142results about How to "Increase cycle rate" patented technology

Method and apparatus for producing a thin film on a substrate set in a moving substrate holder is disclosed. Within a deposition chamber, a substrate is moved across a series of dedicated deposition zones and is subjected to repeated surface reactions with at least two different reactants. The reactants are fed into the dedicated deposition zones from a gas supply system that may include high speed valves that are timed to coordinate with the passage of the substrate so as to inject reactive gases repeatedly into the deposition zones. The dedicated deposition zones are separated by dedicated exhaust zones that direct each reactive gas along separate paths so as to minimize or eliminate mixing of different reactive species in the exhaust thus decreasing deposition within the exhaust system.

An apparatus for the damped positioning of a piston running in a cylinder at one fixed abutment at least and more particularly for setting in a terminal position. The apparatus includes sensor means connected with an electronic regulating means for detecting the piston position as an actual value signal. A valve means adapted to be regulated by the regulating means serves for regulated braking of the piston prior to reaching the respective desired position by influencing opposing pressure in the cylinder outlet side. For forming the setting quantity for the proportional valve a position regulating means is provided which is modified by a value dependent on the respective speed and / or acceleration of the piston. This apparatus ensures an extremely accurate regulation of position simply by detecting of the position of the piston as an actual value signal. It is more particularly possible to brake the piston in the terminal positions with a damping action that an additional damping system is no longer necessary.

An active material assembly is provided having a thermally-activated active material apparatus with an elongated, non-planar shape and a thermoelectric device in thermal contact therewith. The thermoelectric device is characterized by a thermal differential when current flows through the device to activate the thermally-activated active material apparatus, thereby altering at least one dimension thereof. Multiple discrete thermoelectric devices may be in thermal contact with the active material apparatus and electrically in parallel with one another. The active material apparatus, which may be multiple active material components, each with one of the thermoelectric devices thereon, may be encased within a flexible electronic-insulating material to form an articulated active material assembly that can achieve different geometric shapes by separately activating one or more of the different thermoelectric devices. A method of fabricating an articulated active material assembly is also provided.

A constant volume combustion chamber, combustor, and method for constant volume combustion involve combusting a fuel in a chamber sealed by a pintle having a conical portion fitted into a conical nozzle throat and pulling the pintle away from the nozzle throat to allow combustion products to exhaust through a nozzle outlet. The shapes and surfaces of the pintle and nozzle throat provide for sealing the chamber at high pressures while resisting surface wear. Operational parameters for the combustor may be computer controlled in response to measured pressures and temperatures in the combustor.

A method and a device for separating food products, including to permit a straight cut at high cycle rates, the food product is conveyed by a conveying device in the direction of transport. The food product is cut through, where a cutting element is moved in the direction of transport and transverse to the direction of transport, wherein the motion of the cutting element transverse to the direction of transport is controlled independently of its motion in the direction of transport and the food product does not rest on the cutting area on the conveying means.

A heat sealing and cutting mechanism to form a heat seal and a cut across a tube of flexible packaging material includes a carrier to contact the tube. A pair of closely spaced heat sealing bands are disposed on the carrier and are energizable to form closely spaced heat seals across the tube when the carrier is in contact with the tube. The heat sealing bands are configured to define temperature gradients along the heat sealing bands. A cutting wire is also disposed on the carrier and is positioned between the heat sealing bands. The cutting wire is energizable to cut the tube when the carrier is in contact with the tube.

