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    • 1. 发明授权
    • Control apparatus for manufacturing system and method of controlling
therefor
    • 制造系统的控制装置及其控制方法
    • US05997169A
    • 1999-12-07
    • US958314
    • 1997-10-27
    • Yuzuru WatanabeToshio Tsuchiya
    • Yuzuru WatanabeToshio Tsuchiya
    • B23Q41/02G05B15/02G05B19/418G06F15/46
    • G05B19/41815Y02P90/08Y02P90/28
    • An apparatus for controlling a manufacturing system comprises a display device, including a pallet designation area for selecting a desired pallet and a machine tool designation area for selecting a desired machine tool, for displaying an operating status of the manufacturing system, an inputting device for selecting the desired pallet designation area and executing a moving operation to the desired machine tool designation area, and a conveyance controlling device for executing the control to carry the pallet indicated in the pallet designation area toward the machine tool indicated in the machine tool designation area in accordance with the moving operation performed by this inputting device. When starting up a manual conveying function for setting a remote conveyance indication by using this apparatus, a system status display screen is displayed. A pallet to be conveyed is selected from a pallet designation area on this system status display screen and dragged the pallet to a position of a station or a working device to which the pallet should be carried, and dropped. With such operations, a single indication of the remote conveyance is registered, and the conveyance is started. A conveyance setting screen is not displayed in overlap on the system status display, and therefore the conveyance can be indicated while monitoring the system.
    • 一种用于控制制造系统的装置,包括显示装置,包括用于选择期望的托盘的托盘指定区域和用于选择所需机床的机床指定区域,用于显示制造系统的运行状态,用于选择的输入装置 所需的托盘指定区域,并对所需的机床指定区域执行移动操作;以及输送控制装置,用于执行控制以将托盘指定区域中指示的托盘朝向机床指定区域中指示的机床 随着该输入装置执行移动操作。 通过使用本装置启动用于设定远程传送指示的手动传送功能时,显示系统状态显示画面。 要从该系统状态显示屏幕上的托盘指定区域中选择要运送的托盘,并将托盘拖动到托盘所在的站点或工作设备的位置,并丢弃。 通过这样的操作,登录了远程传送的单个指示,并且开始传送。 传送设定画面在系统状态显示时不重叠显示,因此可以在监视系统时指示传送。
    • 4. 发明授权
    • Combusting apparatus with storage battery included therein
    • 其中包含蓄电池的燃烧装置
    • US5720608A
    • 1998-02-24
    • US606016
    • 1996-02-12
    • Yutaka AokiYuzuru WatanabeKoichi Mitsufuji
    • Yutaka AokiYuzuru WatanabeKoichi Mitsufuji
    • F23N5/10F23N5/24F23N5/26F23Q7/22F24C3/12
    • H02J7/32F23N5/102F23N5/265F23N2031/02F23N2035/14
    • A combusting apparatus of the present invention can easily recharge an incorporated storage battery that has been exhausted to or below a required minimum level. A burner (18) in the combusting apparatus is further provided with a thermoelectricity generating element (4), which receives the heat of combustion and generates a thermoelectric e.m.f. When a multi-contact switch (16) is activated to set the arrangement of plural capacitors (15) in parallel, the capacitors (15) having the parallel configuration are charged with a thermoelectric e.m.f. generated by the thermoelectricity generating element (4). When an operation of a switching button (20) activates the multi-contact switch (16) to change the arrangement of the capacitors (15) from the parallel configuration to the series configuration, the sum of the voltages of the capacitors (15) is applied to an oscillation circuit (9) included in a booster circuit (8) as well as a storage battery (12). The booster circuit (8) is then activated to boost the thermoelectric e.m.f. generated by the thermoelectricity generating element (4) and start applying the boosted voltage to the storage battery (12). This enables the exhausted storage battery (12) to be efficiently recharged with the power supplied from the capacitors (15) and the booster circuit (8).
