84results about How to "Increase the amount of compression" patented technology

A high-pressure fuel pump comprises a pressurizing chamber for pressurizing fuel, an outlet valve for discharging the fuel pressurized in the pressurizing chamber to an outlet passage, a relief passage for connecting the outlet passage located downstream of the outlet valve and the pressurizing chamber with each other while bypassing the outlet valve. A relief valve device is provided in the relief passage and adapted to open when an internal pressure of the outlet passage becomes higher than that of the pressurizing chamber, thereby providing communication between the outlet passage and the pressurizing chamber. The relief valve includes a relief spring mechanism for pressing a relief valve to a relief valve seat. At least the relief spring mechanism among members of the relief valve device is provided outside the pressurizing chamber in the pump body.

A vehicular impact absorbing apparatus includes a pair of tubular guide rails having a guide slit longitudinally formed at the upper part of each guide rail fixed to the ground. Sliders are movably mounted in the guide rail at predetermined intervals, the upper part of each slider is laid on the upper part of the guide rail through the guide slit. Cushion units are mounted on the upper part of each slider. Each cushion unit is elastically deformed by vehicular impact while retracting along the guide rail. Cushion pins are mounted across the guide rails at predetermined intervals between the sliders that also absorb the kinetic energy of an impact by being broken by the rearward retracting slider. A stopper is installed around the rear end of the guide rail for stopping the retracting cushion units. A successive cushion and deceleration of the impact is possible in this arrangement.

The invention presents new methods of compression, transmission, and decompression of video signals providing increased speed and image quality. Methods based on wavelet transformation with decimation and time stamping can provide one-pass encoding of signals in which the amount of bits of information needed to be transmitted can be substantially reduced, thereby increasing the speed of transmission of digital signals over networks. Decompressing signals, along with interpolation methods to re-create portions of images of lesser importance in visual perception, can provide coordinated video and audio presentations of high quality in real-time over all kinds of networks.

A damper mechanism for a lockup device 7 is a device for mechanically transmitting a torque in a torque converter 1. A coil spring 58 is arranged in first and second windows 61 and 62 overlapping with each other, and is compressed in accordance with the relative rotation of drive and driven members 52 and 53. A maximum torsion angle θ m is defined when the coil springs 58 are compressed to a maximum extent by relative rotation between the drive and driven members 52 and 53. Each of the first and second windows 61 and 62 has an outer periphery longer than an inner periphery. Each ends 61a and 62a on the circumferential ends of the first and second windows 61 and 62 form an angle θ with respect to a center line extending through a center O of the damper mechanism and a circumferential center C1 or C2 of the first or second window 61 or 62, and this angle θ is in a range between 0.05 and 0.60 times as large as the maximum torsion angle θ m.

Disclosed are a data transmission method and a related apparatus, which are used for compressing data transmitted on a Backhaul so as to improve throughput of the Backhaul. The method in embodiments of the present invention comprises: parsing an internet protocol (IP) packet that is received to obtain a transmission network protocol header, a transmission tunnel protocol header, a user data protocol header and user application layer data; compressing the transmission tunnel protocol header, the user data protocol header and the user application layer data to obtain a compressed transmission network protocol load; using the transmission network protocol header to encapsulate the compressed transmission network protocol load to obtain a compressed IP packet; and sending the compressed IP packet to a decoding end device on a core network or a base station.

A damper mechanism for a lockup device 7 is a device for mechanically transmitting a torque in a torque converter 1. A coil spring 58 is arranged in first and second windows 61 and 62 overlapping with each other, and is compressed in accordance with the relative rotation of drive and driven members 52 and 53. A maximum torsion angle θ m is defined when the coil springs 58 are compressed to a maximum extent by relative rotation between the drive and driven members 52 and 53. Each of the first and second windows 61 and 62 has an outer periphery longer than an inner periphery. Each ends 61a and 62a on the circumferential ends of the first and second windows 61 and 62 form an angle θ with respect to a center line extending through a center O of the damper mechanism and a circumferential center C1 or C2 of the first or second window 61 or 62, and this angle θ is in a range between 0.05 and 0.60 times as large as the maximum torsion angle θ m.

