133 results about "CASK" patented technology

This method groups multiple merchandises (products / services) and multiple traders (buyer / sellers / carriers) that share similar properties with a Merchandise Group ID (MGID) and a User Group ID (UGID), respectively. Each MGID and UGID represents one Merchandise Group and Trader Group, respectively. Different MGIDs and UGIDs represent different merchandise and trader groups. The method also utilize a multi-party matching mechanism to trade Merchandise Groups among Trader Groups by having grouped buyers / sellers / carriers place bid / ask / cAsk offers on both the merchandise and any shipping services required to fulfill the transaction. Based on offers received, the system calculates Gap Values in real-time to determine if deals can be closed. Like stock tickers, MGID enables grouped merchandise to be traded like stocks. UGID enables grouped traders to trade desired merchandise with acceptable counterparties through matching both MGIDs and UGIDs. Based on the grouping, matching and gap value calculating mechanism, this method changes “Instance Trading” into “Group Trading”.

The apparatus and method disclosed herein is a new e-commerce business model and its possible embodiments. By grouping merchandise and users, the invention provides new interfaces between multiple merchandises / service, multiple askers and multiple bidders. Certain merchandises / services will be identified and grouped with a Merchandise Group ID (MGID). Each MGID represents a group of merchandise / service with some common properties. MGID works like the stock tickers, which represents all products from the same category. It then enables users (bidders / askers / shipping carriers), who are also grouped by their User Group ID (UGID), to put bid / ask / cAsk offers on the above said merchandise or the shipping services. With MGIDs, the merchandise and service would then be identified and traded like stocks. With UGID that categorize users into user groups and then matching UGID, one group of users can find the counterparty user group they would like to deal with much easier. It reshapes the business operation chain of current e-commerce. It combines all elements (merchandise / services / users) of the chain with same / similar / equivalent properties into corresponding groups and assigns these groups with identifier—the groupID. Grouped users are identified by User Group ID (UGID). They can select their desired counterparties through the counterparties' UGID. Matched parties (buyer / sellers / carriers) can then trade grouped merchandise / services by using the merchandise / service's Group ID (MGID) like trading stock tickers. This invention changes the current “Instance Trading”, which only deals with each single pieces of merchandise instance, into “Group Trading”, which is based on categorized merchandise groups and categorized user groups. It provides communication and interaction between these user groups and merchandise groups. MGID, BGID, AGID and CGID work together to divide all bid / ask / cAsk offers into subgroups. It then peer matches the offers within each subgroup of records to find out the final matched orders for that subgroup. This new business model will also provide a much broader stage for shipping service carriers and manufactures. Every component of the business chain has been offered an adequate position and weight to make the market operate more efficient, transparent and fair. The new trading platform will also help to enhance payment performances and security by reducing payment fraud.

A plurality of grooves is formed on a radiating surface side of band-like members constituting an outer casing of a cask. By the grooves, radiating fins are formed on the radiating surface side of the band-like member and the like. Heat transfer fins are respectively welded to the opposite sides of the band-like member, leaving the opposite edges thereof. The heat transfer fins are welded to buildup portions on the surface of a trunk body. The band-like member and the heat transfer fins form a unit with a U-shaped cross-section, and the units are welded on the surface of the trunk body at a predetermined interval. A step portion is respectively formed at the opposite edges of the band-like member, and a step portion of the band-like member is fitted to the step portion, and welded.

A container inspection equipment with cobalt-60 gamma-ray source and cesium iodide or cadmium tungstate detector includes a cobalt-60 gamma-ray source, a cask, a front collimator, a rear collimator, a cesium iodide or cadmium tungstate detector, signal and image processing systems, container trailer system, and automatic control system. The cask of the cobalt-60 gamma-ray source, the beam shutter, and the front collimator are fixed on the same chassis to form an integration and placed in the source room. The rear collimator, cesium iodide or cadmium tungstate array detector and the radiation catcher are fixed on the same chassis to form an integration and placed in the detector room. A container inspection tunnel is formed between the source room and the detector room. The equipment is mainly used for inspecting smuggling goods and contrabands etc., in large containers, container trucks, train carriage and air containers. The equipment either can be installed in the sea port and land frontier customs or installed at the air port, vital communication line, and railway station.

