138results about How to "Transfer of control" patented technology

The invention provides a spinning process of covering yarn with high hollowness degree, a prepared covering yarn and a process for weaving towel by utilizing the covering yarn. The spinning process comprises the following steps of: compositing and twisting two crude cotton yarns and water-soluble vinylon filament with number of 4.1-7.3 tex to prepare a spun yarn with cotton fiber covering the water-soluble vinylon filament; and hydrolyzing the water-soluble vinylon filament to obtain the covering yarn with the high hollowness degree. The strength and the hollowness degree of the covering yarn with the high hollowness degree, prepared by the spinning process disclosed by the invention, are higher than the strength and the hollowness degree of a common hollow covering yarn with the same yarn count, the overing yarn with the high hollowness degree is soft and fluffy and has strong water absorbability and improved heat insulation performance; and the woven towel prepared by the process of the invention is light and fluffy, and has good heat insulation performance and resilience, high water absorption speed, large unit-area water absorption amount and high drying speed.

Disclosed is a communication system and multi antenna communication method of signal channel space correlation self-adapting adjustment. The communication method comprises: sending control signal, detecting channel status information; selecting communication initial transmission scheme; business information transmission; monitoring channel change and switching transmission schemes during communication and coordinating communication clients. The inventive communication system comprises: transmitter for controlling signal information and receiver, business information transmitter and receiver. The invention is characterized in that it exploits intelligent antenna scheme in strong correlation for channel space and exploits V-BLAST scheme in weak correlation for keeping higher transmission ratio and good communication quality.

The invention discloses a method to inform carrier transmission information to AN by AT in multicarrier EV-DO system, which comprises: AT composes and send Request information contained label information of every carrier and opposite transmission information to AN; the latter acquires the transmission information according to said label information. It also discloses the method to inform carrier control parameter to AT by AN, which comprises: AN composes and send Grant information contained label information of every carrier and opposite control parameter to AT; the latter acquires the control parameter according to said label information. This invention makes AT and AN match well and ensures the data transmission of inverse business channel.

An absorption circuit for a voltage spike of a switching tube of a DC converter power includes: a transformer T1, a first commuting power tube Q1, a second commuting power tube Q2, a first clamp diode Ds1, a first clamp diode Ds2, an absorption capacitance Cs, an absorption switching tube Qs, a current reverse irrigation preventing diode Df, a fly-wheel diode D, a filter inductance L, a drive resistance R and a protection diode Dp. The invention is mainly characterized in that the absorption switching tube Qs is driven by a bridge arm square wave through driving the drive resistance R; the output of the absorption circuit is connected with the output of a power. The invention can effectively absorb the voltage spike of the power switching tube, reduce the voltage stress, improve the efficiency of the converter, and has characteristics of comparatively simple structure and reliable performance.

Lattice point data of each lattice point on W-C line in a color separation table reproducing primary color C is determined so that C ink monotonically increases from W point to C point. Also, particular color G for toning is used to monotonically increase from the halfway of W point to C point and lattice point data is determined so that the basic color C ink and the particular color G ink are mixed at C point. In a case where the reflection characteristics is made such that the basic color C ink thus produces the coloring closer to a blue color, the particular color G ink having high chroma and many portions overlapped in the zone of the C ink and the green color is used at a high density portion of the device primary color C. This realizes control of the hue shift and the high chroma both.

The invention relates to high-proportion zinc borate battery electrolyte and a preparation method. The molar ratio of potassium ions or/and sodium ions in the zinc battery electrolyte to boric acid ions is 0.28-2, and the total content of an additive in the electrolyte is less than or equal to 40 g/L. According to KOH or/and NaOH 2-6.2 mol/L, H3BO3 3.1-7 mol/L, LiOH.H2O 0.1-0.5 mol/L, a base solution is formed by blending with water as a solvent, then phytic acid, benzene-m-disulfonic acid, isophthalic acid-sulfonic acid, micro-nano SiO2 or micro-nano TiO2 are added, and after stirring, standing and naturally cooling, a 400-mesh screen is used for filtering to obtain the high-proportion zinc borate battery electrolyte. The high-proportion zinc borate battery electrolyte and the preparation method provided by the invention substantially solve the problems of dendrite growth, zinc element transfer, polar plate deformation and the like of a zinc cathode in charging and discharging processes, the cycle performance is significantly improved, and reliable technical guarantee is provided for enabling zinc series alkaline batteries to become a new generation of power batteries.

