109 results about "Terminal stage" patented technology

A controller injects fuel into a cylinder at a high fuel pressure of 30 MPa or higher, at least in a period between a terminal stage of a compression stroke and an initial stage of an expansion stroke when an operating mode of an engine body is at least in a first specified sub-range of a low load range, and at least in a second specified sub-range of a high load range. The controller sets an EGR ratio in the first specified sub-range to be higher than an EGR ratio in the second specified sub-range, and advances start of fuel injection in the first specified sub-range to start of fuel injection in the second specified sub-range.

A controller injects fuel into a cylinder at a high fuel pressure of 30 MPa or higher, at least in a period between a terminal stage of a compression stroke and an initial stage of an expansion stroke when an operating mode of an engine body is at least in a first specified sub-range of a low load range, and at least in a second specified sub-range of a high load range. The controller sets an EGR ratio in the first specified sub-range to be higher than an EGR ratio in the second specified sub-range, and advances start of fuel injection in the first specified sub-range to start of fuel injection in the second specified sub-range.

A land grid array integrated circuit (LGA IC) connector uses a pressing rod assembly linked with a cover for opening / closing operation. The LGA IC connector includes a first tooth and a second tooth driven by a first post and a second post of a positioning section to enhance the rotation angle thereof. A sufficient pressure can be provided with smaller operation angle of the pressing rod and cover, thus facilitating operation. A protection board is assembled to the terminal stage and then arranged on a frame. A V-shaped spring element is provided between the protection board and the terminal stage such that the protection board is higher than the terminal to protect the terminal. The terminal can be protected from deformation. In the present invention, the terminal is received in the terminal hole and the annular cone at terminal tail can clamp the solder ball.

The invention discloses a novel method and a protective film agent for preventing and controlling soft rot of actinidia and a preparation method for the protective film agent. The chitosan composite protective film agent is adopted in the method. The protective film agent comprises the following components in percentage by mass: 2.5-7.5% of chitosan, 0.5-2.5% of calcium salt, 1.5-3.5% of a film former, 0.5-1.5% of an antibacterial substance and the balance of water. The fruit surface is sprayed with a 25-100-fold solution of the protective film agent in the field during the early stage of pathogen infection of the soft rot of the actinidia or the germination stage, young fruit stage and strong fruit terminal stage of the actinidia, so that a layer of natural barrier is formed on the fruit surface for protecting the actinidia from being infected with pathogenic microorganisms. The protective film agent for the actinidia is high in stability and can effectively improve the nutritional quality and the eating quality of the actinidia.

The invention relates to a vision sensing-based bionic staged composite terminal guidance method, which belongs to the technical field of guidance. A staged tracking strategy of turning intercepting to tail chasing when a dragonfly tracks a fruit fly is simulated, a sliding mode guidance law of controlling a target parallax angle is used in an early stage of guidance to quickly adjust the flying direction of an aerocraft, and the aerocraft quickly enters a tail chasing state; in a terminal stage of guidance, a motion camouflage guidance law with a focus located at infinity is used to guide theaerocraft to track the target, and in a transition stage between the early stage and the terminal stage, a two-step slip intersection law is used. According to the terminal guidance method disclosedin the invention, when a micro aerocraft which depends on a vision sensor to detect a target intercepts a quick moving target, the required overload is smaller in comparison with the traditional guidance method, the target is closer to the visual field center of the vision detector, and the target can be ensured to be hard to escape from the visual field of the vision detector during the guidanceprocess.

There is provided an axial-flow turbine comprising an exhaust chamber; a turbine including multiple stage rotor blades, said multiple stage rotor blade including terminal stage rotor blades; an annular diffuser located between the turbine and the exhaust chamber; and an annular axial-flow turbine passage defined by the turbine, the diffuser and the exhaust chamber, wherein fluid flows through the axial-flow turbine passage toward the exhaust chamber, and an annular stepped portion which inwardly projects in a radial direction is formed on the portion of an inner wall of the axial-flow turbine passage that is located on the downstream side of a trailing edge of a tip portion of the terminal stage rotor blades provided in the flow direction of the fluid. In the stepped portion, a projecting portion which inwardly projects in a radial direction may be provided.

