50results about How to "Easily and stably" patented technology

A composite oxide includes agglomerated particles which have an average particle diameter of 20 mum or less, which are composed of a plurality of metallic element oxides being in form of fine particles having an average diameter of 50 nm or less, and which have a surface and an inner portion whose metallic element distributions differ with each other. The characteristics of the respective metallic elements are exhibited maximally. Hence, it is extremely useful as a support for an exhaust gas purifying catalyst. The catalyst exhibits the activities which degrade less even after it is subjected to a sever durability, is good in terms of the heat and sulfur-poisoning resistance, and can efficiently purify the harmful components in exhaust gases. Moreover, it is possible to produce such a composite oxide and catalyst easily and stably by production processes disclosed herein.

A multi purpose fish-hook case with fishline binding device is disclosed. The fish-hook case (1), used for keeping a variety of fish-hook therein, of this invention consists of a main body (10) provided with a lid (15). This lid (15) is designed to be elastically opened around its hinged portion due to a spring force through a one-touch opening process when a user presses down a first actuation button (11) provided at a predetermined position of the lid's central portion. This lid (11) also has a window (16) at a predetermined position, thus allowing the user to see the contents of the case (1). A steel plate (23) is fixed to a predetermined position at one side within the main body (10) of the case (1). At least one fish-hook container (20, 20a) is magnetically and removably attached to the steel plate (23) due to its bottom magnet (22) and designed to regularly and inclinedly receive a variety of fish-hooks therein. An accessory case (30) is fixed to the other side within the main body (10) of the fish-hook case (1), with a cover (33) hinged to the accessory case (30) by a hinge (35) and elastically opened by a spring (36) when the user operates a second button (34). The accessory case (30) has a plurality of cells (32) separately receiving a variety of fishing accessories therein. A fishline binding device receiving cell is formed at a predetermined portion within the main body (10), with a fishline binding device (19) used for tying a desired fishline to a desired fish-hook and received within the fishline binding device receiving cell. The multi purpose fish-hook case of this invention thus allows a user to more easily, rapidly and simply tie a fishline to a fish-hook and to easily and simply keep such fish-hooks with the fishlines within the fish-hook container. The multi purpose fish-hook case of this invention also has a means for measuring the length and weight of the fish. This fish-hook case may be also provided with a radio, a flashlight and / or a gas lighter.

Radiotherapy apparatus comprises a source of radiation mounted on a chassis, the chassis being rotatable about a rotation axis and the source being adapted to emit a beam of radiation along a beam axis that intersects with the rotation axis; a patient support, moveable along a translation axis; a set of magnetic coils located on either side of the beam, for establishing a magnetic field at the point of intersection, spaced from that point along a first direction; the translation axis, the rotation axis, and the first direction being substantially parallel; and further comprising a multi-leaf collimator fixed in its orientation with respect to the source of radiation, the multi-leaf collimator comprising a plurality of elongate leaves disposed with their longitudinal directions substantially aligned with the first direction and movable in that direction between a withdrawn position in which the leaf lies outside the beam, an extended position in which the leaf projects across the beam and a plurality of intermediate positions therebetween.

An aerosol-deliverable formulation comprises a liquid abrasive composition having a viscosity of 1000 mPas or less, and a propellant. The formulation provides effective, and unexpected, suspensions of abrasives that do not settle from the suspension to form a hard cake of non-redispersible solid material.

In one embodiment a transferring apparatus comprises a rail connected to a frame, a travelling part including a wheel that travels along the rail and a loading part for loading an object, and a particle collection receptacle provided at a side of the rail and configured to collect particles generated due to friction between the wheel and the rail when the wheel travels along the rail. A method of manufacturing an integrated circuit device using the transferring apparatus includes moving the travelling part to the object, picking up the object with the loading part thereby loading the object on the loading part, using the travelling part to move the object to a chamber, and forming a semiconductor device using the object.

An image evaluation device includes an image acquisition section that acquires an input image to be evaluated, a noise image generation section that generates a noise image that emphasizes noise included in the input image and having a particular spatial frequency that correlates with human perception, a statistic value acquisition section that acquires a predetermined type statistic value from the noise image, and a noise amount specification section that specifies an amount of noise in the input image on the basis of the statistic value.

An engine starting system includes a recoil starter with a recoil rope having a mark formed thereon, defining a predetermined length of the recoil rope required to turn a crankshaft from a compression stroke top dead center position to a start-operation-initiating position suitable to start operation of a 4-stroke engine. A method of starting a 4-stroke engine includes steps of pulling the recoil rope to turn a crankshaft to an initial position where a piston is located near a compression stroke top dead center; pulling the recoil rope again to the position of the mark on the rope, to rotate the crankshaft from the initial position to a start-operation-initiating position; and pulling the recoil rope once again to further turn the crankshaft from the start-operation-initiating position suitable for starting the engine.