38results about How to "Improve consumption capacity" patented technology

The invention discloses a movable air conditioner and a condensate water removing control method and device and condensate water removing system of the movable air conditioner. The movable air conditioner comprises a refrigerant circulating system, a liquid storage tank for storing condensate water, a water fluttering wheel located in the liquid storage tank, a water fluttering motor and a water pump. The condensate water removing control method comprises the steps that the water level information of the condensate water in the liquid storage tank is collected; and the water pump and the water fluttering motor are controlled according to the water level information and the operating mode of the movable air conditioner, wherein in a refrigeration mode, a first water level threshold value is achieved by responding to the water level of the condensate water in the liquid storage tank, a water fluttering motor operation command is executed so as to drive the water fluttering wheel to rotate, the water pump is controlled to be started by responding to the water fluttering motor operation command so as to spray the condensate water in the liquid storage tank to the water fluttering wheel, and the condensate water is removed through the water fluttering wheel. The consumption capacity of the condensate water in the refrigeration mode can be effectively improved, the effect is more obvious especially for the condition that the environment humidity is large, the fault of water leaking is avoided, and normal use is guaranteed.

The invention discloses a method for treating kitchen waste by using hermetia illucens. The method comprises the following steps: step 1, kitchen waste pretreatment: filtering, sorting, crushing and stacking the kitchen waste; step 2, larva inoculation: flatly laying the pretreated kitchen waste in a waste treatment box, and then inoculating larvae hatched by hermetia illucens eggs into the kitchen waste; and step 3, material and larva separation: collecting and separating mature larvae of the hermetia illucens after breeding treatment and material residues. According to the method for treating the kitchen waste by using the hermetia illucens, the consumption capacity of the kitchen waste is high, the treatment period of the kitchen waste is shortened, breeding of the hermetia illucens larvae is facilitated, and the hermetia illucens larvae can stably and rapidly grow.

A multifuel internal-combustion engine which improves the ignitability of low-compressed ignitable fuels inside a combustion chamber (CC) at the time of a compressed self ignition diffusive combustion mode of operation. The multifuel internal-combustion engine is operated in a manner that at least one of not less than two kinds of fuels (F1, F2) of different nature is guided into the combustion chamber (CC) or a mixed fuel composed of not less than two kinds of fuels (F1, F2) is guided into the combustion chamber (CC). An electronic controller unit (1) has a fuel characteristics detection means to detect a ignitability index value indexed for compressed ignitability of a fuel itself guided into the combustion chamber (CC), and a fuel injection control means to inject a fuel inside the combustion chamber (CC) which is judged to be low-compressed ignitable based on detected ignitability index value prior to a given time during a period from intake stroke to compression stroke at the time of the compressed self ignition diffusive combustion using such a fuel, and to guide a low-compressed ignitable fuel into the combustion chamber (CC) by subsequent main injection.

A variable cylinder engine is provided. The engine includes an engine body having a plurality of cylinders, a cooling mechanism for cooling the engine body by using a coolant, and a controller for controlling a temperature of the coolant and changing the number of active cylinders according to an operating state of the engine. The controller reduces the number of active cylinders in a reduced-cylinder operating range set within a partial engine load range, and expands the reduced-cylinder operating range to a higher engine load side as the coolant temperature becomes lower.

The invention belongs to the technical field of natural product modifying medicines and discloses a luteolin-Zn complex capable of promoting the consumption of cell glucose as well as a preparation and application. The preparation method comprises the following steps: dissolving luteolin into absolute ethyl alcohol; adding zinc acetate and regulating the pH (Potential of Hydrogen) of a reaction solution to be 4 to 6 with hydrochloric acid; raising the temperature to 50 DEG C to 65 DEG C, and refluxing and stirring to react for 4h to 6h; separating, washing and drying a solid product to obtain luteolin-Zn complex solid powder. Compared with single luteolin, biological activities including a blood glucose lowering capability and the like of the luteolin-Zn complex are remarkably improved; the luteolin-Zn complex can be used for developing medicines capable of lowering blood glucose or health-care foods.

