100results about How to "No memory effect" patented technology

Fabrication of a micro mirror array having a hidden hinge that is useful, for example, in a reflective spatial light modulator. In one embodiment, the micro mirror array is fabricated from a substrate that is a first substrate of a single crystal material. Cavities are formed in a first side of the first substrate. Separately, electrodes and addressing and control circuitry are fabricated on a first side of a second substrate. The first side of the first substrate is bonded to the first side of the second substrate. The sides are aligned so the electrodes on the second substrate are in proper relation with the mirror plates that will be formed on the first substrate and that the electrodes will control. The first substrate is thinned to a pre-determined, desired thickness, a hinge is etched, a sacrificial material is deposited, the upper surface of the first substrate is planarized, a reflective surface is deposited to cover the hinge, a mirror is released by etching and the sacrificial layer around the hinge is removed to release the hinge so the hinge can rotate about an axis in line with the hinge.

The invention discloses a mixed positive electrode material, a positive plate using the same, and a lithium ion battery. The mixed positive electrode material comprises the following component by weight: 50-90 parts of a nickel-cobalt-manganese ternary material and 10-50 parts of lithium-manganese-iron phosphate. The mixed positive electrode material provided by the invention combines the nickel-cobalt-manganese ternary material with high energy density and lithium-manganese-iron phosphate with high safety performance, and plays complementary advantages of nickel-cobalt-manganese and lithium-manganese-iron phosphate, so that comprehensive performances of the positive electrode active material are improved. The positive plate prepared by using the mixed positive electrode material increases the safety performance and cycle performance of the lithium ion battery, increases average voltage of the lithium ion battery, and keeps relatively high energy density; and the lithium ion battery using the positive plate has excellent electrochemical performances, high energy density and high safety performances and long cycle life, and is suitable for popularization and application.

The invention discloses a method for preparing an electronic ternary material precursor from Ni-Co residues. The method realizes combination of one or more physical and chemical methods. The method comprises the following steps of pre-treating Ni-Co-containing waste or waste residues so that Ni and Co are preliminarily separated from other substances, adjusting a mole ratio of Ni to Co in the Ni-Co-containing waste or waste residues to 1: (1-0.2), carrying out deep purification of other elements except Ni and Co by an extraction method, treating an Ni-Co group, carrying out separation purification to remove other impurities, wherein Ni and Co is not separated, and directly preparing the Ni-Co oxide precursor of the electronic ternary material by a metallurgical technology, and adding sodium carbonate or sodium hydroxide into a Ni and Co sulfuric acid solution to directly produce an Ni-Co carbonate or an Ni-Co hydroxide. An important characteristic or an innovation point of the method comprises that Ni and Co are combined in an ion level. The method improves environment influence, can produce a novel Ni-Co product and is conducive to resource recycle and environment-friendly development.

The invention provides a universal rechargeable battery formed by adopting a lithium-ion battery and a control method thereof. The universal rechargeable battery comprises an external packing casing, as well as a charging/discharging controller, a positive electrode welding piece, the lithium-ion battery and a negative electrode end cover which are sequentially assembled in the external packing casing in a press fit manner, wherein the charging/discharging controller comprises a charging/discharging controller casing as well as a charging/discharging control circuit welding body and a charging/discharging controller support, which are arranged in the charging/discharging controller casing; a lithium-ion battery charging/discharging control circuit is welded on a charging/discharging control circuit welding body; the lithium-ion battery charging/discharging control circuit comprises a lithium-ion battery charging control circuit welded on a circuit board, electrically connected with the lithium-ion battery and the positive electrode end cover respectively and further electrically connected with the negative electrode end cover via the charging/discharging controller casing and the external packing casing, a lithium-ion battery detection and control circuit, and a DC-DC step-down voltage stabilizing discharging circuit.

The invention discloses a high-performance lithium ion secondary battery. The active substance of the anode of the battery is lithium-containing compound oxide of the chemical formula: LiFe(1-y)MyPO4, wherein M is one element selected from Co, Ni, Mn, Al, S, Ca, K, Na, Mo and Cr, y is more than 0 but less than or equal to 0.75. A water-soluble polymer is used as an adhesive. The anode of the inventive lithium ion secondary battery is prepared by mixing LiFe(1-y)MyPO4 compound with the water-soluble polymer at a given weight ratio, adding a conductive substrate and water as an solvent, mixing, stirring and filtering to obtain a homogenous slurry, coating the flurry on the surface of an aluminum foil, drying at 55-150 DEG C to obtain an anode piece, winding together with a cathode piece, assembling, infusing, standing, pre-charging with a 0.01C-0.65C current, standing again, and fractioning volumes. The inventive high-performance lithium ion secondary battery has the advantages of good property of high-current charge and discharge, long cycle life, high safety, environmental friendliness, and low cost.

Hydrogen cleave silicon process for light modulating mirror structure using single crystal silicon as the base cross-member. Existing processes use two critical alignment steps that can contribute to higher actuation voltages and result in lower manufacturing yields. The hydrogen cleave process simplifies the manufacturing process to one step: transferring a thin film of single crystal silicon to the CMOS substrate, resulting in minimal alignment error and providing large bonding area.