A piston-cylinder refrigerating device based on memory alloy thermoelastic effect belongs to the technical field of refrigeration and comprises a motor power system, a memory alloy thermoelastic effect refrigerator, and a dual-circuit controllable liquid-flow heat exchange system. A motor drives a piston to linearly reciprocate in a hydraulic cylinder. Memory alloy is arranged in space between thepiston and the bottom of the hydraulic cylinder; reciprocating of the piston enables the memory alloy to periodically deform by loading and restore by unloading, and alternate martensite phase-changeheat release and inverse-change heat absorption are generated correspondingly. A piston spool and holes in the sidewall of the hydraulic cylinder form two pairs of spool inlets and two pairs of spooloutlets; when the piston moves during upper and lower half cycles, one pair of spool inlets and one pair of spool outlets are opened, one heat exchange flow is controlled to enter the hydraulic cylinder and exchange with heat with the memory alloy; after the piston reciprocates once, heat is transmitted from the flow to another flow through the memory alloy; a single refrigerating cycle is completed. The piston-cylinder refrigerating device based on memory alloy thermoelastic effect is compact in structure, high in refrigerating capacity and applicable to the refrigerating systems, such as anair conditioner and a refrigerator.

A constant volume combustion chamber, combustor, and method for constant volume combustion involve combusting a fuel in a chamber sealed by a pintle having a conical portion fitted into a conical nozzle throat and pulling the pintle away from the nozzle throat to allow combustion products to exhaust through a nozzle outlet. The shapes and surfaces of the pintle and nozzle throat provide for sealing the chamber at high pressures while resisting surface wear. Operational parameters for the combustor may be computer controlled in response to measured pressures and temperatures in the combustor.

A pressurized transport oxy-combustor with different configurations is disclosed. Substantially pure oxygen is fed to the transport oxy-combustor under pressure to combust fossil fuels, generating steam for power generation. The end product is the flue gas containing substantially pure CO2 after moisture condensation. The low excess oxygen necessary to achieve complete combustion in the combustor is scavenged by adding another fuel so that substantially all oxygen fed to the combustor is completely consumed. The capability to operate the transport oxy-combustor as a circulating fluidized bed combustor at very high solids circulation rates makes it unnecessary to use recycled CO2 or flue gas as a means to moderate and control the combustion temperature. The temperature in the combustor is effectively controlled by relatively cooler circulating solids that enter the combustion zone. A small amount of CO2 is recycled for aeration and to convey solids fuel to the combustor.

A device for magnetizing a magnet system preferably having several pulse-generator circuits which are mutually arranged so that their magnetic fields superimpose in a cumulative manner. Each pulse-generator circuit includes a capacitor element, a magnetization coil electrically connected to the capacitor element and a switch element by way of which actuation the magnetization coil can be impinged with a current pulse of a limited pulse duration arising by the discharge of the capacitor element, and thus the build-up of a magnetic field may be triggered. The pulse-generator circuit is built up so that the pulse duration of the current pulse is limited to a value between 10 μs and 500 μs. With such short pulse durations, undesirable heating of the magnetization coil is short so that the device may be applied in automatic production installations with cycle times of below 1 s.

The invention relates to a recovery method of waste chlorsilane in polysilicon production through an improved Simens Method, which belongs to the production field of the polysilicon, and comprises the following steps that: 1) collecting waste chlorsilane to be transported to a liquid storage tank; 2) conveying the waste chlorsilane in the liquid storage tank to an evaporator; 3) heating the evaporator: the evaporator is heated to 30 DEG C to 180 DEG C, so the chlorsilane inside the evaporator is vaporized to produce the chlorsilane steam, and residual liquid in the evaporator is hydrolyzed; 4) enabling the vaporized chlorsilane to be reacted with damp air, and foreign matters are reacted to generate high-boiling residues; and 5) recycling gas: micro solid foreign matters in the gas are eliminated through the gas-solid separation, and the chlorsilane is condensed to recycle. By adopting the method, the foreign matters in the polluted chlorsilane with high content of foreign matters in the production process can be eliminated, so the requirement on the foreign matter content in the chlorsilane raw material in the process that the improved Simens Method is used for producing the polysilicon can be satisfied; and the cost is low, environmental protection can be realized and no additional equipment is required.