The present invention provides an attachment arrangement for use in attaching at least one composite wheel to a mount using an elongate fastener element and a fastening nut which can be fastened on the elongate fastener element. The attachment arrangement is used with a composite wheel that includes at least one attachment aperture through which the elongate fastener element is inserted. The attachment arrangement includes a fastening washer having a fastening aperture through which the elongate fastener element can be inserted when in use. The fastening aperture includes a radially central fastening axis. The fastening washer also has a base configured to face a surface of the composite wheel about the attachment aperture. In addition, the fastening washer has a fastening side facing substantially axially outwardly from the attachment aperture. The fastening side includes at least one engagement surface configured to operatively engage a complementary portion of the fastening nut when the fastening nut is assembled on the elongate fastener element. The fastening arrangement also includes a sleeve which extends axially relative to the fastening axis outwardly from the base about the fastening aperture. The sleeve is configured to extend into the attachment aperture of the composite wheel. The sleeve also includes a distal end configured to be received in a complementary shaped sleeve aperture located in the mount or in an element located adjacent the mount.

The invention discloses a power battery, a temperature control method of the power battery and a new energy vehicle to solve the problem of poor temperature control of existing power batteries. The power battery comprises a casing, cells, flexible heat-conducting strips and finger plate tools, wherein gaps I between the cells and gaps II between the cells and the inner wall of the battery casing are filled with flexible heat-conducting strips arranged in pairs, and the finger plate tools are inserted in gaps between the flexible heat-conducting strips to be in surface contact with the flexibleheat-conducting strips; each flexible heat-conducting strip comprises a flexible heat-conducting material, a copper tube, an electric heating wire and a temperature sensor, and two ends of each flexible heat-conducting strip extend to the outer side of the battery casing and are connected with a heat-conducting solution circulating system and an electric control system. The power battery adoptingthe structure has an excellent temperature control effect and can have multiple effects of thermal insulation, heating and cooling of the cells, so that the cells are always within the best working temperature range, and the temperature difference between the cells in a battery pack can be controlled within + / -3 DEG C.

Systems, tools, and screws for reducing a bone fracture are disclosed. In embodiments, the system comprises: a screw, a driver, a sleeve comprising a longitudinal bore configured to enable insertion of the driver through the sleeve, a locking mechanism configurable into a first state that locks the sleeve to the driver and a second state that unlocks the sleeve from the driver, and a retaining sleeve coupled to a first end of the driver and configured to couple to the screw. In the first state, the sleeve applies a compressive force while distal threads of the screw are driven into the bone while retaining proximal threads of the screw in the sleeve. After a desired compression is achieved, the locking mechanism is configured to the second state, allowing the proximal threads of the screw to be driven into the bone while maintaining application of the compressive force to the bone.

The invention discloses a low-temperature-resistant air spring upper seam allowance sealing structure. The sealing structure comprises an upper cover plate, a buckle ring, a connecting bolt and an upper seam allowance; the upper seam allowance is compressed between the upper cover plate and the buckle ring, the buckle ring and the connecting bolt are arranged on the radial outer side of the upperseam allowance, a bag body below the upper seam allowance is attached to the inner wall of the buckle ring and is attached to the bottom surface of the buckle ring downwards; a sealing structure formed by radial sealing and axial seal which are arranged alternately and connected in sequence is adopted between the upper cover plate and the upper seam allowance and between the upper seam allowance and the buckle ring, the sealing pressure of at least one axial sealing surface of the upper seam allowance to the upper cover plate faces the inner direction which is away from the connecting bolt, and the sealing pressure and the compression amount of the upper seam allowance are increased along with the loading and the displacement of the air spring. The sealing reliability of the upper seam allowance of the air spring in the loading process is guaranteed, effective sealing of the upper seam allowance in a low-temperature state is realized, and the sealing requirement of the air spring underthe low-temperature state is met. The invention further provides a low-temperature-resistant air spring upper seam allowance sealing method and a low-temperature-resistant air spring.

The invention provides an air conditioning unit provided with a flooded shell-tube heat exchanger. The air conditioning unit comprises a compressor, a first heat exchanger communicated with an outflow end of the compressor, the flooded shell-tube heat exchanger, a throttling element connected between the first heat exchanger and the flooded shell-tube heat exchanger, an air-liquid separator and a two-way heat exchanger, wherein a first end of the tube pass of the flooded shell-tube heat exchanger is connected with a first end of the first heat exchanger, and a second end of the tube pass of the flooded shell-tube heat exchanger is connected with an inflow end of the compressor; the air-liquid separator is at least connected between the second end of the tube pass of the flooded shell-tube heat exchanger and the inflow end of the compressor; the first end of the first heat exchanger and the second end of the tube pass of the flooded shell-tube heat exchanger are connected with a first heat exchange pipeline of the two-way heat exchanger, one end of a second heat exchange pipeline of the two-way heat exchanger is connected with an auxiliary road end of a communication liquid phase of the air-liquid separator, and the other end of the second heat exchange pipeline is communicated with a middle air supplementing port of the compressor. Cached refrigerant liquid in the air-liquid separator can be reduced, and liquid impact accidents caused by the fact that the compressor inhales a lot of refrigerant liquid are prevented.

