycyclicAromaticHydrocarbons), in particular to a leaching and removing method and device of PAHs in polluted soil. The leaching and removing method of PAHs in polluted soil comprises the steps of: laying glass wools used for avoiding the polluted soil moving vertically along with a leacheate on and under the polluted soil arranged in a leaching column, and then enabling the leacheate to move from bottom to top in the leaching column to leach the polluted soil so as to remove the PAHs pollutants, wherein biodiesel is adopted as the leacheate. The leaching and removing device of PAHs comprises the leaching column, a draining pipe and a collecting cup, wherein a liquid inlet controlled by a switch is arranged at the lower end of the leaching column, and the upper end of the leaching column is connected with the collecting cup through the draining pipe. The leaching and removing method provided by the invention has high efficiency for treating polluted soil with high content of PAHs. When the leaching and removing method and device are used for treating the soil of a gas plant, the biodiesel is adopted as the leacheate when the total amount of 12 types of PAHs in soil is 996.85 mg/kg; and when the ratio of the leacheate to the soil (v/w) is 2:1, the total amount of PAHs in the soil can be reduced to 377.03 mg/kg, and the removing rate of all the 12 types of PAHs is 62.18 percent.

The invention relates to the field of optical waveguide technology. The invention provides a plasma excimer gain waveguide, including a base layer, a medium layer, an isolation layer and a gain waveguide. The medium layer is placed on the bare surface of the base layer. The isolation layer is between the medium layer and the gain waveguide. One end of the gain waveguide near the dielectric layer is wedge-shaped and the tip faces the dielectric layer. The refractive index of the gain waveguide is greater than that of the isolation layer. The plasma excimer gain waveguide has the advantages that one end of the gain waveguide near the dielectric layer is wedge-shaped, the distance between the top of the wedge-shaped structure and the metal is fixed, the isolation layer with low refractive index is kept, and the plasma excimer coupling of the gain waveguide and the metal is improved by adjusting the angle of the wedge-shaped point angle.

The invention provides an organic EL display device, which has a substrate (11), and a first organic EL element part (10) and a second organic EL element part (20) juxtaposed on the same surface of the substrate; The EL element part (10) comprises at least a light-reflecting conductive layer (12), an organic light-emitting medium layer (13), and a transparent electrode layer (15) in order, and is formed on the organic light-emitting medium layer (13) or the transparent electrode layer (15) An element having a light reflective layer (14) inside or outside; the second organic EL element part (20) at least includes a light reflective conductive layer (12), a first inorganic compound layer (21), an organic luminescent medium layer ( 13), and a transparent electrode layer (15) and an element having a light reflection layer (14) inside or outside the organic luminescent medium layer (13) or the transparent electrode layer (15); from the first organic EL element part (10) The emission spectrum of the emitted light is different from that of the light emitted from the second organic EL element unit (20).

The invention provides a method for improving the lamination strength of lamination components. The method for improving the lamination strength of the lamination components aims to improve the lamination strength of the lamination components (a liquid crystal display screen and glass, a liquid crystal display screen and a touch screen, and glass and glass). The method is characterized in that a double-sided dry glue lamination mode is adopted, that is, the lamination surface of the lamination component A and the lamination surface of the lamination component B are coated with glue, after theglue is cured at a certain temperature, the components A and B are bonded together, and the double-sided dry glue lamination process is completed. Compared with single-side lamination, double-sided lamination refers to lamination of dry glue and dry glue, direct lamination of the lamination surface and dry glue in single-side lamination process is thus avoided, and the lamination strength of the components is improved. The double-sided dry glue lamination process can effectively improve the lamination strength, the compatibility is high, and the method is suitable for lamination between the liquid crystal display screen, the glass, the touch screen and other components.

The invention provides a manufacturing method of a thin-film transistor. The method comprises the steps of sequentially forming a semiconductor layer and a first grid insulating layer on a substrate; forming a photoresist pattern on the first grid insulating layer, wherein the photoresist pattern comprises a first photoresist layer and a second photoresist layer and the thickness of the first photoresist layer is larger than the thickness of the second photoresist layer; adopting the photoresist pattern as a mask, and etching the semiconductor layer and the first grid insulating layer for the first time; removing the second photoresist layer; etching the first grid insulating layer for a second time to remove the thickness of at least one part of the first grid insulating layer that is not covered by the first photoresist layer; removing the first photoresist layer; forming a second grid insulating layer on the first grid insulating layer; and forming a grid on the second grid insulating layer. Based on the above method for manufacturing the thin-film transistor, the sub-threshold swing for driving the thin-film transistor is increased. Meanwhile, the driving performance of an AMOLED is improved.