The invention provides a preparation method, a product and application of a ferrous doped Fe-MOFs Fenton-like catalyst. The preparation method comprises the following steps: dissolving an organic ligand in a solvent to obtain an organic ligand solution; adding a mixed metal salt of a ferric salt and a ferrous salt into the organic ligand solution, and conducting uniform stirring to obtain a ferrous doped Fe-MOFs Fenton-like catalyst precursor mixed solution; and carrying out a solvothermal reaction on the mixed solution, and then carrying out solid-liquid separation and solid-phase drying to obtain the ferrous doped Fe-MOFs Fenton-like catalyst. The ferrous doped Fe-MOFs Fenton-like catalyst can improve Fenton-like mass transfer adsorption and catalytic decomposition rate and the efficiency of catalyzing Fenton-like oxidative degradation and mineralizing organic pollutants in water. The catalyst is applied to the field of organic wastewater pollution treatment, the catalytic Fenton-like activity of Fe-MOFs can be improved, the decomposition rate of Fenton-like reactions is promoted, and removal of organic pollutants in water is enhanced.

A device and a piston for segregating articles is being disclosed. The device encompasses a segregating element comprising at least one cylinder with a cylinder housing and a piston installed in the cylinder that has at least one valve. A medium can be fed into and discharged from the cylinder via at least one line. The at least one valve interacts with the at least one line so as to create a hard sealing, and a housing sealing element interacts with a piston sealing element so as to create a hard sealing. The piston can used in a device for segregating liquid containers.

Magnetic refrigerating device improves refrigerating capacity and efficiency by improving the heat exchanging method between a magnetic material and a heat exchanging fluid and devising a magnetic field applying method. The magnetic refrigerating device comprises: a cylindrical active magnetic regenerator (AMR) bed accommodating refrigerant therein; two magnetic materials disposed in the AMR bed in the axial direction, configured to be movable in the axial direction of the AMR bed, and made of material having a magnetocaloric effect; at least two permanent magnets positioned to face the two magnetic materials; a rotary shaft positioned between the two magnetic materials in the AMR bed and positioned between the at least two permanent magnets; and a magnetic rotary movement unit that rotationally moves the permanent magnets about the rotary shaft and that repeatedly moves the permanent magnets and the two magnetic materials closer together and farther apart in association with the rotational movement.

The invention relates to a Chinese herbal medicinal composition capable of increasing chicken immunity. The Chinese herbal medicinal composition is a powder prepared from the following raw materials in parts by weight: 4-8 parts of Echinacea, 4-6 parts of radix astragali, 2-4 parts of radix bupleuri, 2-4 parts of white atractylodes rhizome, 2-4 parts of sealwort, 2-4 parts of mushroom, 1-3 parts of cherokee rose fruit, 1-3 parts of angelica sinensis, 1-3 parts of the bark of eucommia, and 1-3 parts of licorice, and prepared by the steps of crushing the raw materials, packaging the crushed materials so as to prepare the composition capable of increasing chicken immunity. The Chinese herbal medicinal composition capable of increasing chicken immunity can increase chicken disease-resistant and disease-preventing capability, and increase the immunity well.

A device for magnetizing a magnet system preferably having several pulse-generator circuits which are mutually arranged so that their magnetic fields superimpose in a cumulative manner. Each pulse-generator circuit includes a capacitor element, a magnetization coil electrically connected to the capacitor element and a switch element by way of which actuation the magnetization coil can be impinged with a current pulse of a limited pulse duration arising by the discharge of the capacitor element, and thus the build-up of a magnetic field may be triggered. The pulse-generator circuit is built up so that the pulse duration of the current pulse is limited to a value between 10 μs and 500 μs. With such short pulse durations, undesirable heating of the magnetization coil is short so that the device may be applied in automatic production installations with cycle times of below 1 s.

