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    • 1. 发明申请
    • Heat transfer recording material
    • 热转印记录材料
    • US20050118363A1
    • 2005-06-02
    • US10948286
    • 2004-09-24
    • Junichi FujimoriShinichi Yoshinari
    • Junichi FujimoriShinichi Yoshinari
    • B41M5/385B41M5/46B41M5/40
    • B41M5/46B41M5/385
    • To provide a white heat transfer recording material having a high hiding power and a high recording sensitivity, and a heat transfer recording material which shows no hue change after image formation and which can provide a hue equal to that of printed matters, can provide a high sensitivity and can be used for package and print color proof, the heat transfer recording material includes a support; a light-to-heat conversion layer containing a light-to-heat conversion material and a matting agent having an average particle diameter of more than 0.5 μm and less than 5 μm; and an image-forming layer containing titanium oxide, or the heat transfer recording material includes a light-to-heat conversion layer having a absorbance of 1.0 to 2.0 at a peak wavelength of laser light; and a ratio of the absorbance to a thickness of the light-to-heat conversion layer of 2.5 to 3.2.
    • 为了提供具有高遮盖力和高记录灵敏度的白色传热记录材料,以及在图像形成之后不显示色相变化并且可以提供与印刷物相同的色调的传热记录材料可以提供高 灵敏度高,可用于包装和打印色彩校验,传热记录材料包括支架; 包含平均粒径大于0.5μm且小于5μm的光热转换材料和消光剂的光热转换层; 和含有氧化钛的图像形成层,或者传热记录材料包括在激光的峰值波长处的吸光度为1.0〜2.0的光热转换层; 并且光热转换层的吸光度与厚度的比率为2.5〜3.2。
    • 2. 发明授权
    • Acoustic structure
    • 声学结构
    • US08157052B2
    • 2012-04-17
    • US12660813
    • 2010-03-04
    • Junichi FujimoriYoshikazu Honji
    • Junichi FujimoriYoshikazu Honji
    • E04B1/84E04B1/82E04B1/74
    • G10K11/172G10K11/175
    • In an acoustic structure, sound absorbing effect is achieved by interference between incident waves falling in an opening portion and reflected waves radiated from the opening as a result of resonance occurring within a hollow member in response to the incident waves, and a sound absorbing region is formed, for example, in a frontal direction of the opening portion. Sound scattering effect is achieved through interaction between the above-mentioned interference and interference between the incident waves and sound waves radiated from the opening portion, and a sound scattering region is formed, for example, near the sound absorbing region. A sound scattering effect is achieved by flows of gas molecules being produced in an oblique direction, not normal to the opening portion and reflective surface, due to a phase difference between the sound waves radiated from the opening portion and the sound waves radiated from the reflective surface.
    • 在声学结构中,响应于入射波,由于在中空构件内发生共振的结果,落入开口部分的入射波与从开口辐射的反射波之间的干涉实现了吸音效果,并且吸音区域 形成在例如开口部的正面方向上。 通过上述入射波与从开口部辐射的声波之间的干涉与干扰之间的相互作用实现声散射效果,并且例如在吸音区附近形成声散射区域。 由于从开口部分辐射的声波与从反射面辐射的声波之间的相位差,在倾斜方向上产生的气体分子的流动而不是垂直于开口部分和反射表面而产生的声散射效应 表面。
    • 3. 发明授权
    • Data communication interface with adjustable-size buffer
    • 数据通讯接口与可调大小的缓冲区
    • US06404770B1
    • 2002-06-11
    • US09196955
    • 1998-11-20
    • Junichi FujimoriYoshihiro Inagaki
    • Junichi FujimoriYoshihiro Inagaki
    • H04L1254
    • H04L12/40052H04L12/40071H04L12/6418H04L49/90H04L49/901
    • For data packet communication between a plurality of nodes via a communication network, a data communication interface device is used in at least one of a transmitting end and a receiving node. The interface device includes a plurality of interface chips each including a storage section of a predetermined capacity for buffering a data packet to be transmitted or having been received via the communication network, and a control section for controlling each of the interface chips to thereby control transmission or reception of the data packet to or from the communication network. The number of the interface chips to be connected to the control section is optionally selectable in such a manner that an overall buffer storage size in the interface device can be freely adjusted by just increasing or decreasing the number of the interface chips.
