322results about How to "Fast exchange" patented technology

A head protection system is disclosed herein. The system may comprise a helmet having a rigid exterior shell and a padded interior. A shoulder cuff may be disposable over left and right shoulders of the wearer. A plurality of pistons may be attached to the helmet and the shoulder cuff. Each of the pistons may be fluidly connected to each other through a tube and ultimately to a reservoir. The tube may have a small inner diameter to provide resistance to movement of the pistons during rapid deceleration or acceleration of the helmet with respect to the wearer's body.

A system and method are disclosed for rapidly exchange accident related information. Data locator codes representing people and respective vehicles the people are insured to drive are generated and stored by central server. Software is installed on mobile devices that interface with the central server, and the software is configured with at least one of the data locator codes. A notification regarding an accident event involving two parties is received via the software. The central server receives accident information, which may include a data locator code the other driver, as well as images, voice messages or text information representing the accident. The central server uses the information to contact respective insurers of the parties, processes the data, and the parties can depart the scene without a need for police or other emergency care personnel.

The invention provides an entire closed-loop circulating fluidized bed as well as usage and an application method thereof. Third generation circulating fluidized bed equipment is improved, the problems of high energy consumption and high processing cost and the like caused by moisture and slow heat exchange speed between materials and working mediums in prior process methods, such as drying, crushing, evaporation, distillation, condensation, gasification, liquefaction, and other operations are solved; entire closed circulation work and rapid normal temperature work of scaled materials are economically realized, and an economically feasible solution scheme is provided for developing works, such as improvements of output and quality of foodstuff, medicine, chemical products and other basic raw material products, as well as energy saving and consumption reduction, cleaning production, etc.

The utility model relates to a rapid preparation method of SiO2 aerogel sphere, belonging to a field of inorganic metallic materials, in particular to a method of rapidly preparing SiO2 aerogel sphere. Water glass is used as raw material that performs ion exchange to obtain the silicic acid PH=2-3, after added with alkaline catalyst, the silicic acid is added into the hydrophobic oil, and then is mixed to cut into micro liquid drops that are spherically suspended in the oil under the action of surface tension, the silicic acid is mixed until aerogel sphere is generated, afterwards, the oil and the sphere perform solid-liquid separation, and then are cleaned with water to obtain aerogel sphere, the aerogel sphere is soaked by the ethanol and absolute alcohol in sequence to perform solvent exchange to obtain alcohol gel sphere, after dried, aerogel sphere with micrometer or millimeter grade particles can be otained. The invention has low cost, easy and controllable process, mass production, good product quality and wide application prospect in the heat isolation and catalysis fields.

In a multi-mode, 2-stroke/4-stroke internal combustion engine operation, by switching the engine stroke from 4-stroke operation to 2-stroke operation so that the combustion frequency is doubled, doubling of the engine power is achieved even at the same work output per cycle. In order to meet the demand of extremely high power, the engine operates in 4-stroke boosted SI operation transitioned from 2-stroke HCCI operation at pre-set level of power and crank speed requirements. By combining the multi-stroke (2-stroke HCCI and 4-stroke HCCI) and multi-mode operation (2-stroke HCCI and 4-stroke boosted SI operation), full load range and overall high efficiency with minimal NOx emission are achieved.

A method for manufacturing a sensor element is provided for detecting at least one property of a measuring gas in a measuring gas chamber, in particular for detecting a proportion of a gas component in the measuring gas or a temperature of the measuring gas. The method includes the following steps: providing at least one solid electrolyte which includes at least one functional element; applying, at least in sections, at least one first layer made of a ceramic material to the solid electrolyte, the first layer having a first porosity after the application; and applying, at least in sections, at least one second layer made of a ceramic material, the second layer having a second porosity after the application, and the first layer differing from the second layer with respect to at least one material property. Moreover, a sensor element which is manufacturable according to this method is provided.

The invention relates to a common control net for a nuclear power station, which comprises an electrical control subring net, a sub-control subring net and a monitoring layer ring net, wherein the electrical control subring net is used for being connected with a nuclear power station electrical system, and controlling and monitoring the connected nuclear power station electrical system; the sub-control subring net is used for being connected with a sub-system of the nuclear power station, and controlling and monitoring the connected sub-system of the nuclear power station; and the monitoring layer ring net is respectively connected with the electrical control subring net and the sub-control subring net in order to exchange data with the electrical control subring net and the sub-control subring net respectively and sends a corresponding operation command. The technical scheme of the invention solves the problem that the common system can not be controlled, which is generated by different retirement periods caused by different service life in the nuclear power station management; the invention can not be influenced by the set retirement, realizes the network control of the common system, improves the information exchange speed and increases the information exchange volume, reduces operators, improves the operable rate and the usability of the common system, and further improves the economy of the nuclear power station operation.

A method for preparing sodium type zeolite molecular sieves by utilizing red mud comprises the steps of regulating the molar ratio of sodium silicon in the red mud to be 1.0-3.0 and regulating the molar ratio of silicon aluminum to be 2.0-5.0; heating to enable the red mud to be mixed with rubber and achieve aging; heating to enable the red mud to achieve crystallization reaction; cooling, filtration washing and drying a solid product after crystallization to obtain the zeolite molecular sieves. The method is cheap in raw material, simple in device, simple and convenient in operation and simple and feasible in preparation of the sodium type zeolite molecular sieves, and simultaneously provides a novel way for comprehensively utilizing the red mud.

