30results about How to "Achieve economies of scale" patented technology

The invention relates to a tank valve (4) for mounting on a compressed gas tank (3), comprising a main body (5), further comprising a common gas port (16) for filling the tank / removing gas from the tank, said gas port (16) branching, within the main body (5), into a filling line (24) and a removal line (25) as part of a removal path, and comprising a removal valve (9) in the removal line (25). Thetank valve of the invention is characterized in that a non-return valve (26) that prevents any flow against the direction of flow (A) during the removal of gas is arranged in series to the removal valve (9) in the removal path.

An arrangement for reducing the displacement of an elevator car caused by a change in loading includes at least an elevator car configured to move up and down in an elevator hoistway and one or more counterweights, and also at least one rope element above the elevator car and at least one rope element below the elevator car and at least one pretensioner of the rope elements. The elevator car and counterweight are configured to be supported and moved via the rope elements and the pretensioner and rope pulleys, of which rope pulleys the first part are diverting pulleys, and the second part are traction sheaves. The arrangement additionally includes at least two hoisting machines. In the arrangement is a mechanism configured to lock at least two rope pulleys to be non-rotating at least during loading of the elevator car.

The invention relates to a light source (1) for integration in a headlamp with a circuit board (3) on which at least one light-emitting diode (LED) is arranged and a method for producing said light source ) (2) and a converter unit (5) for powering said LED (2), wherein said converter unit (5) and said at least one LED (2) are implemented as surface mount devices (surface -mounted device, SMD) and the converter unit (5) has one or more buck converters.

In a method for producing a series of at least a first and a second plate and fin heat exchanger, each having at least one fluid distribution tank capping at least some of the openings of the matrix unit and which is connected to a pipe, the tank is partitioned into several compartments using at least one partition, so as to distribute the number of openings assigned to a first fluid and to a second fluid, the partition being designed to divide the said tank into several compartments which are each connected to a pipe for the passage of the first fluid or of the second fluid and which each communicate with a number of openings that varies according to the configuration adopted by the at least one partition, for the exchanger of the series.

The invention relates to a wiper arm coupling system (1b) for converting a rotational movement of a shaft (3) into a translational movement of a connecting rod (15), said coupling system (1b) comprising a coupling system accommodating gear meshes ( 1a) the housing (21), the crank (11) formed by two half-cranks (11a, 11b) engaged with the shaft (3), the pivot (13) at the end of said crank (11), Link (15) articulated to said pivot (13), characterized in that said crank (11) comprises a spacer (17) located between said half-cranks (11a, 11b) when abutting against Spacers (17) are placed with half-cranks (11a, 11b) spaced at least around said shaft (3) in accordance with the thickness (A) of the gear mesh coupling system (1a), so that said housing (21) At least around the shaft (3) is formed a sliding bearing bringing the two half-cranks (11a, 11b) into sliding contact.

A drying-pyrolysis integrated vertical furnace, which uses a baffled (similar to a continuous S-shaped) conveyor belt operating in a three-dimensional space of 3 to 30 sections as a material conveying device. The vertical furnace uses high-temperature gas (or High-temperature flue gas) as a gas heat carrier and the material coal or biomass are exchanged in multiple staggered countercurrents to achieve heat exchange. The bottom-to-top temperature gradient of the gas heat carrier is used to gradually realize the drying and low-temperature heat of the material coal or biomass from top to bottom. decomposition and medium- to high-temperature pyrolysis. This vertical furnace has a wide range of material particle sizes. It can realize the integration of drying and pyrolysis of coal or biomass in the same furnace, and can effectively use the flue gas generated by pyrolysis of coal or biomass to cool the outlet of the vertical furnace. The hot semi-coke can be used to regulate the temperature of the gas heat carrier, thereby improving the thermal energy utilization of the vertical furnace. It has simple design, flexible and simple operation, low investment cost and is easy for industrial application.

