236 results about "Composite effect" patented technology

The present invention relates to the composite fabric structure with one side capable of bearing high temperature, low temperature or composite effect of high temperature and low temperature, and the other side maintained at room temperature state of 5-35 deg.c. The fabric structure has heat and cold resisting high performance coated fabric in one side; soft, comfortable, antifrosting and condensation-preventing fabric in the other side; and composite fabric of heat insulating polymer and compounded metal film as the middle layer, which may have also net lining fabric with stable thickness and size. The composite fabric has natural thickness of 3-12 mm, practical densified thickness of 1-3 mm and unit area weight of 150-550 g/sq m, may be adhered and sawn, and is completely sealed suitable for use as heat insulating protecting material in the environment condition from -130 deg.c to 120 deg.c.

The invention provides a steam-gas displacement and gravity oil drain composite exploiting method. According to the method, at least one horizontal well or a row of vertical wells close to the top of an oil pool are adopted as injection well sets, horizontal wells with the number same as that of wells in the injection well sets or with one more well are close to the bottom of the oil pool and are used as extraction well sets, the injection well sets and the extraction well sets are arranged in parallel in a non-direct-facing mode, and lower extraction wells are located in the middle portions of two upper injection wells. Steam huff and puff or steam and gas composite huff and puff are carried out on the injection wells and the extraction wells at the same time or in sequence, heat communication is built between the injection wells and the extraction wells to low the formation pressure, then high-temperature steam and non-condensation gas are injected into the injection wells at the same time or in an alternating mode, the injected steam seeps in the oil pool and heats the oil pool, the steam is condensed into hot water at the same time, and the gas expands a heating cavity, lowers heat loss and increases the pressure of the oil pool, so that crude oil flows to the extraction wells and is extracted under the composite effect of pressure displacement and gravity oil drain.

The invention provides an ultrasonic and micro-forging composite device for improving the microstructure and performance of additively manufactured metal and an additive manufacturing method. The ultrasonic and micro-forging composite device comprises an energy converter, a pneumatic slider, a pneumatic slider connection frame, an amplitude transformer, a tool head and a roller. The energy converter is arranged in an energy converter shell, the energy converter shell is provided with an inserting piece and a pipeline connector, the amplitude transformer is connected to the lower end of the energy converter, the tool head is connected below the energy converter, the roller is located between the tool head and a workpiece, and the pneumatic slider is connected with the energy converter shell and the amplitude transformer through the pneumatic slider connection frame. By means of the ultrasonic and micro-forging composite device, the advantages that ultrasonic impact frequency is high and deformation generated by mechanical rolling is large are combined, the composite effect of ultrasonic impact and continuous rolling micro-forging can be achieved, and the purpose of improving the microstructure of the additively manufactured metal and the mechanical performance of parts is achieved. Through organic combination of the ultrasonic and micro-forging composite device and the additive manufacturing method with an existing additive manufacturing technology, the technical bottleneck that structure control is easy while performance control is difficult in existing metal additive manufacturing is solved, and innovation and development of metal rapid forming and manufacturing technologies are induced.

The invention belongs to the field of magnetic catalysts, and particularly relates to Ag-Fe3O4 magnetic nano-catalysts compounded under the action of polymers and their application in a styrene catalytic epoxidation system. The synthesis method is to use Fe3Cl6·6H2O and AgNO3 as raw materials to synthesize Ag-Fe3O4 composite magnetic nano-catalyst in ethylene glycol system containing NaAc by solvothermal technology with the assistance of polymer PVP; this catalyst can be used to use TBHP as oxidant, Styrene epoxidation system with toluene as solvent. The preparation method of the present invention is simple, the reactants are cheap and easy to obtain, the solvent pollution is small, the synthesis time is low, the catalyst can be conveniently separated from the reaction system under the action of an external magnetic field, and the problem that the non-magnetic nano-catalyst is difficult to recover is solved. The catalyst showed excellent catalytic activity and stability for styrene epoxidation, the yield of ethylene oxide was 84.0%, and there was no deactivation phenomenon after repeated use.

An electrolyte for a non-aqueous electrolyte battery according to the present invention contains a non-aqueous organic solvent; a solute; and both of difluorobis(oxalato)phosphate and tetrafluoro(oxalate)phosphate as additives. A non-aqueous electrolyte battery according to the present invention uses the above electrolyte. By the composite effect of the difluorobis(oxalato)phosphate and tetrafluoro(oxalate)phosphate in the non-aqueous electrolyte and the non-aqueous electrolyte battery, it is possible to improve not only the cycle characteristics and high-temperature storage stability of the battery but also the low-temperature characteristics of the battery at temperatures of 0° C. or lower.

