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    • 3. 发明授权
    • Wireless network system and wireless communication device
    • 无线网络系统和无线通信设备
    • US08755296B2
    • 2014-06-17
    • US13308635
    • 2011-12-01
    • Masayuki MiyazakiKenichi MizugakiMasaru KokuboHideyuki NagaishiNobuhisa Kobayashi
    • Masayuki MiyazakiKenichi MizugakiMasaru KokuboHideyuki NagaishiNobuhisa Kobayashi
    • H04L12/26
    • H04W28/06H04L1/0002H04L1/0014H04L43/00H04L67/12H04L69/04H04L2001/0097H04W4/38H04W24/10H04W84/18Y02D70/00
    • A wireless communication device includes a sensor processing unit that generates sensor data including a measurement result acquired by a sensor; a communication measurement unit that generates communication quality data including a communication state for transmitting a packet; a compression determination unit that determines compression rates of first sensor data and first communication quality data according to the contents of the first sensor data including the transmitted sensor data and the generated sensor data or the contents of the first communication quality data including the transmitted sensor data and the generated communication quality data; a compression unit that compresses the first sensor data and the first communication quality data according to the determined compression rates; and a wireless communication unit that transmits a packet including the compressed first sensor data and the compressed first communication quality data to another wireless communication device or the access point.
    • 无线通信装置包括传感器处理单元,其生成包括由传感器获取的测量结果的传感器数据; 通信测量单元,其生成包括用于发送分组的通信状态的通信质量数据; 压缩确定单元,其根据包括所发送的传感器数据和所生成的传感器数据的第一传感器数据的内容或包括所发送的传感器数据的第一通信质量数据的内容来确定第一传感器数据和第一通信质量数据的压缩率 和生成的通信质量数据; 压缩单元,其根据确定的压缩率压缩第一传感器数据和第一通信质量数据; 以及无线通信单元,其将包括压缩的第一传感器数据和压缩的第一通信质量数据的分组发送到另一无线通信设备或接入点。
    • 4. 发明授权
    • Start-up procedure for an underwater granulating die
    • 水下造粒模具的启动程序
    • US5948336A
    • 1999-09-07
    • US858893
    • 1997-05-19
    • Minoru YoshidaHideki MizuguchiNobuhisa KobayashiMasaharu Ishida
    • Minoru YoshidaHideki MizuguchiNobuhisa KobayashiMasaharu Ishida
    • A47L13/256B29B9/06
    • B29B9/065B29C2793/0027B29C47/0011B29C47/0014B29C47/0066B29C47/0872B29C47/864
    • An underwater granulating method in which thermoplastic resin material is kneaded and melted by a kneading extruder while the melted resin material is extruded into cooling water from nozzles of a die with its external surface covered with the cooling water, and the resin material extruded in thin strings is cut by a cutter device driven to move along the external surface of the die. The method is characterized by the following steps: increasing the heating magnitude of the die so that the softened resin material filling the neighborhood of the external surface of the nozzles is melted; temporarily stopping the kneading extruder in the heating state where the kneading extruder is supplied with resin material; stopping the cutter device; reducing the heating quantity of the die; covering the external surface of the nozzles with the cooling water in the condition where the resin material filling the neighborhood of the external surface in the nozzles is softened to close the nozzles; and thereafter starting the drive of the cutter device and, at the same time, the drive of the kneading extruder.
    • 一种水下造粒方法,其中将热塑性树脂材料通过捏合挤出机捏合并熔化,同时将熔融的树脂材料从其外表面被冷却水覆盖的模具的喷嘴挤出到冷却水中,并且将树脂材料挤压成细绳 被切割装置切割,该切割装置被驱动以沿模具的外表面移动。 该方法的特征在于以下步骤:增加模具的加热幅度,使得填充喷嘴外表面附近的软化树脂材料熔化; 在捏合挤出机被供给树脂材料的加热状态下临时停止捏合挤出机; 停止切割装置; 降低模具的加热量; 在填充喷嘴外表面附近的树脂材料软化以封闭喷嘴的状态下用冷却水覆盖喷嘴的外表面; 然后开始切割装置的驱动,同时驱动捏合挤出机。
    • 5. 发明授权
    • Cyclic maintenance work schedule table preparation system
    • 循环维护工作进度表制备系统
    • US5343387A
    • 1994-08-30
    • US799064
    • 1991-11-27
    • Masaki HonmaAkio NakanoKouzou MabutiIsamu AsahiSetsuo TsurutaNobuhiro FujinoNobuhisa Kobayashi
    • Masaki HonmaAkio NakanoKouzou MabutiIsamu AsahiSetsuo TsurutaNobuhiro FujinoNobuhisa Kobayashi
    • G08B29/00G06Q10/00G06Q10/06G06Q10/10G06Q30/06G06Q50/00C06F15/22
    • G06Q10/06G06Q10/063112
    • A system is provided for the preparation of a cyclic maintenance work schedule table. The system includes a display unit which can show boxes defined by dates in a desired period and the names of individual workers. The system also has a worker data memory for storing scheduled work information of the individual workers during the period and work qualifications of the individual workers; a building data memory for storing the names, work details, last working dates, and contracted frequencies of maintenance work of buildings to be worked with during the period; a processor for deciding working dates in the period for the buildings stored in the building data memory; and another processor for allocating the names of the buildings in the descending order of the difficulty of work items on the basis of data - which have been obtained from the worker data memory, building data memory and working date deciding means - and, after one of the boxes has been filled with a predetermined working time, moving to another one of the boxes.
    • 提供了一种用于准备循环维护工作进度表的系统。 该系统包括显示单元,其可以显示由期望期间的日期定义的框以及个体工人的名称。 该系统还具有工作人员数据记录,用于在个人工作期间存储个别工人的工作情况和工作资格; 建筑物数据存储器,用于存储期间建筑物的名称,工作细节,最后工作日期和维修工作的合同频率; 处理器,用于确定存储在建筑物数据存储器中的建筑物的期间中的工作日期; 以及另一个处理器,用于根据从工作人员数据存储器,建筑物数据存储器和工作日期确定装置获得的数据,以工作项目难度的降序分配建筑物的名称,并且在其中一个 这些盒已经被填充了预定的工作时间,移动到另一个盒子。