197results about How to "Shorten the flow path" patented technology

A manipulation device of hollow intervertebral or disk prostheses and to the supply thereof with a flowable, hydraulic, osteocementum. Said device comprises a tube provided with a front end and a rear end, a handle and a guiding element for the flowable osteocementum. The front end of the tube is embodied in such a manner that the handle or the guiding element for the flowable osteocementum can be coupled thereto. The rear end of the tube is embodied in such a manner that it can be connected in a rotationally fixed and sealed manner to a hollow intervertebral or disk prosthesis. The handle can be connected in a rotationally fixed manner to the tube and the tube is torsionally fixed in relation to the longitudinal axis thereof.

The invention belongs to the technical field of resin-based composite materials, and relates to a device and a method for preparing a continuous fiber reinforced thermoplastic composite material prepreg tape. The device is composed of a fiber decoiling device, a yarn spreading device, a powder dipping groove, a heating channel, a rolling device, a resin content monitoring system, a powder coatingdevice, a guide device, a traction device and a winding device. The implementation method comprises the following steps that fiber bundles subjected to yarn spreading and fiber expanding enter the powder dipping groove, a certain amount of resin powder adheres to the fiber bundles, then heating is carried out to melt resin, the thickness of the prepreg tape is measured by using a non-contact thickness gauge to calculate the content of the resin, the back side of the prepreg tape is overturned to the upper part through guide rollers, then the prepreg tape enters the powder coating device to besubjected to secondary powder coating on the back surface, and then fusion, shaping and winding are carried out to obtain the final finished product. The device and the method are suitable for impregnating fibers with the high-temperature high-viscosity resin, and the prepreg resin content and the width of the prepreg tape can be accurately controlled.

The invention discloses a BCD device and a manufacturing method thereof, which belong to the technical field of semiconductor power devices. In the invention, semiconductor devices such as a high-voltage nLIGBT, three high-voltage nLDMOSs, a low-voltage NMOS, a low-voltage PMOS, a low-voltage NPN and the like are synchronously integrated on the same chip, wherein the high-voltage nLIGBT, the high-voltage nLDMOSs and the low-voltage NPN are directly arranged on a single-crystal p-type substrate; the low-voltage NMOS is arranged in a p-type well; and the low-voltage PMOS is arranged in an n-type epitaxial layer. As p-type reduced-field layers are respectively arranged between the n-type epitaxial layer and an n-type shift region well, the n-type epitaxial layer on a p-type buried layer supplies an extra surface conducting channel to high-voltage devices, the conducting channel is increased, the specific on resistance of the high-voltage devices is reduced, and the manufacturing cost of the chip is further reduced. The nLIGBT device and the nLDMOS devices of the invention further have the characteristics of high input impedance, low output impedance and the like, and a high-voltage power integrated circuit formed by the nLIGBT device and the nLDMOS devices can be used in a plurality of products, such as consumer electronics, display drivers and the like.

An exhaust gas assembly includes an exhaust gas manifold which is connected with an exhaust gas inlet of a manifold and an adjusting member arranged in the manifold. The adjusting member is configured to supply exhaust gas to a low pressure connection and/or a high-pressure connection of the manifold, wherein on the high-pressure side a high-pressure turbine housing is connected to the manifold and on the low pressure side a low pressure turbine housing is connected to the manifold. A connecting channel extends through the manifold and connects a high-pressure exhaust gas outlet) of the high-pressure turbine housing with a low pressure exhaust inlet) of the low pressure turbine housing.

The invention discloses a preparation method for improving an impregnation effect of a fiber cloth enhanced thermoplastic composite material, wherein the fiber cloth enhanced thermoplastic composite material is prepared by a secondary hot press molding method. The method for improving the impregnation effect of the fiber cloth enhanced thermoplastic composite material comprises preparation of a monolayer sheet and overlapping combination of multiple monolayer sheets, wherein the monolayer is obtained by overlapping three layers of the fiber cloths, the resin matrixes and the fiber cloths at 2 to 10 MPa under the conditions that the fiber mass content is 30% to 80% and the arranging way is the fiber cloths, the resin matrixes and the fiber cloths; and the overlapping of multiple monolayer sheets is that each monolayer sheet is pressed and moulded after being overlapped in sequence under the conditions that the temperature is 290 to 400 DEG C and the pressure is 10 to 40 MPa. Therefore, the composite material has good impregnation effect and mechanical property.

There is provided a centrifugal impeller that includes a boss portion, a plurality of first centrifugal blades, a plurality of second centrifugal blades, and a coupling portion. The boss portion is capable of rotating. The plurality of first centrifugal blades are provided to the boss portion such that the plurality of first centrifugal blades extend from the boss portion. The plurality of second centrifugal blades are provided around the boss portion such that the plurality of second centrifugal blades are spaced apart from the boss portion. The coupling portion couples the plurality of first centrifugal blades and the plurality of second centrifugal blades.

A method and apparatus are described wherein a micro sample of a fluidic material may be assayed without sample contamination using NMR techniques, in combination with magnetoresistive sensors. The fluidic material to be assayed is first subject to pre-polarization, in one embodiment, by passage through a magnetic field. The magnetization of the fluidic material is then subject to an encoding process, in one embodiment an rf-induced inversion by passage through an adiabatic fast-passage module. Thereafter, the changes in magnetization are detected by a pair of solid-state magnetoresistive sensors arranged in gradiometer mode. Miniaturization is afforded by the close spacing of the various modules.

