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    • 2. 发明授权
    • Locking and unlocking device
    • 锁定和解锁装置
    • US4602150A
    • 1986-07-22
    • US580185
    • 1984-02-15
    • Makoto NishikawaMinoru Tanaka
    • Makoto NishikawaMinoru Tanaka
    • E05B17/14E05B47/00G07C9/00G06K5/00
    • E05B47/0043E05B17/142G07C9/00722Y10T70/8649
    • A locking and unlocking device particularly employable for a double lock system such as a bank lock and a client lock is disclosed. To operate the bank lock, a magnetic card specifically allocated to a client is inserted into a casing or cover through a card insert hole until a plurality of magnetized points on the magnetic card are located in alignment with the corresponding permanent magnet pins, which are held in engagement holes on a sliding member or lever. Polarities and coordinate positions of the magnetized points on the magnetic card are previously determined by means of an encoder. The permanent magnet pins are brought in disengagement from the engagement holes under the influence of magnetic repulsive or attractive force developed between the permanent magnet pins and the magnetized points on the magnetic card when the latter is inserted through the card insert hole. After the sliding member or lever is free from the permanent magnet pins, it is displaced in such a direction that a window formed on the bottom of the casing or the base member becomes exposed to the outside and thereafter the client inserts his key through the window to open the client lock. The cover is slidably fitted to the base member, and after the magnetic card is inserted, it is displaced in the opposite direction to that of insertion of the magnetic card. Safe room entering and leaving readers are preferably fitted to an automatic door for the rental safe room.
    • 公开了一种特别适用于诸如银行锁和客户端锁的双重锁定系统的锁定和解锁装置。 为了操作银行锁,通过卡插入孔将特定分配给客户端的磁卡插入到壳体或盖中,直到磁卡上的多个磁化点位于与所保持的相应的永久磁铁销对准的位置 在滑动构件或杠杆上的接合孔中。 预先通过编码器确定磁卡上的磁化点的极性和坐标位置。 当永久磁铁销插入磁卡插入孔时,在永久磁铁销和磁卡上的磁化点之间形成的磁性排斥力或吸引力的影响下,永久磁铁销与接合孔分离。 在滑动构件或杠杆没有永久磁铁销之后,它沿着形成在壳体底部或基座构件上的窗户暴露于外部的方向移动,然后客户端将钥匙插入窗口 打开客户端锁。 盖可滑动地装配到基座构件上,并且在插入磁卡之后,它以与插入磁卡的方向相反的方向移位。 出入保险箱的安全室最好安装在出租保险柜的自动门上。
    • 4. 发明申请
    • COMMUNICATION SYSTEM
    • 通讯系统
    • US20120099445A1
    • 2012-04-26
    • US12735561
    • 2009-01-28
    • Tadashi MatsumotoMakoto Nishikawa
    • Tadashi MatsumotoMakoto Nishikawa
    • H04L12/26
    • H04L12/403H04L12/40006H04L25/38H04L43/00H04L69/28
    • A communication system has a communication control unit, communication terminal units and communication units. The communication control unit and the communication terminal units communicate according to a first protocol. The communication units mutually communicate according to a second protocol. A specific communication unit of the communication units has a data analyzer and a data transmitter. The data analyzer judges whether or not second monitoring information represents a steady state. The data transmitter transmits the control information corresponding to the second monitoring information to at least one related second communication terminal unit through the communication control unit according to the first protocol if the second monitoring information represents an unsteady state. Thereby, the load connected to the second communication terminal unit is controlled.