The invention relates to a mixed type anode sizing agent and a lithium battery using the anode sizing agent; the mixed type anode sizing agent of the lithium battery comprises the following components with parts by weight: 0.5 to 2 parts of LiFePO4, 0.5 to 2 parts of LiCo2, 0.05 to 0.2 part of conductive agent, 0.1 to 1.0 part of aqueous adhesive, 0.5 to 2 parts of deionized water and 0.05 to 0.25 part of polar solvent. The positive plate of the lithium battery is coated with aluminum foil of the mixed type anode sizing agent. The mixed type anode sizing agent of the lithium battery adopts LiFePO4 material and LiCoO2 material for compatibility production, and the produced lithium battery has better specific capacity and specific energy, high power, excellent safety performance, long circulation service life and low production cost, and can be popularized in the practical application of lithium battery, stable discharge plateau, low self-discharge, no memory effect and wide application.

The invention discloses a CVT (Continuously Variable Transmission)-based coaxial parallel hybrid power gas heat pump system, and relates to a novel air conditioning system for combining a CVT device and a hybrid power gas heat pump system into an organic whole body. The system comprises a CVT device, an engine, a motor, a lithium iron phosphate battery pack, a compressor, an evaporator, a condenser, a waste heat recovery system and the like. The power of the engine and the motor is coupled and then transferred to a drive shaft through a hydraulic torque converter of the CVT, a metal belt type continuously variable transmission mechanism and a main speed reducer to drive the compressor in the heat pump system to operate. The transmission ratio in the drive system is adjusted by controlling hydraulic pressure in driving and driven belt wheel cylinders so as to change working radius on driving and driven belt wheels, and continuously variable transmission can be realized in an equivalent wide range, so that the optimal matching of the transmission system and the working condition of the engine is obtained, and the gas economy of the entire heat pump system is improved.

The present invention is the bionic process of preparing bioactive calcium phosphate layer on the surface of medical Ni-Ti memory alloy. The preparation process includes ultrasonic cleaning of medical Ni-Ti alloy with acetone, alcohol and distilled water successively; surface activation, and two-step bionic deposition of active calcium phosphate layer to form active calcium phosphate layer in two-layer structure on the surface of Ni-Ti alloy. The active calcium phosphate layer comprises transitional compact non-crystalline calcium phosphate layer of 1-10 micron thickness and porous octacalcium phosphate or surface bone-like crystalline apatite layer of 10-100 micron thickness. During the surface activation, boiling H2O2 aqua of 10-60 concentration is first used for treatment of 10-90 min, and NaOH aqua of 1-10 M concentration at 30-80 deg.c is then used for soaking after flushing for 6-48 hr.

It is possible to provide a high-performance and high-capacity secondary cell without containing polluting substance such as lead in an electrode plate or sulfuric acid in electrolyte. It is also possible to provide a vehicle system which uses a lead-free battery of higher performance and higher capacity than a lead battery without using lead or sulfuric acid causing pollution and has more excellent high-speed charge/discharge characteristics than the lead battery, which enables a long-distance travel by external charging at once. Provided is a secondary battery including: an anode having an electrode containing calcium, silver oxide, and carbon; a cathode has an electrode containing zinc and carbon; and alkali aqueous solution as electrolyte. By using the lead-free battery, there is provided the vehicle system including a first and a second battery pack, an in-wheel generator attached to a wheel, a vehicle power motor, and a charge/discharge switching device having a control unit for automatically switching between the first and the second battery pack.

The invention discloses an aluminum alloy cable core and a production technology of the aluminum alloy cable core. The aluminum alloy cable core comprises, by weight, 0.3% to 0.6% of copper, 0.1% to 0.3% of iron, 0.02% to 0.05% of silicon, 0% to 0.02% of titanium, 0% to 0.02% of potassium, 0% to 0.001% of zinc, 0%-0.001% of manganese, 0% to 0.0003% of magnesium and the balance aluminum. The finished circular aluminum rod is obtained sequentially through the steps of primary aluminum liquid electrolysis, component analysis, copper-iron agent adding, electromagnetic stirring, determining of copper-iron component content in the aluminum liquid, temperature adjustment, inner-furnace purification, inner-furnace standing, outer-furnace purification, online gas removal, continuous casting, blank shearing, continuous rolling, cooling and detecting. The aluminum alloy cable core is mainly used for a high-conductivity aluminum alloy cable, the cable manufactured with the aluminum alloy cable core has the higher corrosion resistance and the higher creep resistance compared with a copper core cable, the elasticity is 40% lower than that of the copper core cable, the flexible performance is 30% higher than that of the copper core cable, and the cable is free of the memory effect and good in heat stability.

