58results about How to "Improve stress relief" patented technology

A hardware accelerator for improving the decompression performance when decompressing data in Lempel-Ziv-Huffman compressed data format. The use of a Huffman encoding second stage in the popular and widely-used Lempel-Ziv-Huffman standard improves the compression ratio but complicates the decompression, because the Huffman encoding is applied selectively only to certain parts of the Lempel-Ziv tokens, and thus Huffman decoding must also be applied selectively during decompression. The present invention features a variable-length token decoder which is able to selectively decode the Huffman-encoded portions of the compressed data, and therefore enables high-performance decompression for compressed data having a very good compression ratio. Such an accelerator is well-suited for use in data processors which are to be loaded with pre-compressed data and software applications, particularly those employing flash memory.

Provided are a baseplate and a preparation method thereof, a display panel and a display device. The baseplate includes a substrate including a bendable region, an intermediate layer located on the substrate and in the bendable region, and at least one signal line located on one side of the intermediate layer far away from the intermediate layer, wherein an orthographic projection of the at leastone signal line on the substrate is located in an orthographic projection of the intermediate layer on the substrate, and at least part of the signal line is a curve, and at least one side of the partof the intermediate layer corresponding to the at least one signal line is provided with at least one groove. According to the technical scheme, through the groove located in the intermediate layer,the stress release capability of the intermediate layer is improved, and the signal line is prevented from breaking.

Forceps of the tips that are commonly used in surgical procedures having pressure limiting means that is effective after the tissue or material is firmly grasped by the platforms or tips, thus causing pressure being applied and competent damage to the tissue or material being handled by the forceps.

A piezoelectric actuator has stacked ceramic layers of a piezoelectric material and electrodes situated between the layers to form a piezoelectric stack and having at least one structure that reduces the mechanical strain occurring in the piezoelectric stack. The strain reducing structure is comprised of a strain-reducing layer equipped with recesses and is typically situated between the ceramic layers. In particular, the recesses of the strain-reducing layer are situated in an outer region of the layer and is comprised of a notch which significantly reduce the mechanical strains inside the actuator.

A solid electrolytic capacitor includes at least one capacitor element in which the other end of an anode lead extends beyond an exposed portion of an electrolyte layer exposed from a cathode layer. The solid electrolytic capacitor further includes: an anode terminal connected to the other end of the anode lead, a cathode terminal connected to the cathode layer, a resin layer and a resin outer package covering the capacitor element and the resin layer. The resin layer covering the exposed portion of the electrolyte layer, the other end of the anode lead, and a connecting part between the other end of the anode lead and the anode terminal. The resin layer includes a first resin layer covering the exposed portion and a second resin layer covering the first resin layer, the first resin layer being softer than the second resin layer.

To provide an improved air scavenging type two-cycle combustion engine equipped with a pressure reducing device in which clogging of a decompressing hole can easily be removed, a two-cycle combustion engine includes a delivery passage (32) for introducing air into a combustion chamber (9) prior to an air-fuel mixture. This delivery passage (32) has a downstream opening (32c) through which the air is introduced into the combustion chamber by way of a scavenging port (40a). A decompressing hole (38) is defined for communicating the combustion chamber (9) to a portion of the delivery passage (32) and is closed by a piston (16) then ascending, at a timing delayed relative to closure of an exhaust port (31).

A flexible sealing connector for conveying an electrical signal from a first tool portion to a second tool portion, at least one of the first tool portion and the second tool portion having a receiver with a surface defining a receiver passageway, includes a deformable boot in sealing engagement with the surface of the receiver passageway, the deformable boot having a surface defining a boot passageway. The connector further includes an electrical coupler in sealing engagement with the surface of the boot passageway, the coupler having a first end electrically connected to a first electrical line extending from the first tool portion and a second end electrically connected to a second electrical line extending from the second tool portion whereby the first line and the second line are electrically connected, the receiver passageway is sealed by the boot and the boot passageway is sealed by the coupler.

The invention discloses a method and system for fabricating a personalized decompression insole aiming at a foot shape of a diabetic. The fabrication method comprises the steps that firstly, a three-dimensional model of a foot part of the diabetic formed when the patient stays still is acquired, a foot shape outline is extracted in the three-dimensional model and thus an insole outline plane graph can be determined; secondly, sole pressure data formed during the patient's motion is collected, and pressure intensity peak positions and high-pressure areas in the insole outline plane graph are determined according to the sole pressure data; and thirdly, pressure reduction processing is carried out to the high-pressure areas. The method for fabricating the personalized decompression insole aiming at the foot shape of the diabetic is characterized in that firstly, the three-dimensional model of the foot part formed when the patient stands still is acquired, so that the outline plane graph of the insole can be determined; secondly, the sole pressure data formed during the patient's motion is collected, and the pressure intensity peak positions and the high-pressure areas in the insole outline plane graph are determined; and finally, the pressure reduction processing is carried out to the high-pressure areas. Through static and dynamic processing, the insole aiming at the patient's foot shape can be obtained, and thus pressure reduction effects can be enhanced.

