Abstract: A method which allows easy perforation of a film covering a well of a reagent cartridge which is set to a dispensing device is provided. A pipette tip set to be used in a dispensing device of an automatic analyzer together with a reagent cartridge in which a reagent for biochemical analysis is enclosed, includes: a dispensing pipette tip for dispensing the reagent enclosed in the reagent cartridge; a perforating pipette tip having a leading end surface inclined relative to a central axis thereof; and a rack configured to store the dispensing pipette tip and the perforating pipette tip together.

Abstract: A nucleic acid analyzer includes a nucleic acid purification kit yielding a nucleic acid solution by isolating and purifying nucleic acid from a specimen; a nucleic acid analysis chip having a rotation axis positioned at a center thereof, with reaction containers at an outer portion than the rotation axis, and feeding the acid to the containers through centrifugal force; a specimen-introducing part on which the kit is placed; an analysis chip holder at the specimen-introducing part and supporting the chip; a purification treatment unit injecting the nucleic acid solution containing the nucleic acid into the chip; a centrifugal liquid feed unit feeding the nucleic acid solution to the containers by rotating the chip about the rotation axis; an analysis unit analyzing reaction products in the containers; and a transport part transporting the specimen-introducing part to the purification treatment unit, the centrifugal liquid feed unit, and the analysis unit.

Abstract: A genetic detection and determination apparatus which detects or determines genetic information, provided with a reaction container having a reaction vessel, including: a container set portion on which the reaction container is set; a moving mechanism which moves the container set portion along a track; a reaction vessel dividing portion which divides the reaction vessel into a plurality of reaction chambers by deforming the reaction vessel; a heating and cooling portion which heats and cools the reaction container; and a measuring portion which is movable above the container set portion in parallel to an upper surface of the reaction container provided on the container set portion and which measures a reaction within each of the reaction chambers.

Abstract: A method which allows easy perforation of a film covering a well of a reagent cartridge which is set to a dispensing device is provided. A pipette tip set to be used in a dispensing device of an automatic analyzer together with a reagent cartridge in which a reagent for biochemical analysis is enclosed, includes: a dispensing pipette tip for dispensing the reagent enclosed in the reagent cartridge; a perforating pipette tip having a leading end surface inclined relative to a central axis thereof; and a rack configured to store the dispensing pipette tip and the perforating pipette tip together.

Abstract: An optical measurement apparatus using an optical fiber to measure the characteristic of an object to be measured arranged along the circumference of a circle includes a first pulley, a second pulley which is turnable on its own axis at a second angular velocity while revolving about the first pulley at a first angular velocity, and the optical fiber which is held by the second pulley and projects detection light on the object to be measured and receives reflected light from the object to be measured. The first angular velocity and the second angular velocity are the same in magnitude and opposite in the direction. Occurrence of a twist in the optical fiber is suppressed, and therefore, the optical measurement apparatus is capable of measuring the characteristics of the object to be measured with high accuracy.

Abstract: The reaction chip of the present invention has a plurality of recesses 6 constituting a part of a reaction container and a groove constituting a part of a channel formed on at least one of one face of a first base material (resin base material 2) and one face of a second base material (metallic base material) and a notch 15 showing a gradual increase in width and a gradual increase in depth from one face 2d of the base material toward an inner wall surface 6d of the recess is formed on an edge of at least one recess in an extending direction of the groove. One face of the first base material and one face of the second base material are stuck together opposite to each other to form the plurality of reaction containers and the channel.

Abstract: The reaction chip of the present invention has a plurality of recesses 6 constituting a part of a reaction container and a groove constituting a part of a channel formed on at least one of one face of a first base material (resin base material 2) and one face of a second base material (metallic base material) and a notch 15 showing a gradual increase in width and a gradual increase in depth from one face 2d of the base material toward an inner wall surface 6d of the recess is formed on an edge of at least one recess in an extending direction of the groove. One face of the first base material and one face of the second base material are stuck together opposite to each other to form the plurality of reaction containers and the channel.

Abstract: The reaction chip of the present invention has a plurality of recesses 6 constituting a part of a reaction container and a groove constituting a part of a channel formed on at least one of one face of a first base material (resin base material 2) and one face of a second base material (metallic base material) and a notch 15 showing a gradual increase in width and a gradual increase in depth from one face 2d of the base material toward an inner wall surface 6d of the recess is formed on an edge of at least one recess in an extending direction of the groove. One face of the first base material and one face of the second base material are stuck together opposite to each other to form the plurality of reaction containers and the channel.