A power transducer is downsized by reducing the size of a power source board and highly reliable. The power source board is provided in the power transducer and for a large-current circuit. The power transducer includes a power semiconductor module having lead terminals. Of the lead terminals provided for the power semiconductor module and connected with the main circuit board, predetermined one or ones of the lead terminals is or are connected with the main circuit board in the vicinity of a main circuit terminal stage and at a position or positions lower than the main circuit terminal stage. Alternatively, predetermined one or ones of the lead terminals is or are connected with the main circuit board at a position or positions lower than a position at which the main circuit terminal stage is provided.

The invention relates to an emulsifier-free acrylic ester emulsion polymerization method. For a reaction system comprising 40-60 wt% of purified water, 2-9 wt% of a carboxylic acid monomer (A) with a polymerizable functional group of a carbon-carbon double bond and 40-50 wt% of a methyl acrylicylester monomer or an acrylic ester monomer ( B ), 0.2-2.0 wt% of an inorganic alkali liquid is adopted to adjust the pH value of the reaction to 9.0-13.0, 0.2-1.0 wt% of a peroxide initiator of a sulfate is adopted to carry out emulsion polymerization, and an organic amine compound is adopted to adjustthe pH value of the resulting aqueous resin emulsion to 7.0-9.5 at the terminal stage of the reaction. The prepared aqueous resin emulsion has characteristics of particle size of about 100-130 nm, uniform distribution, good appearance, low acid value of 3.5-6.5 mgKOH / g, specific gravity of about 1.07, excellent storage stability, good permeability and easy construction, wherein the specific gravity of the prepared aqueous resin emulsion is slightly larger than the specific gravity of the water. The dry coating film by the emulsion has characteristics of good water resistance, excellent tensile strength and excellent wear resistance.

The invention discloses a round koji making process utilizing soybean and flour as raw materials. The process comprises the following steps of 1) soaking the soybean; 2) steaming; 3) cooling; 4); inoculating and mixing the flour, namely inoculating koji extract into the cooled ripe soybean, adding the flour and mixing the raw materials to obtain a mixture; 5) feeding, namely inputting the mixture into a koji chamber of a round koji maker; 6), cultivating yeast for making hard liquor, namely cultivating the mixture in the koji chamber of the round koji maker, specifically including the steps of earlier-stage cultivation, primary koji turning after the earlier-stage cultivation, middle-stage cultivation, secondary koji turning after the middle-stage cultivation, later-stage cultivation, tertiary koji turning after the later-stage cultivation, and terminal-stage cultivation in sequence; 7) discharging koji, namely after cultivation of the yeast for making the hard liquor is finished, pumping the yeast for making hard liquor, which is mixed with saline, into an airing tank. The process can be used for solving the problem of hardening during a cultivation process of the yeast for making the hard liquor, improving the quality of the yeast for making the hard liquor and lowering the labor cost; furthermore, the yeast for making the hard liquor, prepared by the process, has the characteristics of less quantity of infectious microbes and high enzyme activity.

A connection terminal includes a housing, a case fixed to the housing, a terminal stage installed inside the case and having a first terminal and a guide portion, the first terminal and the guide portion projecting parallel to each other from one end of the terminal stage in the same direction, a connected member facing the case and having a second terminal to which the first terminal is fitted and connected for establishment of electrical connection, and a recessed portion to which the guide portion is fitted. The terminal stage is movable at least in a direction orthogonal to a direction of the connection between the first and second terminals while being installed inside the case. The first and second terminals are fitted to each other after the guide portion is fitted to the recessed portion.

The invention relates to a balance failure recovery method for an electric vehicle power source capable of being charged and discharged in a fixed capacity mode. The technical problems that when balancing effects of existing voltage balance modes are influenced by contact internal resistance and the dropout voltage is not high, the electric current for charging and discharging is low, and balancing needs to be conducted for a long time are solved. The balance failure recovery method comprises the steps that (1) the charging cut-off voltage and the discharging cut-off voltage of all batteries are determined; (2) the rated charging and discharging cut-off voltage difference values are set, and the charging capacity and the discharging capacity of each battery are obtained; (3) the expected undercharged capacity, the expected residual discharging capacity, the expected charging cut-off voltage and the expected discharging cut-off voltage of each battery are obtained through charging and discharging curve piecewise linear fitting; and (4) each battery is charged and discharged in a fixed capacity mode, and failure recovery of the to-be-balanced power source is achieved. According to the balance failure recovery method, the batteries are externally charged or discharged in the fixed capacity mode and do not influenced by the contact internal resistance through the certain function relationship between the battery voltage and the battery capacitance in the charging terminal stage and the discharging terminal stage, the balanced current is high, and the time required by balancing is short.