The invention discloses a wood-plastic composite material, which is prepared from the following raw materials in percentage by weight: 1-70% of modified wood powder, 25-99% of polymer matrix and 0-5% processing aid. The invention also discloses a preparation method of the wood-plastic composite material. The method is as follows: fluorine silane coupling agent is utilized to carry out treatment on surface of the wood powder, the modified wood powder and the polymer matrix are melted and compounded to prepare the wood-plastic composite material, and the wood powder is pretreated by alkali liquor to remove unstable substances, such as semi-cellulose and esters with small molecules, in the wood powder, thus enhancing the composite effect and the mechanical property of lignocellulose to the polyolefin matrix and obtaining excellent mechanical property, low water absorption capacity, and better apparent form; in addition, the operation of the preparation method is simple, and the method is applicable to industrial production.

The invention provides a composite effect type aloe fiber knitted fabric and a weaving method thereof. The knitted fabric is characterized in that: a jacquard stitch of the knitted fabric is woven by a pattern wheel, and is compounded by two variable rib stitches and one variable plain stitch; and the knitted fabric is woven by using Modal/aloe fiber blended yarns, acrylic fiber/viscose blended air conditioning yarns and Lycra silk, so that acrylic fiber/viscose fiber blended yarns are shown on the front side of the fabric, and Modal/aloe fiber blended air conditioning yarns are shown on the back side of the fabric. The Modal/aloe fiber blended yarns are Modal/aloe 70/3040S yarns. By selection of raw materials and adoption of a reasonable organization structure as well as reasonable weaving and dyeing and finishing process routes, the warm keeping, moisture transport, comfort and health care of the knitted fabric are remarkably improved.

A shock isolation system for electronic devices includes a first baseboard, a second baseboard and a plurality of helical springs interposed transversely between the first baseboard and the second baseboard. The helical springs can deform horizontally and vertically to isolate horizontal and vertical vibration-impact on the electronic devices. The first baseboard and the second baseboard further are bridged by a plurality of damping elements, which have damping characteristics to dissipate kinetic energy and reduce the vibration amplitude and instantaneous acceleration between the first baseboard and the second baseboard, thereby to enhancing the composite effect. The first baseboard further has a plurality of buffer struts to separate the first baseboard and the second baseboard, and prevent the second baseboard from directly hitting the first baseboard.

The invention discloses a composting method of a dovetail groove metal plate clearance fit interface. The compositing method is realized through the explosive cladding method, the rolling method and the like. According to the method, after a base plate with dovetail grooves and a surface plate with dovetail grooves are in interference fit, the base plate and the surface plate are composited together through combination of a metallurgical bonding mode and a squeezing meshing mode of the dovetail grooves under the actions of energy of explosives or a rolling mechanism. Physical and chemical properties of metal sheets on the two sides of a dovetail groove combination interface are not changed, and large-area metal sheet composition can be conducted; the explosive charge for a unit of compositing area is small, and atmospheric pollution, noise pollution, explosion vibration and overpressure are reduced; during explosive welding of the metal sheets with the dovetail grooves, no boundary effect exists, the compositing effect on the periphery is good, and the lower limit and the upper limit of an explosive welding window are both increased. The compositing technology of the dovetail groove metal plate clearance fit interface can be applied to the fields such as chemical reaction containers and ships so as to meet the requirement for large-area metal composite plates.

The invention provides a sulfoaluminate-Portland cement composite system additive and prepared sulfoaluminate-Portland cement-based fast-hardening early-strength concrete. The sulfoaluminate-Portland cement composite system additive is prepared from components in percentage by mass as follows: 70%-78% of a water reducing agent, 1.2%-2.5% of an early-strength agent, 18%-25% of a retarder and 2%-4% of an anti-freezing agent. The sulfoaluminate-Portland cement composite system additive can significantly improve the initial flow performance of the sulfoaluminate-Portland cement-based concrete, delay the setting time of a cement composite system, reduce the slump loss and effectively resolve the contradiction between liquidity and early strength and has composite effects of water reduction, delayed coagulation, early strength and the like, and a related preparation method is simple and suitable for popularization and application.