Abstract: A transferred object rotating device includes a mounting plate having an opening corresponding to a shape of a transferred object and being capable of moving from a mounting position to a rotating position, a boost unit capable of moving up to pass through the opening of the mounting plate in the rotating position, and a rotation plate capable of rotating about a power transmission shaft. The mounting plate moves to the rotating position after the transferred object is mounted on the mounting plate to close the opening. The transferred object is lifted by upward movement of the boost unit. The transferred object rotates while being sandwiched between the boost unit and the rotation plate. The transferred object mounted on the mounting plate in the mounting position can be transferred to the rotating position by the mounting plate, and rotate in the rotating position.

Abstract: A nucleic acid analyzer includes a nucleic acid purification kit yielding a nucleic acid solution by isolating and purifying nucleic acid from a specimen; a nucleic acid analysis chip having a rotation axis positioned at a center thereof, with reaction containers at an outer portion than the rotation axis, and feeding the acid to the containers through centrifugal force; a specimen-introducing part on which the kit is placed; an analysis chip holder at the specimen-introducing part and supporting the chip; a purification treatment unit injecting the nucleic acid solution containing the nucleic acid into the chip; a centrifugal liquid feed unit feeding the nucleic acid solution to the containers by rotating the chip about the rotation axis; an analysis unit analyzing reaction products in the containers; and a transport part transporting the specimen-introducing part to the purification treatment unit, the centrifugal liquid feed unit, and the analysis unit.

Abstract: A transferred object rotating device includes a mounting plate having an opening corresponding to a shape of a transferred object and being capable of moving from a mounting position to a rotating position, a boost unit capable of moving up to pass through the opening of the mounting plate in the rotating position, and a rotation plate capable of rotating about a power transmission shaft. The mounting plate moves to the rotating position after the transferred object is mounted on the mounting plate to close the opening. The transferred object is lifted by upward movement of the boost unit. The transferred object rotates while being sandwiched between the boost unit and the rotation plate. The transferred object mounted on the mounting plate in the mounting position can be transferred to the rotating position by the mounting plate, and rotate in the rotating position.

Abstract: An optical measurement apparatus using an optical fiber to measure the characteristic of an object to be measured arranged along the circumference of a circle includes a first pulley, a second pulley which is turnable on its own axis at a second angular velocity while revolving about the first pulley at a first angular velocity, and the optical fiber which is held by the second pulley and projects detection light on the object to be measured and receives reflected light from the object to be measured. The first angular velocity and the second angular velocity are the same in magnitude and opposite in the direction. Occurrence of a twist in the optical fiber is suppressed, and therefore, the optical measurement apparatus is capable of measuring the characteristics of the object to be measured with high accuracy.

Abstract: A genetic detection and determination apparatus which detects or determines genetic information, provided with a reaction container having a reaction vessel, including: a container set portion on which the reaction container is set; a moving mechanism which moves the container set portion along a track; a reaction vessel dividing portion which divides the reaction vessel into a plurality of reaction chambers by deforming the reaction vessel; a heating and cooling portion which heats and cools the reaction container; and a measuring portion which is movable above the container set portion in parallel to an upper surface of the reaction container provided on the container set portion and which measures a reaction within each of the reaction chambers.

Abstract: The reaction chip of the present invention has a plurality of recesses 6 constituting a part of a reaction container and a groove constituting a part of a channel formed on at least one of one face of a first base material (resin base material 2) and one face of a second base material (metallic base material) and a notch 15 showing a gradual increase in width and a gradual increase in depth from one face 2d of the base material toward an inner wall surface 6d of the recess is formed on an edge of at least one recess in an extending direction of the groove. One face of the first base material and one face of the second base material are stuck together opposite to each other to form the plurality of reaction containers and the channel.

Abstract: A heat storage tank in which heat storage and heat discharge operations are carried out through heat-exchange between heat storage agent and heat transfer medium to store electric power as latent heat, including plural heat storage members which are arranged in a fill-up state in the heat storage tank, each heat storage member holding therein the heat storage agent which alternately repeats latent heat storing and discharging operations through solid-liquid phase variation thereof, and comprising an elongated hollow container formed of material which can keep itself in a hollow shape. The heat storage members are arranged with their open end portions faced up and so as to be spaced from one another at such an interval that the heat transfer medium can flow through gaps between neighboring heat storage members, then the heat storage agent is supplied through the open ends into the heat storage members, and then the heat transfer medium is supplied into the heat storage tank.

Abstract: A latent heat storage tank is filled with antifreeze solution such as ethylene glycol, propylene glycol, calcium chloride and a plurality of bundles of cylindrical latent heat containers in the form of tubes or pipes which float perpendicularly to the antifreeze surface. The antifreeze solution is circulated by a refrigerator provided outside the latent heat storage tank. Each cylindrical latent heat container contains water or other liquid which is cooled to become ice by said antifreeze solution which has been cooled by said refrigerator driven by inexpensive night time electric power.