37results about How to "No electrochemical reaction" patented technology

The invention belongs to the field of automobile surface washing, and relates to an anhydrous car washing liquid. The washing liquid is mainly composed of the following raw materials in parts by weight: 10 to 35 parts of paint film protective agent, 3 to 15 parts of luster-enhancing / lubricating conditioning agent, 2 to 18 parts of ionic liquid, 5 to 32 parts of surfactant, 4 to 16 parts of auxiliary surfactant, 0.1 to 5 parts of scratch filler, 0 to 10 parts of deionized water, and 0.01 to 0.3 part of essence. The selected ionic liquid and surfactant can generate a synergetic effect, under the help of a co-emulsifier, a thermally-stable micro-emulsion system can be formed, the system is stable, the dirt removing performance is greatly improved, and the organic attachment such as bird manure can be easily removed by the provided washing liquid.

The invention relates to an electrochemical composite decomposition manufacturing method and an electrochemical composite decomposition manufacturing device of a laser light tube electrode. Solid pulse laser is changed into an annular hollow laser beam with central light strength as zero by a light beam modulating system; compression shock is generated for electrochemical deposition in a non-solid light tube electrode by utilizing annular laser to irradiate expansion of plasma; decomposition stress is removed, a cathode reaction gas is exhausted, and material density is improved; moreover, the deposition reaction is only generated on the light beam with central laser energy as zero, so that the electrochemical composite deposition processing, repairing and surface performance strengthening which are high in quality and good in locality are realized. The electrochemical composite decomposition manufacturing method and the electrochemical composite decomposition manufacturing device disclosed by the invention are suitable for processing, repairing and surface performance strengthening of micro high-performance metal components, and belong to the field of micro quick forming and processing.

The invention discloses a laser-reinforced jet-electrodeposition rapid-prototyping processing apparatus and method. An anode is connected with a laser generation mechanism, an eye shield is located between the laser generation mechanism and the anode, a cathode is a deposition substrate which is arranged in a deposition groove, and a power supply is connected with the cathode and the anode; a Z-axis mobile platform is connected with the anode and the laser generation mechanism, and an X-axis mobile platform and a Y-axis mobile platform are successively arranged below the deposition groove; the liquid inlet end of a constant temperature liquid storage mechanism is connected with the anode, the liquid returning end of the constant temperature liquid storage mechanism is connected with the deposition groove, and a controller is connected with the laser generation mechanism, the power supply, the X-axis mobile platform, the Y-axis mobile platform, the Z-axis mobile platform and the constant temperature liquid storage mechanism. According to the invention, a high-energy density laser beam and a high-speed electrodeposition solution are synchronously jetted to the surface of the cathode through a tubular passive anode centre bore, combination of laser reinforced electrodeposition technology and electrodeposition solution injection is realized, and a high deposition speed is obtained.

A quaternary ammonium salt ionic liquid of the present invention and its preparation and application methods belong to quaternary ammonium compounds, and its molecular composition is N, N, N-trimethyl-N-sulfobutyl-ammonium bisulfate, and its molecular formula is [HSO3-b -N(CH3)3]HSO4, the structural formula is as follows: the quaternary ammonium salt ionic liquid of the present invention is non-corrosive equipment and environment-friendly, and the quaternary ammonium salt ionic liquid catalyst of the present invention is used for nitrobenzene catalytic hydrogenation to synthesize p-amino The phenol reaction is a liquid phase method, the reaction temperature is 60-130° C., and the PAP yield reaches 19.5-88%.

The invention belongs to the technical field of windshield water, and particularly relates to environment-friendly automotive windshield water which is main prepared from the following raw materials in parts by weight: ethanol, ethylene glycol, glycerin, sodium carboxymethyl cellulose, polyacrylamide, acrylate, ionic liquid, dibutyl dithiocarbamate nickel, and the like. The environment-friendly car windshield water provided by the invention has no damage to automotive glass and organic membrane; components such as the sodium carboxymethyl cellulose and polyvinylpyrrolidone are added, so that rubber wiper blades have a function of mildew proofing and elasticity recovering, the service life of the wiper blades is effectively prolonged, and water can be wiped more thoroughly; sodium sulfate and urea are cooperated to quickly remove frost and snow on glass surfaces.

