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    • 6. 发明公开
    • Control method, control device and processing apparatus
    • Steuerverfahren,Steuervorrichtung und Verarbeitungsvorrichtung
    • EP2532497A1
    • 2012-12-12
    • EP12170901.8
    • 2012-06-05
    • Mimaki Engineering Co., Ltd.
    • Takizawa, Takemi
    • B26F1/38B41J11/42B26D5/00B65H23/18B65H23/04B41J11/36
    • B26F1/3813B26D5/00B41J11/36B41J15/04B65H20/02B65H20/24B65H2301/51512B65H2403/942B65H2404/143B65H2511/112B65H2801/12
    • [Problem to be Solved]
      To prevent deterioration of processing accuracy of a processing apparatus without occurring problems such as wasteful consumption of a processing medium and increase of the processing time.
      [Solution]
      The control circuit (140) controls the plotter (100) provided with the feeding means (120) for feeding out a roll paper (110) and the processing means (130) for processing the roll paper (110) which is fed out by the feeding means (120). The control circuit (140) includes the feeding control section (302) which controls the feeding means (120) so that, before the processing means (130) starts processing on one page of the roll paper (110), a plurality of pages including the one page is fed out in advance and then, the page having been fed out in advance is pulled back and retreated at a position on an upstream side with respect to a processing position of the processing means (130), and the processing control section (310) which controls the processing means (130) so that processing of the one page is started when an elapsed time of the one page having been fed out in advance has reached a predetermined stand-by time.
    • [待解决的问题]为了防止处理装置的处理精度的恶化,而不会出现诸如浪费的处理介质的消耗和处理时间的增加等问题。 [解决方案]控制电路(140)控制设置有馈送装置(120)的绘图机(100),用于输送卷纸(110)和处理装置(130),用于处理送纸的卷纸(110) 由进给装置(120)排出。 控制电路(140)包括进给控制部(302),其控制进给装置(120),使得在处理装置(130)在卷纸(110)的一页上开始处理之前,包括 预先送出一页,然后预先送出的页面相对于处理装置(130)的处理位置在上游侧的位置被拉回并退回,并且处理控制部分 (310),其控制所述处理装置(130),使得当预先馈送所述一页的经过时间已经达到预定待机时间时开始所述一页的处理。
    • 8. 发明公开
    • PROCESSING APPARATUS
    • 加工设备
    • EP2213601A1
    • 2010-08-04
    • EP08853960.6
    • 2008-11-19
    • Uni-Charm Corporation
    • KAMEDA, Noritomo
    • B65H23/18A61F5/44B65H20/04B65H20/24
    • B65H20/24B65H2301/4491B65H2404/1421
    • Processing positional accuracy for processing a work 1 is improved in a processing apparatus 10 that processes a work 1 while intermittently halting the same without affecting the carrying of the work 1 at upstream and downstream processing positions Pn-1, Pn+1.
      The processing apparatus 10 intermittently halts and processes, at a processing position Pn, a belt-like work 1 that is continuously carried along a predetermined direction. The processing apparatus includes: a processing section 20 that is provided at the processing position Pn and that performs the processing on the work 1 while the work 1 is being halted; an entering-side buffer mechanism 34a that is provided on an upstream side of the processing section 20 in the predetermined direction and that can accumulate the work 1 carried from upstream; an exit-side buffer mechanism 34b that is provided on a downstream side of the processing section 20 in the predetermined direction and that can accumulate the work 1 having been processed and to be carried downstream; and a sending section 31b that is provided between the entering-side buffer mechanism 34a and the processing section 20 and that sends out the work 1 accumulated by the entering-side buffer mechanism 34a to the processing section 20. By restricting the work 1, the sending section 31b halts the work 1 at the processing position Pn, and performs simultaneously decrease of an accumulation amount of work accumulated by the exit-side buffer mechanism 34b and increase of an accumulation amount of work accumulated by the entering-side buffer mechanism 34a in such a manner as the decrease in the accumulation amount of the exit-side buffer mechanism 34b and the increase in the accumulation amount of the entering-side buffer mechanism 34a equal to one another. By canceling the restriction on the work 1, the sending section 31b releases the halt of the work 1, and performs simultaneously increase of the accumulation amount of the exit-side buffer mechanism 34b and decrease of the accumulation amount of the entering-side buffer mechanism 34a in such a manner as the increase in the accumulation amount of the exit-side buffer mechanism 34b and the decrease in the accumulation amount of the entering-side buffer mechanism 34a equal to one another.
    • 在不影响上游和下游处理位置Pn-1,Pn + 1处的工件1的运送的同时间歇地暂停工件1的同时处理工件1的处理设备10中,用于处理工件1的加工位置精度得到了改善。 处理装置10在处理位置Pn间歇地停止并处理沿预定方向连续传送的带状工件1。 该处理装置具备:处理部20,其设置于处理位置Pn,在工件1停止时对工件1进行处理; 入口侧缓冲机构34a,其设置在处理部20的规定方向的上游侧,能够积存从上游侧运送的工件1; 出口侧缓冲机构34b,该出口侧缓冲机构34b设置在处理部20的预定方向的下游侧,并且能够积聚已经处理并被运送到下游的工件1; 以及发送部分31b,其设置在入侧缓冲机构34a和处理部分20之间,并将由入侧缓冲机构34a累积的工作1发送到处理部分20.通过限制工作1, 发送部31b在加工位置Pn停止工件1,同时进行由出口侧缓冲机构34b蓄积的作业的堆积量的减少和由入侧缓冲机构34a蓄积的作业的堆积量的增加 使得出口侧缓冲机构34b的堆积量的减少和入口侧缓冲机构34a的堆积量的增加相等。 通过解除对工件1的限制,发送部31b解除工件1的停止,同时进行出口侧缓冲机构34b的堆积量的增加和进入侧缓冲机构的堆积量的减少 34a以使出口侧缓冲机构34b的堆积量增加和入口侧缓冲机构34a的堆积量减少量相等的方式进行设置。