A process for the dehydrogenation of paraffins is presented. The process utilizes a rapid recycling of dehydrogenation catalyst between the dehydrogenation reactor and the catalyst regeneration unit. The process comprises preheating a combined hydrogen and paraffin hydrocarbon feedstream and passing the combined stream to a dehydrogenation reactor. The hydrocarbon feedstream and the catalyst pass through the reactor at a rate to limit the average residence time of the catalyst in the reactor. The catalyst is cycled to a regeneration unit, and passed through the regeneration unit to limit the average residence time of the catalyst in the regeneration unit.

The present invention provides an apparatus for withdrawing solids from a fluidized bed reactor, comprising a venturi tube connected to the stem end of a funnel-shaped distribution plate, and a center jet pipe enclosed within the venturi, wherein a jet stream of feed gas is delivered above the venturi throat. Preferably, the distribution plate is equipped with multiple horizontally- or downwardly- oriented grid holes through which the feed gases flow and enter the fluidized bed, which holes may be covered by metal plates to prevent solids from weeping through grid holes and falling into the plenum below the distribution plate. The venturi is preferably engineered to be readily removable from the rest of the gasifier reactor for repair or replacement. Also provided is a fluidized bed reactor comprising the above apparatus.

The invention discloses cold-chain logistics conveying and transferring equipment, and relates to the technical field of cold-chain logistics. Multiple partition plates are arranged in a cold-chain box in sequence from top to bottom, the left side and the right side of each partition plate are erected on an L-shaped support frame, the L-shaped support frame is fixed to sliding blocks which are slidably arranged on sliding rails, the sliding rails are fixed to the left inner side wall and the right inner side wall of the cold-chain box respectively, and the side walls of the sliding blocks arescrewed and fixed to the sliding rails through positioning bolts, cool air delivery columns penetrate through the multiple partition plates in sequence from top to bottom, and the bottoms of the coolair delivery columns are erected at the inner bottom of the cold-chain box; the cool air delivery columns are composed of heat conducting silica gel columns and metal support columns, the metal support columns penetrate through the partition plates, and the heat conducting silica gel columns are inserted into the metal support columns. Goods needing to be subjected to cold-chain transportation canbe separated, mutual stacking between the goods is effectively avoided, the ventilation performance is poor, the cold storage effect is affected, the quality safety of the goods during transportationis effectively guaranteed, and the practicability is higher.

A ceramic-metal assembly including: a ceramic base; an electrode pad provided on a surface of the ceramic base; a connection terminal for external electrical connection; and a joining portion which joins the connection terminal to the electrode pad. The electrode pad has a first layer which is in contact with the ceramic base and a second layer which is in contact with the joining portion. The first layer contains 20 to 50 vol % of a ceramic component, and the second layer contains a component of the joining portion.

A refrigerant system is provided with a suction pulse width modulation valve, and a pulse width modulation control for controlling this valve. System pressures, such as the pressure on the evaporator and the condenser are monitored. The measured system pressures are maintained within a band of acceptable lower and upper limits. As the pulse width modulation control cycles the valve, the refrigerant pressures in the evaporator and the condenser tend to fluctuate. The control ensures those fluctuations are within the limits by controlling the duty cycle of the valve.

A developing device comprises a stirring roller 7 having stirring blades 7a for stirring a developer, a developing roller 3 for transferring the developer to an electrostatic latent image, a control member 4 for controlling the amount of developer transferred from the developing roller 3 to the electrostatic latent image, a reflux plate 6 by which the excess developer resulting from control by the control member 4 is flowed back to the stirring roller 7, one end portion of the reflux plate 6 being disposed in the vicinity of the outer periphery of the stirring roller 7, part of the developer stirred by the stirring roller 7 flying toward the reflux plate 6, wherein said one end portion of the reflux plate 6 is disposed at a position remote from the stirring roller 7 over a distance greater then the maximum fly distance of the developer provided by rotation of the stirring roller 7.

A sea-buckthorn and milk vetch root beverage for preventing SARS, characterized in that the beverage mainly comprises sea-buckthorn fruit juice, raw astragalus root and flavoring agent, wherein the percentage by weight of each constituent are, seabuckthorn fruit juice 0.5-5%, raw astragalus root 0.8-3%, flavoring agent 1-30%, the rest for drinking water. The functional beverage possesses the effect of enhancing human body resistance to diseases, and has good taste.