The invention relates application of a membrane electrode in a basic anion exchange membrane fuel cell. The application is characterized in that: a carbon material directly serves as an oxygen reduction catalyst used for a cathode of a basic anion exchange membrane fuel cell. The method for adopting the carbon material as a catalyst directly realizes the advantages of greatly reduced cost, simplepreparation cost, high catalytic performance, inertia on penetrated fuel and the like. The method for adopting the carbon material as the catalyst directly has the advantages that: the method is easyto realize, the precision is high, the performance is reliable and the like, and is suitable for the basic anion exchange membrane fuel cell.

The invention provides a Gel capacitance sensor and method for measuring plantar pressure and dynamic change. The sensor comprises an insulating medium. Two ion gel arrays are pasted to the upper and lower surfaces of the insulating medium. A capacitor is formed by ion gel, the insulating medium, and ion gel. A layer of insulating medium is respectively pasted to the upper and lower surfaces of each of the ion gel arrays. Metal electrodes are pasted to the connection parts of the ion gel and the insulating mediums. An electron-ion gel mixed current loop is formed by the metal electrodes and the ion gel. A button battery, a control acquisition module and a Bluetooth module are integrated on a circuit board, the metal electrodes are connected through wires, and the button battery supplies power to the ion gel. When the surface pressure and period of the sensor are changed, a measurement signal is transmitted to the Bluetooth module, then a signal is sent to a mobile phone, and a mobile phone program carries out calculation to obtain plantar pressure distribution and change data with time. The gel material used by the capacitance sensor has the advantages of softness, transparency, small weight and thickness, easy processing, accurate measurement, low cost, and wide application.

The invention discloses an adjustable optical switch, which comprises a first transparent substrate (1), a second transparent substrate (8), first liquid (3) and second liquid (4). The adjustable optical switch is characterized in that: the second transparent substrate (8) is provided with a second electrode (7); the first liquid (3) and the second liquid (4), which are non-conducting, are accommodated between the first transparent substrate (1) and the second transparent substrate (8); and the second transparent substrate (8) is provided with a partition wall (5). Compared with the optical switch adopting the traditional electrowetting technique, the adjustable optical switch of the invention has the advantages of no need of insulating layer, simple structure and low driving voltage.

The invention discloses a chemical mechanical planarization method for copper, which is used for flattening the copper metal layer of semiconductor basements, and includes the following steps: executing first-stage grinding to remove the copper metal layer of semiconductor basements, executing second-stage grinding to remove the barrier layer under the copper metal layer; wherein, the second-stage grinding including the following steps: using grinding agent to carry out main grinding, using corrosion inhibitor to carry out grinding after finishing main grinding, and using deionized water to grinding and washing. The method can reduce or eliminate the corrosion on copper during the process of grinding.

The invention is applicable to the technical field of a lithium battery and provides a lithium Ni-Co aluminate positive electrode material co-doped with negative ions and positive ions and a preparation method of the positive electrode material. The method comprises the steps of firstly, pre-sintering a lithium Ni-Co aluminate NCA precursor to form a porous honeycomb quasi-spherical pre-sintered precursor by employing a pre-sintering method of spraying a sodium bicarbonate solution and an F solution; secondly, preparing a solution from a Mg source and Nb source according to a proportion, mixing with the pre-sintered precursor under a water system, and effectively guiding a Mg and Nb solution into a positive electrode material substrate through honeycomb holes; thirdly, spraying an F ion regulation agent solution during material mixing and lithium supplement by a high mixing machine so that materials are fully and uniformly mixed; and finally, performing high-temperature sintering to make a finished product crystallized so as to obtain the lithium Ni-Co aluminate positive electrode material co-doped with the negative ions and the positive ions. In the positive electrode material, positive ion mixing can be reduced by Nb<4+>, polarization can be reduced by Mg<3+>, the electrochemical performance is improved, no electrochemical reaction of Mg<3+> / Nb<4+> is generated during the charging process, no valence-state change is generated, and an effect of stabilizing a crystal structure can be achieved; and moreover, oxygen can be fixed by F negative ion doping, oxygen precipitationis reduced, the material structure is stabilized, and the cycle property is improved.

