169results about How to "Restore fast" patented technology

The invention discloses a method for converting a caption object into a Bezier and belongs to the technical field of caption editing and broadcasting in the TV program producing and broadcasting mechanism of broadcasting and TV industries. The method aims at different processing methods for the caption objects with different types and the caption objects with all types are converted to vector profile information which is formed by a primary Bezier, a secondary Bezier or a third Bezier and comprises one or a plurality of closed profiles; then the primary Bezier and the third Bezier in the vector profile information are converted into the second Bezier. The method leads the caption object to be freely amplified, minified, rotated and deformed without affecting the quality, leads the romancing effects of the captions to be smooth and distortionless and has stepless zooming, realizes the functions of word formation, character deformation, character reflection, character reversing, curve swinging and the like, and meets the high-grade caption application demands.

A valve mechanism adapted for a fluid-discharging port of a tube-type fluid container includes: a valve seat portion having a valve seat surface with an opening for passing a fluid therethrough; a valve portion comprising a valve body having a shape corresponding to the valve seat surface with the opening, and a shaft connected to the valve body and extending downward from the valve body, and a valve support portion for elastically urging the valve body downward to close the opening. An annular convex portion is further formed between the valve seat surface and the valve body on the valve seat surface or the valve body for closing the opening with the valve body at the annular convex portion.

A system implementing a method for determining QoS degradations comprises:receiving alarms (a) from application layer or from network nodes of a MPLS network, including Passive Traffic Analyzer, Physical Layer Monitoring and MPLS OAM nodes,depending on the alarm, the system requests testing (d) for location and the network nodes answer back with location (e),once the fault is located, the system starts traffic restoration (h) via MPLS Signaling and receives the result (i),the system may need to consult the System Database, optionally query (b)—reply (c) step before requesting location, while query (f)—response (g) step is mandatory before restoration (h),once traffic restored, further testing by the network nodes and / or the application layer are triggered (j) by the system to ensure the correct overall QoS within the new network situation,a loop (i) of further restoration can be triggered by the system until a global stable non-degraded behavior is declared.

The application of an electro-catalyst in an anode of a proton exchange membrane fuel cell is the application of the electro-catalyst in the anode of the proton exchange membrane fuel cell. The catalyst has the following characteristics: taking PdxPty alloy and the added one or more types of IIIB, IVB, VB, VIB, VIIB, VIII and IB group as active ingredient, wherein the content of the active ingredients accounts for 5%-70% of the weight of the catalyst, the rest is conductive carrier, the content of the Pd metal accounts for 50%-95% of the total weight of the metal. In the preparation method, a liquid phase reduction method is adopted, the main active ingredient Pd metal precursor is dissolved in a mixture solution of water and alcohol, ammonia water to be used as a complexing agent is added, and then other active ingredient precursors and conductive carriers are added; and the active ingredients can be reduced by a strong reducing agent and then the electro-catalyst is loaded on the conductive conductor.

The invention discloses a vanadium metal smelting process. The process prepares vanadium metal by combining a microwave fluidized bed technology and a flexible flat cable (FFC) electric deoxidation technology and using vanadium pentoxide as a raw material. The method comprises the following steps of: directly reducing the vanadium pentoxide with low melting point (the melting point is 690 DEG C) into vanadium trioxide in short time at the temperature of between 600 and 650 DEG C by using the characteristics of high heating efficiency, quick temperature rise and gas-solid contact of a microwave fluidized bed and adopting hydrogen and / or carbon monoxide as reducing gas; directly preparing the vanadium trioxide which has high melting point into an oxide cathode by molding and sintering processes; and performing FFC electric deoxidation on the oxide cathode in molten salt of calcium chloride or mixed molten salt of calcium chloride and sodium chloride, crushing the electrolyzed cathode by using ultrasonic wave, then performing water washing, acid washing and alcohol washing to remove impurities, and finally obtaining the vanadium metal with purity of over 99 percent, wherein the current efficiency is kept over 70 percent, the energy utilization rate of microwave heating equipment is over 80 percent, and the electrolysis energy consumption is 10kwh to 13kwh / kg.

Disclosed are devices for urine voiding postponement, and methods for treating conditions such as central diabetes insipidus, enuresis, nocturia, urinary frequency or incontinence. The devices deliver a desmopressin flux through the skin of a patient in a low dose amount just necessary to achieve a desired anti-diuretic effect without undesirable side effects such as hyponatremia. The devices are designed to permit a state of normal urinary production to return quickly after the desmopressin flux is terminated.

The invention provides a method for preparing high titanium slag through low temperature reduction and separation of titanium-containing iron ore. According to the method, a pre-oxidation titanium-containing iron ore raw material is used, and a carbonaceous reducing agent and smelting reduction catalysts such as Na2SO4 and FeS are used for reduction production of pig iron and high titanium slag products; compared with a traditional electric furnace smelting titanium slag process, a product can be obtained through reduction for 20 minutes to 40 minutes at a lower temperature ranging from 1200 DEG C to 1500 DEG C, the reduction speed is higher, energy consumption is lower, cost is reduced, and the aims of separating the pig iron and the titanium slag with high efficiency, low consumption and low cost are achieved; meanwhile, the metallization recovery rate of the iron element is improved, and the grade of the obtained high titanium slag is higher; in addition, the main ingredient of tail gas in the reduction process is CO and can be recycled, and the reduction and heating energy consumption is further saved; accordingly, a new process is provided for producing the high titanium slag, and the problems that in the prior art, a high titanium slag preparing process is complex, the production efficiency is low, cost is expensive, and the energy consumption is large are solved.