For each K subscriber of a cellular mobile radio network who is supplied with one and the same frequency and one and the same time slot a decision-feedback and therefore non-linear antenna pre-processing facility with a decision-feedback structure is used comprising forward filters backward filters and decision circuits for the adaptation of the antenna weighting factors, wherein the backward filters are adapted to the length of the processing window D of MLSE, and the output signals of the forward filters for the actual data detection are taken to the MLSE of the subscriber concerned, before the subtraction of the feedback component takes place. Each of the receiver structures similar to K can be adapted and operated independently from the other K-1 structures. A common vectorial MLSE for the common data detection of all K subscribers can be employed.

The invention relates to collecting and conveying devices for stacks of sheets (3), comprising a collecting station (1) in which a corresponding number of sheet stacks (3) are formed simultaneously from several imbricated flows (2) of sheets which are guided adjacent to each other, a transversal transporter (4) which is arranged at a distance behind the collecting station (1) for transporting the finished stack of sheets (3) in a manner transversal to the direction of transport of the sheets in the collecting station (1) and a transfer device (5) which is used to transport the stack of sheets (3) from the collecting station (1) to the transversal transporter (4). According to the invention, a carriage (9) that can be displaced over a given path in a manner that is synchronous with the transversal support (4) is arranged adjacent thereto. Also, a row of holding down clamps (10) is secured to said carriage and the holding down clamps can be lowered on the stack of sheets (3) located on the transversal transporter (4).

The invention discloses an exhaust gas recirculation system for an internal combustion engine. The exhaust gas recirculation system comprises a cooling component, a gas compressor and a gas storage tank which are connected in turn; a gas inlet end of the cooling component is communicated with an exhaust pipe of the internal combustion engine; and a gas outlet end of the gas storage tank is communicated with a gas inlet of the internal combustion engine. The exhaust gas recirculation system has the advantages of simple and compact structure, low cost, stable and reliable work, quick exhaust gas recirculation response, capability of effectively reducing harmful emissions of the internal combustion engine, accurate control on recirculation exhaust gas amount and the like.

The invention discloses an intelligent variable flow water quality control system for circulating aquaculture. The intelligent variable flow water quality control system comprises a lower computer variable flow control system, a lower computer variable flow executing system and an upper computer monitoring system, wherein the lower computer variable flow control system is formed by a water quality parameter sensor, a transmitter, a controller, a second wireless communication module, a frequency converter and an air switch, the lower computer variable flow executing system is formed by a water pump and an aerator, and the upper computer monitoring system is formed by a monitoring terminal and a first wireless communication module. The lower computer variable flow control system is used for detecting water quality parameters and outputting control signals to the lower computer variable flow executing system, and thus the rotating speed of the water pump is changed to improve the water quality; the upper computer monitoring system and the lower computer variable flow control system display and monitor the water quality parameters through wireless signal transmission, the aerator is controlled to be opened or closed according to the monitoring data, and aeration is selected to be conducted on the water of an aquaculture pool. By means of the intelligent variable flow water quality control system for circulating aquaculture, cost can be greatly saved, and energy consumption can be lowered; in addition, long-distance communication is conducted through the Internet of Things technology based on wireless communication, the water quality is monitored, and higher convenience and higher intelligence are achieved.

An impeller radial pump includes a pump chamber with a central suction and with a pump chamber outlet, wherein an impeller is provided in the pump chamber. Radially outside of the impeller, a circular ring shaped and circumferential pump chamber ring section is provided as a part of the pump chamber, wherein the pump chamber ring section essentially has an extension along the axial direction of the pump from the impeller against the suction direction. The pump chamber ring section has a varying width and is configured to be narrower in a compression region in the circulation direction.