An embodiment of the invention provides a method for determining a physiological state adjustment strategy and is applied to the technical field of computer and biological detection. The method comprises the following steps: acquiring the physiological state information of specific person; based on the physiological state information of the specific person, determining whether the specific personis in an abnormal state or the level information of the abnormal state; determining corresponding physiological state adjustment strategy according to whether the specific person is in an abnormal state or the level information of the abnormal state; adjusting the physiological state of the specific person according to the determined physiological state adjustment strategy. The method and device for determining a physiological state adjustment strategy provided by the embodiment of the invention are suitable for determining the physiological state information of specific person and for adjusting the physiological state of the user according to the determined physiological state adjustment strategy if the specific person is in an abnormal state.

The invention provides a pipeline air-suspending transportation device which is characterized by comprising a running pipeline, wherein a running guide rail is disposed on the bottom face inside the running pipeline, and a carrying device runs on the running guide rail; the carrying device has a carriage structure; and an air-breathing engine is disposed inside the carrying device, an output end of the air-breathing engine is connected to an air vent disposed on the rear end of the carrying device, and an input end of the air-breathing engine is connected to a second-stage air inlet structure which is disposed on the front end of the carrying device by an air inlet pipeline.

It relates to a current pressure reducing valve. It comprises a valve, valve core bar, pressure regulating cover, involucra, spring, spring base, regulating pressure screw, nut, epithelial pressure plate, O type ring of valve core bar, O type rings behind and before the pressure reducing valve base, pressure reducing valve base, seal gasket, seal gasket pressure plate, hexagonal cap, block and return hole, with inner thread on the valve fitting with the outside thread of the pressure regulating cap. It is reasonable, reliable in connection, convenient in installation, clean in working environment, endurable, good in performance and low in cost.

The invention discloses a combined universal wheel. According to the combined universal wheel, a combined wheel comprising two or more wheels or chain wheels or belt pulleys is arranged below a fixing piece and a rotary shaft, obstacle crossing wheels or obstacle crossing chain wheels or obstacle crossing belt pulleys and a belt-shaped object such as a chain belt or a belt are arranged in the combined wheel when it is necessary, the contact area between the universal wheel and the floor and the like is increased, the pressure intensity of the contact face is reduced, so that abrasion of the floor and the like is avoided or reduced, the service life of the combined universal wheel is prolonged, and the combined universal wheel can pass through an uneven section more easily.

The invention discloses a movable modularization distributed folding mattress.The movable modularization distributed folding mattress comprises a mattress body.The mattress body comprises a mattress protection cover and a mattress inner core, wherein the mattress protection cover wraps the mattress inner core.The mattress inner core comprises a comfortable layer and a supporting layer, wherein the comfortable layer is located on the supporting layer.The comfortable layer comprises a plurality of comfortable layer single bodies, and the supporting layer comprises a plurality of supporting layer single bodies.The comfortable layer single bodies comprise comfortable layer single body cloth covers and comfortable layer padding blocks, wherein the comfortable layer padding blocks are wrapped by the comfortable layer single body cloth covers.The supporting layer single bodies comprise supporting layer single body cloth covers and supporting layer springs.The supporting layer springs comprise a plurality of supporting layer spring units which are arranged densely.The comfortable layer and the supporting layer are different in specification, material and hardness and are in modularization combination, the demands of users are met in a more user-friendly mode, the mattress body can be folded, and thus the mattress is convenient to move, carry, store, disassemble and wash; single bodies can be replaced when damaged, and thus the service life is prolonged.

The invention discloses an intelligent mattress for automatically adjusting temperature, which comprises an intelligent mattress body, the surface of the intelligent mattress body is an organic fiber layer, and the inner part is filled with a nano-sponge layer; the intelligent mattress body It is divided into two parts: the head and the body; the head is provided with two airbags; the surface of the airbag is covered with a magnet sheet; the surface of the body is covered with a layer of heating mesh; the heating mesh The end is electrically connected to a heating assembly, and the heating assembly is arranged at the bottom of the body; massage assemblies are arranged on the left and right sides of the center of the body; two rows of massage balls are arranged in each of the massage assemblies; the smart bed The four corners of the bottom of the pad body are threaded to adjust the angle of inclination. The invention has the advantages of simple structure, low cost, long service life, heating in winter, and accurate temperature control. It has the functions of magnetic therapy and infrared physiotherapy, which greatly improves the comfort of the human body. Degree, relieve stress, improve sleep quality.