A friction damper comprising a cylindrical core member and a cylindrical elastic body bonded to an inner or outer circumferential surface of the core member, the core member being disposed within an annular space between an outer circumferential surface of an inner shaft and an inner circumferential surface of an outer shaft, which outer and inner circumferential surfaces are held in spline-fitting with each other, the core member being fixed to one of the inner and outer shafts, while the elastic body being disposed in pressing contact with the other of the inner and outer shafts, with compressive deformation of the elastic body, wherein the elastic body has an axial length larger than that of the core member, and includes an extending portion extending in its axial direction away from the core member, and wherein the extending portion of the elastic body has a thick-walled section which extends in a radial direction of the elastic body away from the core member and has a larger wall thickness than a section of the elastic body which overlaps the core member in an axial direction of the core member, the thick-walled section being held in pressing contact with the above-indicated other of the inner and outer shafts.

By forming a compressively stressed silicon nitride material on the basis of a mixed frequency plasma-enhanced chemical vapor deposition (PECVD) process, a higher compressive stress may be achieved at a reduced defect rate compared to conventional single frequency processes. Consequently, a more efficient strain-inducing mechanism for P-channel transistors and a corresponding increase of performance may be accomplished.

The invention discloses a low-speed broadband oriented network education video compression method, which comprises the following steps that: 1) a serving terminal acquires an image without teaching staffs and teaching content as a background image; then the serving terminal sends the background image to a client; 2) the serving terminal acquires a video frame in real time in teaching process and then subtracts the background images from an original current video frame to acquire an invasion image which is relative to the background image; 3) the serving terminal uses the invasion image which is relative to the background image of the current video frame as the current video frame and sends the current video frame to the client; and 4) the client merges and restores the background image and the invasion image which is relative to the background image of the current video frame into the original current video frame and outputs the original current video frame to a user. The low-speed broadband oriented network education video compression method disclosed by the invention has the advantages of low bandwidth demand, high compression amount, and simple and convenient use.

The invention discloses a garbage compression device for a garbage salvage ship. The device comprises a treatment box, a conveying mechanism, an iron attracting mechanism, a crushing mechanism, a smashing mechanism and a compressing mechanism. The conveying mechanism is located on one side of the outer portion of the treatment box. One end of the conveying mechanism extends to be located in the treatment box. The iron attracting mechanism is located on one side of the outer portion of the treatment box and located above the conveying mechanism. The crushing mechanism is located at the top endin the treatment box, and the crushing mechanism is located over the conveying mechanism. According to the invention, the conveying mechanism, the iron attracting mechanism, the crushing mechanism, the smashing mechanism and the compressing mechanism are arranged; salvaged garbage is conveyed by the conveying mechanism; iron garbage carried in the garbage is sucked out through the iron attractingmechanism while the garbage is conveyed, then the garbage on the conveying mechanism is preliminarily crushed through the crushing mechanism; the crushed garbage is conveyed into the smashing mechanism to be smashed; the smashed garbage is compressed by the compressing mechanism; and due to processized arrangement, continuous work can be conducted, and the compression efficiency is high.

The invention discloses a rear suspension system of an automobile longitudinal power assembly, which comprises an upper bracket, a lower bracket and an elastic element, wherein the upper bracket and the lower bracket are arranged on a lower beam of the transmission case and obliquely extend upwards from both sides of the transmission case; and the elastic element is arranged between the upper bracket and the lower bracket arranged on both sides of the transmission case. On the premise of not changing the prior automobile power assembly and the vertical space relationship of the transmission case beam, the cushion room is increased and the action center of the elastic element is changed. The upper and lower brackets obliquely extend upwards from both sides of the transmission case, and the elastic element is arranged between the upper and lower brackets on both sides of the transmission case, so that the upward and downward arrangement of the elastic element is not restricted by the transmission case and the volume and amount of compression of the elastic element can be obviously increased as compared with those in the original design. Meanwhile, since the space permits, the elastic element and the horizontal surface can form an included angle, thereby optimizing the arrangement of the suspension system.