The method provides a dry vertical shaft storage system for spent fuel of a nuclear power station and a storage method thereof. The system comprises a loading subsystem, a storage subsystem, a reloading subsystem, a transferring subsystem, a residual heat discharge subsystem, a negative pressure ventilation subsystem, a fuel suction subsystem and an air blowing subsystem. The system saves a water-cooling system and a water purification system on the basis of the water storage method; the storage vertical shaft is arranged underground, so that the influence of an external event can be effectively prevented, such as airplane crash; when the spent fuel needs to be transferred, a spent fuel storage tank can be taken out of a storage depot, and then directly loaded in a spent fuel shielding transport cask through lifting equipment so as to be conveniently transported; a plant and structural equipment are not polluted by radioactive materials, so the spent fuel storage depot can be normally disassembled and retired after the spent fuel storage tank is transferred; radioactive decontamination is not needed and the spent fuel storage depot can be conveniently retired; and the storage tank can be processed in different phases to reduce initial cost according to the operation of the power station.

The invention discloses a centrifugal casting coating for cylinder liners and a preparation method thereof. The centrifugal casting coating comprises the following components according to parts by weight: 100 parts of refractory aggregate, 12 to 20 parts of binder, 22 to 30 parts of heat-insulating agent, 0.7 to 1.15 parts of dispersant and 150 to 200 parts of water. The preparation method comprises the following steps: mixing and milling the refractory aggregate, the binder and the heat-insulating agent in a sand roller mill; feeding the mixed and milled components and the water into a stirring cask and stirring for 5 to 6 hours at the rotating speed of 120 to 180 rp / min; and adding sodium alkylbenzene sulfonate or sodium stearate and further stirring for 20 to 30 min to obtain the centrifugal casting coating for cylinder liners. The invention has the advantages that the selected materials are scientific and reasonable, the process is simple and advanced, and the coating has good sintering performance, high-temperature resistance and heat-insulation performance. Compared with the existing coatings, the coating layer, which is thinner and easily dried, has good heat-insulating effect, ensures that the castings can easily obtain good metallurgical structure, prolongs the service life of moulds and realizes the shape-following casting of the centrifugal casting cylinder liners.

The invention provides a composite from which concrete featuring a sufficiently high heat resistance can be produced, as well as a high-safety sealed concrete cask having no opening (shielding defect) to offer high shielding performance that can prevent corrosion of an internal canister and release of radioactive material to the exterior. A concrete cask of the invention includes a cask body having a bottom but no lid in itself, and a lid which can open and close off a top opening of the cask body. Both the cask body and the lid are made of concrete manufactured by using a composite including Portland cement or blended cement containing Portland cement, which is mixed with water in such a manner that the content of calcium hydroxide falls in a range of 15% to 60% by mass after hardening through hydration reaction. Metallic heat-transfer fins are embedded in the cask body.

Heat conductive fins are welded along both sides of a belt-like member with a margin left along edges of the both sides, thereby to form a unit. The unit is welded to a body with the heat conductive fins from the outside of each fin. Next, another belt-like member is covered over a gap between adjacent belt-like members, and these members are welded from the outside. With this arrangement, there is no need to weld in a narrow and long space and the entire welding step is carried out from the outside, which makes it easier to assemble a cask.

A transport / storage cask for a radioactive material has an inner shell, an outer shell and a circular gamma ray shielding layer and a circular neutron shielding layer both of which are placed between the inner shell and the outer shell. The gamma ray shielding layer is formed by aligning a plurality of gamma ray shielding blocks composed of lead in a block shape in the circumferential direction. The entire gamma ray shielding block in the axial direction is covered with a copper tube having a higher elasticity limit than the gamma ray shielding block. In the above transport / storage cask, the gamma ray shielding layer composed of lead or a lead alloy is not easily deformed.

The invention discloses a simple method for culturing haematococcus pluvialis to produce astaxanthin; the method comprises three culturing processes of narrow neck flask, plastic cask or Nylon bag, cement pit; each step passes through various physical and chemical environmental parameters, such as nitrogen and phosphorus contents, pH value, incubation temperature, illumination intensity, illumination time, exact adjusting and controlling measure of adding with halite or halogeno salt, H2O2 and FeCl2 and cell state, etc; each step has definite object, and reasonable control such that the haematococcus pluvialis has excellent vegetative growth, fast conversion of vegetative growth to non-vegetative growth, and accumulates much astaxanthin, thereby improving the efficiency and stability of culturing, converting and accumulating, and effectively preventing the pollution of mixed algae; because the invention is an open culturing and does not need closed photobioreactor, thereby greatly reducing the production cost and obviously improving the productivity, and open culturing haematococcus pluvialis to produce astaxanthin in large scale.