The invention discloses a system and process for producing active carbon by virtue of coal gasification and pyrolysis, and provides a coal base poly-generation process technology. The main body part of the system comprises three process units for coal pyrolysis, coal gasification and active carbon preparation as well as a first steam generator and a second steam generator, wherein the high-temperature gasification gas generated by the coal gasification unit is sequentially used as a heat carrier for the first steam generator and the coal pyrolysis unit, and the carbocoal generated by the coal pyrolysis unit is used as a carbon source for the active carbon preparation unit and a fuel for a main body heat source; and the first steam generator provides steam as a gasification agent (or oxidant) for the coal gasification unit, the steam generated by the second steam generator serves as part of an activator of the active carbon preparation unit, and the high-temperature tail gas generated by the active carbon preparation unit serves as a heat source of the second steam generator. By adopting the system and the process disclosed by the invention, the problem that the conventional pyrolysis process cannot effectively use pyrolysis carbocoal is solved, and a co-production technical route of three coal base products including active carbon, coal gas and tar is realized.

The invention discloses a system and a method for the joint production of activated carbon by virtue of coal pyrolysis. The main part of the system comprises a vapor generator and three process units, namely a coal pyrolysis unit, a coal gasification unit and a pyrolysis semicoke carbonization unit. High-temperature gasified gas produced by the coal gasification unit sequentially serves as heat source carriers of the pyrolysis semicoke carbonization unit, the vapor generator and the coal pyrolysis unit, thereby realizing the gradient utilization of the sensible heat of the high-temperature gasified gas; hot semicoke generated by the coal pyrolysis unit is converted into activated carbon on the spot by the pyrolysis semicoke carbonization unit, thereby realizing the utilization of the sensible heat of the hot semicoke; water vapor provided by the vapor generator to the coal gasification unit servers as a gasifying agent or an oxidizing agent. According to the system, the technical route of poly-generation of coal gas, tar and activated carbon is realized; the system is simple in design, high in energy utilization rate, strong in practicability and is convenient for industrial application.

The invention relates to a multi-reactor nuclear power plant arrangement structure. The nuclear power plant includes a nuclear island and a conventional island. The nuclear island includes a plurality of reactors disposed on the outer layer and a plurality of spent fuel storage tanks disposed on the inner layer, the plurality of reactors and the plurality of spent fuel storage tanks are arranged in a circular structure, the center part enclosed by the spent fuel storage tanks is provided with a fuel transfer platform, the fuel transfer platform is communicated with each reactor through the respective refuelling channel of each spent fuel storage tank, each refuelling channel is provided with a spent fuel transfer port, each spent fuel transfer port is communicated with the corresponding spent fuel storage tank, the conventional island includes a steam turbine plant which is located in the periphery of the nuclear island, and the reactors of the nuclear island share a steam turbine plant. The nuclear power plant of the invention is flexible, compact, and reasonable in arrangement, occupies less area, and is adaptable to the ground, underground, semi-buried or fully buried construction modes of the nuclear island plant, thereby improving the integrity and safety of the nuclear power plant and realizing the scale effect of a nuclear power unit.

The invention relates to an offshore oilfield water injection well online one-step-process acidification technology, which comprises following steps of (1) preparing one-step acid liquor, wherein the one-step acid liquor consists of following components by weight percent: 20 to 40 percent of industrial acetic acid, 15 to 40 percent of industrial hydrochloric acid, 3 to 15 percent of deposition inhibitor, 5 to 15 percent of discharging aiding agent, 3 to 15 percent of corrosion inhibitor, 5 to 15 percent of antiswelling agent, 5 to 15 percent of iron ion stabilizer and 2 to 10 percent of hydrogen fluoride; (2) storing the acid liquor into an acid storage tank of an injection system, wherein the injection system consists of the acid storage tank, an acid resistant pump, a motor, a frequency converter, a flow sensor, a pressure sensor, a computer, a check valve, a three-way pipe and an acid injection pipe; (3) utilizing the acid resistant pump to pump the acid liquor into the water injection flow; (4) monitoring the variation of the pressure and the flow of the injected acid, and calculating skin coefficients in real time; and (5) keeping the water injection after stopping the acid injection. Due to the adoption of the offshore oilfield water injection well online one-step-process acidification technology, high efficiency, rapidness and large scale in plug removal of an offshore oilfield water injection well can be realized, the water injection pressure can be reduced, and the water injection quantity can be improved.