80results about How to "Fast activation" patented technology

A hemostatic compression bandage includes a flexible backing element, a powdered hemostatic substance, and a flexible film element. The backing element includes a first containment region. The film element includes a second containment region corresponding to the first containment region. The film element is removably attached to the backing element so as to contain the hemostatic substance between the backing element and the film element within a volume defined by the first containment region and the second containment region. The backing element includes a pressure region located outside of the first containment region. The film element includes a pull-tab region located outside of the second containment region and at a first side of the bandage. The pull-tab region has sufficient length to be folded back across the second containment region and extending beyond a second side of the bandage that is opposite the first side of the bandage.

Methods of thrombolysis that allow the use of a fibrinolytic composition comprising reversibly inactivated acidified plasmin and the localized delivery of the plasmin to a vascular thrombotic occlusion are disclosed. Further disclosed is a method for administering a therapeutic dose of a fibrinolytic composition substantially free of plasminogen activator to a human or animal having a vascular thrombotic occlusion. The fibrinolytic composition includes a reversibly inactivated acidified plasmin substantially free of plasminogen activator. Intravascular catheter delivery of the fibrinolytic composition directly into or in the immediate vicinity of the thrombus is disclosed to minimize the systemic degradation of fibrin while retaining the maximum plasmin activity against the thrombus. The method is applicable to the dissolution of thrombi in artificial devices, e.g., hemodialysis grafts.

The invention discloses a method for producing activated carbon by thermally activating a coal tar dreg/sludge mixed fermentation body by using microwaves. The method comprises the steps of: firstly crushing and grinding coal tar dreg into more than 200 meshes, then, mixing the ground coal tar dreg with sludge, and performing aerobic fermentation for 10-20 days; then, adding zinc chloride servingas an activator into the mixed fermentation body, and infiltrating for 12-24h at 70-80 DEG C, wherein the added zinc chloride is 0.5-4 times more than the mixed fermentation body in mass; and finally, carbonizing and activating for 30-120min in a microwave carbonization furnace under a N2 protection condition to obtain coal tar dreg/sludge mixed activated carbon, washing with water till a neutralcondition is achieved, and drying to obtain a product disclosed by the invention. The method disclosed by the invention has the advantages of simplicity and convenience for operation, easiness for control, low cost, high product synthesis rate and favorable product performance, and can be widely applied to industrial wastewater treatment, refractory wastewater treatment, sound insulation, noise reduction, deodorization, oil absorption, lipid suction and other industries.

The invention discloses a tire pressure sensor activating method and a device thereof. The method comprises the following steps: obtaining the any vehicle parameter of the vehicle of the to-be-activated tire pressure sensor, obtaining an identification code of the tire pressure sensor matched with the vehicle parameter according to the obtained vehicle parameter; selecting the identification code of the tire pressure sensor one by one according to a pre-selection order, and sending an activation command to the tire pressure sensor according to the selected identification code of the tire pressure sensor until the tire pressure sensor is successfully activated. The problem that the tire pressure sensor arranged on the vehicle is activated through time and labor consuming in the prior art, so that the user experience can be influenced is solved.

The invention is a method and apparatus for dispensing an activated electronic monitoring device (EM device), such as a data logger. The invention can activate an EM device and verify activation before dispensing the EM device. The invention comprises a receptacle for storing a plurality of unactivated EM devices, a separator for separating an indivdual EM device, a reader for activating and verifying activation of the EM device, and a sorter for dispensing activated EM devices into an accept container that is readily accessible. EM devices that fail to activate can be dispensed into a reject container. In some embodiments, the apparatus includes a controller that typically comprises a microprocessor having stored instructions. The controller can typically communicate with the EM device via the reader to activate the EM device and verify activation. The controller may also be used to program or write instructions to the EM device.

The invention relates to the technical field of soil remediation, in particular to a soil conditioner as well as a preparation method and use method thereof. The soil conditioner comprises the following components in percentage by weight: 40-60% of copper tailings, 20-40% of fluorite tailings or limestone, 6-20% of talc, serpentine or dolomite, and 2-5% of a pellet curing agent, wherein the totalweight is 100%; and the copper tailings include quartz, alunite and dickite. The preparation method comprises the following steps: step 1, weighing the components and mixing the components uniformly;sep 2, preparing the mixture obtained in the step 1 into pellets; step 3, calcining the pellets at a temperature of at least 1000 DEG C for at least 1.5 hours; and step 4, cooling activated pellets and performing ball milling to obtain the soil conditioner. The soil container contains non-ferrous metal and non-metallic ores, various major, medium and trace elements necessary for the growth of crops, fruit trees and seedlings, and basically no additional major, medium and trace elements need to be added.

