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    • 1. 发明专利
    • Binding auxiliary tool
    • 绑定辅助工具
    • JP2014169125A
    • 2014-09-18
    • JP2013057216
    • 2013-03-01
    • Akira Fukushima章 福島
    • FUKUSHIMA AKIRA
    • B65B67/00B25B9/02
    • PROBLEM TO BE SOLVED: To provide a binding auxiliary tool capable of holding and pressing a bend, and binding the bend further tightly, because when binding old newspaper, magazines, cardboard or the like with a polypropylene string, nylon string or the like, a bend loosens so that binding tightly is impossible, bound articles are collapsed.SOLUTION: There is provided a tool formed by processing a tip end part of a reverse action type pincette, and molding an intermediate part into a thinner part, molding the tip end into a thicker part. The tool is a beak-shaped of a pelican.
    • 要解决的问题:提供一种能够保持和按压弯曲部的装订辅助工具,并且进一步紧密地绑定弯曲部,因为当用聚丙烯绳,尼龙绳等装订旧报纸,杂志,纸板或类似物时, 弯曲松动,使得紧紧结合是不可能的,结合的物品被折叠。解决方案:提供了一种通过加工反向型卡扣的末端部分并将中间部分模制成较薄部分形成的工具,将尖端成型为 较厚的部分。 该工具是鹈鹕的喙状。
    • 2. 发明专利
    • Acoustic push-pull amplification device
    • 声压推拉放大器
    • JP2012204942A
    • 2012-10-22
    • JP2011065698
    • 2011-03-24
    • Akira Fukushima彰 福島
    • FUKUSHIMA AKIRA
    • H03F3/26H03F3/181
    • PROBLEM TO BE SOLVED: To provide an acoustic amplification device that dispenses with a negative feedback path.SOLUTION: A voltage depending on an acoustic signal S1 output from a signal source 10 appears at a connection point CP of a positive power amplification section 14. A differential amplifier 16 holds a voltage at an emitter electrode of an NPN transistor 18 that is the same voltage at the connection point CP. A current depending on the acoustic signal S1 thus flows through an output current decision resistor Re and an output resistor RL. As for a negative power amplification section 14N, a current depending on the acoustic signal S1 flows through an output current decision resistor ReN and the output resistor RL on the same principle as in the positive power amplification section 14. A signal voltage based on a signal current Si2 flowing through the output resistor RL in the positive power amplification section 14 and a signal current Si4 flowing through the output resistor RL in the negative power amplification section 14N is output from a signal output terminal TO.
    • 要解决的问题:提供一种排除负反馈路径的声学放大装置。 解决方案:取决于从信号源10输出的声信号S1的电压出现在正功率放大部分14的连接点CP处。差分放大器16保持在NPN晶体管18的发射极处的电压, 在连接点CP处是相同的电压。 依赖于声学信号S1的电流因此流过输出电流判定电阻器Re和输出电阻器RL。 对于负功率放大部分14N,与正功率放大部分14相同的原理,依赖于声信号S1的电流流过输出电流判定电阻器ReN和输出电阻器RL。基于信号的信号电压 在正功率放大部分14中流过输出电阻器RL的电流Si2和流经负功率放大部分14N中的输出电阻器RL的信号电流Si4从信号输出端TO输出。 版权所有(C)2013,JPO&INPIT
    • 3. 发明专利
    • Air conditioner in building
    • 空调器在建筑
    • JP2005195319A
    • 2005-07-21
    • JP2004356272
    • 2004-12-09
    • Akira FukushimaToshihiro HanakaHayashiya:KkIida Kenchiku Sekkei Jimusho:Kk株式会社林屋株式会社飯田建築設計事務所明 福島利啓 花香
    • FUKUSHIMA AKIRAHANAKA TOSHIHIROIIDA IKUOITO YOSHIJI
    • E04B1/74E04F15/18F24D3/00F24F5/00
    • PROBLEM TO BE SOLVED: To allow an air conditioner provided under the floor to transmit heat radiated by a heating medium flowing through a circulation pipe to a living space by radiation and heat conduction for greatly improving air-conditioning efficiency, to greatly simplify a means for supporting the circulation pipe of the heating medium, and to further easily and quickly perform installation and removal operation. SOLUTION: The circulation pipe 30 of the flexible heating medium connected to a heat source is piped zigzag successively along a plurality of sleeper beams 5, bypass piping is made from one end section to the other end section along the longitudinal direction in each sleeper beam 5, and the circulation pipe 30 is detachably accommodated in an upper section 5u and a lower section 5d whose sections are in a dovetailing shape while the circulation pipe 30 is in contact with the sleeper beam 5 for elastically supporting in the upper section 5u and the lower section 5d of the sleeper beam 5 by an elastic block 32. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了使设置在地面下方的空调能够通过辐射和热传导将通过循环管道的加热介质辐射的热量传递到生活空间,以大大提高空调效率,大大简化 用于支撑加热介质的循环管的装置,并且进一步容易且快速地执行安装和拆卸操作。 解决方案:连接到热源的柔性加热介质的循环管30沿着多个轨枕5连续地以锯齿形方式被锯齿状地绕行,沿着纵向方向从一端部到另一端部在每个 卧铺梁5和循环管30可拆卸地容纳在上部5u和下部5d中,该上部5u和下部5d的部分处于燕尾形状,而循环管30与轨枕梁5接触以便在上部5u中弹性支撑 和轨枕梁5的下部5d由弹性块32组成。版权所有(C)2005,JPO&NCIPI
    • 4. 发明专利
    • Thermal insulation performance improvement method of building exterior wall by recovery of heat transmission
    • 通过热传输恢复建造外墙的热绝缘性能改进方法
    • JP2004360235A
    • 2004-12-24
    • JP2003157454
    • 2003-06-03
    • Akira FukushimaToshihiro HanakaYoshiji ItoHirotaka Suzuki義二 伊藤明 福島利啓 花香大隆 鈴木
    • FUKUSHIMA AKIRASUZUKI HIROTAKAHANAKA TOSHIHIROITO YOSHIJI
    • E04B1/76
    • PROBLEM TO BE SOLVED: To provide a method for improving the heat insulative performance of a building without increase of the a heat insulative material thickness and a method for simultaneously securing an air supplying volume necessary for ventilation by recovering the indoor heat lost from the exterior wall of the building ( except a wooden building) due to the heat transmission.