A chemical-mechanical grinding method comprises that a plurality of grinding pads and grinding heads are provided for material layers on the grinding chips; a plurality of antiseptic feed devices are provided and the antiseptic feed devices are used for supplying antiseptic to the grinding pads; the a plurality of grinding pads grind different chips at the same time; antiseptic is provided on the ground chip surface until all chips are ground. The method can prevent the chip surface from being polluted or corroded.

The invention discloses a micro-fluidic chip based on MHD control. The micro-fluidic chip is invented based on Ac MHD driving technology; a three layer structure is adopted; the first layer is a PDMS cover plate layer 16, is provided with electrode connection columns 12, an injection port 19, and an observing port 20 hole; the second layer is micro-channel layer 17 comprising an Ac MHD driving pump 11, a micro channel 15, a liquid storage chamber 21, and a detection chamber 22, wherein the Ac MHD driving pump 11 comprises the electrode connection columns 12, electrodes 13, and a micro solenoid coil 14 right below a micro channel 15; the third layer is quartz glass slice 18 provided with a groove via caving, and the groove is used for accommodating the micro solenoid coil 14. In applications, samples or reagents are injected into different liquid storage chambers 21, and flow into a preset detection chamber 22 for analysis under the control of Ac MHD driving pump, multipath simultaneous detection can be realized, detection efficiency is increased, and the micro-fluidic chip possesses practical application value.

The invention relates to a novel gel film capacitive sensor for measuring the full-mouth tooth occlusal force and a method thereof. Each of the upper and lower surfaces of the insulating medium is pasted with a layer of ionic gel serving as electrolyte, two kinds of materials are soft and transparent, ionic gel is pasted on several points to form several capacitors which can change along with the occlusal force, the capacitors are connected in parallel, a layer of insulating medium is pasted on the upper surfaces of the capacitors, and a layer of insulating medium is pasted on the lower surfaces of the capacitors, influence of external parasitic capacitors is avoided, buses are connected to an acquisition card , and the total capacitance value under the action of full-mouth tooth occlusal force can be obtained, and therefore the full-mouth tooth occlusal force can be measured; the capacitive sensor resultant force measuring device can obtain the full-mouth tooth occlusal force by means of a simple parallel circuit, but a piezoresistive resultant force measuring device only can measure a single circuit, and cannot measure the cumulative sum, by employing the novel gel material, the tooth occlusion case can be simulated as real as possible to obtain the full-mouth tooth occlusal force, and the novel gel material has good repeated measurement precision, and is low in cost and easy to process, and is disposable, clean and sanitary.

The invention discloses a preparation method of a metal lining ring-shaped composite cylinder. The preparation method comprises the following steps: (S1) winding aramid-fiber dry yarns for multiple times on the outer wall of a clean and smooth ring-shaped metal lining by adopting spiral winding and circumferential winding so as to obtain a plurality of winding layers; (S2) repeatedly preparing high-strength and easy-dipping resin adhesive and brushing the resin adhesive on the plurality of winding layers in the step (S1) for multiple times so as to obtain a semi-finished composite cylinder product; (S3) carrying out surface coating on the semi-finished product in the step (S2) so as to obtain a semi-finished product to be cured; and (S4) carrying out curing on the semi-finished product to be cured in the step (S3) to obtain the metal lining ring-shaped composite cylinder. The preparation method disclosed by the invention has the advantages that the process is simple, the matching property of the metal lining and a composite material is good, no electrochemical corrosion is caused and the fatigue performance of the prepared composite cylinder is excellent.

