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    • 1. 发明专利
    • Mineral-filled soap and its making process
    • 矿物填充肥皂及其制造工艺
    • JP2007308673A
    • 2007-11-29
    • JP2006168061
    • 2006-05-22
    • Masakazu Shirakawa昌和 白川
    • SHIRAKAWA MASAKAZUABE MIKI
    • C11D9/38A61K8/19A61K8/42A61K8/97A61Q19/10C11D9/08C11D9/26C11D13/16
    • PROBLEM TO BE SOLVED: To provide a new mineral-filled soap mild to a skin and feeding nutrition to the skin.
      SOLUTION: This mineral-filled soap comprises a soap substrate, a humic shale (humus shale) extract, a herbal medicine extract and ceramide. The herbal medicine extract is preferably a mixture of liquids containing the herbal medicine component extracted by dipping glycyrrhiza, a sophora root and a coix seed in an alcohol or butylene glycol for 2-3 weeks. The mineral-filled soap can be made by mixing a desired amount of the humic shale extract, the herbal medicine extract and ceramide with the heated, liquified soap substrate, casting the resulting mixture, standing it to cool and solidify, and decasting it. The mineral-filled soap can also be made by mixing a required amount of the humic shale extract with an emulsified reaction product that is produced by saponification of a heated vegetable oil with an aqueous caustic soda solution under enough agitation, casting the mixture into a mold, standing it to cool and solidify, and demolding it.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:为皮肤提供新的充满矿物质的肥皂,并向皮肤喂养营养。 解决方案:该矿物填充肥皂包括肥皂底物,腐殖质页岩(腐殖质页岩)提取物,草药提取物和神经酰胺。 草药提取物优选是含有通过浸提甘草,槐根和枸杞子在醇或丁二醇中提取的草药成分的液体混合物2-3周。 矿物填充的肥皂可以通过将所需量的腐殖质页岩提取物,草药提取物和神经酰胺与加热的液化肥皂基质混合,将所得混合物浇注,冷却固化并进行焙烤来制备。 矿物填充肥皂还可以通过将所需量的腐殖质页岩提取物与通过在足够搅拌下用苛性钠水溶液皂化加热的植物油而产生的乳化反应产物混合来制备,将混合物浇注到模具 站在一起冷静凝固,脱模。 版权所有(C)2008,JPO&INPIT
    • 2. 发明申请
    • LAYOUT DESIGN SUPPORT SYSTEM, METHOD, AND PROGRAM
    • 布局设计支持系统,方法和程序
    • US20100274536A1
    • 2010-10-28
    • US12767334
    • 2010-04-26
    • Yuuki OKADAMasakazu Shirakawa
    • Yuuki OKADAMasakazu Shirakawa
    • G06F17/50
    • G06F17/5004G05B19/41885G06F2217/02
    • According to one embodiment, a layout design support system has a layout editing unit which edits equipment arrangement data, equipment connection element data and the other data, and depicts the edited data, and a storage unit which storage such data. The storage unit stores equipment arrangement data that includes not only equipment specification data, and arrangement coordinate data and size data of each equipment, but also piece number of each piece configuring the equipment, and stores equipment connection element data that includes connection name, equipment name of upstream and downstream connection destination equipments, piece number and port of the equipments. The layout editing unit edits the equipment arrangement data or equipment connection element data at the level of the piece in accordance with an accepted edit instruction.
    • 根据一个实施例,布局设计支持系统具有布局编辑单元,其编辑设备布置数据,设备连接单元数据和其他数据,并且描绘编辑的数据,以及存储该数据的存储单元。 存储单元存储不仅包括设备规格数据的设备布置数据,以及每个设备的排列坐标数据和尺寸数据,还包括配置设备的每件件的件号,并存储包括连接名称,设备名称 上下游连接目的地设备,设备件号和端口。 布局编辑单元根据所接受的编辑指令编辑该片段的设备布置数据或设备连接元件数据。
    • 5. 发明授权
    • Multipoint link data-transmission control system
    • 多点链路数据传输控制系统
    • US4888728A
    • 1989-12-19
    • US31576
    • 1987-03-30
    • Masakazu ShirakawaHiroaki YamashitaToshio Nishida
    • Masakazu ShirakawaHiroaki YamashitaToshio Nishida
    • G06F13/00G06F13/42G06F15/16G06F15/177H04L12/403H04L29/06H04L29/08
    • H04L12/403G06F13/423
    • According to a multipoint link data-transmission control system, a master transmission device delivers message data via a bidirectional transmission path to a plurality of slave transmission devices, the data containing a control field for designating control data for setting or resetting a flag. The transmitting of data from the slave transmission device to the master transmission device is allowed when the flag is set, and is inhibited when the flat is reset. Where the transmitting of data from a faulty slave transmission device is to be inhibited, the master transmission device transmits the data to the faculty slave transmission device, by designating flag reset data to the control field of the message data. As a result, a transmission-enable signal, which is delivered in synchronization with a transmission-timing clock signal, is reset, thereby stopping the transmitting of data from the slave transmission device to the master transmission device.