The invention provides a voltage stabilizer for a direct-current/alternating-current high-voltage cable insulation material and a preparation method and application thereof. The voltage stabilizer has a structure as shown in a formula 1, the high-voltage cable insulation material with the voltage stabilizer introduced not only has excellent thermal performance and mechanical performance, but also can remarkably improve the electrical performance, and the crosslinking degree of the cable insulation material can be remarkably improved by adding the voltage stabilizer, the problems of poor compatibility with a base material polyethylene and easy migration can be effectively solved, and the voltage stabilizer is a universal voltage stabilizer with a cross-linking effect.

The invention discloses an energy dissipation connecting piece for a bamboo-wood shear wall. The energy dissipation connecting piece for the bamboo-wood shear wall comprises an N-type energy dissipation plate, energy dissipation shape memory alloy rods, a belleville spring, a steel gasket, a nut, two fan-shaped connecting piece bodies and a high-strength bolt. Each fan-shaped connecting piece bodycomprises a cross-shaped bottom plate and a fan-shaped connecting plate, and the cross-shaped bottom plates are fixedly connected with the fan-shaped connecting plates. A third through hole is formedin the upper end of the N-type energy dissipation plate, and a fourth through hole is formed in the lower end of the N-type energy dissipation plate. The two fan-shaped connecting piece bodies are located on the left side and the right side of the N-type energy dissipation plate respectively, the upper end of the N-type energy dissipation plate is fixedly connected with the upper end of the outerside of the cross-shaped bottom plate of the right fan-shaped connecting piece body, and the lower end of the N-type energy dissipation plate is fixedly connected with the lower end of the outer sideof the cross-shaped bottom plate of the left fan-shaped connecting piece body. A first through hole is connected with the third through hole through one energy dissipation shape memory alloy rod, anda second through hole and the fourth through hole are connected through the other energy dissipation shape memory alloy rod. The energy dissipation connecting piece for the bamboo-wood shear wall hasthe advantages of being environmentally friendly, renewable in resource, capable of meeting factory prefabrication and easy and convenient to install. Through interaction of the shape memory alloy rods and the N-type energy dissipation plates, the shearing force resistance and the transverse wave consumption capacity are increased, and the anti-seismic property is excellent.

The invention discloses a steel building formwork with a noise reduction function, and relates to the technical field of building formworks. The steel building formwork with the noise reduction function comprises a plate surface, mounting holes distributed in an equidistant array mode are formed in the plate surface, noise reduction mechanisms are arranged in the mounting holes, the upper ends and the lower ends of the mounting holes penetrate through the upper side and the lower side of the plate surface respectively, and each noise reduction mechanism comprises flexible films, deformation bags, a kinetic energy consumption mechanism and matched vibration reduction mechanisms; and the number of the flexible films is two, the outer edges of the two flexible films are bonded to the upper side and the lower side of the inner wall of the corresponding mounting hole correspondingly, and the deformation bags are fixedly connected to the middles of the opposite sides of the two flexible films. According to the steel building formwork with the noise reduction function, the noise reduction mechanisms and the matched vibration reduction mechanisms operate, it is effectively guaranteed that the formwork can be subjected to effective amplitude treatment in any horizontal state and in any weather environment, and therefore it is guaranteed that noise with large loudness cannot be generated in the collision and impact process of the formwork.

The invention relates to the field of buildings, in particular to building blocks and a multi-ribbed composite wall adopting the same. Each building block is cubic, and comprises two main planes and a plurality of horizontal grooves. The two main planes are arranged oppositely. The horizontal grooves are formed on one of the two main planes, and are uniformly distributed along the two diagonal lines of the main planes. The multi-ribbed composite wall comprises a plurality of ribbed beams, a plurality of ribbed columns, the building blocks and common building blocks. The ribbed beams are arranged in parallel in an equally-spaced manner. The ribbed columns are arranged in parallel in an equally-spaced manner. The ribbed columns and the ribbed beams are arranged in a vertically-staggered manner to form a plurality of building block packing lattices. At least one building block packing lattice is packed with the building blocks. The rest of the building block packing lattices are packed with the common building blocks. Since the horizontal grooves are uniformly formed in one main plane of the building block along each diagonal line, developing of cracks can be controlled well, developing of the cracks is more uniform, and the earthquake energy consumption capability of the structure is improved greatly.