This invention provides a manufacturing method for up and down base plate electrodes of a plasma display screen including a glass upper base plate and a glass lower base plate, in which, a transparent electrode, a BUS electrode, a black strip, an upper transparent medium layer and a Mgo medium protection layer are orderly designed on the upper base plate and an ADD electrode, lower medium layer, a baffle and red, green and blue fluorescent powder are orderly set on the lower base plate. The photoetching technology is applied to form the display electrode and the addressing electrode, which intentionally enlarges the pattern of the electrode to let the edges of the electrode connect in short circuit then cuts off unnecessary edges with laser to eliminate the edge effect.

The invention discloses an aluminum alloy round bar and a production process thereof. The aluminum alloy round bar comprises the following chemical components in percentage by weight: 0.2-0.5% of copper, 0.1-0.3% of iron, 0.02-0.05% of silicon, 0-0.02% of titanium, 0-0.02% of potassium, no more than 0.001% of zinc, no more than 0.001% of manganese, no more than 0.0003% of magnesium and the balance of aluminum. The production process sequentially comprises the following steps: electrolyzing a primary aluminum solution, performing component analysis, adding copperon, electromagnetically stirring, determining copper and iron contents in the aluminum liquid, adjusting the temperature, purifying in a furnace, standing in the furnace, purifying outside the furnace, performing on-line degassing, continuously casting, shearing a blank, continuously rolling, cooling, and inspecting to obtain the finished round aluminum bar. The aluminum alloy round bar disclosed by the invention is mainly used for processing of high-conductivity aluminum alloy cables. Compared with copper core cables, the cables produced from the aluminum alloy round bar have better corrosion resistance and creep resistance, the elasticity is reduced by 40%, and the flexibility is increased by 30%; and the cables produced from the aluminum alloy round bar have no memory effect, and are favorable in heat stability.

The invention relates to the field of steel rail flash welding, in particular to a movable steel rail flash welding machine driven by a large-power energy storage power supply device. The movable steel rail flash welding machine comprises a welding machine, welding machine auxiliary equipment and the power supply device. The power supply device comprises a battery set power supply part and a super-capacitor set power supply part. The battery set power supply part supplies power to the welding machine auxiliary equipment and the super-capacitor set power supply part. The super-capacitor set power supply part supplies power to the welding machine. During preparation before welding, the battery set power supply part continuously supplies power to an auxiliary system so that preparation conditions before welding can be met, and the battery set power supply part charges the super-capacitor set power supply part. When welding is needed, the super-capacitor set power supply part supplies power to the welding machine. A battery set and a super-capacitor set are matched, under the situation that load fluctuation is large, the battery set high-strength power supply probability is obviously reduced, the energy density of a power source can be improved, and meanwhile the peak current requirement is met.

The invention relates to an aluminum alloy cable including an armor tape, a jacket, an insulation wire core and filling material. An outer of the armor tape is wrapped with the jacket. The insulation wire core is arranged in the armor tape. The filling material is disposed in a gap between the armor tape and the insulation wire core. The insulation wire core is made of an aluminum alloy conductor and an insulation layer wrapping the aluminum alloy conductor. The aluminum alloy conductor is an 8030 aluminum alloy conductor. Compared with the prior art, the aluminum alloy cable has the advantages of high conductivity, high creep and compaction resistance, high tensile strength, high yield strength, high elongation, small springback value, no memory effect, easy installation and the like.

The invention discloses an onboard lithium ion battery system. The onboard lithium ion battery system comprises a lithium ion battery pack and a battery charger, wherein the lithium ion battery pack is connected with the battery charger through a power socket and a communication socket; the lithium ion battery pack comprises a plurality of series-wound single batteries and a heating device; the lithium ion battery pack further comprises a voltage monitoring module, a current monitoring module, an equilibrium control module, a first control module and a first breaker; the battery charger comprises a series-wound charging power module, a heating power module, a total voltage monitoring module, a second control module, a second breaker, a third breaker and a DC/DC converter. The onboard lithium ion battery system can well guarantee the safety of the lithium ion battery pack.

The invention belongs to the technical field of isotope analysis and discloses a trace nitrogen isotope analysis system and a trace nitrogen isotope analysis method using the same. The analysis systemcomprises a primary purification unit (U-I), a control unit (U-II) and a secondary purification sampling unit (U-III), wherein the primary purification unit (U-I), the control unit (U-II) and the secondary purification sampling unit (U-III) are sequentially connected with one another through a connecting pipeline. With the system and method provided by the invention adopted, the analysis of tracenitrogen isotope in a gaseous sample or a solid sample can be realized. The system and the method have the advantages of high precision, high accuracy and the like.

The invention discloses application of substituted cyclotetraphosphazene compounds. The chemical structure of the substituted cyclotetraphosphazene compounds is as shown in formula I. The applicationis characterized in that at least one of the substituted cyclotetraphosphazene compounds as shown in the formula I is used as the mass spectrum calibrator for the mass spectrum calibration of variousdifferent ion sources under a positive-ion or negative-ion ionization mode. The substituted cyclotetraphosphazene compounds are good in mass spectrum response, high in sensitivity, low in isotope contribution, low in use amount, capable of avoiding the generation of a memory effect, wide in applicable m/z range, nontoxic, odorless, stable, low in cost, quite good in popularization and applicationvalue and the like.