185 results about "Shunt flow" patented technology

A transcutaneous energy transfer system with subcutaneous non coupled coils is used to transmit power and signals to an implanted biological support device or sensor, such as a flow sensor for measuring relatively low flow rates, such as hydrocephalic shunt flow. The flow sensor is configured to convert a shear wave generated by a transducer to a longitudinal wave at the interface of a signal pathway and the flow, wherein the longitudinal wave travels parallel to the flow and exits a flow channel to convert to a shear wave which intersects a second transducer. The transcutaneous energy transfer employs a pair of inductive coupling coils, wherein the coils are disposed in zero coupling orientation which can include a perpendicular orientation of corresponding coil axes.

The invention discloses an initial stage rain water flow discharging device which is mainly composed of an impoundment chamber, a flow discharging partition, a flow discharging water communicating pipe, a water flow control mechanism, a flow discharging front chamber, a flow discharging rear chamber, a shunting downflow weir, a shunting flow conduction chamber, a delayed automatic draining mechanism and the like. Compared with the prior art, the device of the invention can effectively separate severely polluted initial stage rain water from later stage clean rain water, has the advantages of optimized structure, compact structure, high space utilization ration, space occupation saving, no energy consumption, no need of staff operation, high automation degree, convenient management and thelike.

An apparatus is provided for synthesis and collection of higher order chemical compounds from lower order precursors. The apparatus includes a first silent electric discharge reactor configured to synthesize an intermediate product (e.g., disilane) from a precursor chemical (e.g., monosilane). A second silent electric discharge reactor is connected downstream of the first reactor. This second reactor is configured to convert the intermediate product into the higher order chemical compound (e.g., trisilane). Multiple condensation traps are also connected to receive effluent from the second reactor, which will generally include the compound of interest as well as unreacted precursor and intermediate product. In the illustrated embodiment, a parallel second condensation traps is also included to shunt flow and continue collection while the chemical of interest is removed for purification. Moreover, parallel second condensation traps for the intermediate product and unreacted (or recombined) precursor allow continued collection while the contents of the first traps are recycled in the reactor(s).

The invention relates to the technical field of engineering machinery, and discloses a multipath valve and engineering machinery. The multipath valve comprises a main valve group, wherein the main valve group comprises a first main reversing valve, a second main reversing valve, a first differential pressure valve, a second differential pressure valve, a first switching valve, a second switching valve, a third switching valve, a first pressure selection valve, a second pressure selection valve, a third pressure selection valve, a first oil inlet path, a second oil inlet path, an oil returning path, a first feedback oil path and a second feedback oil path. By the multipath valve, shunting flow and convergence flow of double pumps can be controlled, so that composite action and single action of at least two working execution elements can be realized. Compared with the prior art, the multipath valve has the advantages that energy loss is reduced; furthermore, during shunting and convergence, before and after differential pressure of each main reversing valve is kept constant; and influence of load change on flow control of each main reversing valve is avoided.

The invention provides a micro-channel radiator structure and a preparation method thereof. The micro-channel radiator structure comprises embedded flowing channels and a liquid inlet/liquid outlet formed in an A silicon wafer, wherein the A silicon wafer and a B silicon wafer are bonded together; the micro-channel radiator structure also comprises opening flowing channels and shunting flowing channels; the opening flowing channels are formed in the B silicon wafer, and are connected with a part of the embedded flowing channels in the A silicon wafer in a one-to-one correspondence manner; theopening flowing channels run through the B silicon wafer; and the shunting flowing channels are formed in the radiator, and are connected with the embedded flowing channels and the liquid inlet/liquidoutlet. Compared with the prior art, heat dissipation is more uniform, the heat dissipation effect is higher, and the heat dissipation heat flux density is greater than 600W/cm<2>; and when the heatflux density is 600W/cm<2>, the temperature rise of a chip on the surface of the radiator is less than 40 DEG C.

A coolant-shunt-providing cylinder liner of the flanged type is provided with a shunt circuit within the liner for coolant flow through the liner. The shunt circuit includes an array of three annular cooling channels separated from each other by two annular ribs. The width (axial extent) of each channel is substantially less than half the axial extent of the liner's cylinder block engaging portion that is associated with the upper end of the liner. The width (axial extent) of the array of three channels is substantially greater than half the axial extent of the cylinder block engaging portion. Cutouts in the ribs are provided for distributing incoming coolant to the three cooling channels from a main coolant chamber of a cylinder block in which the liner is receivable.

The invention provides a flow diversion and pressure relief device, which includes a housing, and a tower-shaped pressure relief structure is arranged inside the casing. The tower-type pressure relief structure includes flow diversion guide plates stacked in a tower shape. There are ventilation holes on the surface. The beneficial effects of the invention are: the energy of the hot gas is consumed after the device is used, and the scorching particles are filtered, which greatly increases the safety of the switchgear and does not affect the external dimensions of the switchgear.

