135results about "Chemistry apparatus and processes" patented technology

The present invention extends to trusted third party authentication for Web services. Web services trust and delegate user authentication responsibility to a trusted third party that acts as an identity provider for the trusting Web services. The trusted third party authenticates users through common authentication mechanisms, such as, for example, username/password and X.509 certificates and uses initial user authentication to bootstrap subsequent secure sessions with Web services. Web services construct user identity context using a service session token issued by the trusted third party and reconstruct security states without having to use a service-side distributed cache.

In a corner portion outside a display region of a face substrate which constitutes a face panel of a display device, an opening is formed. In the opening, a stem glass structural body, which is configured by integrally forming an exhaust pipe on a center portion of a stem glass and by forming conductive leads in a peripheral portion thereof in an embedded manner, is fixed by welding using curing by heating. The exhaust pipe is evacuated and, thereafter, tipped off, thus realizing vacuum sealing of the inside thereof. A lead line is connected to a distal end of one conductive lead by welding and another end of the lead line is electrically connected with one end portion of the anode formed on an inner surface of the face substrate using a conductive adhesive agent. Further, a getter is mounted and fixed to another conductive lead line by welding.

The present invention is directed to suppress data loss caused by power shut-down during a rewriting process and to shorten time required to make a depletion check. A nonvolatile memory apparatus includes a rewritable nonvolatile memory and a card controller. The nonvolatile memory has a physical address area corresponding to a logical address and a save area. In response to a data rewrite instruction on a required logical address, the card controller stores data in a predetermined physical address area corresponding to the logical address to the save area and rewrites the data stored in the physical address area. When rewriting of the physical address area is incomplete, the card controller rewrites the data in the physical address area with the data stored in the save area. Thus, data loss caused by the power shut-down can be suppressed by data backup, and it is sufficient to make the depletion check in two places of the save area and the physical address area.

A pixel circuit and an organic light emitting display using the pixel circuit and a pixel circuit driving method capable of displaying an image of desired brightness are disclosed. The pixel provides a current for an organic light emitting diode which is not affected by a kickback voltage which occurs at the end of an initialization phase. The pixel also provides a current for an organic light emitting diode which is substantially not affected by a voltage drop in the power supply providing the current.

A method and apparatus for use with a plurality of resources integrated within a space for performing a process and a program run by a processor for controlling the process, the method for associating the program with the resources and comprising the steps of identifying at least a first reference point within the space, identifying the relative juxtaposition of at least a first resource with respect to the first reference point and associating the first resource with the program as a function of the relative juxtaposition of the resource to the reference point.

Provided is a method of recovering rare-earth elements, including causing rare-earth elements particularly including Nd and Dy to leach efficiently from a raw material for leaching which contains the rare-earth elements, and separating and recovering the rare-earth elements. The method of recovering rare-earth elements includes: a leaching step including performing leaching treatment of rare-earth elements in which an acidic slurry of a raw material for leaching which contains the rare-earth elements is held under a predetermined condition, and then subjecting the slurry obtained after the leaching treatment to solid-liquid separation, yielding a leachate containing the rare-earth elements; and a separation step of separating and recovering the rare-earth elements from the yielded leachate, in which: the raw material for leaching contains Ca as CaO at a ratio of 4 to 15 mass % and Ti as TiO₂ at a ratio of 2 to 13 mass % in a solid component (S); an acid aqueous solution is an acid aqueous solution of hydrochloric acid and/or nitric acid; and the leaching treatment performed in the leaching step is digestion or maceration which is performed under the heating and pressurizing conditions of a temperature of 160 to 300° C. and a pressure of 0.65 to 10 MPa, and the rare-earth elements are caused to leach together with Ca in the leaching step.