The invention provides a black electromagnetic shielding fabric and a preparation method thereof. The preparation method comprises coating an electromagnetic shielding fabric with black paint and drying the paint at a temperature of 130 DEG C to obtain the black electromagnetic shielding fabric with a black coating, wherein the black paint contains a mixture of epoxy resin and polyimide resin, a curing agent and color paste. The surface of the electromagnetic shielding fabric is coated with epoxy resin and PI resin as paint so that a very thin and compact black coating is formed on the surface and thus the fabric has the advantages of the two types of resins. The resistance and thickness of the fabric basically are not changed, wear resistance, corrosion resistance and light absorption properties of the fabric are greatly improved and excellent electromagnetic shielding performances are obtained. The black electromagnetic shielding fabric has good decoration, taking, protection, delustring, shading, heat absorption and heat radiation performances and can be widely used for conductive clothes and adhesive tapes, conductive woven clothes, conductive non-woven fabrics and shielding liners.

The invention discloses a blade structure formed in one time. The blade structure formed in one time consists of a blade base body and blade teeth, wherein the front portion of the blade base body directly forms a triangular cone, one conical face of the triangular cone is connected with the front portion of the blade base body, the bottom face of the triangular cone and the other two conical faces form the blade teeth, and corner cuts on two sides of the blade teeth are formed between the two conical faces and the bottom face. A machining method comprises the steps of adopting a ceramic material, a powder metallurgy material or a precise casting material and the like to form the blade structure by means of a die. On the premise that the strength of the blade teeth is ensured, the corner cuts on the two sides of the blade teeth are decreased as far as possible, the sharpness of the blade teeth is improved, and the cutting efficiency is higher. In addition, the thickness of the blade base body of the blade structure is not changed, the strength of the whole blade is not influenced, and the service life of the blade is long.

The invention discloses a micro-interval steel mesh template electric polishing technology. The micro-interval steel mesh template electric polishing technology comprises the steps that firstly, marking point packaging is conducted; secondly, tool clamp assembling is conducted; thirdly, deburring is conducted; fourthly, polishing is conducted; fifthly, passivation is conducted; and seventhly, final checking is conducted. The micro-interval steel mesh template electric polishing technology has the beneficial effects that the micro-interval steel mesh template electric polishing technology is provided, the hole wall burr point discharge and rapid dissolving principle is utilized, steel mesh template via hole wall burrs are sufficiently removed, sawteeth are flattened through cutting, and theeffect of smooth hole walls is achieved; and meanwhile, the hole size and the template thickness are not changed, printed solder paste is round and smooth, and the machining precision is improved while the machining difficulty is lowered.

The invention discloses a hydraulic torque converter three-dimensional blade profile modification design method based on conformal transformation, solves the problems that a traditional conformal transformation method is low in precision and serious in three-dimensional blade profile modification distortion, and belongs to the technical field of engineering machinery transmission. The method comprises: 1, giving orthographic projections of three impeller blades of the hydraulic torque converter and a circulating circle of the hydraulic torque converter; 2, finding a blade inlet and outlet sideboundary on the blade orthographic projection drawing; 3, drawing a blade curve multi-cylindrical-surface expansion diagram; 4, performing blade angle transformation, solving new blade coordinates, and obtaining a new blade space curve; and 5, sewing the blade space curve into a blade three-dimensional entity by constructing a ruled surface. According to the method provided by the invention, errors caused by traditional conformal transformation drawing can be greatly reduced, the defect of serious distortion caused by changing the angle of the blade in three dimensions is overcome, meanwhile,the precision of the shape of the head of the blade is ensured, and the defect of accumulative errors is avoided.

The invention provides a forming method of a semiconductor structure. The forming method includes the steps that a substrate is provided; an interface material layer is formed on the surface of the substrate through oxidation treatment; annealing treatment in an oxygen containing atmosphere is carried out on the interface material layer to form an interface layer, wherein the temperature of the annealing treatment is higher than that of the oxidation process; a dielectric layer is formed on the surface of the interface layer. By means of the method, the quality of the interface layer in the formed semiconductor structure can be improved.