The invention relates to a movable shunting blocking system for debris flow prevention and control. The blocking system comprises a desilting shunting dam, two movable flow guiding mechanisms, an energy dissipation blocking dam and an intercepting dam; and the debris flow is divided into two strands by the desilting shunting dam and then is subjected to secondary shunting and desilting under the guidance of the movable flow guiding mechanisms, the energy dissipation blocking dam is used for dividing the debris flow into two strands, guiding the two strands of debris flow to form convection currents which flow to the intersecting direction, and then turbulent flow is formed through hedging during intersection so as to dissipate the energy of the debris flow. According to movable shunting blocking system for debris flow prevention and control in the invention, a multi-level and multi-functional elastic prevention and control mechanism composed of the movable shunting dam, the energy dissipation blocking dam and the intercepting dam is established in a flow channel where the debris flow happens frequently to carry out elastic interception, partial interception, region retention and deceleration energy dissipation on the debris flow, so that the impact force and the damage property of the debris flow are greatly reduced; and the blocking system is high in anti-geological disaster capability, and even if part of damage occurs, the prevention and treatment effect is not seriously affected.

A fuel cell system with reduced leakage and a method of assembling a fuel cell system. Bipolar plates within the system include reactant channels and coolant channels that are fluidly coupled to inlet and outlet flowpaths, all of which are formed within a coolant-engaging or reactant-engaging surface of the plate. One or more seals are also formed on the fluid-engaging surface to help reduce leakage by maintaining fluid isolation of the reactants and coolant as they flow through their respective channels and flowpaths that are defined between adjacently-placed plates. The seal—with its combination of in-plane and out-of-plane dimensions—forms a substantially hollow volume, into which a plug is placed to reduce the tendency of the seal to form a shunted flow of the coolant or reactant around the intended active area of the plate. A fluid port intersection is integrally formed with the seal and is formed to be fluidly cooperative with the volume, and is capable of accepting the introduction of a fluent precursor of the plug material such that upon curing, the precursor material forms a substantially rigid insert that continuously fills both the volume and intersection, thereby increasing the resistance of the plug to movement and the seal to shunted flow. In one form, the geometry of the fluent material injection site is such that it promotes plug anchoring within its intended location, while also providing a manufacturing aid to visually inspect for plug installation, as well as to serve as a bipolar plate stacking alignment locator and verification.

The invention relates to a shunting method, device and system, network equipment and a computer readable storage medium, and belongs to the field of communication. A shunt acquires a flow table issuedby an SDN controller for a port included in the shunt in advance, so that the shunt can shunt a message based on the flow table acquired in advance after acquiring the message according to the port,the situation that the shunt cannot find the corresponding flow table to process the message can be avoided, and the shunt can be prevented from sending the message to the SDN controller. The SDN controller does not need to participate in the shunting stage, so that the possibility that the SDN controller becomes the performance bottleneck of the shunting system can be reduced.

An electromagnetic actuator including a saturable magnetic shunt system. The shunt is associated with a coil of the actuator and allows channeling of a more or less large part of the flow according to current circulating in the product. In this way, when the actuator is used in a circuit breaker, the actuator allows the circuit breaker to be triggered from a short circuit as usual and also from overload caused by action of the shunt.

The invention disclsoes a novel standard metal measuring vessel with a double-layer structure and an internally-clamped heat insulation layer for testing an oiling machine, belongs to the technical field of a standard measuring vessel and aims at solving the problems that the conventional standard metal measuring vessel for testing the oiling machine is unreasonable in structural design, adopts a single-layer metal measuring vessel main body and is relatively poor in comprehensive function. According to the novel standard metal measuring vessel, an adopted standard metal measuring vessel main body has a double-layer metal plate structure and is internally provided with the heat insulation layer in a clamping way, a liquid level pipe is provided and connected with two vernier calipers form an angle being 90 degrees, an oiling gun support is movable, a pressure relief shunting flow bent pipe is installed and connected on a drainage pipe connected with the movable oiling gun support, a vent hole is formed in the drainage pipe connected with the movable oiling gun support, a liquid outlet of the pressure relief shunting flow bent pipe is connected in an overflow cover in an inserting manner, a liquid splashing prevention conical cover disc is sheathed on a drainage pipe body positioned in an inner cavity of the overflow cover, and dual-channel microcomputer thermodetectors are installed and connected in a gun outlet temperature measuring hole sleeve and an oil temperature measuring hole sleeve of the metal measuring vessel main body. The novel standard metal measuring vessel has a simple and practical structure and is suitable for testing various types of oiling machines.