The invention discloses a plate connecting method capable of using prepressing holes of a soft rivet column and riveting compounding. The plate connecting method comprises the following steps: a connecting point is generated on an upper plate and a lower plate by adopting the prepressing holes, mechanical deformation is generated between the upper plate and the lower plate to form embedment, and thus the upper plate is connected with the lower plate together; the connecting point formed by connecting the upper plate and the lower plate through the prepressing holes is reversely buckled up on the rivet column to ensure the rivet column to be arranged in a pit formed in the upper plate; the upper plate, the lower plate and the rivet column are arranged between an upper mold and a lower mold; the upper mold moves downwards through a riveting process and extrudes the upper plate, the lower plate and the rivet column with matching of the lower mold, so that the rivet column has plastic deformation, is embedded into the upper plate and presses the upper plate to be further embedded into the lower plate at the connecting point to ensure increase of the connecting strength; and the height of a salient formed on the lower plate lowers under the pressure action of the upper mode. The plate connecting method has the advantages of high connecting strength and low salient height.

The invention discloses a UPS (Uninterruptible Power Supply) based on a capacitor battery, which comprises an input filter, a rectifier, an inverter, a static switch, an output filter, a charger and acapacitor battery. The input filter, the rectifier, the inverter, the static switch and the output filter are connected in turn. The input end of the charger is connected with the output end of the input filter. The output end of the charger is connected with the capacitor battery. The output end of the capacitor battery is connected with the input end of the inverter. A construction method of the UPS includes the following steps: calculating the required capacitance according to the power of most existing computers; making a UPS according to the capacitance; connecting the UPS with a computer, and charging the UPS until the power is sufficient; and judging whether the desktop computer is powered off, and starting the UPS if it is determined that the desktop computer is powered off. The UPS based on a capacitor battery is a UPS which is safe and reliable and has high accuracy and strong real-time performance.

The invention relates to a double-sided adhesive tape for lithium batteries, which comprises a first sealing hot-melt pressure-sensitive adhesive layer, a base film layer, a second sealing hot-melt pressure-sensitive adhesive layer, and a non-tacky sealing adhesive layer at normal temperature sequentially connected from top to bottom And double-sided silicon-free release film layer; the double-sided adhesive tape for lithium battery has adhesion to aluminum foil and polyethylene film at room temperature, and the other side has no adhesion to polypropylene surface below 80 ° C, which meets the requirements of lithium battery The production process requirements; the adhesive layer of the double-sided tape does not contain impurities such as release agents, which maintains the purity of the adhesive layer. The adhesive layer can maintain high stability when soaked in the electrolyte, resist corrosion by the electrolyte, and do not occur electrochemical reaction, can maintain the performance of the lithium battery, and improve the service life of the lithium battery.

The present invention discloses a carbon fiber graphite flexible grounding body and a preparation method thereof. The carbon fiber graphite flexible grounding body is of a rope shape and is woven by multiple strands of carbon fiber graphite line. Each carbon fiber graphite line is internally provided with carbon fiber. The preparation method comprises steps of bulking, separating gas from material, paving a bottom graphite film, paving fiber and surface graphite, winding, twisting, weaving, burning out, and shaping. According to the carbon fiber graphite flexible grounding body prepared by the method, woven lines comprising carbon fiber and graphite are crossed, and the grounding body is of a flexible porous structure, and has characteristics of good conductive performance and corrosion resistance. The grounding body can be in multiple shapes according to different weaving processes and molds.

The invention relates to an oil-water separator, in particular to an integrally-formed high-molecular plastic oil-water separator and a mold. The integrally-formed high-molecular plastic oil-water separator comprises a separator body, a filter plate, a filter basket and a top plate which are integrally formed by high-molecular plastic through injection molding, wherein the separator body is of a frame-shaped structure with an opening in the top, the separator body is provided with a water inlet pipe and a water outlet pipe, a clamping groove is formed in the inner side wall of the separator body, the filter plate with a cavity array is inserted into the clamping groove to be fixedly connected, a notch matched with the top plate is formed in the top of the separator body, and the filter basket is arranged in the separator body and close to the water inlet pipe. The raw material is high-molecular plastic, the advantages of high-strength mechanical property, good toughness, strong weather resistance, long service life and the like are achieved, and electrochemical reaction is not generated in the using process. The injection molding process is adopted, one-time injection molding is achieved, manpower and time cost is reduced, the surface and the connector are flat and smooth, and the use experience feeling is better.