The invention discloses a flower-spraying pyrotechnic composition with composite effects. The flower-spraying pyrotechnic composition comprises the following components in weight portion: 30 to 60 portions of potassium perchlorate, 8 to 20 portions of magnalium, 5 to 25 portions of strontium carbonate, 5 to 15 portions of polyvinyl chloride, hexachlorobenzene or chlorinated paraffin, 2 to 15 portions of phenolic resin and 10 to 20 portions of 40 to 60 mesh aluminum dross. A flower-spraying product manufactured according to the formulation of the invention can simultaneously and compositely reveal the effects of slowly burning, landing, flowering and showing red light, and is stable in performance and suitable for industrialized batch production.

The invention discloses a production method of a rolled thick-specification composite steel plate, and belongs to the technical field of metal composite plate production. The composite steel plate is produced by surface treatment of a base plate and a composite plate, ply rolling, welding and vacuumizing of a matching board, wherein the vacuum degree is 10<-3> Pa to 10<-2> Pa; rolling and thermal treatment, wherein the rolling temperature is 1100-1200 DEG C, and the pressing rate for single time is 8-25%; separate cutting and flaw detection, detection, finishing and package. The production method has the advantages of realizing the production of the composite steel plate of which thickness is not less than 50 mm; the composite effect is good; the interface shearing intensity is 210 MPa or above; the performance of every layer can meet the standard requirement of corresponding materials.

The present invention discloses a new pile-soil interacting slurry fixing dispersed material pile composite foundation construction method. The present invention forms a pile hole from drill getting into foundation to the designed depth. Around the pile hole it adopts slurry to breast wall. Lay slurry fixing pipe in the pile hole, and put aggregate into the pile hole. Infuse serum into the pile hole from grouting pump through slurry fixing. When the serum and aggregate solidify into pile and inleak into the soil body around the pile. Spread underlay layer on top of the pile to form composite foundation. The present invention solves the disadvantages of present technology comprising flexible and rigidit pile composite foundation method, or the pile body intensity is low, or the cost is high. In the present invention, the serum solidifies into pile together with aggregate the pile hole, inleaks into the soil body, and extends to the three parts (the pile body, the serum infiltrating reinforcing body and the natural soil body) of the slurry grouting pile composite foundation, to achieve the composite effect of improving the foundation carrying capability and reducing the settlement. Besides it can protect environment, decrease building costs and break through the ground space limit.

A formula for improving the recovery ratio of authigenic CO2 comprises, by mass, 5-15 parts of ammonium bicarbonate, 1-5 parts of bioactive agents, and the balance water which is not beyond 35 DEG C. In use, the formula is directly injected in the stratum and dissolved to generate CO2 through heat of the stratum; when the temperature of the stratum is below 35 DEG C, the CO2 is obtained through composite effect of the heat of the stratum and the bioactive agents. The formula can be applied to the fields of oil field oil displacement, fracturing and well repair, and achieves the purposes of improving the recovery ratio, and promoting fracturing fluid flowing-back. Foams are generated while gas is formed, stability of the foams is high, gas channeling can be effectively prevented, and the formula has the advantages of foam displacement of reservoir oil and foam well killing.

The invention belongs to the technical field of stone processing, particularly relates to an ultrasonic wave and magnetic force composite grinding device for a jade emboss craftwork and a grinding process. The grinding device comprises a numerical control auxiliary machine frame, as well as an ultrasonic wave generating mechanism and a magnetic force grinding mechanism which are arranged on the auxiliary machine frame, the ultrasonic wave generating mechanism comprises an ultrasonic generator, a piezoelectric transducer, an amplitude transformer and an elastic cylinder clamp, wherein a collecting ring is arranged on the outer side of the piezoelectric transducer, the piezoelectric transducer is connected with a driving main shaft on the numerical control auxiliary machine frame, and the magnetic force grinding mechanism comprises a permanent magnet and a magnetic grinding material. According to the invention, ultrasonic wave vibration is used for forming impulse pressure on the surface of jade, the magnetic grinding material can be used for effectively improving the processing efficiency and the processing quality to the concave-convex surface of the jade under the composite effect of magnetic force and impulse pressure, mechanical polishing to the jade emboss craftwork can be achieved, and defects of manual polishing are overcome.