The invention discloses an air conditioner gas bypass noise reduction method and a structure, and relates to the field of air conditioner noise reduction, in particular to a noise reduction method and a noise reduction structure of an air conditioner gas bypass pipe. The air conditioner gas bypass noise reduction method comprises the following steps: A. arranging a gas bypass noise reduction structure between a high-pressure exhaust pipe and a low-pressure gas suction pipe of the air conditioner, wherein the gas bypass noise reduction structure is a shunt noise reduction component at one end of the low-pressure gas suction pipe; and B. calculating the amount of shunt flow by adopting high-pressure and low-pressure bypass coolants, and identifying the number of shunt pipes of the shunt noise reduction components, the size of the diameter of each pipe, and the gas flow velocity in each pipe. With the adoption of the air conditioner gas bypass noise reduction method and the structure, the flow impact speed of the coolants entering a gas suction side is slowed down through the condition that a bypass fluid is shunted in proportion, so that the gas bypass noise is reduced, the low-frequency vibration amplitude of a copper pipe is reduced, and the service life of the gas bypass pipe is prolonged.

The invention discloses a composite plastic bottle blowing molding device, which comprises a material shunting mechanism and at least two die heads. The material shunting mechanism is installed on the upper ends of both die heads; each die head comprises a die casing, a die core and a die ring which is sheathed at the outer side of the die core and is fixed at the lower end of the die casing, and an air inlet is arranged on the die core; the material shunting mechanism comprises at least two shunting blocks which are piled up in sequence, a shunting pipeline is arranged inside in each shunting block, the shunting pipelines comprise inlets which can be connected with a material supplying device and shunting outlets with the amount being identical with that of the die heads, and each shunting outlet is connected with the shunting flow channel inlet of a die head. A composite plastic bottle manufacturing method comprises the following steps: at least two materials are evenly and respectively fed to each die head; the materials are respectively conveyed downward to the outlet opening of the die head through the shunting flow channel to be converged, are extruded from the lower end of the die head; and therefore the high-barrier composite plastic bottle is produced. The composite plastic bottle blowing molding device has the advantages of high production efficiency, simple structure, lower cost, and good operation effect.

The embodiment of the invention discloses a data forwarding method and device, and relates to the communication field. The demand of performing link load forwarding on the data message classification shunt flow can be realized, and the flexibility of the multi-link load forwarding is improved. The data forwarding method comprises the following steps: acquiring data messages; measuring the flow of the data messages with the same service type in the data messages; marking the flow belonging to the promised access rate in the data messages with the same service type as a first forwarding marker; and forwarding the data message with the first forwarding marker identifier according to the preset strategy routing. The method and device disclosed by the embodiment of the invention are used for data forwarding.

The embodiment of the invention discloses a version upgrading method and device based on shunting, equipment and a storage medium. The version upgrading method based on shunting comprises the following steps: reading a first version upgrading package list and a version shunting strategy; screening out a first shunting strategy corresponding to a to-be-upgraded target from the version shunting strategies; determining a first-level version upgrade package corresponding to the first shunting strategy from the first version upgrade package list; and upgrading the to-be-upgraded target by using thefirst shunting strategy and the first-level version upgrading package. According to the embodiment of the invention, the unification and accuracy of shunting during version updating are realized.

The invention discloses a flat plate type thermoelectric generator with shunting fins, and a fin angle determination method thereof. Three columns of shunting fins are arranged in an air flow direction, including a first shunting fin (mounted in the middle part of a heat collection box with a fixed angle of 45 degrees), a second shunting fin (mounted between the first and third shunting fins witha variable angle of <alpha>), and a third shunting fin (mounted on the tail part of the heat collection box with a fixed angle of 90 degrees). When tail gas flows from an inlet to the heat collectionbox, the tail gas flows to the two ends attached with heat conducting fins under the shunting effect of the shunting fins, so that the wall surface temperature of a hot end is increased; and meanwhile, the second shunting fin is designed with a reasonable angle of <alpha>, so that the overall temperature distribution on the wall surface can be more uniform, and the outputs of the modules are consistent. The flat plate type thermoelectric generator is capable of improving efficiency, simple in structure and wide in application prospect.

A connector having a shunt structure and a shunt device thereof are provided. The connector includes an insulating housing having a first and a second side surface, a plurality of electrical terminals, and a first shunt socket. The first side surface has a plug input interface provided for insertion of a power supply component along a first direction. Each of the electrical terminals has one of a plurality of first contact portions and one of a plurality of first legs. The first shunt socket is located on a third side surface of the insulating housing and corresponds to a shunt hole of the third side surface. The shunt hole allows a surface of at least one of the electrical terminals to be partially exposed and become a shunt contact surface. When a second connector is inserted into the first shunt socket, the second connector is positioned thereon.