It is an object of the present invention to obtain a containment concrete cask which has heat removal capacity maintained at the conventional level or beyond it and which prevents radiation from leaking to the outside. In a concrete cask, a shielding body composed of concrete and heat transfer fins made from metal are provided between an inner shell and an outer shell made from metal, and an accommodation portion for accommodating a radioactive substance is provided inside the inner shell. The accommodation portion has a containment structure to be insulated from the outside of the cask. In the heat transfer fins, the portions thereof at the outer shellside are provided in contact with the outer shell and the portions thereof at the inner shell side are cut so as to form a separation portion with respect to the inner shell.

The invention relates to a system and method for regulating environmental parameters and losses in premises for aging and preserving wine comprising an air treatment unit (3) connected to a cold energy source (7) and to a heat energy source (8), a control module (9) configured to regulate the losses of wine occurring in the casks (2) of the premises (1), acting on environmental parameters of the premises (1), such as temperature, relative humidity, speed of the air and generation of molds, without affecting the quality of the stored wine, while at the same time controlling and maintaining the environmental quality in the premises (1).

The absorbing rods have a nearly the same shape as the shape of columnar control rods for PWR used in reactivity control of core in a reactor. The absorbing rods can shield neutrons, and are inserted in control rod guide pipes and measuring pipes in fuel assemblies.

The invention concerns an installation for emptying casks (1) equipped with an external bag (11) and an internal bag (12) containing powdery products. It comprises a glove box (12) consisting of a bell made of a transparent material. It is provided, on its upper part, with an opening for the passage of a suction rod (3, 31, 32) equipped with sealing means between said pipe and the bell. The lower part of the bell is provided with means adapted to be urged in sealed position on the upper part of a cask (1). The bell (2) is suspended to a frame (5, 15) for its vertical displacement.

An apparatus for transferring spent nuclear fuel in the form of a cask having a cylindrical inner shell forming a cavity configured to receive a canister containing spent nuclear fuel, an intermediate shell disposed concentrically around and spaced apart from the inner shell and an outer shell disposed concentrically around and spaced apart from the intermediate shell. A bottom flange is affixed to bottoms of each of the shells, and a bottom lid is removably affixed to the bottom flange. A top flange is affixed to tops of each of the shells, and a top lid is seated on the top flange. An annulus for air flow may be formed between the inner shell and the canister; the bottom lid may include an impact zone including impact absorbing structure; and the top flange may have integrally formed trunnions.

The object of this invention is to provide a fiber-reinforced concrete cask that ensures easy working, enables reducing working cost, excels in strength, durability and heat resistance and enables minimizing cracking; a process for fabrication of the same; and a supporting frame for molding the concrete cask. In particular, concrete cask (10) formed through injecting and solidification of concrete (11) is characterized in that sheets of reinforcement fibers having a thermal expansion coefficient equal to or lower than that of concrete (11) are provided on at least the outer circumferential surface and the inner circumferential surface of the concrete cask (10) and that the inner circumferential surface of outer sheet (21) and the outer circumferential surface of inner sheet (22) are connected with each other by strings of reinforcement fibers (23). Preferably, carbon fibers are used as the reinforcement fibers.

The invention provides an apparatus for safely transporting various hazardous materials, including spent nuclear fuel. The invention includes a cask cradle that is configured to securely receive a cask for containment of hazardous materials, such as spent nuclear fuel. The cask cradle in accordance with the invention includes a front cradle section load bearing brace, a rear cradle section having a first non-loading bearing brace and a second non-loading brace, first and second horizontal support members connecting the front cradle section to the rear cradle section and trunnions that lock into and retain the cask. The invention also provides a railcar having a depressed flatbed region for receiving and securely retaining the cask cradle. The railcar also includes a variety of sensors that monitor various aspects of the railcar performance, including braking performance sensors, sensors for truck hunting, rocking and vertical, lateral and longitudinal acceleration, a Global Positioning Satellite (GPS) sensor and wheel bearing sensors corresponding to each of the wheel bearing assemblies.

The invention belongs to the technical field of ultrasonic detection of austenitic stainless steel welded seams, and specifically relates to an ultrasonic flaw detection method of heavy-gauge austenitic stainless steel welded splices. The method adopts longitudinal-wave double-crystal angle probes to conduct a method of oblique wave and direct wave from two sides on one side of welded seams of an austenitic stainless steel with the thickness less than 163mm. During the process of scanning, the welded seam is laminated in the direction of thickness and the combination in every layer uses probes in different focal lengths and angles to detect, meanwhile, an overlapped area is positioned between two adjacent layers of probes. By testing capabilities of the detection system, according to the technical scheme, the detection system fully meets the ultrasonic detection requirements of welded seams of heavy-gauge austenitic stainless steels which are the preparation materials of spent fuel transfer casks.