    • 根据多点链路数据传输控制系统,主传输设备经由双向传输路径将消息数据传送到多个从属传输设备,该数据包含用于指定用于设置或重置标志的控制数据的控制字段。 当标志被设置时,允许从从属传输设备向主传输设备发送数据,并且当平面被复位时被禁止。 在要禁止从故障从属传输设备发送数据的情况下,主传输设备通过将标志复位数据指定给消息数据的控制字段来将数据发送给教师从属传输设备。 结果,与发送定时时钟信号同步地发送的发送使能信号被复位,从而停止从从属发送装置向主发送装置发送数据。
    • 8. 发明授权
    • Mobile station unit and channel switching method
    • 移动台单元和信道切换方式
    • US5383221A
    • 1995-01-17
    • US842614
    • 1992-02-27
    • Yoshihiro AkitaMasakazu Shirakawa
    • Yoshihiro AkitaMasakazu Shirakawa
    • H04W36/08H04W36/30H04W36/36H04B1/38
    • H04W36/30H04W36/36
    • In a mobile radio system including at least one mobile station unit and a plurality of base station units, the mobile station unit communicates with a base station through time-division multiplexed control and communication channels. The mobile station unit includes a line quality detecting section for detecting the deterioration of the line quality occurring during communication, and a control section for controlling the entire unit. The control section includes a retrieval section which, when the deterioration of the line quality is detected by the line quality detecting section, interrupts current communication with a base station unit during a predetermined period, receives a control channel from another (new) base station unit during that period and then retrieves predetermined information, and a channel switching section which, when the predetermined information can be detected by the retrieval section, terminates the current communication with the base station and performs a process of connection to the new base station unit on the basis of the predetermined information.
    • 在包括至少一个移动站单元和多个基站单元的移动无线电系统中,移动站单元通过时分复用控制和通信信道与基站进行通信。 移动站单元包括线路质量检测部分,用于检测在通信期间发生的线路质量的恶化;以及控制部分,用于控制整个单元。 控制部包括:检索部,其在通过线路质量检测部检测到线路质量的恶化时,在预定期间中断与基站单元的当前通信,从另一(新)基站单元接收控制信道 在该期间内检索规定的信息,以及信道切换部,当所述检索部检测出所述规定信息时,终止与所述基站的当前通信,并进行与所述新基站部的连接的处理 基础的预定信息。
    • 9. 发明授权
    • Data transmission system
    • 数据传输系统
    • US4733390A
    • 1988-03-22
    • US904677
    • 1986-09-08
    • Masakazu ShirakawaHiroyuki Hasegawa
    • Masakazu ShirakawaHiroyuki Hasegawa
    • H04J3/06H04L12/52H04Q11/04H04J3/02
    • H04Q11/0407H04L12/52H04J3/0685
    • A data transmission system in which a plurality of data transmitting circuits with different addresses allotted thereto and a common data receiving circuit are coupled to one another through common data transmission lines. A clock pulse signal determining the rate of data transmission and a frame sync signal determining one frame period having a plurality of time slots are transmitted to the common data transmission lines. The plurality of data transmission circuits are each given a right to transmit data in a plurality of time slots according to a predetermined priority. Each data transmitting circuit is allowed to transmit data in time slots other than a time slot in which a first priority is assigned to itself, after confirming that no data is being transmitted to the common data transmission line by other data transmitting circuits with a priority higher than its priority.
    • 一种数据传输系统,其中分配有不同地址的多个数据发送电路和公共数据接收电路通过公共数据传输线彼此耦合。 确定数据传输速率的时钟脉冲信号和确定具有多个时隙的一个帧周期的帧同步信号被发送到公共数据传输线。 多个数据传输电路各自被赋予根据预定优先级在多个时隙中发送数据的权利。 允许每个数据发送电路在确定没有数据被其他优先级更高的数据发送电路发送到公共数据传输线之后,在除了其自身的第一优先级的时隙之外的时隙中发送数据 比其优先。
    • 10. 发明授权
    • Radio communication system
    • 无线通信系统
    • US5446739A
    • 1995-08-29
    • US177313
    • 1994-01-04
    • Motohiro NakanoMasakazu Shirakawa
    • Motohiro NakanoMasakazu Shirakawa
    • H04J3/00H04B7/26H04Q7/38H04B7/212
    • H04B7/2659
    • Portable stations with a single receiver can perform communication using a plurality of slots in one frame in time division multiple access (TDMA) transmission. When communication is performed between one of the portable stations and a cell station with data of two 32 kbps data into which an exchange converts one 64 kbps data, the portable station occupies two slots in one TDMA frame. A controller of the cell station assigns these two slots as being separated from each other by at least one slot. Alternatively, the controller assigns these two slots as being adjacent to each other and assigns same carrier frequency to these slots. Thus, communication with a transmission rate of 63 kbps can be performed by using two slots or two channels of 32 kbps.
    • 具有单个接收机的便携式站可以在时分多址(TDMA)传输中使用一帧中的多个时隙进行通信。 当在一个便携式站和具有两个32kbps数据的数据的小区之间进行通信时,交换机转换一个64kbps数据,便携式站占用一个TDMA帧中的两个时隙。 小区的控制器将这两个时隙分配成彼此分开至少一个时隙。 或者,控制器将这两个时隙分配为彼此相邻并且向这些时隙分配相同的载波频率。 因此,可以通过使用32kbps的两个时隙或两个信道来执行具有63kbps的传输速率的通信。