The invention provides an aluminum-plastic film and a preparation method thereof. The aluminum-plastic film comprises an aluminum foil layer, a first plastic layer and a second plastic layer. The first plastic layer is a multi-layer polypropylene layer, the multi-layer polypropylene layer comprises a corona layer, a heat-resistant layer and a heat-seal layer which are arranged in a stacked mode, the corona layer is arranged close to the aluminum foil layer, and the heat-seal layer is arranged away from the aluminum foil layer. The heat-resistant layer comprises a core layer and a coating layer coating the periphery of the core layer, and the core layer comprises a plurality of stress buffer strips which are arranged in an oriented manner and are arranged at intervals. The warping phenomenon of the aluminum-plastic film is more effectively improved or eliminated, the thickness of the original specification of the aluminum-plastic film is not changed, and the influence on forming, heat sealing and other properties is smaller.

The present invention relates to an asphalt surface layer structure of a highway. The structure is composed of an ultra-thin wearing layer having the thickness of 2-3cm and an intermediate layer having the thickness of 7-8cm. The ultra-thin wearing layer and the intermediate layer are well bonded. Compared with the traditional surface layer structure, the novel surface layer combination can maintain the good performance, as the thickness is smaller, the cost is lower, maintenance and repairing are convenient, and the long life cycle benefit is good.

[Problem] An arcing horn, or the like, for guiding an arc occurring when opening/closing an electric contact thereby preventing erosion of the contact point or a support material, or, a protruding portion of the support material provided at an extremity portion of the contact point in the direction in which the arc is driven thereby rendering the contact point difficult to melt, are known ways in prior art to prevent detachment and erosion. However, as these methods are only realizable if sufficient space can be secured for an arc-extinguishing chamber, or if sufficient dimensions of the support material can be secured, these methods are not necessarily adoptable if a device is to be reduced in size. [Solution] The present invention is characterized in that an electric contact point and a contact element having improved resistance to erosion are achieved by a reduction in the amount of erosion at the electric contact point, comprising pasting onto the surface of a pure silver layer on the back side of a contact point where detachment and erosion readily progress, a copper or a copper alloy having excellent electric conductivity, heat conductivity and mechanical strength as a functional layer, thereby conferring to the functional layer a function of transmitting to a support material the heat generated when opening/closing the electric contact, a function of shortening the duration of chattering, and a function of preventing detachment and erosion, or the like, by maintaining the strength of the bond with the support material.

The invention relates to glasses capable of regulating degree automatically. The glasses comprise a shelf, a frame and eyeglasses. The glasses also comprise an eye degree detector, a microcomputer database, an infrared scanning device, a degree regulator, a degree adjutage and a regulating button. The eyeglasses are intelligent eyeglasses. The regulating button is connected with the eye degree detector which is connected with the microcomputer database. The degree regulator is connected with the degree adjutage. The eye degree detector is started by the regulating button and detects the actual degree of eyes by utilizing the infrared scanning device. The degree data is input into the microcomputer database and sent to the degree regulator after the degree data is collected. The data enters the intelligent eyeglasses by the degree adjutage, and the degree of the intelligent eyeglasses is regulated. Compared with the prior art, the glasses capable of regulating degree automatically has the advantages of time saving, convenience, light weight, etc.

The invention discloses a contactless smart card with a security protection function and a security protection method thereof.The contactless smart card comprises a first card face layer, a second card face layer and a circuit board layer embedded between the first card face layer and the second card face layer.The circuit board layer comprises a smart chip and a coil.The smart chip is electrically connected with the coil.The contactless smart card further comprises a light-dependent control element, and the light-dependent control element is connected with the coil in parallel or arranged inside the smart chip.The light-dependent control element is additionally arranged in the coil or the chip of the contactless smart card to smartly control the contactless smart card, information of the smart card is prevented from being stolen, and the security of the smart card is protected.Meanwhile, the thickness of the smart card is not changed, products such as a shielding sleeve and a shielding card are not additionally increased, and the effects of effectively reducing cost and being convenient to operate are achieved.