The invention provides a full life cycle operation mode of an injectable / extractable lithium battery. With combination of the characteristics of the injectable / extractable lithium battery, no electrolyte is contained in the battery isolation layer when the battery leaves the factory so that no electrochemical reaction occurs inside the battery when the battery is transported to a user end or a transfer station and the battery can be safely transported as a non-dangerous product; meanwhile, the electrolyte in the battery is extracted out through a liquid extraction port and the safety agent isinjected when the life of the battery is terminate and scrap treatment is required so that the scrap battery does not generate electrochemical reaction in the process of transportation to the recycling station and can be safely transported as the non-dangerous product. The full life cycle operation mode of the injectable / extractable liquid lithium battery comprises a series of steps such as "battery leaving the factory-safe transportation-battery activation-safe operation-maintenance regeneration / safe scrap-safe transportation-recovery treatment-regeneration manufacturing" and the like.

The present invention provides a quaternary ammonium salt ionic liquid, a preparation and an application method thereof and belongs to a quaternary ammonium compound, the molecular component of whichis N, N, N-trimethyl-N-sulfobutyl-ammonium hydrogen sulfate, a molecular formula is [HSO3-b-N(CH3) 3]HSO4, and a structural formula is as follows. The quaternary ammonium salt ionic liquid of the present invention does not erode equipments and is friendly to the environment; the catalyst of the quaternary ammonium salt ionic liquid of the present invention is used for nitrobenzene catalytic hydrogenation synthesis towards amino phenol reaction, which is the liquid phase method, the reaction temperature is 60 DEG C to 130 DEG C, the PAP yield is 19.5 percent to 88 percent.

The invention is applicable to the technical field of a lithium battery and provides a lithium Ni-Co aluminate positive electrode material co-doped with negative ions and positive ions and a preparation method of the positive electrode material. The method comprises the steps of firstly, pre-sintering a lithium Ni-Co aluminate NCA precursor to form a porous honeycomb quasi-spherical pre-sintered precursor by employing a pre-sintering method of spraying a sodium bicarbonate solution and an F solution; secondly, preparing a solution from a Mg source and Nb source according to a proportion, mixing with the pre-sintered precursor under a water system, and effectively guiding a Mg and Nb solution into a positive electrode material substrate through honeycomb holes; thirdly, spraying an F ion regulation agent solution during material mixing and lithium supplement by a high mixing machine so that materials are fully and uniformly mixed; and finally, performing high-temperature sintering to make a finished product crystallized so as to obtain the lithium Ni-Co aluminate positive electrode material co-doped with the negative ions and the positive ions. In the positive electrode material, positive ion mixing can be reduced by Nb<4+>, polarization can be reduced by Mg<3+>, the electrochemical performance is improved, no electrochemical reaction of Mg<3+> / Nb<4+> is generated during the charging process, no valence-state change is generated, and an effect of stabilizing a crystal structure can be achieved; and moreover, oxygen can be fixed by F negative ion doping, oxygen precipitationis reduced, the material structure is stabilized, and the cycle property is improved.

The present invention provides a full life cycle operation mode of the injectable / pumpable lithium battery, combined with the characteristics of the injectable / pumpable lithium battery, the battery isolation layer does not contain electrolyte when the battery leaves the factory, so that the battery can be transported to the user end or transfer station, no electrochemical reaction occurs inside the battery, and can be safely transported as non-dangerous goods; at the same time, when the battery life ends and needs to be scrapped, the electrolyte in the battery is pumped out through the pumping port and injected with a safener, so that the scrapped battery No electrochemical reaction occurs during transportation to the recycling station, and it can be safely transported as non-hazardous goods. In the present invention, the full life cycle operation mode of injectable / pumpable lithium battery includes a series of steps such as "battery delivery - safe transportation - battery activation - safe operation - maintenance regeneration / safe scrapping - safe transportation - recycling treatment - regenerative manufacturing" .