    • 对于经由通信网络的多个节点之间的数据分组通信,在发送端和接收节点中的至少一个中使用数据通信接口设备。 接口装置包括:多个接口芯片,每个接口芯片包括预定容量的存储部分,用于缓冲要通过通信网络接收的数据分组;以及控制部分,用于控制每个接口芯片从而控制传输 或向通信网络或从通信网络接收数据分组。 要连接到控制部分的接口芯片的数量可选地可以通过仅仅增加或减少接口芯片的数量来自由地调整接口设备中的总体缓冲存储器大小。
    • 4. 发明授权
    • Network system having automatic reconstructing function of logical paths
    • 具有逻辑路径自动重建功能的网络系统
    • US5867497A
    • 1999-02-02
    • US584175
    • 1996-01-11
    • Junichi FujimoriTatsutoshi Abe
    • Junichi FujimoriTatsutoshi Abe
    • H04B1/20H04L12/50
    • H04B1/205
    • A network system is logically established according to path information to circulate a data throughout a complex of electronic equipments which are communicably connected to one another. Each electronic equipment has at least either of a receiver port which receives a data and a transmitter port which transmits a data. The path information is effective to enable a primary electronic equipment having a receiver port to identify a secondary electronic equipment having a corresponding transmitter port. The primary electronic equipment opens a logical path of the data connecting between its own receiver port and the corresponding transmitter port of the secondary electronic equipment according to the provided path information to thereby enable circulation of the data throughout the complex of the electronic equipments.
    • 根据路径信息逻辑地建立网络系统,以便在可彼此连接的电子设备的复合体中循环数据。 每个电子设备具有接收数据的接收器端口和发送数据的发送器端口中的至少一个。 路径信息有效地使得具有接收器端口的主要电子设备能够识别具有相应发射机端口的次要电子设备。 主电子设备根据所提供的路径信息,打开数据连接在二级电子设备的接收端口与对应发射机端口之间的逻辑路径,从而使数据在电子设备的整个复合体中循环。
    • 5. 发明授权
    • Network system of musical equipments with message error check and remote
status check
    • 具有消息错误检查和远程状态检查的音乐设备网络系统
    • US5652400A
    • 1997-07-29
    • US511691
    • 1995-08-07
    • Junichi FujimoriTatsutoshi Abe
    • Junichi FujimoriTatsutoshi Abe
    • G10H1/00
    • G10H1/0066
    • A musical network system has a plurality of musical equipments interconnected to each other through a communication network which circulates a control message for producing a musical sound. One musical equipment has a transmitter for transmitting a control message to the communication network. Another musical equipment has a receiver for receiving the control message from the communication network. An internal tone generator operates according to the received control message for producing a musical sound. A detector detects whether the received control message is a right one which may not disturb operation of the generator means or a wrong one which may disturb operation of the generator means. A transmitter returns an error message to the one musical equipment through the communication network when the detector detects that the received control message is the wrong one. Further, a receiver of the one musical equipment receives from the communication network status information which is returned by another musical equipment, and checks the returned status information to detect if mis-operation has occurred in another musical equipment for initiating recovery of the mis-operation.
    • 音乐网络系统具有通过通信网络相互互连的多个音乐设备,该通信网络循环用于产生音乐声音的控制消息。 一个音乐设备具有用于向通信网络发送控制消息的发射机。 另一种音乐设备具有用于从通信网络接收控制消息的接收机。 内部音调发生器根据所接收的控制消息来产生音乐声音。 检测器检测接收到的控制消息是否是可能不干扰发生器装置的操作的错误的控制消息或者可能干扰发生器装置的操作的错误的控制消息。 当检测器检测到接收到的控制消息错误时,发送器通过通信网络向一个音乐设备返回错误消息。 此外,一个音乐设备的接收机从通信网络接收由另一个音乐设备返回的状态信息,并且检查返回的状态信息,以检测在另一个音乐设备中是否发生错误操作以启动误操作的恢复 。
    • 6. 发明授权
    • Sound localization control apparatus
    • 声音定位控制装置
    • US5440639A
    • 1995-08-08
    • US135900
    • 1993-10-13
    • Yasutake SuzukiJunichi Fujimori
    • Yasutake SuzukiJunichi Fujimori
    • H04S1/00H04S5/00
    • H04S1/002H04S1/005H04S2420/01
    • A sound localization control apparatus is used to localize the sounds, which can be produced from a synthesizer and the like, at a target sound-image location. The target sound-image location is intentionally located in a three-dimensional space which is formed around a listener who listens to the sounds. The sound localization control apparatus at least provides a controller, a plurality of sound-directing devices and an allocating unit. The controller produces a distance parameter and a direction parameter with respect to the target sound-image location. The allocating unit allocates acoustic data (e.g., two-channel binaural signals), representing the sounds to be localized, to the sound-directing devices in response to the distance parameter and the direction parameter. Each of the sound-directing devices is applied with each of predetermined sounding directions which are arranged in a horizontal plane with respect to the listener. Thus, each sound-directing device performs a data processing on the acoustic data allocated thereto so as to eventually localize the sounds in each of the predetermined sounding direction. At least three sounding directions are required when localizing the sounds. The sound-directing device can be configured by a finite-impulse response filter.