The invention belongs to the field of high polymers, and particularly relates to a controllable-shape long-carbon-chain polyamide powder base and a controllable-shape high-conductivity composite powder material. The long-carbon-chain polyamide powder base is spherical, acicular or rhombic. The controllable-shape high-conductivity composite powder material is composed of 85-95 wt% of long-carbon-chain polyamide powder base and 5-15 wt% of polyaniline. The long-carbon-chain polyamide powder base with certain pattern is subjected to controlled production, and polyaniline in-situ polymerization is performed on the powder base to implement polymerization and coating of the conductive polyaniline, so that the finally obtained composite material has the advantages of controllable microscopic shape, uniform interface, favorable composite effect and high conductivity. The conductivity of the obtained long-carbon-chain polyamide/polyaniline composite powder material is 10<-5>-10<3>S/cm, and the composite powder material can satisfy the antistatic requirement of the polymer material.

The invention discloses a high elasticity fiber blended spinning method and an elastic fabric thereof. The high elasticity fiber is prepared by blending cotton fiber, nylon filament embedded with polyamide fiber, spandex, and worsted fiber, the mass ratio of the four components of cotton fiber, nylon filament embedded with polyamide fiber, spandex, and worsted fiber is 3: 1: 2: 1. The elastic fabric comprises a bottom layer, an interlayer and a face layer, the three layers of materials are fixed by stitching, a lining fabric layer is arranged on the back of the bottom layer, and the fabric layer comprises warp and weft; the interlayer is provided with an elastic layer and a thermal storage layer; high elasticity fiber is arranged in the elastic layer. According to the high elasticity fiberblended spinning method, composite effects and functional complementarities are produced by utilizing four different fiber combinations for the first time, moisture absorption and wear comfort of thefabric are improved, on the basis of ensuring wear resistance and dimensional stability of the fabric, the elasticity of the fabric is improved, and the properties of anti-bacteria, bacteriostasis, anti-ultraviolet, moisture absorption, deodorization and perspiration are added.

A natural environmental-friendly tableware detergent is disclosed. The detergent is characterized by comprising following raw materials by weight: 5-7 parts of Chinese soapberry seed, 8-12 parts of washing water of rice, 2-4 parts of green tea saponin, 1-2 parts of ginger juice, 1.2-1.5 parts of sodium carbonate, 0.4-0.6 part of a thickening agent, 0.2-0.4 part of a preservative, 0.6-0.8 part of sodium carboxymethylcellulose and 3-5 parts of a honeysuckle bud and flower extract. The Chinese soapberry seed, the washing water of rice, and other components in the formula are purely natural clean raw materials. The detergent is simple to prepare, low in cost, and free of any influence on human health. The green tea saponin is extracted from tea seed powder and has good decomposition and adsorption functions for oil stains. By synergistic effects of the raw materials, the detergent has a good oil stain removing function for tableware, can effectively clean oil stains on surfaces of the tableware, sterilize bacteria on surfaces of the tableware, and is easy in biodegradation and environmental-friendly. Composite effects combining oil stain removing, sterilization and environment protection are achieved. The detergent is prone to industrial production.

The invention discloses a method for preparing salt-resistant alkali-resistant special algal biological water-soluble fertilizer by enzymatic hydrolysis fermentation, characterized by comprising: (1), pretreating algae; (2), carrying out ultrasonic-assisted enzymatic hydrolysis; (3), preparing fermentation broth; (4), aerobically fermenting; (5), fermenting in two steps; (6), filtering; (7), concentrating. refractory macromolecular substances in algae are degraded into small molecule polysaccharides, monosaccharides and nitrogen-bearing compounds by means of composite enzymatic hydrolysis and multi-bacteria co-fermentation, a great amount of soil beneficial bacteria and various specially-effective metabolites are generated, bioactivity of the algal fertilizer is improved, strong alkali, high temperature and high pressure are avoided being destroyed during algal fertilizer production, and rich nutrients in algae are fully reserved. This product integrates natural nutrients, antibiotics and plant hormones, has the composite effect of 'triple in one', organic fertilizer, microbial fertilizer and trace element fertilizer, is effective in improving saline and alkali soil and has a promising application prospect.

The invention provides a fabrication process for curtain fabric with a flame-retardant and uvioresistant combined function and belongs to the technical field of textiles. The fabrication process comprises the following process steps of firstly, selection of functional fiber materials; secondly, process flow of yarn forming; thirdly, weaving of the fabric through an interweaving process; fourthly, a dyeing and finishing process of the fabric; fifthly, an after treatment process of the fabric. According to the fabrication process, through reasonable selection of the functional fibers, on one hand, excellent properties of the fibers need to be fully maintained, on the other hand, the functional fiber composite effect is affected by many factors so that an unknown composite effect can be produced. Functional yarn is interwoven according to different interweaving proportions, the three kinds of functional fibers produce a positive coordination effect, and interweaving of flame-retardant polyester filament yarn, flame-retardant acrylic fibers and honeycomb uvioresistant polyester fibers reduces longitudinal and latitudinal damage length and stops production of droplets and enhances the flame-retardant and uvioresistant combined function.

