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    • 33. 发明专利
    • GROOVING DEVICE AND GROOVING METHOD FOR TIRE
    • JPH0316722A
    • 1991-01-24
    • JP15309889
    • 1989-06-15
    • SUMITOMO RUBBER INDYASUKAWA SETSUBI GIKEN KK
    • KINUHATA HIROSHITAKAMI MASAOSHIBATA EIJITAMURA TADAHIKO
    • B23B5/00B29D30/68
    • PURPOSE:To perform desired grooving processing even if a tire is deflected longitudinally and laterally, by a method wherein a corrective quantity of movement corresponding to a detected value of a detecting device is followed up to a reference quantity of movement along with controlling of a horizontal mobile rest and rise-and-fall rest with the reference quantity of movement and a cutter is controlled to an optimum position. CONSTITUTION:The title device is provided with a horizontal mobile rest 5 moving a cutter 10 in parallel with a supporting shaft 2, a rise-and-fall rest 7 moving the cutter 10 moving in an up-and-down direction and a detector 14 detecting lateral and longitudinal deflection of a tire 3. Then the horizontal mobile rest 5 and rise-and- fall rest 7 are controlled with a reference quantity of movement and a quantity of movement of the cutter 10 is corrected by following up a corrective quantity of movement corresponding to a detected value to the reference quantity of movement. Therefore, it is good that the reference quantity of movement is controlled by a value established always with a reference program and follow-up correction of the corrective quantity of movement with a separate corrective program is performed. Since both of the longitudinal and lateral deflection of the tire are corrected like this, a depth of a groove and a position of the groove from the center of the tire become fixed always and uniform grooving can be performed.
    • 35. 发明专利
    • GROOVING APPARATUS
    • JPH01163051A
    • 1989-06-27
    • JP32220487
    • 1987-12-19
    • SUMITOMO RUBBER INDYASUKAWA SETSUBI GIKEN KK
    • KINUHATA HIROSHITAKAMI MASAOSHIBATA EIJITAMURA TADAHIKO
    • B29D30/68
    • PURPOSE:To process a pattern groove having required inclination and to dispense with a rotary shaft for inclining a cutter support apparatus, by mounting a cutter to the cutter holder of the cutter support apparatus arranged in the direction right angled to a tire support shaft so as to incline the same at an arbitrary angle of inclination. CONSTITUTION:A cutter support frame 13 is fixed to a support rod 12 and the leg part of a cutter 10 is inserted in a pair of the cutter clampers 20 in the cutter holder 17 held to the engaging groove 16 of the cutter support frame 13 to be fixed in a state grasped between the cutter and the clamps. When a pattern groove is processed, a front-shape cutter 10 is symmetric with respect to the center axis (l) of the cutter holder 17 and mounted vertically with respect to a tire support shaft and cut in the tire vertically to process the pattern groove 24a. When a pattern groove 24b is processed at a position where a groove center line (n) has an angle theta of inclination, the cutter 10 is mounted so that the center line (p) thereof is inclined by theta with respect to the center axis (l) of the cutter holder. In the processing of the pattern groove 24c present at the position symmetric to the pattern groove 24b, the direction of the cutter 10 is made opposite to that at the time of the processing of the pattern groove 24b.
    • 38. 发明专利
    • SIZE MEASURING METHOD
    • JPS63108203A
    • 1988-05-13
    • JP25427786
    • 1986-10-25
    • SUMITOMO RUBBER INDFUTEC INC
    • TAKAMI MASAOKINUHATA HIROSHICHO MASAYUKINISHIO MASAMI
    • G01B11/02
    • PURPOSE:To improve resolution according to the number of cameras in use and to measure size with high accuracy by inputting correction data on at least either of Y-directional and visual field overlaps of respective sensors that plural cameras for photographing a body to be measured as divisions have, and calibrating actual measured size with the data. CONSTITUTION:A measurement reference surface 1 is irradiated with luminous flux D and the plural cameras 9 photograph divisions of its image; and analog signals from their sensors 11 are sliced with an optional threshold voltage and divided into black and white bits, and after binarization, the boundary is extracted by arithmetic operation. The Y-direction correction data of the respective sensors 11 are found by arithmetic operation based on the relation between said extracted data and the Y-directional references of the respective sensors 11, and stored in a buffer memory 15. Similarly, correction data on X-directional visual field overlaps between adjacent sensors 11 are found and stored in the buffer memory 15. The body to be measured is irradiated with luminous flux after at least either of the both is carried out, the size of the irradiated part of the body to be measured is extracted, and the size of the body to be measured is calculated by arithmetic operation based on the correction data stored in the memory and outputted.
