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    • 1. 发明专利
    • Loudness correction means and sound quality adjustment means
    • LOUDNESS校正手段和声质量调整手段
    • JP2013143763A
    • 2013-07-22
    • JP2012014624
    • 2012-01-11
    • Susumu Taniguchi進 谷口
    • TANIGUCHI SUSUMU
    • H03G9/00H04R3/04
    • H03G5/005H03G5/165H03G9/005H03G9/025H04R3/04
    • PROBLEM TO BE SOLVED: To provide loudness correction and sound quality adjustment of change in sound quality resulting from different frequency characteristics of a sound that a person feels (auditorily) depending upon how loud the sound is and use thereof, and measurement of a sound pressure level in a method other than using a noise meter.SOLUTION: Loudness correction and sound quality adjustment is performed by an equalizer having characteristics approximated polygonally with three linear filter curves obtained by analyzing a loudness curve of ISO226:2003, having gradients and levels determined with values of differences in sound pressure level between a sound source and output, and arranged within ranges of 20-800 Hz, 800 Hz-6.3 kHz, and 6.3-12.5 kHz, and a sound is processed. Further, the sound pressure level is measured with a difference in signal voltage (sound pressure) level when signals of two different frequencies are heard equally in loudness (at the same auditory level) by utilizing the fact that the sound pressure level and auditory level have linear relation in frequency units, but have a large level difference in a low frequency range and almost at 1 kHz.
    • 要解决的问题:根据声音的声音和使用情况,人感觉(听觉)的声音的不同频率特性,提供音质变化的响度校正和声音质量调整,以及声压的测量 在使用噪声计以外的方法中的水平。解决方案:响度校正和声音质量调整由具有近似多边形特征的均衡器执行,该三个线性滤波器曲线通过分析ISO226:2003的响度曲线而获得,具有梯度和水平 在声源和输出之间的声压级差异值,并排列在20-800Hz,800Hz-6.3kHz和6.3-12.5kHz的范围内,并处理声音。 此外,通过利用声压级和听觉级别的事实,以两个不同频率的信号以相同的声音(在相同的听觉水平)同时听到信号电压(声压)电平的差异来测量声压级。 频率单位呈线性关系,但在低频范围内几乎为1 kHz时具有较大的电平差。
    • 2. 发明专利
    • Measurement means and acoustic effect adjustment means
    • 测量手段和声学效果调整手段
    • JP2013238810A
    • 2013-11-28
    • JP2012113300
    • 2012-05-17
    • Susumu Taniguchi進 谷口
    • TANIGUCHI SUSUMU
    • G10L25/03
    • G01H3/14H03G3/32
    • PROBLEM TO BE SOLVED: To solve the problem that it is necessary to convert a measurement output with a specified curve in measurement/analysis using a conventional specified curve, and that since a detected electric signal is directly used as a control signal in conventional acoustic effect adjustment, it is necessary to perform control by a sound pressure level unit as a result, and perform adjustment by a filter, an equalizer or the like.SOLUTION: The function constitution of a general measurement method is added with a "reverse characteristic filter" and a "unit conversion arithmetic operation" so that it is possible to output a measurement result by the unit of a specified curve such as an acoustic level in the measurement of an acoustic level and an NC level in the measurement of an NC level, and to perform the control of acoustic effect adjustment in the acoustic level.
    • 要解决的问题:为了解决在传统的规定曲线中在测量/分析中用特定曲线转换测量输出的问题,并且由于检测到的电信号直接用作传统声学效应中的控制信号 因此,需要通过声压级单元执行控制,并且通过滤波器,均衡器等进行调节。解决方案:通用测量方法的功能结构加上“反向特性滤波器” 和“单位转换算术运算”,使得可以在NC电平的测量中以声级和NC电平的测量中的诸如声级的指定曲线为单位输出测量结果,以及 在声级中进行声效调节的控制。
    • 3. 发明专利
    • Heating system for growing plant/seed and seedling, method for growing plant/seed and seedling, table for growing plant/seed and seedling and method for producing the table for growing plant/seed and seedling
    • 用于生长植物/种子和种子的加热系统,用于种植植物/种子和种子的方法,用于生长植物/种子和种子的表和用于生产植物/种子和种子的表的方法
    • JP2005204565A
    • 2005-08-04
    • JP2004014329
    • 2004-01-22
    • Susumu Taniguchi進 谷口
    • TANIGUCHI SUSUMU
    • A01G7/00A01G9/00A01G9/24
    • Y02A40/268
    • PROBLEM TO BE SOLVED: To provide an excellently efficient and simple heating system for growing plants/seeds and seedlings needing inexpensive maintenance costs, and preventing unevenness in growth of the plants or seeds and seedlings.