The invention discloses a thermal treatment process of an invar alloy. A gradient circular annealing de-stressing process is adopted and comprises the following steps of: 1) putting a work-piece in a thermal treatment furnace at a temperature of 250-400 DEG C and retaining for 1.5-2.5h; 2) taking the work-piece out of the thermal treatment furnace and cooling the work-piece in the air to the normal temperature; 3) putting the work-piece in the thermal treatment furnace at a temperature of 80-120 DEG C and retaining for 1.5-2.5h again; 4) putting the work-piece in a cooling furnace at a temperature of -50 to -30 DEG C and retaining for 1.5-2.5h again; 5) putting the work-piece in the thermal treatment furnace at a temperature of 80-120 DEG C and retaining for 1.5-2.5h again; and 6) taking the work-piece out of the thermal treatment furnace and cooling the work-piece in the air to the normal temperature. Through the adoption of the gradient circular annealing de-stressing process, the de-stressing effect is obviously enhanced. The thermal treatment process of the invar alloy is applied to key parts and components of a resonant cavity in a communication device, so that the adverse influence on the signal processing due to the temperature change is greatly reduced. The treatment process disclosed by the invention is reasonable in process, convenient and practical.

An electric compressor includes a main housing including a motor chamber. The motor chamber includes a driving motor. The compressor includes a frame fixed to one end of the main housing, a first scroll supported by one side surface of the frame, and a second scroll provided between the frame and the first scroll. The second scroll, supported by the frame, makes an orbiting motion upon receiving a rotational force from the driving motor. The second scroll also forms a compression chamber with the first scroll and a back pressure space with the frame. A rear cover coupled to the main housing forms a discharge space with the first scroll. A back pressure flow channel extends through the first scroll and the frame to guide a refrigerant and oil from the compression chamber to the discharge and back pressure spaces. The compressor also includes a plurality of decompression portions.

A cable assembly includes a pair of cover halves which are mated with each other, and together define a receiving space, and a rib inwardly extending from inner surface of the cover halves, a cable with a stress relief integrally molded thereon, each cover half includes at least a hollow column extending toward the receiving space, and the stress relief includes a slot fitly engaged with the rib, and a securing head ahead of the annular slot, the securing head defines a through hole, a hollow column in one cover half extends through the through hole and engages with the other column of the other cover half by an exterior element.

A semiconductor device with a package size close to its chip size is, apart from a stress absorbing layer, such as to effectively absorb thermal stresses. A semiconductor device (150) has a semiconductor chip provided with electrodes (158), a resin layer (152) forming a stress relieving layer provided on the semiconductor chip, wiring (154) formed from the electrodes (158) to over the resin layer (152), and solder balls (157) formed on the wiring (154) over the resin layer (152); the resin layer (152) is formed so as to have a depression (152a) in the surface, and the wiring (154) is formed so as to pass over the depression (152a).

The present invention provides a unified valve assembly for ventilating a die casting mold. The unified valve assembly comprises: a casting block (1) with a penetrating hole formed at the center, an air discharge hole formed in the vertical direction in the penetrating hole, a casting flow path connected to the penetrating hole formed on one side, a cooling water flow path inside near the casting flow path; an operating block fixated and secured to the other side of the casting block; an operating valve formed by a guide bushing and an operating piston, wherein the guide bushing has an elastic means settled in the settling hole of the operating block, and one side of the operating piston contacts the elastic means and the other side is exposed to the casting flow path through the penetrating hole of the casting block; and a ventilating filter connected to the air discharge hole of the casting block.

The invention discloses a manufacturing method of a pressure-reducing protective insole for a diabetic patient. The manufacturing method comprises the steps of establishing a preliminary model, collecting data, determining model establishment, outputting the model and manufacturing the pressure-reducing protective insole. According to the manufacturing method, data acquisition on the static and dynamic state of the pelma is carried out to manufacture the protective insole more suitable for the diabetic patient, optimized design of an insole product is fully realized in the viewpoint of mechanics, and the insole aiming at the foot shape of the patient is obtained to improve the pressure reducing effect.

The invention relates to the technical field of daily chemical care products, in particular to human body massage aromatic essential oil capable of relieving pressure. The aromatic essential oil contains olive oil, chamomile essential oil, basil essential oil, lavender essential oil, mint essential oil, an antioxidant, hyaluronic acid, sweet-scented osmanthus tea seed composite extracts, musk powder, vitamin E and vitamin C, wherein the fineness of the musk powder is 300-350 mesh; the antioxidant is a mixture of tea polyphenol, trehalose and nisin, and the mass ratio of tea polyphenol to trehalose to nisin is 3:1:1. A plurality of complex components are added into the essential oil, so that the aromatic essential oil is rich in aroma and good in beauty maintaining and beautifying effect, and also has good hypnosis and pressure reducing effects.