    • 通信系统具有通信控制单元,通信终端单元和通信单元。 通信控制单元和通信终端单元根据第一协议进行通信。 通信单元根据第二协议相互通信。 通信单元的特定通信单元具有数据分析器和数据发送器。 数据分析器判断第二监视信息是否表示稳定状态。 如果第二监视信息表示不稳定状态,则数据发送器通过根据第一协议的通信控制单元向至少一个相关的第二通信终端单元发送与第二监视信息相对应的控制信息。 由此,控制连接到第二通信终端单元的负载。
    • 5. 发明授权
    • Multi-phase modulator having automatic compensators for offsets of
orthogonal adjustment
    • 具有用于正交调整偏移的自动补偿器的多相调制器
    • US6014065A
    • 2000-01-11
    • US40449
    • 1998-03-18
    • Makoto Nishikawa
    • Makoto Nishikawa
    • H04L27/20
    • H04L27/2067
    • A multi-phase modulator for modulating n digital data into a 2.sup.n digital phase modulated signal includes digital-analog convertors for converting the digital data into analog signals, automatic gain compensators for controlling output levels of the analog signals, binary phase modulators for modulating the analog signals, a 90-degree phase shifter operatively connected to the binary phase modulators for providing modulated signals, the modulated signals being phase shifted from one another by 90-degrees, and offset compensators for compensating and adjusting offsets of orthogonal adjustment by automatic control, the offset compensators including DC offset compensators for controlling DC voltages of the digital-analog convertors, gain offset compensators for controlling gains of the automatic gain compensators, and a phase offset compensator for controlling phases of the modulated signals provided by the 90-degree phase shifter and input to the binary phase modulators.
    • 用于将n个数字数据调制为2n数字相位调制信号的多相调制器包括用于将数字数据转换为模拟信号的数字模拟转换器,用于控制模拟信号的输出电平的自动增益补偿器,用于调制模拟信号的二进制相位调制器 信号,可操作地连接到二进制相位调制器的90度移相器,用于提供调制信号,调制信号彼此相移90度;以及偏移补偿器,用于通过自动控制来补偿和调整正交调整的偏移, 偏移补偿器包括用于控制数模转换器的DC电压的DC偏移补偿器,用于控制自动增益补偿器的增益的增益偏移补偿器,以及用于控制由90度移相器提供的调制信号的相位的相位偏移补偿器,以及 输入到二进制相位调制器。
    • 6. 发明授权
    • Thermoplastic polymer composition
    • 热塑性聚合物组成
    • US5571865A
    • 1996-11-05
    • US440123
    • 1995-05-12
    • Makoto NishikawaMizuho MaedaHiromichi NakataHideo TakamatsuYoshio Hirayama
    • Makoto NishikawaMizuho MaedaHiromichi NakataHideo TakamatsuYoshio Hirayama
    • C08L23/12C08L23/16C08L53/02C08F297/04C08L53/00
    • C08L23/12C08L23/16C08L53/02
    • A thermoplastic polymer composition which comprises100 parts by weight of polypropylene (1);5 to 100 parts by weight of a hydrogenated block copolymer (2) which has at least one block A, at least one block B and at least one block C and which has a number average molecular weight of not higher than 700,000 wherein the block A consists essentially of a butadiene polymer having a number average molecular weight of 2500 to 200,000 and a vinyl bond content of not higher than 20%, the block B consists essentially of a polymer of isoprene and butadiene at a ratio by weight of 30:70 to 100:0 and has a number average molecular weight of 30,000 to 300,000 and a vinyl bond content of not higher than 20%, and the block C consists essentially of a polymer of isoprene and butadiene at a ratio by weight of 0:100 to 100:0 and has a number average molecular weight of not higher than 200,000 and a vinyl bond content of not less than 40%; and0 to 100 parts by weight of an ethylene/propylene rubber wherein the ratio of the melt viscosity of hydrogenated block copolymer (2) to the melt viscosity of the polypropylene (1) as determined at 200.degree. C. at a shear rate of 1220 second.sup.-1, is in the range of 0.5:1 to 10:1.