The invention relates to a method for separating lithium cobalt oxide and aluminum foil on a scrapped lithium ion battery positive pole piece. The method comprises the following steps: charging and dismantling a scrapped lithium ion battery, placing the waste positive pole piece into a box-type resistance furnace, roasting the waste positive pole piece in the box-type resistance furnace at the temperature of 500 to 600 DEG C, placing the roasted positive pole piece into a vessel with water, stirring the positive pole piece in the water by utilizing an electric stirrer, and screening substances in the vessel by utilizing a screen, wherein a substance on the screen is aluminum foil; washing the substance on the screen by utilizing the water, and naturally drying the substance to obtain the aluminum foil; filtering the substance below the screen (the substance below the screen is a mixed solution containing a positive active substance), placing the naturally dried filtered substance into a ceramic crucible, placing the ceramic crucible into the box-type resistance furnace to be processed at high temperature to obtain the lithium cobalt oxide. Compared with the prior art, the method has the advantages that easiness in operation is realized, the requirement on a separation device is low, the efficiency for separating the lithium cobalt oxide and the aluminum foil is high, the cost is low, no organic solvent needs to be used in the processing step, and no secondary pollution is produced in the separation process.

The invention relates to a water-containing undisturbed shield muck baking-free building material and a preparation method thereof. The baking-free building material is prepared from the following rawmaterials in parts by weight: 1-80 parts of water-containing undisturbed shield muck, 1-30 parts of active waste residues, 0.1-5 parts of sodium hydroxide, 0.1-10 parts of sodium silicate and 1-20 parts of water. The method comprises the following steps: weighing the active waste residues, the sodium silicate, the water-containing undisturbed shield muck and the water, mixing, and crushing untilthe content of particles of 4.75 mm or above in the water-containing undisturbed shield muck does not exceed 10% to obtain a mixture I; adding the sodium hydroxide into the mixture I to obtain a mixture II; and pouring the mixture II into a mold to obtain the water-containing undisturbed shield muck baking-free building material. According to the method, intermediate dehydration and screening processes and links are omitted, and the production cost is greatly reduced. The invention also discloses the water-containing undisturbed shield muck unfired building material prepared by the method.

The present invention provides systems, methods and devices for storing and/or disposing of hazardous waste material. In some embodiments, the waste material includes nuclear waste such as calcined material. In certain embodiments, the device includes a container having a container body, a filling port configured to couple with a filling nozzle and a filling plug, and an evacuation port having a filter. The evacuation port is configured to couple with an evacuation nozzle and an evacuation plug. In certain embodiments, the method includes (a) adding hazardous waste material via a filling nozzle coupled to a filling port of a container, the container including an evacuation port, (b) evacuating the container during adding of the hazardous waste material via an evacuation nozzle coupled to an evacuation port of the container, (c) sealing the filling port, (d) heating the container, and (e) sealing the evacuation port.

Provided is a plasma display panel including a rear substrate, a front substrate separated from the rear substrate, a plurality of barrier ribs arranged between the front substrate and the rear substrate and adapted to define a plurality of discharge cells corresponding to a plurality of sub-pixels, a plurality of sustain electrode pairs comprising a plurality of first discharge electrodes and a plurality of second discharge electrodes extending parallel to each other and surrounding ones of the plurality of discharge cells, the plurality of sustain electrode pairs being adapted to generate a discharge, a plurality of address electrodes extending and surrounding the plurality of discharge cells and arranged in a direction that crosses the plurality of sustain electrode pairs, a plurality of phosphor layers arranged within the plurality of discharge cells and a discharge gas arranged within the plurality of discharge cells, wherein a predetermined number of sub-pixels form a unit pixel, and unit pixels adjacent to each other in a direction are spaced apart from each other by a predetermined distance.

The invention relates to a building board made of municipal refuse and agricultural plant wastes and manufacturing method thereof. The principal raw materials of the board include 200 parts of lightly-burned magnesium powder, 40 to 75 parts of magnesium chloride solution of 28 to 32 Baume degrees, 1 to 2 parts of 36-38% industrial hydrochloric acid, 80 to 120 parts of mineral materials originated from municipal refuse, 20 to 30 parts of agricultural plant wastes, and 50 to 80 parts of fly ash. The manufacturing method of the board includes preparing raw materials, preparing slurry, shaping and curing naturally. The invention uses huge amounts of mineral materials in municipal refuse and agricultural plant wastes as raw materials to making building board, and thereby realizing a recycling of these waste materials.