      SOLUTION: In the method, an air permeable wall body 4 constituted of an air permeable curtain wall 4A and an air permeable heat insulation material 4B and an exterior finishing material 2 are provided in turn instead of the exterior wall of the building 1 ( except wooden building ) or at the outside of the exterior wall, the outside air in the air venting layer 3 formed between the heat insulation material 4B of the air permeable wall body 4 and the exterior finishing material 2 is passed through the whole face of the air permeable wall body 4 and then taken into the indoor, thereby, the indoor heat lost through the external wall from the indoor to the outdoor due to the thermal transmission is caused to transmit heat to the outside air in the air permeable wall body 4, to improve the heat insulation performance of the exterior wall of the building without increase of the thickness of the heat insulation member.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种在不增加隔热材料厚度的情况下提高建筑物的绝热性能的方法,以及通过回收室内热量而同时确保通风所需的供气量的方法 由于传热,建筑物的外墙(木制建筑除外)。 解决方案:在该方法中,依次设置由透气性幕墙4A和透气隔热材料4B和外部精加工材料2构成的透气性壁体4而不是建筑物1的外壁 (木制建筑物除外)或外墙外部,形成在透气性壁体4的隔热材料4B与外部整理材料2之间的排气层3内的外部空气通过 透气壁体4,然后被吸入室内,从而通过热传递从室内到室外的室外热量损失,从而将热量传递到透气壁体4内的外部空气 ,以提高建筑物外墙的隔热性能,而不增加绝热构件的厚度。 版权所有(C)2005,JPO&NCIPI
    • 5. 发明专利
    • Acoustic pseudo triode characteristic amplification device, and acoustic pseudo triode characteristic push-pull amplification device
    • 声音PSEUDO TRIODE特征放大装置和声音PSEUDO TRIODE特征推拉放大装置
    • JP2012085209A
    • 2012-04-26
    • JP2010231517
    • 2010-10-14
    • Akira Fukushima彰 福島
    • FUKUSHIMA AKIRA
    • H03F1/34H03F3/30
    • H03F1/34H03F1/309H03F3/187H03F3/3008H03F3/45475H03F2203/30015H03F2203/30036H03F2203/30078H03F2203/30111
    • PROBLEM TO BE SOLVED: To approximate a characteristic of an acoustic amplification device using a semiconductor element to a characteristic of a triode amplifier, and to reduce a distortion component of an output signal supplied to a load, in the acoustic amplification device.SOLUTION: An input terminal T1 is connected to a positive-phase terminal of a differential amplification circuit 12. A reverse-phase terminal of the differential amplification circuit 12 is connected to an emitter electrode of a transistor 10. An output terminal is connected to a base electrode of the transistor 10. An input side resistance R2 is connected between a collector electrode of the transistor 10 and the input terminal T1. A sub input side resistance R3 is connected between the input terminal T1 and a ground conductor. An output side resistance R1 is connected between the emitter electrode of the transistor 10 and the ground conductor. A load terminal TL is connected to the collector electrode of the transistor 10.
    • 要解决的问题:在声学放大装置中,将使用半导体元件的声学放大装置的特性近似为三极放大器的特性,并且减小提供给负载的输出信号的失真分量。

      解决方案:输入端子T1连接到差分放大电路12的正相端子。差分放大电路12的反相端子连接到晶体管10的发射极。输出端子 连接到晶体管10的基极。输入侧电阻R2连接在晶体管10的集电极和输入端子T1之间。 子输入侧电阻R3连接在输入端子T1和接地导体之间。 输出侧电阻R1连接在晶体管10的发射电极和接地导体之间。 负载端子TL连接到晶体管10的集电极。版权所有(C)2012,JPO&INPIT