      SOLUTION: The heating system for growing plants/seeds and seedlings is provided with the following: optional number of tables for growing plants/seeds and seedling 2 having a table body 11 arranged in a greenhouse for growing plants/seeds and seedlings 1, a hot water circulation means comprising heat-retaining blocks 30 arranged over the entire surface of the table body 11, a heat conduction plate 22 and a circulation pipe 24, and granite porphyry 25 arranged on the hot water circulation means to be laminated; a boiler 3 supplying hot water to the hot water circulation means; a temperature sensor 4 detecting the temperature at a portion adjacent to the upper surface of the table for growing the plants/seeds and seedlings; and a temperature regulation panel 5 regulating the temperature of the hot water supplied to the hot water circulation means from the boiler 3 based on the temperature detected by the temperature sensor 4.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了生产需要廉价维护成本的植物/种子和幼苗,并且防止植物或种子和幼苗的生长不均匀,提供高效和简单的加热系统。 解决方案:用于种植植物/种子和幼苗的加热系统提供以下:可选数量的用于种植植物/种子和幼苗的桌子2,其具有布置在用于种植植物/种子和幼苗的温室中的台体11 热水循环装置,其包括设置在桌面11的整个表面上的保温块30,导热板22和循环管24以及布置在热水循环装置上的花岗岩斑岩25以被层压; 将热水供给到热水循环装置的锅炉3; 温度传感器4,其检测与台面上表面相邻的部分处的温度,用于种植植物/种子和幼苗; 以及温度调节板5,其基于由温度传感器4检测到的温度,调节从锅炉3供给到热水循环装置的热水的温度。(C)2005,JPO&NCIPI
    • 7. 发明授权
    • Image forming apparatus with clearance retaining portion
    • 具有间隙保持部分的图像形成装置
    • US08055170B2
    • 2011-11-08
    • US12033954
    • 2008-02-20
    • Susumu Taniguchi
    • Susumu Taniguchi
    • G03G15/16
    • G03G15/6558G03G15/1665G03G2215/00409G03G2215/00675
    • In an image forming apparatus, a pre-transfer guide (50) is provided immediately before a transfer nip portion formed by an intermediate transferring belt (12) and a transferring roller (18b). The pre-transfer guide (50) extends in a width direction of a sheet conveying path, and projections (50b) are formed on opposite end portions of the pre-transfer guide (50) on sides outer than an area on which a sheet is conveyed. The intermediate transferring belt (12) is driven in a state where a tension is applied to some extent, so that it may bow in a thickness direction on a running path. However, in an area immediately before the transfer nip portion, the projections (50b) retains a distance between the sheet and the intermediate transferring belt (12) to be greater than a predetermined distance.
    • 在图像形成装置中,在由中间转印带(12)和转印辊(18b)形成的转印夹持部之前提供预转印引导件(50)。 预转印引导件(50)在纸张传送路径的宽度方向上延伸,并且在预转印引导件(50)的相对端部上形成有突出部(50b)在与片材的区域之外的侧面 传达。 在一定程度上施加张力的状态下驱动中间转印带(12),使得其可以在行进路径上沿厚度方向弯曲。 然而,在转印夹持部之前的区域中,突起(50b)将片材和中间转印带(12)之间的距离保持为大于预定距离。
    • 8. 发明授权
    • Sheet transport path switching mechanism
    • 纸张传输路径切换机制
    • US07862041B2
    • 2011-01-04
    • US12235679
    • 2008-09-23
    • Susumu Taniguchi
    • Susumu Taniguchi
    • B65H39/10
    • B65H29/58B65H2404/632
    • A sheet transport path switching mechanism includes a movable guide to be moved rotatably about a support shaft parallel to the width direction of a transport path so as to selectively take either a main posture where the movable guide directs a sheet to the downstream side of a main transport path relative to a branch point, and a branch posture where the movable guide directs a sheet to a branch transport path. An engagement hook is provided in an apparatus body and supports a central region in the longitudinal direction of the movable guide to prevent the movable guide from being deformed due to interference with a sheet fed toward the branch transport path. The mechanism prevents deformation of the movable guide while facilitating reduction in material and production costs and adequately meeting requirements of waste treatment.