    • 一种热塑性聚合物组合物,其包含100重量份的聚丙烯(1); 5至100重量份的氢化嵌段共聚物(2),其具有至少一个嵌段A,至少一个嵌段B和至少一个嵌段C,其数均分子量不高于700,000,其中嵌段A 基本上由数均分子量为2500〜200,000,乙烯基键含量为20%以下的丁二烯聚合物组成,嵌段B​​主要由异戊二烯和丁二烯的聚合物组成,重量比为30:70〜 100:0,数均分子量为30,000〜300,000,乙烯基键含量为20%以下,嵌段C主要由异戊二烯和丁二烯的聚合物组成,重量比为0:100〜100 :0,数均分子量不大于20万,乙烯基键含量不小于40%; 和0至100重量份的乙烯/丙烯橡胶,其中氢化嵌段共聚物(2)的熔体粘度与聚丙烯(1)的熔体粘度的比例在200℃下以1220的剪切速率测定 秒-1,在0.5:1到10:1的范围内。
    • 9. 发明授权
    • Communication system and communication method
    • 通信系统和通信方法
    • US08325599B2
    • 2012-12-04
    • US12532457
    • 2008-03-19
    • Tadashi MatsumotoMakoto NishikawaShoji KoiseMasayuki Amano
    • Tadashi MatsumotoMakoto NishikawaShoji KoiseMasayuki Amano
    • H04J3/16
    • H04L12/42H04L12/403H04L12/4035H04L12/66H04L43/18
    • A communication device 1 has a first protocol analysis section 11 that analyzes a status of a transmission signal Vs received at a transmission signal receiver 10. A transmission controller 14 determines a communication available period and a communication unavailable period based upon the analysis result. When the communication available period is determined, the transmission controller 14 allows a second protocol signal transmitter 12 to transmit a packet in accordance with a second protocol to a signal line Ls. With this result, it is possible to transmit a relatively large amount of data while suppressing noise influence caused by a varying condition of a carrier, in contrast to a prior system in which the transmission signal is superimposed only by a simple determination of the carrier condition. Thus, it is possible to share the signal line Ls with the time-division multiplexing transmission system and improve reliability of data transmission.
    • 通信设备1具有分析在发送信号接收机10处接收到的发送信号Vs的状态的第一协议分析部11。发送控制器14基于分析结果来确定通信可用期间和通信不可用期间。 当确定通信可用时段时,传输控制器14允许第二协议信号发射机12根据第二协议将信息包发送到信号线Ls。 由此,与传送信号仅通过载波条件的简单确定叠加的现有系统相比,能够抑制由载波的变化条件引起的噪声影响的同时传输较大量的数据 。 因此,可以与时分复用传输系统共享信号线Ls并提高数据传输的可靠性。
    • 10. 发明授权
    • Method of manufacturing hollow bodies and method of manufacturing
resinous containers
    • 制造中空体的方法和制造树脂容器的方法
    • US6054092A
    • 2000-04-25
    • US110464
    • 1998-07-07
    • Makoto NishikawaTakuji HikosakaKouichi Jinno
    • Makoto NishikawaTakuji HikosakaKouichi Jinno
    • B60S1/50B29C49/04B29C49/18B29C49/20B29C49/48B29L22/00B65D1/00
    • B29C49/20B29C49/4802B29C49/482B29C2049/2095B29C49/04B29L2031/30
    • The present invention provides a method of manufacturing resinous containers comprising: a preparing process in which segmental molding dies are prepared, the segmental molding dies comprising a first cavity for molding hollow bodies and a second cavity for molding auxiliary parts and a third cavity for holding the auxiliary part which communicates with the first cavity; a pre-molding process in which a resin parison is supplied between the segmental molding dies, the segmental molding dies are clamped, a compressed gas is blown into the resin parison to expand the resin parison within the first cavity and to fit the resin parison to the surface which forms an outline of the first cavity, of the segmental molding dies, the compressed gas is discharged from the resin parison, and the segmental molding dies are opened to take out a formed hollow body and a formed auxiliary part; and a main molding process in which the same process as the pre-molding process is implemented except that the formed auxiliary part is inserted in the third cavity before the resin parison is supplied between the segmental molding dies and that a new auxiliary part and a resin container in which the inserted auxiliary part is integrated with a hollow body are taken out. In the present invention, when once the pre-molding process is implemented, the preparing process and the main molding process are repeated.
    • 本发明提供一种制造树脂容器的方法,其特征在于包括:准备分段成型模具的制备方法,所述分段成型模具包括用于模制中空体的第一腔体和用于模制辅助部件的第二腔体,以及用于保持 辅助部件,与第一腔体连通; 预成型工艺,其中在分段成型模具之间供应树脂型坯,将片状模具夹紧,将压缩气体吹入树脂型坯中,以使第一模腔内的树脂型坯膨胀并将树脂型坯 形成节段成型模具的第一空腔的轮廓的表面,压缩气体从树脂型坯排出,并且分段模具打开以取出形成的中空体和形成的辅助部件; 以及主要成型工艺,其中除了在树脂型坯供应到节段成型模具之前形成的辅助部件插入第三空腔中,并且新的辅助部件和树脂之外,实现与预成型工艺相同的工艺 将插入的辅助部件与中空体相结合的容器被取出。 在本发明中,一旦实施了预成型工序,则重复制备工序和主成型工序。