    • 本发明的燃烧装置可以容易地对已经排放到或低于要求的最低水平的并入蓄电池进行再充电。 燃烧装置中的燃烧器(18)还设置有热电发生元件(4),其接收燃烧热并产生热电e.m.f. 当多触点开关(16)被激活以并联设置多个电容器(15)的布置时,具有并联配置的电容器(15)被充满热电e.m.f。 由热电发生元件(4)产生。 当切换按钮(20)的操作激活多接点开关(16)以将电容器(15)的布置从并联配置改变为串联配置时,电容器(15)的电压之和为 施加到包括在升压电路(8)中的振荡电路(9)以及蓄电池(12)。 升压电路(8)然后被激活以升高热电e.m.f. 由所述热电发生元件(4)产生并开始对所述蓄电池(12)施加所述升压电压。 由此,能够使由蓄电池(15)和升压电路(8)供给的电力对耗尽的蓄电池(12)进行高效率的再充电。
    • 5. 发明授权
    • Cathode ray tube
    • 阴极射线管
    • US4720748A
    • 1988-01-19
    • US726902
    • 1985-04-18
    • Hiroji SumiyoshiKazuo OmaeAkira HamanakaYuzuru Watanabe
    • Hiroji SumiyoshiKazuo OmaeAkira HamanakaYuzuru Watanabe
    • H01J29/86H01J29/87C11B9/00
    • H01J29/87
    • This invention relates to a cathode ray tube which uses a tension band to afford an implosion protection. The cathode ray tube of this invention includes a panal (21) formed of a face portion (4) which is respectively formed as a curved surface and a skirt portion (5). A mold match line (23) of this panel (21) is formed so as to substantially follow the boundary between the face portion (4) and the skirt portion (5) and a tension band (29) for use in implosion protection is wound around this mold match line (23). Accordingly, the tension of the tension band can effectively be transmitted to the entire periphery of the face portion and thus the implosion protection of the panel can be increased.
    • PCT No.PCT / JP84 / 00401 Sec。 371日期:1985年4月18日 102(e)日期1985年4月18日PCT提交1984年8月15日PCT公布。 公开号WO85 / 01151 PCT 1985年3月14日公开。本发明涉及使用张力带提供内爆保护的阴极射线管。 本发明的阴极射线管包括由分别形成为曲面的面部(4)和裙部(5)形成的平板(21)。 该面板(21)的模具匹配线(23)形成为大致跟随面部(4)和裙部(5)之间的边界,并且用于内爆保护的张力带(29)被卷绕 围绕这个模具匹配线(23)。 因此,张力带的张力可以有效地传递到面部的整个周边,从而可以提高面板的内爆保护。
    • 8. 发明授权
    • Combustion apparatus having a built-in storage battery
    • 具有内置蓄电池的燃烧装置
    • US5599181A
    • 1997-02-04
    • US618418
    • 1996-03-08
    • Yutaka AokiYuzuru WatanabeKouichi Mitsufuji
    • Yutaka AokiYuzuru WatanabeKouichi Mitsufuji
    • F23N5/24F23N5/10
    • F23N5/102F23N2027/36F23N2031/02F23N2035/14
    • A combustion apparatus has a built-in storage battery and has circuitry which restores a sufficient amount of stored electrical energy in the storage battery when the amount of electrical energy stored in the storage battery is lowered below a required level. A thermoelectric generator element is heated by combustion heat produced by a burner to generate a thermal electromotive force. A manual operation of a slide button causes an associated multi-contact switch to repetitively turn ON and OFF, such that a coil in a booster circuit boosts a voltage generated by the thermoelectric generator element. The boosted voltage is applied to an oscillator circuit in the booster circuit, so that the booster circuit is driven to boost the voltage from the thermoelectric generator element as well as to start powering the oscillator circuit and a storage battery. Consequently, a sufficient amount of stored electrical energy is restored in the storage battery.
    • 燃烧装置具有内置的蓄电池,并且当存储在蓄电池中的电能量降低到所要求的水平以下时,具有恢复蓄电池中足够量的储存电能的电路。 热电发电机元件由燃烧器产生的燃烧热量加热以产生热电动势。 滑动按钮的手动操作使得相关联的多接触开关重复地接通和断开,使得升压电路中的线圈升高由热电发电机元件产生的电压。 升压电压被施加到升压电路中的振荡电路,从而驱动升压电路以升高来自热电发电机元件的电压,以及开始为振荡电路和蓄电池供电。 因此,在蓄电池中恢复足够量的储存的电能。