    • 声音定位控制装置用于在目标声像位置定位可从合成器等产生的声音。 目标声像位置有意地位于一个三维空间中,该三维空间围绕听着声音的听众形成。 声音定位控制装置至少提供控制器,多个声音引导装置和分配单元。 控制器产生相对于目标声像位置的距离参数和方向参数。 分配单元响应于距离参数和方向参数,将表示要定位的声音的声学数据(例如,双声道双耳信号)分配给声音引导装置。 每个声音引导装置被施加有相对于收听者布置在水平面中的每个预定的声音方向。 因此,每个声音指示装置对分配给它的声学数据执行数据处理,以便最终将每个预定探测方向上的声音定位。 本地化声音时,至少需要三个探测方向。 声导引装置可以由有限脉冲响应滤波器来配置。
    • 8. 发明授权
    • Musical tone generating apparatus
    • 音乐发生装置
    • US5027689A
    • 1991-07-02
    • US401158
    • 1989-08-31
    • Junichi Fujimori
    • Junichi Fujimori
    • G10H1/00G10H7/00
    • G10H1/0091G10H7/002G10H2210/281G10H2220/096G10H2220/111Y10S84/01Y10S84/27
    • A musical tone generating apparatus includes a position information generating device to generate musical instrument position information (PS) as plane coordinates values. This information (PS) is stored in a memory device, or selectively determined by a manual operation. The apparatus also includes an information converting device to convert information (PS) into musical tone parameter control information (PD). This control information (PD) controls musical tone source signals (S11, S12, and S13) to generate a sound field corresponding to the position of musical instruments arranged on a stage.This enables an operator to verify the musical instrument positions on a stage, thereby providing a feeling of being at a live performance.
    • 乐音产生装置包括:位置信息产生装置,用于产生乐器位置信息(PS)作为平面坐标值。 该信息(PS)存储在存储设备中,或者由手动操作选择性地确定。 该装置还包括将信息(PS)转换成乐音参数控制信息(PD)的信息转换装置。 该控制信息(PD)控制乐音源信号(S11,S12和S13)以产生与布置在舞台上的乐器的位置相对应的声场。 这使得操作者能够验证舞台上的乐器位置,从而提供在现场表演中的感觉。
    • 10. 发明授权
    • Acoustic structure
    • 声学结构
    • US08631901B2
    • 2014-01-21
    • US13106648
    • 2011-05-12
    • Yoshikazu HonjiJunichi FujimoriMakoto Kurihara
    • Yoshikazu HonjiJunichi FujimoriMakoto Kurihara
    • E04B1/82E04B1/84
    • G10K11/172E04B1/86E04B2001/8433
    • An acoustic structure includes plate members defining a plurality of hollow regions in parallel relation to each other. Opening portions are formed in one surface (reflective surface) of the plate members in corresponding relation to the hollow regions and in such a manner as to communicate the hollow regions with an external surface. A plurality of sound absorbing members are provided in a dispersed fashion on regions of the one surface (reflective surface) other than the opening portions and neighborhoods of the opening portions. As a modification, a sound absorbing member may be loaded in one of the hollow regions and partly exposed to the outer space through the corresponding opening portion.
    • 声学结构包括限定多个彼此平行的中空区域的板构件。 开口部分以对应于中空区域的方式形成在板构件的一个表面(反射表面)中,并且以使得中空区域与外表面连通的方式形成。 多个吸音构件以分散的方式设置在除了开口部分的开口部分和邻近区域之外的一个表面(反射表面)的区域上。 作为修改,吸音构件可以装载在一个中空区域中,并且部分地通过相应的开口部分暴露于外部空间。