The invention relates to an activation method before chemical plating based on a photocuring technique. The activation method comprises the following steps: (1) preparing an aqueous photocuring activation liquid; (2) settling the aqueous photocuring activation liquid on a fabric, drying, and performing ultraviolet photocuring. In the activation process, a photocuring technique is adopted to anchor precious metal ions on the surface of the fabric, the operation is simple, green and environment-friendly, the binding fastness of an activated layer and base cloth is improved, meanwhile the amount of the precious metal salts is reduced, and the production cost of the activation process is reduced. The activation method can be applied to activiation treatment before chemical plating of various fabrics and is wide in application range, excellent in activation effect and easy in industrial production.

The invention provides an oxidable volatile organic matter treatment device which comprises a condenser. A liquid collecting tank is arranged at the lower portion of the condenser. A liquid returning pump is arranged on the condenser. A liquid inlet pipe of the liquid returning pump is inserted in the liquid collecting tank. A liquid returning pipe of the liquid returning pump is communicated with the interior of a production device or a liquid storage barrel. The bottom of a spray tower is connected with a recycling pipe. The recycling pipe is communicated with an evaporating cavity which is provided with a vapor exhaust pipe. The vapor exhaust pipe is communicated with the condenser. By means of the oxidable volatile organic matter treatment device, workers can conduct condensing and recycling treatment on volatile organic matter in accumulated liquid evaporated in the spray tower through the evaporating cavity after waste gas treatment and can also put an installation frame in an activated carbon adsorber into a photocatalytic oxidizer to conduct activating treatment on activated carbon fiber. By means of the oxidable volatile organic matter treatment device, oxidable volatile organic matter treatment can be conducted step by step, the treatment effect is good, and the recycling rate is high.

The invention provides a method for preparing shrimp sauce by fermenting. The method comprises the specific steps of pre-treating, activating, carrying out enzymolysis, fermenting and sterilizing. The method provided by the invention has the beneficial effects that a proteolysis technology is combined with a lactic acid bacterium fermentation technology, so that the preparation time of the shrimp sauce is shortened. The prepared shrimp sauce is purple red, has gloss, rich aroma, rich fresh shrimp flavor and delicious taste, and has sweet taste, no stink odor, high protein content, low fat content and low nitrite content; the shrimp sauce contains rich astaxanthin and calcium citrate; and a coating is formed on a pottery pot sealing film, so that the breeding of bacteria can be inhibited.

A voice interaction method and apparatus, a terminal, a server, and a readable storage medium are provided. The method includes the following steps: obtaining a user's demand according to the user's voice; determining a pre-stored task template matched with the user's demand; matching the user's demand with a necessary slot in the matched task template; and if the user's demand lacks content of the necessary slot, executing a step of obtaining the content of the necessary slot, to obtain the content of the necessary slot; wherein the task template is a template generated in advance according to information required for activating a task operation through voice, the slot is information in the task template, and the necessary slot is necessary information in the task template for activating the task operation.

An engine has a crankcase, and a cylinder which extends from an upper portion of the crankcase toward a front side. In a space which is formed at an upper side of a horizontal plane which substantially horizontally extends from a bottom surface of the crankcase, a catalyst storage chamber is arranged in such a manner that an axis of the catalyst converter is in a direction of a crankshaft. The space is arranged just below a front surface of the cylinder and forward of a front surface of the crankcase.

In a transfer arrangement and method for transferring a workpiece between first and second spaced locations along a guide rail with a carriage movably supported on the guide rail, a transfer arm is pivotally supported on the carriage and carries at its free end a workpiece holder which is accelerated by the carriage with the arm essentially stretched out in the movement direction out of, and decelerated into, the end positions, and, in an intermediate position, the carriage movement is slowed down or even reversed while the workpiece holder is moved along by a pivot movement of the arm.

In a vehicle brake comprising a housing, a brake piston, which is accommodated in the housing and on which a brake lining is fitted, and a blocking device, it is provided that the brake piston is displaceable in the housing by means of an actuating device and that the brake piston is securable relative to the housing by means of the blocking device. In this vehicle brake, it is further provided that the blocking device comprises an electromechanical latching arrangement, which is actuable in such a way that in a latching position it prevents a displacement of the brake piston inside the housing and in a release position it enables a movement of the brake piston in the housing.

The invention provides a water-soluble organic humic acid fertilizer and application thereof to promotion of plant yield increment and soil improvement. The preferable water-soluble organic humic acid fertilizer is prepared from compound microorganisms and the following raw materials in parts by weight: 35 parts of water-soluble potassium humate, 16 parts of urea, 9 parts of potassium sulfate, 8 parts of monoammonium sulfate, 3 parts of zinc sulfate, 4 parts of borax, 2 parts of ammonium molybdate, 1.2 parts of hxanoic acid 2-(diethylamino) ethyl ester, 0.9 part of compound sodium nitrophenolate, 0.9 part of alpha-sodium naphthylacetate and 40 parts of water, wherein the total biomass of compound microorganisms in every kg of the water-soluble organic humic acid fertilizer is larger than or equal to 1.2*10<10>cfu. In addition, the invention also provides application of the water-soluble organic humic acid fertilizer to promotion of plant yield increment and soil improvement.