Fuel diverted from a fuel circulation path flows into a first pressure chamber (201). A second pressure chamber (202) is adjacent to the first pressure chamber, and fuel diverted from the fuel circulation path flows into the second pressure chamber. A third pressure chamber (203) is adjacent to the second pressure chamber, and fuel diverted from the fuel circulation path flows into the third pressure chamber. A valve member (206) opens and closes the first pressure chamber with respect to a return path. A first partition member (204) operates in conjunction with the valve member in the state in which the first partition member partitions the first pressure chamber from the second pressure chamber. A second partition member (205) operates in conjunction with the valve member and the first partition member in the state in which the second partition member partitions the second pressure chamber from the third pressure chamber. A switch unit (22) performs switching between an open/close state of the second pressure chamber with respect to the fuel circulation path and an open/close state of the second pressure chamber with respect to the return path such that these open/close states are opposite to each other, and performs switching between an open/close state of the third pressure chamber with respect to the fuel circulation path and an open/close state of the third pressure chamber with respect to the return path such that these open/close states are opposite to each other.

An automatic transmission for a vehicle comprises a first planetary gearset (1) having a first component (11), a second component (14), and a third component (12), arranged in order of the gear ratio on a shared speed diagram, and a Ravigneaux-type second planetary gearset (2). An input shaft (I) is always connected to the second component (14) and can be connected to a second sun gear (21) by way of a first clutch (4) being engaged and can be engaged to a third sun gear (26) by way of a second clutch (5) being engaged. An output member is always connected to a second ring gear (22). The first component (11) can be locked to a stationary member (8) by way of a first brake (3) being engaged. The third component (12) is always connected to a second pinion carrier (25) and can be locked to the stationary member (8) by way of a second brake (6) being engaged. The third sun gear (26) can be locked to the stationary member (8) by way of a third brake (7) being engaged.

The invention discloses a screening method of an organic nitrogen source for a culture medium and for promoting growth of butyric acid bacillus methylotrophicus and methanol consumption. The method comprises the following steps: respectively adding different nitrogen sources to inspect the influence on cell growth and methanol utilization, and screening out corn steep liquor and yeast powder which can obviously increase the methanol utilization by strains; and analyzing the difference in amino acid components of the two nitrogen sources, wherein glycine, alanine, lysine, proline and phenylalanine are greatly different in the two culture media in the fermentation process, alanine, glycine, lysine, glutamic acid and serine have a more obvious in change trend in the fermentation process, and strain fermentation growth characterization shows that the cell biomass is respectively increased by 60%, 50.2% and 44.1% when the glycine, the alanine and the lysine are added compared with the cell biomass without the amino acid.

In the present invention, injection holes 13 are formed so as to satisfy a relationship [gamma]amin>=[theta]a1 + [theta]a2 + 0.5 * P<0.6>, where: [gamma]amin(deg) is an inter-injection-hole angle of two injection holes (13) of a combination, from among all combinations of two injection holes (13), having a minimum inter-injection-hole angle, which is an angle formed between central axes (Ac1) of the holes when offset so that the central axes (Ac1) overlap at an entrance opening (131); [theta]a1 and [theta]a2 (deg) are, respectively, taper angles that are angles formed by a contour of an injection hole inner wall (133) in a cross-section based on a virtual plane including the central axes (Ac1) of each of the injection holes (13) at which the inter-injection-hole angle is minimum; and P (MPa) is the mean pressure of fuel in a fuel passage (100) when fuel is injected from the injection holes (13).

The invention provides a system for removing SO3 in desulfurization wastewater and flue gas based on high and low temperature flue cascade evaporation. The system comprises a flue, a denitration device, an air pre-heater, a dust remover and a desulfurization tower are arranged on the flue, an agglomeration composite solution preparation device is further included, desulfurization wastewater generated by the desulfurization tower is treated and then guided into the agglomeration composite solution preparation device, and a liquid outlet of the agglomeration composite solution preparation device is connected with a plurality of spray guns; and a nozzle of at least one spray gun extends into the first flue section, a nozzle of at least one spray gun extends into the second flue section, and a nozzle of at least one spray gun extends into the third flue section. A prepared agglomeration composite solution is sprayed into the first flue section, the second flue section and the third flue section, on one hand, desulfurization wastewater evaporation can be accelerated, the problem of difficult low-temperature evaporation is avoided, on the other hand, temperature gradient removal of SO3 is formed, and the probability of forming ABS through ammonia escape generated by denitration is eliminated from the source.