The invention discloses an anisotropic heat conduction material. The anisotropic heat conduction material is a composite material of liquid metal materials and a high-molecular polymer, wherein the high-molecular polymer possesses embedded runners, and the runners are filled with the liquid metal materials. According to the preparation method, the anisotropic heat conduction material is obtained via injecting and sealing room temperature liquid metals, including gallium, indium, mercury, sodium, potassium, caesium, or binary alloys and multicomponent alloys thereof, into the high-molecular polymer; anisotropism of heat conductivity of a composite material prepared via adding high thermal conductivity materials into a base material is increased greatly; and heat energy transmission direction can be controlled artificially based on practical requirements. Preparation is convenient; mixing process and mixing results of the high thermal conductivity additives with the high-molecular polymer can be controlled easily; material heat conductivity anisotropy rate range can be adjusted in a relatively range artificially; and the anisotropic heat conduction material possesses significant importance in the fields of micro-fluidic chips, biological medical testing equipment, cryogenic engineering, and electronic integration equipment.

The invention aims to provide an intelligent shock absorber of a pipeline. The intelligent shock absorber comprises a pipe clamp, a bracket, a central frame structure and a low-layer rubber shock absorber. The pipe clamp is a circular structure comprising two semi-circular pipe clamps, the pipeline passes through the interior of the annular structure, a rubber clamping ring is mounted between the annular structure and the pipeline, the pipe clamp is fixed on the bracket, the bracket is fixed on the central frame structure, the low-layer rubber shock absorber is mounted between the central frame structure and a base structure, a power amplification module is arranged in the central frame structure, inertia type electromagnetic actuation modules which are connected with the power amplification module are arranged respectively on two sides of the power amplification module, and an acceleration sensor is arranged on the top plate of the central frame structure and connected with the power amplification module. The intelligent shock absorber is mainly aimed to isolate the pipeline system shocks which are ubiquitous on ships, and is capable of effectively controlling the transfer of broadband shocks from a pipeline system to a ship structure.

The invention discloses a medicine for treating cancer. The common rabdosia leaf cancer-control anticancer formula one is prepared by the following steps: mixing the raw materials of common rabdosia leaf, red ginseng, mulberry, medlar, astragalus root, bunge corydalis herb, honeysuckle and ligusticum chuanxiong hort according to a reasonable ratio, adding a proper amount of water, decocting, drying, grinding into fine powder, and then compounding with cordyceps powder, chitin powder, genistein powder which are ground into fine powder; aloe mineral composite anticancer formula two is prepared by the following steps: grinding aloe crystalline powder with pollen, royal jelly powder, fructooligosaccharide, magnesium lactate, zinc lactate, tricalcium phosphate, sodium selenite and chromium trichloride into fine powder according to proportion, and then mixing with vitamin A, B1, B2, B3, B6, B9, B12, E and K; sea-buckthorn nutritional polysaccharide anticancer formula three is prepared by the following steps: grinding sea-buckthorn powder, inulin and black tea powder into fine powder according to proportion, and then mixing with fructooligosaccharide, oligo-isomaltose, mannite, vitamin C and sucralose; and high fiber detoxification anti-cancer formula four is prepared by the following steps: mixing natural fiber with fructooligosaccharide, isomalt, strawberry powder, sea-buckthorn powder and protein hydrolysate. The medicine is not only suitable for treating various cancer patients at each stage, but also has good healing effect, short period of treatment, no toxic or side effect, simple administration method, rich medicine sources and low cost, and is efficient and safe.

A heat switching device which has a completely different structure from those of conventional heat switching devices and is capable of controlling heat transfer through application of energy is disclosed. The heat switching device comprises a first electrode (2a), a second electrode (2b), and a transition body (3) arranged between the first electrode (2a) and the second electrode (2b). The transition body (3) contains a material which undergoes an electron phase transition when energy is applied. Consequently, the heat conductivity between the first electrode (2a) and the second electrode (2b) is changed by applying energy to the transition body (3).

The invention provides a global shutter high-dynamic range pixel and an image sensor. The global shutter high-dynamic range pixel comprises a light sensing unit, a floating diffusion node, a first charge transfer unit, a second charge transfer unit and a pixel signal output unit; the first charge transfer unit at least comprises a metal oxide semiconductor capacitor to temporarily store at least partial sensing charge transferred from the light sensing unit; the metal oxide semiconductor capacitor is switched-on/not according to the control signal, so that a grid induction potential energy trap is formed in the metal oxide semiconductor capacitor, thereby controlling the transfer of at least partial sensing charge.

This invention discloses a T-R and process system and a method for mobile network electric information. A character labeling filter caries out filter and character check to the information from outsider servers utilizing a cluster information control center and an information center to design characters of information. The information center and the cluster information control center design sending locks against users sending information so as to send the information only when the lock is at the allowing state to control and record the cluster information of the user, who processes the received information based on the shown character and feeds back it based on the process result.

