33results about How to "Efficiently and uniformly" patented technology

In a production process for a water-absorbent resin, comprising the steps of: blending a liquid material and a water-absorbent resin; and heating the resultant mixture in order to produce a modified water-absorbent resin, the present invention is to provide: a method for uniformly and efficiently treating a water-absorbent resin favorably in view of industry, and as a result, a good-balanced water-absorbent resin having various excellent properties, such absorption capacity without a load, absorption capacity under a load, and single-layer absorption capacity under a load in contact with an aqueous liquid. The production process comprises the step of spray-blending a water-absorbent resin (A) and a liquid material (B) with a blending apparatus equipped with a spray nozzle (C), wherein the liquid material (B) is sprayed from the spray nozzle (C) and its spray pattern is a circular and hollow cone shape or a double-convex-lens and elliptic cone shape. In addition, the production process comprises the step of heat-treating a water-absorbent resin under an atmosphere having a dew point of not higher than 60° C. and a temperature of not lower than 90° C., wherein the water-absorbent resin is obtained after a drying step following a pulverization step.

An enhanced electroluminescent sign containing a volumetric, anisotropic scattering element to control the angular spread of light from the sign and the spatial luminance uniformity of the sign. The anisotropic scattering element contains one or more regions of asymmetrically-shaped light scattering particles. The angular spread of light leaving a sign from a light emitting source can be efficiently controlled by using a thin, low cost, volumetric, anisotropic scattering elements to angularly and spatially distribute light, permitting the reduction in number of light sources, a reduction in power requirements, or a more tailored viewing angle.

The present invention provides methods and compositions that enable tagging and amplification of targeted RNA molecules. A targeted RNA molecule is any non-polyadenylated RNA molecule including, for example, miRNA, siRNA, rRNA, tRNA, synthetic RNA, or non-polyadenylated mRNA such as mRNA from bacteria. In certain aspects, the invention provides methods and compositions for the genome-wide expression analysis of bacterial genes. Significantly, the methods enable genome-wide expression analysis in circumstances where bacterial numbers were previously too low to purify adequate amounts of RNA for DNA microarray analysis or other applications. Such methods are particularly useful for the study of bacterial gene expression during host-cell infection. The invention also provides kits for tagging and amplifying targeted RNA molecules.

A system for processing traditional open-end mutual fund purchase and redemption orders at a server at designated Exchange(s) for receiving order messages from at least one of a plurality of Brokers and Member Firms, the server having at least one processor and memory for storing routines operable to process individual or aggregated order messages, preferably based on a prioritized set of business rules, and/or match the purchase and redemption orders, reformat the orders, and transmit the reformatted orders to at least one of a plurality of Fund/Securities Clearing Agents, Funds/Transfer Agents and Depositaries for confirmation, and clearing and settlement of issuance and redemption orders for mutual fund shares, as well as payment of mutual fund dividends.

A method of and apparatus for curing an optical disc capable of efficiently curing ultraviolet curing resin serving as an adhesive between a pair of disc substrates. The apparatus includes a peripherally located ultraviolet irradiation unit disposed around a rotary holding table for irradiating ultraviolet from the peripheral surface of the optical disc toward the inner portion thereof so as to cure the ultraviolet curing resin, and/or a central irradiation unit disposed to irradiate ultraviolet from the central hole of the optical disc toward the outer portion thereof.

Provided is an RF coil which can highly efficiently and uniformly irradiate a RF magnetic field having two or more magnetic resonance frequencies close to each other, and receive magnetic resonance signals of two or more magnetic resonance frequencies close to each other with high sensitivity and uniform sensitivity profile in an MRI apparatus. Two or more frequencies to which the coil is tuned are adjusted so as to be between resonance frequencies of series resonant circuits constituting the RF coil.

A bearing arrangement includes a hinge pin and a ring rotatably mounted on an outer surface of the hinge pin. The hinge pin has a spherical convex surface on which a spherical concave surface of the ring can ride. In a bearing having a pin and a ring that is rotatable about an outer surface of the pin, the pin has a spherical convex surface that extends around an outer surface of the pin, and the ring has a corresponding spherical concave surface that extends around an inner surface of the ring. In a method for articulably mounting an axle to a vehicle, a ring having a spherical concave surface is assembled around a hinge pin having a spherical convex surface such that the spherical concave surface and the spherical convex surface engage. A split housing is assembled around the outer surfaces of the ring.

A method and device for administering minoxidil and other topical solutions to the scalp. The method entails administering a minoxidil preparation through a manifold that fits over the scalp of a patient.

The present invention is a network-based system and method for providing a centrally controlled single source location for storing electronic data (including but not limited to part information such as Computer Aided Designed [CAD] solid models, associated textual data, images, mathematical algorithms, and links to associative websites) to be accessed by users creating various products/designs using various application programs. The system includes a central computer system and a plurality of user computer systems coupled to a network. The central computer system stores a plurality of computer solid models. From a user computer system, a user accesses an application program run by the central computer system in order to search and retrieve the stored data files (solid models).

The present invention provides a method of effecting high temperature vacuum heating and cooling suitable for conducting heat treatment to be performed on components used in a display apparatus. The present invention's heating/cooling method comprises the steps of: heating a plate-like member placed in a reduced pressure atmosphere in a chamber by heating means opposed to the plate-like member; and cooling the plate-like member by a cooling plate which is opposed to the plate-like member, with the heating means therebetween, the cooling plate having a heat reflecting function. In one aspect of the present invention, the cooling plate is designed to have a emissivity of not less than 0.50 but not more than 0.80 so as to minimizes a sum of a requisite time for the heating step and a requisite time for the cooling step. In another aspect of the present invention, the plate-like member to be heated has two main surfaces differing from each in an in-plane distribution of emissivity and the heating means is opposed to one of the two main surfaces, which has a smaller distribution ratio, thereby realizing uniform and efficient heating/cooling.

An apparatus for etching a glass substrate includes a vessel configured to contain an etchant; a first plate in the vessel and configured to receive a horizontally placed glass substrate thereon; and a circulating unit in the vessel facing the first plate and configured to create a flow of the etchant on a side of the first plate.

An X-ray light emitting phosphor film (22) such as a CsI film that converts an X-ray to light is formed on an input substrate (21) constituting an input part of an X-ray image detector. A surface portion of the X-ray light emitting phosphor film (22) is irradiated with high-energy light having a wavelength of 500 nm or less. The surface portion of the X-ray light emitting phosphor film (22) is locally sublimated and/or fused to be flattened by the irradiation with the high-energy light. The use of the high-energy light such as a laser beam makes it possible to efficiently and uniformly flatten the surface portion of the X-ray light emitting phosphor film.

A deburring device includes a cylindrical body with a receptacle for receiving a pipe. The cylindrical body includes an abrasive surface provided in the receptacle, which is configured to simultaneously deburr at least two surfaces of a pipe inserted into the receptacle.

A multiple hearth furnace includes a gas cooling system for its central shaft and its rabble arms. This gas cooling system includes within the shaft an annular main distribution channel for supplying a cooling gas to the rabble arms and a central exhaust channel for evacuating the cooling gas leaving the rabble arms. The gas cooling system further includes an annular main supply channel surrounding the annular main distribution channel and being outwardly delimited by an outer shell of the shaft. A cooling gas inlet is connected to the annular main supply channel. A cooling gas passage between the annular main supply channel and the annular main distribution channel is spaced from the cooling gas inlet, so that cooling gas supplied to the cooling gas inlet has to flow through the annular main supply channel through several hearth chambers before it flows through the cooling gas passage into the annular main distribution channel.