The invention belongs to the field of battery manufacturing, and particularly relates to a slurry coating process-based method for preparing a thin thermal battery positive electrode and electrolyte combination electrode piece. The method comprises the steps: preparing homogeneous thermal battery positive electrode slurry, then coating a conducting substrate with the homogeneous thermal battery positive electrode slurry, drying, solidifying and pressing to obtain a thin thermal battery positive electrode piece; and preparing homogeneous thermal battery fused salt electrolyte slurry, coating the thin thermal battery positive electrode piece with the homogeneous thermal battery fused salt electrolyte slurry in a lamination manner, drying, solidifying and pressing so as to obtain the thin thermal battery positive electrode and electrolyte combination electrode piece. The thin thermal battery positive electrode and electrolyte combination electrode piece prepared by adopting the method has the advantages that the thickness can be reduced by 1/3-1/2 and is adjustable in the range of tens of micrometers to hundreds of micrometers, and the combination electrode piece has very high values on creating a new way in miniaturizing and thinning thermal batteries and promoting development of national defense industries.

The invention discloses a method for preparing a chlorine dioxide disinfectant. The method comprises the following steps: preparing a sodium chlorite solution and a hydrochloric acid solution respectively; adding the two solutions into equipment and carrying out activation reaction; carrying out continuous aeration to generate high-purity and high-activity chlorine dioxide gas, wherein the purityof the gas is greater than or equal to 99 percent; conveying the chlorine dioxide gas to a drinking water application field. According to the method for preparing the chlorine dioxide disinfectant, disclosed by the invention, reasonable proportioning is carried out through a novel technological formula; the high-purity and high-activity chlorine dioxide gas can be prepared through activation operation.

A method for fast activating a computer function options by loading program image files is provided, including a data storage pre-installed with at least a program image file. When the user operates an option button, the computer loads and executes the program image file associated with the option button after the basic booting process of the operating system. This activates the multimedia device corresponding to the pressed option button. In the preferred embodiment, the data storage also stores a program image file index in addition to the program image files. The program file index stores the starting addresses and file size of all the program image files.

The embodiment of the invention provides an activation circuit. In the embodiment of the invention, the activation circuit comprises a BMS receiving unit, an interface unit and a peripheral control circuit, wherein the BMS receiving unit is electrically connected with the BMS module of the battery pack and is electrically connected with the peripheral control circuit through the interface unit, and the circuit structure is simple. Based on the simple activation circuit, the BMS receiving unit can receive the trigger signal provided by the peripheral control circuit through the interface unit,and perform charging and discharging management on the BMS module of the battery pack according to the trigger signal. Due to the fact that the activation circuit is simple in structure, a complex response mechanism can be avoided, and the activation speed of the BMS can be increased.

The invention discloses saturated active carbon regeneration equipment, which comprises a microwave primary heating mechanism and an ultrasonic wave secondary heating mechanism, wherein the ultrasonicwave secondary heating mechanism is arranged at the bottom of the microwave primary heating mechanism, and comprises a machine body; an annular vibration steel plate is fixedly arranged inside the machine body; an energy converter is arranged between the energy vibration steel plate and the machine body; a regeneration cavity is arranged at the inner side of the annular vibration steel plate; aninner heating tube body and a pipeline assembly are arranged inside the regeneration cavity; a heating water box is arranged at one side of the ultrasonic wave secondary heating mechanism. Damp activecarbon particles are put into the ultrasonic wave primary heating mechanism for microwave heating; then, the materials are put into the ultrasonic wave secondary heating mechanism to be subjected towater heating; the energy converter is used in a matched way; impurities inside the active carbon particles are shaken to a loose state to be dissolved into water; meanwhile, high-temperature steam issprayed out into water in the regeneration cavity; a great number of bubbles are generated; inside impurities are removed; the activation is accelerated.

A sprinkler head including a sprinkler body with a passage for fluid and a seal mechanism sealing the passage, and a cage member. A frangible bulb extends between the cage member and the seal. A shape memory alloy element is associated with the frangible bulb and has a first configuration that fits within, about, or abutting the bulb and a second configuration at a predetermined temperature which breaks the frangible bulb releasing the fluid through the passage.

The invention discloses a method for preparing meteorite liquor, which mainly comprises the steps of hydrogen explosion treatment of meteorites into powder, and then making filter elements together with meteorite powder and activated carbon according to a conventional method, and then activating the liquor through the filter elements. Compared with the prior art, the present invention hydrogen-explodes the meteorite into powder, and the surface area in contact with the liquor is increased by more than one million times, so the activation speed is rapidly increased, no soaking is required, and high-efficiency continuous production can be carried out. Meteorite powder and activated carbon have a synergistic effect after being mixed together. The microporous structure of activated carbon reduces the agglomeration effect of meteorite powder and expands the surface area. In addition, it can activate the wine body while filtering out odor impurities in the wine, killing two birds with one stone.