The invention discloses an outdoor unit of an air conditioner. The outdoor unit comprises an outdoor unit shell, an electric control box and an isolating part, wherein the outdoor unit shell comprises a front panel; the front panel is provided with a front panel air inlet; the electric control box is arranged in the outdoor unit shell, and comprises an electric control box shell, a PCB (Printed Circuit Board) and a radiator; the PCB is arranged in the electric control box shell; the radiator is connected with the PCB; a part of the radiator extends out of the electric control box shell; the isolating part coats the outside of a part, which extends out of the electric control box shell, of the radiator; an isolating part air inlet and an isolating part air outlet are formed in the isolating part; the air inlet of the isolating part is in hermetic fit with the front panel, and the isolating part air inlet is opposite to the front panel air inlet; the isolating part air outlet is communicated with the inside of the outdoor unit shell. The outdoor unit of the air conditioner disclosed by the invention has an improved heat dissipation structure, so that the heat dissipation effect of the PCB in the electric control box is enhanced.

A method of controlling a heat in a dryer having an intake duct with a builtin heater operates a plurality of heaters independently of each other depending on a range of drying temperature and also controls the heater with temperature control or time control depending on the range of the drying temperature, thereby reducing difference in a temperature between an intake port of hot wind and a discharge port and allowing efficient heater control by a discharge temperature at the discharge port.

A turbocharger system is provided herein. The turbocharger system includes a turbine positioned downstream of a combustion chamber, a turbine bypass conduit in fluidic communication with a turbine inlet and a turbine outlet, a wastegate positioned in the turbine bypass conduit, and an air-cooled wastegate actuator adjusting the position of the wastegate, the air-cooled wastegate actuator receiving cooling airflow from an intake conduit positioned upstream of a compressor mechanically coupled to the turbine.

The invention discloses a bird-nest catalyst carrier, which comprises a body (1). The body is cylindrical or cuboid; and honeycomb holes (2) which are uniformly distributed, and parallel or staggered vertically and staggered or parallel horizontally are formed in an inner cavity of the body. One or a mixture of more of activated aluminium oxide, zirconium oxide, magnesium oxide, silicon carbide, titanium dioxide and natural clay is taken as a main raw material, is added with an adhesive, a fusing agent and a proper amount of water, and is subjected to ball milling, kneading, ageing, mixing, molding, drying, shaping, cutting and low-temperature sintering to form the bird-nest catalyst carrier. Due to large specific surface area and void ratio, large internal through pore diameter and large pore volume, the bird-nest catalyst carrier can improve the total effective contact quantity to the greatest extent and shorten the flowing path of raw oil in the catalyst, so that the catalyst in the carrier can fully achieve the effect, and the raw oil flowing through the catalyst is fully separated, adsorbed, purified and filtered.

The invention relates to an extrusion device for shortening a blank friction flow path, which is suitable for continuous extrusion equipment. The extrusion device is characterized in that a blank friction flow path shortening device constituted by a wrap angle adjusting mechanism and an auxiliary blank gripping mechanism is arranged on a frame, and the wrap angle adjusting mechanism comprises a gripping wheel position adjusting component and an extrusion cavity position adjusting component; and the auxiliary blank gripping mechanism comprises a bending guide roller I, a bending guide roller oil cylinder I, a bending guide roller II and a bending guide roller oil cylinder II, so that the blank friction flow path can be shortened and the rotational angle of a blank can be reduced. According to the extrusion device disclosed by the invention, by adjusting the positions of a gripping wheel and an extrusion cavity, the blank flow path can be shortened, and the rotational angle of the blank can be reduced, so that the extrusion device can further reduce the extrusion load and deformation temperature of metal, not only save energy, but also prolong the service life of a tool and a mold; and particularly, the control of the deformation temperature can be realized by adjusting the blank flow path, which is very beneficial to preparation of high-performance nonferrous metal extruded products with fine-grained structures.

A fueling device is equipped with a grating member provided in a fuel path of a fueling pipe, wherein the grating member is equipped with a plurality of ring shaped partition members arranged in concentric circles with the center line of the fuel path as the center, and having differing diameters, and support members for supporting the partition members in relation to the inner wall of the fueling pipe, and wherein the gaps formed between the inner wall of the fueling pipe, the partition members, and the support members are used as a plurality of gap flow paths which are a portion of the fuel path, and the center of each of the partition members is arranged at different positions on the center line.

A liquid member ejecting device comprises an ejecting head and a liquid member tank for storing a liquid member and supplying the liquid member to the ejecting head. The liquid member ejecting device further comprises an attracting member for covering nozzles, a first decompressing section which is connected to the first attracting section for decompressing inside of the ejecting head via the first attracting member, a second attracting member for covering the nozzles, and a second decompressing section which is connected to the second attracting member so as to decompress inside of the ejecting head via the second attracting member and inside of the liquid member tank while communicating the liquid member tank. By doing this, it is possible to provide a liquid member ejecting device and method therefor, an electro-optic device, and manufacturing method therefor, and an electronic apparatus which can prevent the manufacturing cost from increasing due to the wasteful use of the liquid member so as to remove bubbles from the ejecting head while realizing a smaller nozzle diameter and finer flow paths.

The invention discloses a variable-flow-path parallel flow heat exchanger which comprises an upper flow collecting pipe, a lower flow collecting pipe and a flat pipe set, wherein the flat pipe set ismounted between the upper flow collecting pipe and the lower flow collecting pipe in an inserted mode and communicates with the upper flow collecting pipe and the lower flow collecting pipe. The upperflow collecting pipe and the lower flow collecting pipe are both provided with flow isolating pistons capable of moving in the axial direction. The exteriors of the upper flow collecting pipe and thelower flow collecting pipe are both provided with adjusting mechanisms used for driving the corresponding flow isolating pistons to move to the predetermined positions. The variable-flow-path parallel flow heat exchanger has the advantages of being simple and reliable in structure, high in efficiency, and especially capable of being suitable for changed working conditions during working of an airconditioner.