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    • 1. 发明专利
    • Rotary type counting distributor
    • 旋转式计数分配器
    • JP2005189984A
    • 2005-07-14
    • JP2003427828
    • 2003-12-24
    • Takahiro Giken Kkタカヒロ技研株式会社
    • NISHIMURA HIROSHI
    • G06M3/02B65G1/133G06M7/00
    • PROBLEM TO BE SOLVED: To improve convenience or reliability concerning a rotary type counting distributor.
      SOLUTION: When a product is discharged from a press working unit, and a counting signal is inputted, a controller counts the counting signal, and displays it at a panel as an elapsed number, and when the elapsed number reaches a preset number, a table is rotated by one pitch, and an adjacent reception box is moved to the lower part of a discharge port. Also, the controller stores the number of rotations of pitches of the table by a table pitch counter, and when a reset switch is depressed in the middle of distribution (S7), the table pitch counter is reset to 0, and the position is set as an origin (S6). Also, when distribution to the final reception box is ended (S12), the reset switch is turned on (S13), and a stop signal is outputted to a press working unit, and the operation of the press working unit is stopped (S14).
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提高旋转式计数分配器的便利性或可靠性。

      解决方案:当产品从冲压工作单元放电并输入计数信号时,控制器对计数信号进行计数,并将其显示在面板上作为经过数,并且当经过数达到预设数 桌子旋转一个间距,相邻的接收盒移动到排出口的下部。 此外,控制器通过台间距计数器存储表的间距的转数,并且当在分配中间按下复位开关(S7)时,表格间距计数器被重置为0,并且该位置被设置 作为起源(S6)。 此外,当分配到最终接收箱结束时(S12),复位开关接通(S13),停止信号输出到冲压加工单元,并且按压工作单元的操作停止(S14) 。 版权所有(C)2005,JPO&NCIPI

    • 3. 发明专利
    • ADDING/SUBTRACTING INDICATOR OF NUMBER OF MOVEMENTS FOR FITTING TO DIE
    • JPH11314126A
    • 1999-11-16
    • JP15984498
    • 1998-05-01
    • SHIMADA TOKIOYAMASHITA YUTAKA
    • SHIMADA TOKIOYAMASHITA YUTAKA
    • G06M3/02B21D37/00B30B15/00
    • PROBLEM TO BE SOLVED: To obtain a handy indicator by providing the function counting, adding and subtracting the number of punchings or formings at each movement, fitting to a die and using as the indicator. SOLUTION: Signal at each movement is received at a movement detector 1 and the calculation is executed in the inner part of this apparatus in the preset condition. The calculated value is instantaneously changed and indicated on the value indicator 2. The measurement of the number of die movements can instantaneously be informed by reading the indicator for the number of movements fitted to the die body. Therefore, this indicator has merits that such excess working time as to calculate from the statistics of the number of products, etc., is saved and material and equipment needed to the statistical information or the utilization of a computer, etc., can be reduced as little as possible. Further, this indicator has merit to be free from such troublesome work as recording, arrangement, input into the computer, etc., concerning the number of movements at each using time in each die in the case of discontinuously using different dies with the same machine device. The advance number of the addition and the subtraction is freely set and the added to subtracted value can be stored or erased.
    • 9. 发明专利
    • SELECTIVE COUNTER FOR YOUNG TREES
    • JPH0767480A
    • 1995-03-14
    • JP23905093
    • 1993-08-30
    • KUBOTA IRON WORKS CO LTD
    • KUBOTA KENYA
    • A01G23/04A01G23/00G06M3/02G06M7/00
    • PURPOSE:To provide a mechanical system enabling simple, prompt and easy sorting and counting of young trees to be planted in forest. CONSTITUTION:The mechanical system comprises the tree sorting zone (A) having the table 1 for placing young trees 17 thereon, the slit 2 opened on the table 1, the arm 4 which is supported with the support 3 having a prescribed height from the table and opposes to the slit 2, the tree length-detecting mechanism 5 arranged on the slit 2 and the arm 4 at a certain interval, and a means 6 for indicating the starting point for length measurement at the one end of the slit 2, the tree-counting zone (B) having a tree-counting mechanism 7 which is interlocked with the operation of the length-detecting mechanism 5 to count the trees sorted in individual groups 17, the warning mechanism 8 indicating the sorting places and displaying that the tree- counting has reached the prescribed number at said place, and the tree-bundling mechanism 9 for bundling the trees 17 every group sorted by the tree sizes. When a tree is held parallel with the slit 2 and allowed to move cross the slit 2 at the right angle, the length detector actuates to measure the length of the tree 17 to effect sorting and indicate the bundling mechanism 9 to count the sorted trees and allows the warning mechanism to actuate, when the counting reaches a prescribed number.
    • 10. 发明专利
    • DEVICE FOR INFORMING ARRIVING TIME AT PREVIOUSLY SET OBJECTIVE NUMBER FOR NUMERAL DISPLAY COUNTER
    • JPH06119511A
    • 1994-04-28
    • JP30282292
    • 1992-09-30
    • OTA KAZUTOSHI
    • OTA KAZUTOSHI
    • G01C22/00G06K9/00G06M3/02
    • PURPOSE:To constitute an inexpensive device and to utilize the device for safe traveling without observing a traveling distance counter by recognizing a digit number just under each objective digit in the case of checking digits more than a 1st digit out of previously set objective number. CONSTITUTION:When a counter 7 is rotated and numerals are moved down-words, a correct position is recognized at the time of detecting the lower end of the numerals by the lower end of a still side frame of a display counter. A local numeral part brightness/darkness measuring instrument 5 is set up on a digit position just under an objective numeral to measure that a local numeral part obtained by expansively displaying several blocks divided in the height and horizontal directions of a numeral on a correct position is bright or dark under illuminating light by means of a photodiode or the like. The numeral is specified based upon the measured result and whether the specified numeral coincides with an objective numeral or not is checked. The number of times of newly displaying a zero-set numeral is counted and the counted number and a previously set objective number are inputted to a comparator 8, and when both numbers coincide with each other, an acoustic device 10 is driven based upon an output from the comparator 8 and an alarm is issued.