A method and an apparatus for disposing wastes comprising the steps of conducting a hydrothermal decomposition reaction of the wastes, separating the products into a solid fuel and waste water, combusting the solid fuel, scrubbing the combustion gas, generating steam using the heat generated by the combustion, and purifying the waste water, exhibit a high energy-efficiency, while exhibiting a high removal rate of the pollutants generated during the combustion.

A method of converting asphaltic shingles to a formed product, comprising the steps of providing a charge of recovered asphaltic shingles, comminuting the charge into small particles, adding to the charge a quantity of hydrated aluminosilicate, heating the charge while simultaneously mixing the comminuted charge to a homogeneous state, placing the mixed charge into molds to form the product, applying pressure to the charge in the mold for a determinable dwell time, ejecting the product from the mold, and cooling the product.

The invention relates to a method for recycling graphite and copper foil from a scrapped lithium ion battery negative pole piece. The method comprises the following steps: charging and dismantling the scrapped lithium ion battery, placing the negative pole piece into a vessel with a water and ethanol mixed solution, then screening after stirring for a period of time, washing a substance on a sieve by utilizing water, and naturally drying the substance to obtain copper foil; heating a substance below the sieve to 70 to 90 DEG C, then filtering the substance, maintaining the temperature of the solution before the filtering at 70 to 90 DEG C in the filtering process, washing the substance on the sieve by utilizing water after the filtering is finished, and naturally drying the substance to obtain graphite. Compared with the prior art, the method has the advantages that easiness in operation is realized, the requirement on a separation device is low, the efficiency for separating the graphite and copper foil is high, the cost is low, and no secondary pollution is produced in the separation process.

Waste-processing and transportation systems and methods are described. An exemplary waste processing and transportation system (10) comprises a receiving area (20) where loose waste (28) is delivered, a baler (22) for processing the loose waste (28) into waste bales (34), and a loading area (26) where the waste bales (34) are loaded onto a transport vehicle (e.g., a barge 36). A loader (32a) may operate in the receiving area (20) to load the loose waste (28) into the baler (22). At least one material handler (42a) may be configured to move the waste bales (34) onto the transport vehicle (36) for transport to a waste transfer facility (14). The waste bales (34) are configured such that the waste bales are unloaded from the transport vehicle (36) at the waste transfer facility (14) and loaded onto other transport vehicles (e.g., railcars 38) without further processing of the waste bales (34).

Mechanisms for providing requested date items in a request-driven enumeration session while retaining to control over how much inter-message context information is retained by the data provider. Upon receiving a request for the data items, the data provider identifies a portion of the data items to be provided in the first response along with context information that reflects that the first portion of information has been provided. The data provider then makes a determination of how much of the context is to be provided to the data receiver system, and then provides that appropriate context information to the data receiver. Furthermore, the data provider provides a response that includes the first portion of the data items. The data receiver includes this first provided context information in the second request for the next portion of the data items, allowing continuity in the data transfer session.

The invention belongs to the field of recycling and reusing of electric product waste and discloses a disassembly device for reusable surface-mounted components of a waste circuit board. The disassembly device is composed of a heating system, a cooling system, a conveyer system, a sweeping system and a component collecting mechanism. The heating system is composed of heating areas. The cooling system is composed of a cooling area. The conveyer system is composed of a horizontally-installed conveyor chain, a driven chain wheel, a driving chain wheel, a U-shaped groove and a motor. The sweeping system is composed of sweeping mechanisms, the sweeping mechanisms on all stages are respectively provided with a left hairbrush and a right hairbrush, and the hairbrushes can be arranged in a rotating mode or a reciprocating mode. A hot air box is composed of a rectifying plate, a heater and a fan. The disassembly device for the reusable surface-mounted components of the waste circuit board has the advantages that the circuit board is conveyed through a retaining ring with a simple structure, thus, time is saved, and manufacturing cost is lowered; because the rectifying plate is vertically placed, the problem that the tiny surface-mounted components and solder enter small holes of the rectifying plate easily after the circuit board is heated and de-soldered is solved, line production can be realized, and efficiency can be improved.