    • 39. 发明专利
    • Measuring and indicating device of unevenness
    • 测量和指示无害化装置
    • JPS6128813A
    • 1986-02-08
    • JP14888684
    • 1984-07-18
    • Sumitomo Rubber Ind Ltd
    • TAKAMI MASAOFURUKAWA GENZO
    • G01C5/00G01B11/30G01C7/00G01C7/04
    • G01C7/04
    • PURPOSE:To improve the accuracy and speed of measurement, by providing a truck equipped with a slide bar sliding in the vertical direction along unevenness of a base surface and an indicating means controlled by a detecting means or the like, and by measuring unevenness of the base surface automatically thereby. CONSTITUTION:A measuring device is composed of a laser projector 2 installed on a base surface 1 and of a truck 3 traveling on the base surface 1. The truck 3 is provided with a slide bar 4 sliding in the vertical direction along unevenness of the base surface 1 and having a roller 5 at the lower end, a detecting means 6 having a plurality of light-receiving elements 6a-6n, a level discriminating circuit 13 and a control means such as a microcomputer 14 or the like, and an indicating means 7 controlled by the detecting means 6 and indicating a measured value on the base surface 1. Since the unevenness of the base surface 1 can be measured automatically by moving the truck 3, according to this constitution, the accuracy and speed of measurement can be improved.
    • 目的:为了提高测量的精度和速度,通过提供一种装有滑动杆的卡车,该滑动杆沿着基底表面的不平坦度在垂直方向上滑动,以及由检测装置等控制的指示装置,并且通过测量 基面由此自动进行。 构成:测量装置由安装在基面1上的激光投影机2和在基面1上行进的卡车3组成。卡车3设有滑动杆4,其沿垂直方向沿基座的不平坦部滑动 表面1并且在下端具有辊5,具有多个光接收元件6a-6n的检测装置6,电平鉴别电路13和诸如微计算机14等的控制装置以及指示装置 由检测装置6控制并指示基面1上的测量值。由于可以通过移动卡车3自动测量基面1的不平坦度,根据该结构,可以提高测量的精度和速度 。
    • 40. 发明专利
    • Agitating apparatus and method for manufacturing golf ball
    • 制造装置和制造高尔夫球的方法
    • JP2003038947A
    • 2003-02-12
    • JP2001227030
    • 2001-07-27
    • Sumitomo Rubber Ind Ltd住友ゴム工業株式会社
    • KOMATSU SATORUTANAKA TOSHIAKIARAKI NORITAKETAKAMI MASAO
    • A63B45/00B01F3/12B01F11/00B05D7/00
    • PROBLEM TO BE SOLVED: To provide an agitating apparatus which makes sufficient agitation possible and facilitates cleaning work.
      SOLUTION: The agitating apparatus has a vessel 1, a chuck ring 3, and a rod 5. The vessel 1 has a cylindrical body 7, a front cap 9 and a rear cap 11. The front cap 9 has a first inlet 13 and a second inlet 15. The rear cap 11 has an outlet 17. Floating bodies are housed in the vessel 1. A main agent is supplied through the first inlet 13 into the vessel 1 and a hardener is supplied thereto through the second inlet 15. When the up and down positions of the front end rear end of the vessel 1 are reversed by rotation of the rod 5, the floating bodies descend by their own weights within the vessel 1. The main agent and the hardener are mixed by this descending. The result coating material is discharged from the outlet 17.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种可以进行足够的搅拌并且有助于清洁工作的搅拌装置。 解决方案:搅拌装置具有容器1,卡盘环3和杆5.容器1具有圆筒体7,前盖9和后盖11.前盖9具有第一入口13和第二入口 第二入口15.后盖11具有出口17.浮体容纳在容器1中。主剂通过第一入口13供应到容器1中,并且通过第二入口15向其提供固化剂。当 容器1的前端后端的上下位置通过杆5的旋转而被反转,浮体在容器1内由它们自身的重量下降。主剂和硬化剂通过这种下降而混合。 结果涂层材料从出口17排出。