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    • 3. 发明专利
    • APPARATUS FOR MEASURING TWO-DIMENSIONAL REMOTE DISPLACEMENT QUANTITY
    • JPS62157509A
    • 1987-07-13
    • JP29808085
    • 1985-12-28
    • TAKENAKA KOMUTEN COKYOWA ELECTRONIC INSTRUMENTS
    • MAGARA SHIGETAKAOKADA AKIRAKOZUKA YUICHIWATANABE TAKEO
    • G01B21/00
    • PURPOSE:To measure two-dimensional displacement quantity, by mounting a displacement converter or a first angle detector outputting the electric signal corresponding to the moving quantity of a wire rope and a second angle detector outputting the electric signal corresponding to the angle of rotation of a running block. CONSTITUTION:The moving quantity of one point 6 of a wire rope 6 at a reference position 3 is set to d1, the winding-in quantity or pay-out quantity of the wire rope 6 to a running block 2 at a measuring point position to d2 and the distance between the perpendicular V passing the center point 0 erected from the straight line AB on a plane ABC and a point C to P1. Now, when it is assumed that a measuring point 1 moved from the point C to a point C' with respect to the reference position 3, the up-and-down direction displacement quantity Dv and horizontal direction displacement quantity Dh of the measuring point 1 are calculated from formulae I, II. The electric signals corresponding to d1 and d2 outputted from a displacement meter 8 and an angle detector 9 are inputted to an operator performing addition, subtraction, multiplication, and division and square etc. and operated on the basis of the formulae I, II to obtain the vertical direction displacement quantity Dv and horizontal direction displacement Dh of the measuring point 1.
    • 4. 发明专利
    • FRICTIONAL DEFORMETER
    • JPS58162826A
    • 1983-09-27
    • JP4455982
    • 1982-03-23
    • KYOWA ELECTRONIC INSTRUMENTS
    • IWAMOTO TETSUYUKIMUKAI TORAOWATANABE TAKEO
    • G01L5/00G01L1/04
    • PURPOSE:To improve the accuracy of measurement, by fixing both ends of plural ends of leaf springs to a friction member and a stationary member, and providing a force detecting mechanism which detects the force transmitted from the friction member. CONSTITUTION:A friction member 1 wherein the material of the same kind as the material of a structure into which said member is embedded and installed is stuck in the part of the material of the same kind formed with the friction surfaces of suitable areas of the material of the same kind, and which makes the same action as the action of the member constituted of the material of the same kind, and a stationary member 2 to be embedded and fixed into the structure are provided. Both ends of two sheets of leaf springs 3 which can deform slightly in the friction directions are fixed to the member 1 and the member 2. A force detecting mechanism 4 using a load cell LC in order to detect the force in the friction direction transmitted from the member 1 is fixed between the member 1 and the member 2.
    • 7. 发明专利
    • FEED VALUE MEASURING APPARATUS FOR CONSTANT WEIGHT FEEDER
    • JPH02208523A
    • 1990-08-20
    • JP2872189
    • 1989-02-09
    • KYOWA ELECTRONIC INSTRUMENTS
    • TAMIYA TAKESHIWATANABE TAKEO
    • G01G13/12G01G13/29
    • PURPOSE:To enable measurement of a feed value to be effected at a high accuracy by providing a feed value setter, an error computing section and a target reference value computing section. CONSTITUTION:A measured weight as feed value detected by a feed value detecting means and a reference value are compared with a feed storage judgment section 23 which outputs a closure direction signal when the measured weight is larger than the reference value to close a feed port of a supply container. Thereafter, the measured weight is detected by the feed value detecting means again and the reference value is subtracted from the measured value by an error computing section 19 to calculate a feed error value. Moreover, the feed error value is subtracted from a forecast feed value preset on a feed value setter 10 by a target reference value computing section 20 to calculate a target reference value. Thereafter, this error computation is repeated. It should be noted that the reference value employs a target reference value calculated by the computing section 20 at the (N-1) th operation (wherein N is integer of N>1) and computation for correction of errors is repeated to update the target reference value sequentially.