The invention provides a structured data exchanging method. In the method, a data exchange packet mainly comprises data item value pairs and a data record set; data can be concisely described; data items are separated by using specific separators which cannot be input; and the format comprising the data item value pairs and the data record set is realized. As only a little redundant data are added, the structured data exchanging method has the advantages of small data packet, fast data exchange and convenient application.

The invention relates to a deep softening method of thick oil sewage, which comprises the following steps: preterating thick oil sewage to remove impurities in the thick oil sewage, and carrying out preliminary softening treatment with a macroporous weak acid resin until the pH value of the thick oil sewage reaches 7-9 and the temperature reaches 57-80 DEG C; passing the pretreated thick oil sewage through an adsorption tower or adsorption column filled with a chelating resin at the flow rate of 20-30 BV/h to carry out adsorption treatment; and when the adsorption reaches the leakage point, obtaining the thick oil sewage subjected to deep softening. The method provided by the invention is a treatment process capable of efficiently softening thick oil sewage according to the water quality characteristic of the thick oil sewage; and the method provided by the invention can still be used repeatedly in a thermal recovery boiler without generating scales after saving the silicon removal system.

The invention provides an ion exchange method for a solid substance containing exchangeable ions. The method comprises the following step of carrying out bipolar membrane electrodialysis to the slurry of the solid substance containing the exchangeable ions so as to exchange ions. The method can dissociate the water characteristics by utilizing a bipolar membrane electronic dialyzator without additionally adding other ions for exchange. According to the ion exchange method for the solid substance in the invention, ions are exchanged at a higher speed so as to rapidly carry out ion exchange to the solid substance with high efficiency. The method for the electrodialysis of the solid substance in the invention can obtain acid liquor and/or alkali liquor with higher purity level while carrying out ion exchange to the solid substance containing the exchangeable ions to realize the zero emission of wastewater and improve the economic benefits of the method.

The invention discloses a preparation method for ultrafine fiber clothing leather. The preparation method comprises the following steps that a figured or unfigured sea-island fiber is selected to be prepared into a high-density non-woven cloth, and heat setting is performed; the non-woven cloth is impregnated with polyurethane sizing and then cured to be prepared into semi-finished synthetic leather; quantity reduction treatment is performed on the semi-finished synthetic leather to strip out sea ingredients in the sea-island fiber, and then semi-finished ultrafine fiber clothing leather is prepared; the semi-finished ultrafine fiber clothing leather is treated through splitting, sanding and softening, and then the ultrafine fiber clothing leather is prepared. The ultrafine fiber clothing leather obtained through the method has the advantages that the handfeel is soft, the drape performance is good, the hot iron resisting effect is good, the effect of consistent folding grains in the warp direction and weft drection is achieved, the zigzagged folding grain or thick wrinkle phenomenon cannot occur when the leather is folded in half, the recovery effect is extremely good after the leather is folded in half, and the surface has no fold residue.

The invention belongs to network architecture, and design of network address space and planning area. In hierarchy type switched network, network is divided into two parts: backbone network and user access network; the former is owned and managed by network manager, and the later is owned and managed by user self. One of fatal weaknesses is that devices of network manager and devices of users are located at same address space. Thus, any user can access any backbone router of network manager so that backbone router faces to threat of paralysis. The invention separates address space so that use cannot access devices on backbone network of network manager. Thus, safety of devices on backbone network is guaranteed. It is requisite that two address spaces can be merged in order to keep consistency between communication protocols of user data packet for backbone network exchange and exchange inner control packet. Two address spaces are unified from viewpoint of exchange control protocol.

The invention is a network data isolating system, comprising intranet host machine, extranet host machine, and serial interface connector, where the serial interface connector connects with serial interfaces of the two host machines.

Golf putters comprising features that assist in locating a directly overhead view of the putter heads include sight aligning marks, sight aligning notch, rods and plates are disclosed. Putter heads with interchangeable mirror, weight and sighting attachments designed for quick release and replacement are described with interconnected attachment mounting faces. The combination of threaded aperture, apertures in the attachments and screws requiring the use of tools releasably interconnect the mirror attachment, sighting attachment or weight attachment to the putter head. Openings or contours are described that assist the golfer in estimating the distance between the golfer and a hole or cup on the green. Methods of customizing, calibrating or indicating in golf putters to individual golfers are also disclosed, including the use of weights to alter the weight distribution of in the putter head.

The invention belongs to the field of natural organic chemistry, relating to a method for enriching and purifying procyanidin in pine bark. The method is characterized in that an intermittent distillation and macropore adsorbent resin coupling technology is used to separate and purify the procyanidin, and the technology is good for absorption selectivity of the procyanidin; and by using the intermittent distillation and macropore adsorbent resin coupling technology, absorption is quick and deabsorption is also quick, absorption capacity is large, extraction is convenient and quick, raw material source is rich, production cost is low, separation effect is obvious, extraction purity is high, above 50% of semi-finished product procyanidin and above 95% of final product procyanidin can be achieved, and the defects of low conventional extraction rate and low extraction purity are overcome. In the method, the macropore adsorbent resin which has the advantages of stable physicochemical property, large surface area, fast exchange speed, high mechanical strength, strong pollution resistance capability and good heat stability is selected, the procyanidin is selectively absorbed from solution through physical absorption, absorption is quick and deabsorption is also quick, and absorption capacity is large.