The invention discloses an intrusion process layering online risk assessment system and a method, which are used for assessing the risk condition produced on three layers of the service, the host and the network of an occurrent intrusion process in real time. In the invention, on the layer of the service, an evidence theory is used for fusing multi vectors in an alarm thread to compute a risk index, wherein the vectors can response risk change conditions, the objective condition of intrusion risks is reflected by the risk index, and simultaneously, with target risk distribution reflected by subjective safety awareness, the risk condition of a target is comprehensively assessed; on the layer of the host, a risk assessment method based on a cask principle is provided; and on the layer of the network, a safety dependence network concept is provided, and an improved risk spreading algorithm is utilized so as to complete the risk assessment of the layer of the network. According to the invention, the alarm processes of alarm verification, aggregation and correlation as well as alarm confidence learning are closely combined with the risk assessment, so that the subjectivity, the fuzziness, the uncertainty and other problems in the risk assessment are better processed.

A deposit with similar functions to those of a cask for fermenting, aging or storing wine includes a metal structure preferably of stainless steel and a generally polyhedral configuration, forming at least the edges and vertices of the deposit, wooden side walls invariably joined to thr structure, a metal bottom welded with an inclination towards the front, where it has an emptying tap and / or decanting tap, and a metal or wooden, fixed or removable upper cover, including a wide opening provided with a sealed closure.

A cask for loading at least one nuclear fuel assembly in a transport container, including a body with a longitudinal axis (X) capable of sealably covering an upper end of a container, at least one aperture (10) for letting through a fuel assembly, at least one means for connecting to pneumatic confinement means and at least one means (56) capable of maintaining a means (58) for sealing a chamber of the container inside the cask and at a distance from an entrance of said chamber during loading, wherein the maintaining means (56) includes a first arm (60) rotationally mobile around a first axis and a second arm (62) attached to the first arm (60) and rotationally mobile relatively to the first arm, said cask also including external means for controlling the arms (68,86), and wherein the second arm (62) includes a housing (76) for receiving the sealing means.

The invention relates to a portable incubator, which comprises a cask body with an opened top and a cask cover, wherein the cask body comprises an inner shell and an outer shell; the bottom of the cask body is provided with a horizontal compressor, a first heat exchanger and a throttleer; the inner shell is wound with a second heat exchanger pipeline; thermal insulation materials are arranged between the inner shell and the outer shell; the compressor, the first heat exchanger, the throttleer and the second heat exchanger pipeline form a refrigerant working loop; and the outside of the outer shell is provided with a controller. The incubator has the advantages of compact structure, small size, convenient use and wide application.

A method of storing high level radioactive waste, and specifically a method of adjusting or controlling the temperature of ventilation air flowing through a storage cavity of a ventilated system. The method includes positioning a metal canister containing high level radioactive waste in a storage cavity of the ventilated system. The ventilated system includes a cask body, a cask lid, a plurality of inlet ducts, and at least one outlet duct so that ventilation air can flow from atmosphere into the storage cavity where it is heated and then back out to the atmosphere. The method includes progressively reducing a cross-sectional area of one or more of the inlet ducts and / or the outlet duct over time so that a rate at which the ventilation air is heated within he storage cavity is maintained above a predetermined threshold to mitigate the risk of stress corrosion cracking in the metal canister.

The present disclosure relates to a vertical hydraulic cylinder axle arrangement that can receive flexible power lines through the cylinder. In particular, a hollow piston rod having a longitudinally extending passage through which hydraulic hoses and electrical lines can pass is incorporated into a heavy-load transporter. A portion of the piston rod defines a splined shaft to mechanically engage a rotating slew gear drive to permit omnidirectional steering. The piston rod extends downward to form a trunnion mount on which drive wheels can articulate laterally to conform to irregularities in various surfaces and other inclinations.

An apparatus for supporting spent nuclear fuel. The apparatus may include a basket apparatus that is designed to be inserted into a cavity of a container or cask. The basket apparatus may be formed by arranging a plurality of slotted plates in an intersecting manner. The slotted plates may form fuel cells for storing fuel assemblies with spent nuclear fuel rods therein and flux trap spaces between adjacent ones of the fuel cells. Furthermore, the apparatus may include reinforcement members positioned in the flux traps to increase the structural strength of the basket apparatus.