The invention relates to a solid desulfurizer and a production method thereof, in particular to a composite calcium-based solid desulfurizer which is prepared from industrial waste residues and the production method thereof. The desulfurizer is prepared by the following steps of: directly mixing carbide slag slurry, dicyandiamide slag serving as a modifier, a chemical drying agent and magnesium slag powder which serves as another modifier; stirring and mixing; performing wet milling to prepare slurry; performing dry milling to prepare powder; and sieving. The prepared composite calcium-based solid desulfurizer is mainly compounded by calcium hydroxide or calcium hydroxide and calcium carbonate, wherein the desulfurizer contains an active magnesium oxide component, integrates the characteristics of a single calcium base or a magnesium-based desulfurizer and has composite effects. Moreover, the desulfurizer has the characteristics of saving a large amount of energy, protecting environment and reducing the cost of a flue gas desulfurizer, along with cheap and wide raw material resource, large amount of doped magnesium slag, carbide slag and dicyandiamide slag, no heat source, high dehydration speed, stable physical performance and the like; in addition, the desulfurizer has the advantages of small equipment investment, low operation cost, capability of eliminating the damage of limestone exploitation to the environment and the like.

The invention discloses a covering composite vacuum electroosmosis and heavy tamping method for the groundwork reinforcement and a device thereof, and aims to provide a groundwork treatment method and a relevant device, and in particular a complete groundwork treatment method for the large-area soft soil with the penetration factor less than 10<-5>cm/s, and a device thereof. The device of the invention adopts a composite pipe and a holed redundant film or a reticular multilens film. With the method of the invention, the composite effect of the multi-layer electroosmosis and the multi-layer vacuum dewatering completely covered and sealed under the holed redundant film or the reticular multilens film replaces the single effect of electromomosis and vacuum dewatering, and the heavy tamping with the medium and low energy covered under the sealed films replaces the direct medium and low energy heavy tamping. The invention is provided with the advantages of the equilibrium treatment, the convenient construction, the short construction term, the high performance-cost ratio, and so on.

The invention relates to a preparation method of metal composite plates, in particular to a preparation method of a magnesium/aluminum-based laminated composite plate in order to solve the problems that an existing preparation method of the magnesium/aluminum-based laminated composite plate has the disadvantages that the required preparation conditions are strict, the composite effect is poor, andthe requirements for equipment are high in the prior art. The preparation method comprises the steps of 1, conducting grinding, ultrasonic cleaning and air-drying; 2, sputtering copper coatings on the surfaces of a magnesium-aluminum alloy plat under an argon environment and the conditions of arc-added glow discharge and external water circulating cooling; 3, selecting a graphite die to conduct hot-pressing sintering on the magnesium/aluminum-based laminated composite plate in a plasma discharge sintering furnace under the conditions of current heating, pressurization and external water circulating cooling; and 4, conducting grinding and sanding treatment. The preparation method has the advantages that interface bonding of the magnesium/aluminum-based laminated composite plate is good, and the magnesium/aluminum-based laminated composite plate has no defects such as cracks and pores; a 3-micron element diffusion layer exists at the magnesium/copper interface, a 7-micron element diffusion layer exists at the copper/aluminum interface, and generation of brittle phases is restrained through the copper coatings sputtered at the interfaces; the interface bonding strength of the magnesium/aluminum-based laminated composite plate can reach 80 MPa.

The invention relates to a thermal vibration composite residual stress homogenization method. The method comprises the following steps: one, analyzing the residual stress distribution of an aging element, so as to know a residual stress integral level; two, determining an application mode for evaluating residual stress homogenization effect, and completing a thermal vibration composite aging early-period test; three, establishing a thermal and vibration implementation scheme of the thermal vibration composite residual stress homogenization method, deciding a process flow, selecting the temperature, the excitation force, the excitation frequency, the excitation position, the support position and the work time and other process parameters; four, on the basis of the selected process parameters, implementing thermal vibration composite aging residual stress homogenization of the workpiece; and five, carrying out thermal vibration composite aging post-period test, and evaluating the thermal vibration composite residual stress homogenization effect. The thermal and vibration composite effect is utilized to realize residual stress homogenization, the vibration aging effect is strengthened, and the using stability of the workpiece is improved.