    • 片材传送路径切换机构包括可移动的导向件,可绕平行于传送路径的宽度方向的支撑轴旋转,以选择性地将可移动导向件引导到主体的下游侧的主要姿势 相对于分支点的传送路径,以及可移动引导件将片材引导到分支传送路径的分支姿势。 接合钩设置在装置主体中并且支撑可移动引导件的纵向方向上的中心区域,以防止可移动引导件由于与朝向分支传送路径供给的片材的干扰而变形。 该机构防止可动导向件的变形,同时有利于减少材料和生产成本并充分满足废物处理的要求。
    • 9. 发明申请
    • SYSTEM ACCESS LOG MONITORING AND REPORTING SYSTEM
    • 系统访问日志监控和报告系统
    • US20100031316A1
    • 2010-02-04
    • US12182665
    • 2008-07-30
    • Susumu Taniguchi
    • Susumu Taniguchi
    • H04L9/00
    • H04L63/123H04L9/3242
    • A user requests approval from an application server for accessing a program in a managed server. If the access is approved, the application server issues authentication information which includes at least a public key and a private key. The managed server receives command from the user to execute by the program. An original authentication value is computed from the command. The original authentication value is encrypted with the public key. The encrypted original authentication value is stored in association with the command in a log storage. Alteration of the command can be detected by computing a new authentication value from the stored command. The stored encrypted original authentication value is decrypted with the private key to obtain the original authentication value, which is compared with the new authentication value. An alarm is set if the comparison is not satisfied.
    • 用户请求来自应用服务器的许可,以访问受管服务器中的程序。 如果访问被批准,则应用服务器发出至少包括公钥和私钥的认证信息。 受管服务器从用户接收命令以由程序执行。 从命令计算原始认证值。 原始认证值使用公钥加密。 加密的原始认证值与日志存储器中的命令相关联地存储。 可以通过从存储的命令计算新的认证值来检测命令的改变。 存储的加密原始认证值用私钥解密,以获得与新认证值进行比较的原始认证值。 如果比较不满足,则设置报警。
    • 10. 发明申请
    • Sheet transport path switching mechanism
    • 纸张传输路径切换机制
    • US20070205552A1
    • 2007-09-06
    • US11799116
    • 2007-05-01
    • Susumu Taniguchi
    • Susumu Taniguchi
    • B65H39/10
    • B65H29/58B65H2404/632
    • A sheet transport path switching mechanism includes a movable guide to be moved rotatably about a support shaft parallel to the width direction of a transport path so as to selectively take either a main posture where the movable guide directs a sheet to the downstream side of a main transport path relative to a branch point, and a branch posture where the movable guide directs a sheet to a branch transport path. An engagement hook is provided in an apparatus body and supports a central region in the longitudinal direction of the movable guide to prevent the movable guide from being deformed due to interference with a sheet fed toward the branch transport path. The mechanism prevents deformation of the movable guide while facilitating reduction in material and production costs and adequately meeting requirements of waste treatment.
    • 片材传送路径切换机构包括可移动的导向件,可绕平行于传送路径的宽度方向的支撑轴旋转,以选择性地将可移动导向件引导到主体的下游侧的主要姿势 相对于分支点的传送路径,以及可移动引导件将片材引导到分支传送路径的分支姿势。 接合钩设置在装置主体中并且支撑可移动引导件的纵向方向上的中心区域,以防止可移动引导件由于与朝向分支传送路径供给的片材的干扰而变形。 该机构防止可动导向件的变形,同时有利于减少材料和生产成本并充分满足废物处理的要求。