202results about How to "Curb rise" patented technology

This invention relates to a method for preparing heat-insulating paint composition for glass. The heat-insulating paint composition comprises: micro-emulsified resin 20-60 wt. %, nanopowder (20-150 nm) 15-40 wt. %, and paint additive as balance. The micro-emulsified resin comprises: at least one of organosilicon resin, inorganic silicon resin, alkyd resin, epoxy resin, acrylate and polyurethane 50-80 wt.%, inorganic salt 0.001-5 wt.%, at least one of anionic, cationic and nonionic surfactants 0.001-8 wt.%, C1-C5 lower fatty alcohol 1-20 wt.%, and water as balance. The heat-insulating paint composition has such advantages as high heat insulation performance, high transparency, and high hardness, and can be used on building glass and automobile glass.

A heat-treatment apparatus according to the present invention comprises a sheet-like heating body, which is bent like a letter “U”, and a heat equalizing plate constituted by a metal plate bonded to a heat generating part of the sheet-like heating body. The heat equalizing plate is bonded to the inner surface of the sheet-like heating body bent like a letter “U”. Alternatively, a fluorocarbon resin is coated on the surface of the heat equalizing plate.

The invention discloses an energy-efficient, environment-friendly and high-efficient and low-cost automobile methanol gasoline. The methanol gasoline consists of (calculated by weight percent) gasoline (20-48 percent), methanol (30-70 percent), light hydrocarbon (5-15 percent) and additives (5-7 percent); the additives in the automobile methanol gasoline consists of (calculated by weight percent) solubilizer (1.5-5 percent), anti-oxidant (0.05-0.2 percent), antifreezing agent (0.5-1.0 percent), heat-value increasing agent (0.5-1.0 percent), plasticizer (0.05-0.5 percent), antioxidant (0.05-0.2 percent), stabilizer (0.2-0.8 percent) and antiseptic agent (0.2-1.0 percent). The raw materials required by the automobile methanol gasoline are available from extensive resources and the price is low; suitable for mass production and the production process is very simple; besides, the production is not restricted by seasons or scale.

An image forming device makes a judgment on whether a bundling process for bundling a plurality of printed recording media is instructed or not, when a process for writing image data to be printed on the recording media into an electronic tag is instructed. The device selects only recording media each provided with an electronic tag as the recording media for printing and writes image data to be printed on each recording medium into the electronic tag of the corresponding recording medium, when the bundling process is not instructed. The device selects a recording medium provided with an electronic tag and a recording medium provided with no electronic tag as the recording media for printing and writes into the electronic tag of the recording medium with the electronic tag the entire image data to be printed on a plurality of recording media, when the bundling process is instructed.

A discharge lamp lighting device includes: a power converting circuit including a step-down chopper circuit (1) and a polarity inversion circuit (2) configured to convert an output from the step-down chopper circuit (1) to a rectangular-wave alternating-current voltage, and thus to apply the rectangular-wave alternating-current voltage to a discharge lamp (La); and a memory (41f) configured to store a history of an output from the power converting circuit in a previous stable lighting mode. A control circuit (4) controls the on and off of each of switching elements (Q1 to Q5) in the step-down chopper circuit (1) and the polarity inversion circuit (2), and thereby changes the output from the power converting circuit in a predetermined time period after the lamp starts lighting until reaching a stable lighting state on the basis of the history stored in the memory (41f), so that a rise of a lamp voltage Vla is suppressed. This enables extension of the lifespan of the lamp and suppression of the occurrence of arc jump.

A hybrid vehicle having an engine and a motor to be controlled independently of each other for running the vehicle. This hybrid vehicle is given a braking demand detecting function to detect a braking demand through an idle ON of the engine while the vehicle is running, and a first braking function to suppress the rise in the vehicle speed of the vehicle by a regenerative braking force of the motor if the braking demand is detected by the braking demand detecting function.

The invention discloses a method for remedying an organism contaminated field by using a bidirectional stirring injection method. The method comprises the following steps: (1) flattening the contaminated field; (2) performing shallow layer ground hardening; (3) staking out in survey; (4) locating bidirectional stirring equipment in place; (5) moving a drilling rod of the bidirectional stirring equipment; (6) performing pre-stirring drilling; (7) drilling a drill rod, injecting a medicine and stirring bidirectionally, namely, injecting the medicine through an inner tube of a conveying pipeline, injecting a mixed solution of a catalyst and a buffer agent from a pipeline between the inner tube and the outer tube of the conveying pipeline, and mixing and stirring the medicine, the catalyst, the buffer agent and soil at the bottom of the conveying pipeline; (8) lifting up the drill rod through opposite stirring; and (9) moving the drill rod to a next pile site, and repeating the step (5) to (8) until the soil in all pile sites is remedied. By adopting the method, the loss of ground mixed medicines can be reduced, the reaction velocity and the reaction time can be effectively controlled, the problem that grout spills out and turns up from the ground surface can be effectively solved, and the remediation efficiency can be improved.