A positioning control apparatus for controlling a moving member to trace the position of a target member which almost equally repeats the position shift at a predetermined period comprises a position detector for detecting a relative position error, a first adder for adding a delay signal and a position error signal, a signal delay unit for outputting the delay signal which is obtained by delaying an output signal of the first adder at a period corresponding to the position shift of the target member, a second adder for adding the position error signal and the delay signal, a third adder for adding an output of the second adder and the delay signal via a filter, a compensating unit for performing the compensation for offset and/or the compensation for stabilization of the positioning control apparatus based on an output of the third adder, a drive unit for driving the moving member based on an output of the compensating unit, and a delay-amount setting unit for setting the amount of delay of a signal delayed by the signal delay unit.

The invention discloses a demolition construction method for an overpass existing line arch bridge. The demolition construction method comprises the steps: 1, erecting a protective shed frame; 2, carrying out static crushing demolition on the arch blasting demolition structure; 3, manually removing the blasting protection layer; 4, cutting the removed arch ring; 5, hoisting the arch ring to be hoisted; and 6, dismantling the under-arch structure. The method is simple, reasonable in design, easy and convenient to construct and good in using effect; the protection shed frames fixed to the frontside and the rear side of the removed arch bridge are adopted for effective protection, meanwhile, the structure on the arch of the removed arch bridge is removed in the mode that static crushing andmanual chiseling are combined, it is guaranteed that a plain concrete arch ring cannot be damaged in the static crushing process, and an existing spanned railway line cannot be disturbed. After the arch ring is exposed, the removed arch ring is cut and decomposed through a rope saw and then hoisted and removed, then the under-arch structures on the left side and the right side are rapidly removed,the construction period can be effectively shortened, the arch bridge removing efficiency is improved, and the removing process is safe and reliable.

The invention discloses an orally taken traditional Chinese medicine composite for treating bladder cancer, belonging to a traditional Chinese medicine preparation. The invention is characterized in that the composite is prepared from the following raw materials calculated by weight: 30g of tuckahoe, 25g of giant knotweed, 25g of oldenlandia diffusa, 25g of radix astragali, 25g of yam, 12g of dogwood, 10g of dodder, 10g of angelica, 10g of Cimicifuga foetida, 10g of radix pseudostellariae, 10g of phellodendron and 10g of Rhizoma Zedoariae. The composite has the action of tonifying qi, strengthening the body resistance, activating blood and dissolving stasis and clearing away heat evil and promoting diuresis, and can effectively control the diffusion and transfer of cancer cells, improve the body immunity without toxic or side effects.

The invention provides a surface protecting film for a mobile phone screen at a humid environment. The surface protecting film sequentially comprises a wear-proof coating (1), a polymer film layer (2), an anti-blue light layer (3), a bonder layer (4) and a peel liner (5) from top to bottom, wherein the polymer film layer (2) is a PET or PBT film containing a calcium oxide filling, the content of calcium oxide is 1%-2.5% of mass of a polymer film, and the bonder layer (4) contains a water-absorbing additive. According to the surface protecting film, the problems of poor blue light resistance and use performance at the humid environment are solved; and finally, the surface protecting film has excellent wear resistance, blue light filterability and impact resistance, extremely low moisture transmittance and low residual quantity and can be used for a long time, and a bonder has a certain water-absorbing property.

The invention relates to a method using a longitudinal cutter for longitudinally splitting a fiber web, wherein, by executing re-rolling of a predetermined length, the web (W) which is cut into part web by the longitudinal cutter is rolled up to a part of web roll with a predetermined diameter. The method involves rolling a machine roll (15) up to a predetermined diameter in a primary rolling station (35.1). The machine roll is shifted to a secondary rolling station (35.2), and a machine roll change is implemented during connection of a fiber web (W) arriving from the new machine roll with a web arriving from an old machine roll that is connected with a splitting connection. The machine roll is shifted from the primary rolling station to the secondary rolling station during the roll change of a longitudinal cutter. An independent claim is also included for an arrangement for slitting a longitudinal cutter of a fiber web.

The invention relates to a perovskite solar cell with thermochromism performance and preparation method thereof. The solar cell is obtained through the following operations: forming a rutile phase vanadium dioxide film on a non-conductive surface of a transparent conducting substrate, and orderly forming an electronic transmission layer, a perovskite absorbing layer, a hole transporting layer and a back electrode on a conducting surface on the transparent conducting substrate, wherein the thickness of the vanadium dioxide film is 500 nanometers to 100 microns. The perovskite solar cell with thermochromism performance prepared by the invention can effectively regulate the indoor temperature while realizing the photoelectric conversion, the resource and energy are saved, and the solar cell use ratio is improved.

The invention discloses an application of MAGEA1 gene which is used for preparing products for diagnosing liver cancer and medicines for treating the cancer. The MAGEA1 gene of the invention can be used as the peculiar marker gene for diagnosing liver cancer, facilitates the diagnosis on the liver cancer to be more accurate and rapid and provides new therapeutic targets and effective medicines for preventing and treating liver cancer.