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    • 81. 发明专利
    • CONVEYANCE CARRIER
    • JP2002053298A
    • 2002-02-19
    • JP2000237579
    • 2000-08-04
    • MITSUBISHI HEAVY IND LTD
    • HIRANO TATSUYAMURATA ITSUOCHIKURA TAKASHIMASUMOTO MASANORI
    • B61B10/04B66F9/065
    • PROBLEM TO BE SOLVED: To provide a conveyance carrier with favorable workability hardly affected by rigidity of a container. SOLUTION: In this conveyance carrier 100, since a pair of carriers 1A and 1B is connected by a telescopic frame 40 and do not move independently, control is easy and they do not apply excessive compression, tension, bending or the like on the container. The pair of carriers respectively comprises a carrier body 10, an elevating part 20, and a support part 30 elevated by the elevating part. The support part has a chuck to be inserted in a support hole of a part to be supported of the container 200. The chuck inserted into the support hole of the part to be supported of the container is fixed so as not to rotate and the container is raised by the elevating part to move it to a destination by a power means for moving. The power means for moving are respectively provided in each carrier body to allow tight turns and provide favorable workability. Since an upper face of the container is maintained in a free state without anything engaged to it, a set of lifting work by a crane can be performed while supporting the container by the conveyance carrier.
    • 85. 发明专利
    • TRAVEL CONTROL METHOD FOR TRAVELING OBJECT
    • JPH08115127A
    • 1996-05-07
    • JP22109095
    • 1995-08-07
    • MITSUBISHI HEAVY IND LTD
    • TAUCHI KUNIAKIHOSHINA HIROMITSUKOSAKA YUJIMURATA ITSUONISHIOKA MASAKI
    • B66C13/22G05D1/02G05D13/62
    • PURPOSE: To perform exact travel by detecting the amounts of deviations from a guide line at two fixed points before and behind a traveling object with the passage of time, calculating manipulated variables by calculating a deviation angle, deviation angular velocity and offset correction amount, and controlling the amount of deviation to '0' by applying velocity difference between left and right traveling motors using these manipulated variables. CONSTITUTION: The traveling motors are provided to respectively drive left and right axles, and the traveling object travels along the guide line drawn on the surface of a road. Amounts x1 and x2 of deviations from the guide line at two fixed points before and behind the traveling object are detected every moment. A deviation angle θ to the guide line, deviation angular velocity θ' and offset correction amount are calculated while using the detected values x1 and x2 on condition of x=x1 , x=x2 or x=(x1 +x2 )/2. Based on these results, a manipulated variable Δ' is calculated by an expression and the velocity of the left side or right side traveling motor is respectively controlled by using this manipulated variable Δ'. Thus, the deviation amount is controlled to x1 =x2 =0 by applying the velocity difference between the left and right traveling motors.
    • 88. 发明专利
    • DISTRIBUTED MATERIAL PILE FORM DETECTING DEVICE
    • JPH0753056A
    • 1995-02-28
    • JP19935193
    • 1993-08-11
    • MITSUBISHI HEAVY IND LTD
    • KUNIMITSU SATOSHIMURATA ITSUONARUSE MAKOTO
    • B65G63/00B65G65/02
    • PURPOSE:To obtain distributed material pile form deteciting device which can recognize the surface form of the whole body of the distributed pile at a high accuracy in a short time, by providing a coordinates converting device to con vert the position of a slit image on the detected image data into the correspond ing actual three-dimensional coordinates by the theory of the triangular survey ing. CONSTITUTION:A slit light source 2 radiates a slit light vertical to the running movement direction of a materials handling machine continuously on the surface of a spread pile. A camera 1 photographs it in a designated timing. The image signal of the running camera 1 is A/D converted by an A/D converter 3 making into an image data, and binarized by a binarization device 4 to form a bivalent image data composed of only the slit image. Then, to the bivalent image data, the position of the slit image is converted to the corresponding actual three- dimensional coordinates by the theory of the triangular surveying, in a coordinates converting device 5. When a higher level computer 6 repeates such a process, the distributed pile form is to be detected in a specified yard.