A positive electrode active material containing lithium manganate having a spinel structure is used, wherein the value of a* of the L*a*b* color specification system is made to satisfy the requirement: −3.2≦a*≦−1.4. Or, the value of a* is made to satisfy the requirement: −5.8≦a*≦−4.2. Or, the value of L* is made to satisfy the requirement: 24≦L*≦27.

When in the 1 operation the temperature inside is maintained at target temperature by an evaporator, the cooling power of the evaporator is increased so as to carry out the 2 operation for temperature inside lowering. When in the 2 operation the temperature inside reaches lower limit temperature (Tmin), the compressor stops so as to carry out the 3 operation. When in the 3 operation the temperature inside reaches upper limit temperature (Tmax), the compressor restarts so as to carry out the 1 operation.

The invention relates to a method for preparing plant health-care tea, in particular to a method for preparing fructus crataegi cuneatae leaf health-care tea having strong pharmacological effect, aiming to provide plant health-care tea. The method comprises the following steps of: picking up fresh leaves; dewatering; kneading and twisting; drying; grinding; blending; packaging; and sub-packaging: packaging by a tea bag packaging machine to obtain the fructus crataegi cuneatae leaf health-care tea, wherein per 5g of the tea is packaged into a bag. The preparation method retains original ingredients and health-care functions of the fructus crataegi cuneatae leaves and increases the content of vitamin C through blending with oolong tea powder. The tea can be used for effectively eliminating oil and fat, helping discharge waste in vivo, dissipating stasis and resolving phlegm so as to achieve the effects of losing weight and reducing the fat.

A filter catalyst of the present invention is comprised of a catalyst-supporting substrate 1, and catalytic portions 5, 6 for purifying an exhaust gas. The catalytic portions includes the first catalytic portion 5 for purifying SC, CO and NO_x, and the second catalytic portion 6 for purifying the particulates. The first catalytic portion 5 is formed on a surface of at least a portion of the cellular wall 40, and the second catalytic portion 6 is formed on an inside surface of the pores. In the filter catalyst of the present invention purifying ability of the exhaust gas is increased, and the filter catalyst of the present invention can suppress rise of the pressure loss of the exhaust gas.

A non-aqueous electrolyte can suppress decomposition of a solvent, improve the cycle life of a secondary battery, suppress the rise of resistance of a secondary battery and improve the capacity maintenance ratio of a secondary battery A non-aqueous electrolyte secondary battery formed by using such a non-aqueous electrolyte includes a non-aqueous electrolyte containing an aprotic solvent and a disulfonic acid ester as expressed by chemical formula 1 shown below, a positive electrode and a negative electrode:

The invention discloses a pesticide application method for improving peanut yield. The method comprises the following steps: (1) preparing pesticides; (2) uniformly mixing a pesticide A, a pesticide B and water based on a weight ratio of (52-58):(245-255):(72,000-78,000), and spraying the pesticides to leaf surfaces for the first time in the initial bloom stage of peanuts; (3) uniformly mixing the pesticide A, the pesticide B, a pesticide C and water based on the weight ratio of (53-57):(248-252):(18-22):(12,000-18,000), and spraying the pesticides to the leaf surfaces for the second time in a pegging stage of the peanuts; and (4) uniformly mixing the pesticide A, the pesticide B and the water based on the weight ratio of (54-56):(24-26):(13,000-17,000), spraying the pesticide to the leaf surface for the third time 15 to 20 days before the peanuts are harvested. In the method, multiple pesticide groups are adopted in the whole peanut growing period, and can be crossly and repeatedly used, so that various diseases of the peanuts can be effectively prevented and controlled, trace elements required in each growing stage of the peanuts can be fulfilled, the peanuts have more fruits with plump grains, and premature decay of the peanuts in the later stage can be effectively prevented. Furthermore, the vigorous growth can be effectively controlled, the fruit setting percentage of the peanuts can be improved, and the yield is improved by 40 percent.

The invention discloses a plant protein peptide powder, which is a green, safe and healthy plant protein peptide powder, preferably protein powder derived from natural plants such as soybean protein isolate, pea protein, soybean peptide, wheat oligopeptide, and Peptide powder is the main raw material, which is more suitable for long-term use of existing sub-healthy people and middle-aged and elderly people. The preparation method of the plant protein peptide powder is also disclosed, the preparation is simple and the plant protein peptide powder can be mass-produced. The production process of the invention is simple, only needs to be sieved and mixed for packaging, has low production cost, high economic benefit, high product stability, is not easy to agglomerate, and is suitable for large-scale production.