Provided is a damping force controlling valve assembly for a shock absorber using a solenoid part for variation of a damping force. The damping force controlling valve assembly includes: a first valve body having an inlet passage through which a working fluid flows in from the shock absorber; a second valve body coupled to the first valve body with a gap therebetween; a main valve disposed at the front of a back-pressure chamber to resist the working fluid flowing through the inlet passage; and a valve spring disposed in the gap between the first valve body and the second valve body and elastically supporting the main valve.

The invention relates to an impact penetration submerged deep water frozen soil continuous sampling device and belongs to the technical field of deep space exploration. The device comprises a follow-up cable, a rotating shaft, a main shell, an impact penetration type submerging device, a locking mechanism and a sampling mechanism; the rotating shaft is fixedly arranged at the top end in the main shell; the impact penetration type submerging device is vertically arranged in an inner cavity of the main shell in the axial direction; the follow-up cable is wound on the rotating shaft; one end of the follow-up cable is fixed, and the other end of the follow-up cable is fixedly connected with the top end of the impact penetration type submerging device after winding the rotating shaft; the locking mechanism is arranged on the outer wall of the impact penetration type submerging device and extends out of the main shell, so that the impact penetration type submerging device is locked and limited or unlocked and released relative to the main shell; and the sampling mechanism is arranged at the bottom end of the main shell. According to the device of the invention, a tunneling and coring scheme based on an impact penetration submerging driving mechanism is designed, an unmanned autonomous sampling and sample transfer full-flow movement action flow is realized, and the problems of connection of movement actions and system integration are systematically solved.

The invention provides an engine cylinder head sealing gasket. The sealing gasket is formed by connecting an upper elastic plate, a base plate and a lower elastic plate, wherein the base plate is arranged between the elastic plate and the lower elastic plate, the upper elastic plate and the lower elastic plate are separately provided with a groove along the edges of cylinder holes, the two grooves are symmetrical and have the same size; and a gasket is arranged between the upper elastic plate and the base plate and among the cylinder holes of the sealing gasket and is integrated with the base plate, namely the gasket is arranged on one side, near a cylinder cover, of the base plate and is only arranged among the cylinder holes. By using the above structure, the compressed thickness of the weak region of the cylinder is increased, and when the sealing gasket is under the pressure of bolts, more pressure can be distributed to the position among the cylinder holes, thus the amount of compression of the grooves on the elastic plates is increased, good sealing effect can be obtained, the cylinder can maintain sealed under high explosive pressure and fuel gas can not leak. Therefore, the flanging structure can not be used and the service life of the sealing gasket is increased.

The invention discloses a three-channel axisymmetric adjustable air inlet channel of a wide-area combined engine. The three-channel axisymmetric adjustable air inlet channel mainly comprises a part of movable lip cover molded surface, a part of movable central cone, a fixed splitter plate part and a valve switch to form a turbojet channel, a fan channel and a stamping channel; under a low Mach number (Ma0-2), the fan channel is opened, and the stamping channel is closed; under a high Mach number (Ma>2), the fan channel is closed, and the stamping channel is opened; and the turbojet channel is always in an open state in all Mach number ranges. Along with the increase of incoming Mach number, the front half part of the central cone horizontally moves forwards to ensure a high flow coefficient in a wide range, shock wave sealing is realized when the Mach number is Ma2 or above, and the flow coefficient of the air inlet channel is kept at 1.0; the lip cover is linked with the central cone, so that the shrinkage ratio of the inner and outer culverts is increased along with the rise of Mach number, and the flow distribution of the two channels is adjusted as required; and within a certain distance, the maximum windward area of the air inlet channel is obviously increased compared with the capture area along the way.

The invention discloses a high-energy door limiter. The high-energy door limiter comprises a limiter main arm and a limiting box penetrated by the limiter main arm, wherein two high-energy compressionsprings and two mobile sliding blocks are symmetrically mounted in the cavity of the limiting box respectively; two high-strength bolts are arranged on two sides of the bottom end of the limiting boxin a pressed manner respectively; a stop reinforced cover plate is fixed at the top end of the limiting box to seal the limiting box; square holes are formed in the center of the stop reinforced cover plate and the center of the bottom end of the limiting box respectively and opposite to each other; the limiter main arm penetrates through the square holes from between the two mobile sliding blocks to be concentrically aligned to a rotary plate part, and the tail end of the limiter main arm and the rotary plate part are riveted; and a sealing part is further arranged between the limiter main arm and the rotary plate part. According to the high-energy door limiter, the closing-aiding energy comfort level and the hand feel are greatly improved in the opening process of the limiter, the quality of the whole car is improved, and meanwhile, external dust is prevented from entering the limiter main arm effectively.