초록 ▼

A magnetic sample rack adapted to support liquid containers is urged along a surface by means of a magnetic conveyor system located beneath the surface. The magnetic conveyor system comprises a plurality of magnetic housings driven by a belt, the magnetic housings including a magnet slideably contai

A magnetic sample rack adapted to support liquid containers is urged along a surface by means of a magnetic conveyor system located beneath the surface. The magnetic conveyor system comprises a plurality of magnetic housings driven by a belt, the magnetic housings including a magnet slideably contained in a closed upper cavity. Magnetic forces emanating from the magnet overcome frictional resistive forces between the sample racks and the operating surface and move the sample racks along input and output lanes defined in the operating surface. Abrupt movements of the sample racks are eliminated because the housing magnet slides smoothly towards the sample rack, secures the sample rack, and pulls the rack along the operating surface as the housings are moved at a steady rate by the belt.

대표청구항 ▼

A magnetic sample rack adapted to support liquid containers is urged along a surface by means of a magnetic conveyor system located beneath the surface. The magnetic conveyor system comprises a plurality of magnetic housings driven by a belt, the magnetic housings including a magnet slideably contai

A magnetic sample rack adapted to support liquid containers is urged along a surface by means of a magnetic conveyor system located beneath the surface. The magnetic conveyor system comprises a plurality of magnetic housings driven by a belt, the magnetic housings including a magnet slideably contained in a closed upper cavity. Magnetic forces emanating from the magnet overcome frictional resistive forces between the sample racks and the operating surface and move the sample racks along input and output lanes defined in the operating surface. Abrupt movements of the sample racks are eliminated because the housing magnet slides smoothly towards the sample rack, secures the sample rack, and pulls the rack along the operating surface as the housings are moved at a steady rate by the belt. c elements and second window parts that houses said second elastic elements. 11. The elastic coupling mechanism as recited in claim 1, wherein said first abutting part of said first rotating member is in contact with said first elastic member such that the first abutting part is removable from said first elastic member in an axial direction. 12. A torque converter adapted to be used to transmit torque from a power input shaft to an output shaft, said torque converter comprising: a front cover adapted to be coupled to the power input shaft, said front cover being provided at an inner side with a friction surface; an impeller connected to said front cover to form a hydraulic chamber together with said front cover; a turbine disposed opposite said impeller and disposed inside said hydraulic chamber, said turbine being adapted to be coupled to the output shaft, said front cover and said turbine forming a space therebetween; a stator disposed between said impeller and said turbine; a locku