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    • 1. 发明专利
    • 放熱装置
    • 散热器
    • JP2015010821A
    • 2015-01-19
    • JP2014131632
    • 2014-06-26
    • 楊 泰和Yang Tai He泰和 楊
    • YANG TAI-HER
    • F28D7/10
    • F24J3/084F03D1/00F05B2260/208F21S8/08F21V29/30F24J3/082F28D1/04F28D1/053F28D7/12F28D15/00F28D15/025F28D15/0266F28D20/0052F28D2021/0028H01F27/10H02S40/42Y02E10/125Y02E10/72Y02E60/142Y02E70/30
    • 【課題】埋込式支柱管体で構成されており内循環伝熱流体を有する放熱装置を提供する。【解決手段】本発明は支柱管体(101)の中に内管(103)を設け、大きさが異なる支柱管体(101)内径と内管(103)外径により流体流路の空間が構成され、支柱管体(101)の管体上段に電気エネルギ応用装置アセンブリ(108)が設置され、伝熱流体流路に直列に接続されている流体ポンプ(105)により、伝熱流体をポンピングし密閉循環流動を構成して、かつ上述の密閉循環へ流れる伝熱流体通路中の支柱管体(101)や関連構造の外部露出部を通して、外部気相、固相、液相環境と浅層地熱エネルギ体の土壌、及び液体との均熱化を図る。【選択図】図40
    • 要解决的问题:提供一种由一体式支撑杆壳构成的散热器,其内部具有内循环传热流体。本发明构造成使内管(103)布置在支撑杆壳(101 ); 流体通道空间由支撑杆壳体(101)的内径和内管(103)的外径彼此不同构成; 电能施加装置组件(108)安装在所述壳体(101)的上部阶段; 传热流体由与传热流体通道串联连接的流体泵(105)泵送以构成气密循环流; 通过在传热流体通道中的支撑杆壳体(101)的外部暴露部分流动,从而获得浅层地热能体外部气相,固相,液相,土壤和液体的情况的均匀加热 上述气密循环及其相关结构。
    • 2. 发明专利
    • Foot-driven transmission wheel system
    • FOOT-DRIVEN传动轮系统
    • JP2014094744A
    • 2014-05-22
    • JP2013229196
    • 2013-11-05
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • B62M9/00B62M3/06
    • F16H9/04B62M9/08B62M9/085B62M9/16B62M2009/002
    • PROBLEM TO BE SOLVED: To provide a foot-driven transmission wheel system that reduces probability of chain detachment.SOLUTION: One or both of a driving wheel and a driven wheel are configured by an eccentric transmission wheel. Also, an eccentric transmission wheel system 1000 is configured by connection with a synchronizing transmission belt 100. Thereby, a driving wheel changes a speed ratio of the transmission of the driven wheel when applying force on a different step angle with respect to the drive wheel shaft of the driving wheel where a leg is connected through a crank of a pedal shaft of a pedal when an operator steps with a foot alternately. Also, the transmission belt of a meshing edge of an eccentric driven wheel 413 is engaged during transmission, and thereby the operation is stabilized through tightening inward at random.
    • 要解决的问题:提供一种降低链条拆卸概率的脚踏传动轮系统。解决方案:驱动轮和从动轮中的一个或两个由偏心传动轮构成。 此外,偏心传动轮系统1000通过与同步传动皮带100连接而构成。由此,当相对于驱动轮轴在不同的阶梯角施加力时,驱动轮改变从动轮的传动的速度比 当操作者交替地与踏脚一起踏脚时,通过踏板的踏板轴的曲柄连接腿部。 此外,偏心驱动轮413的啮合边缘的传动带在传动期间接合,从而通过随机向内拧紧来稳定操作。
    • 3. 发明专利
    • Asynchronous cable-transmission electric drive system driven by human power electricity generation
    • 人力电力发电驱动的异步电缆传动系统
    • JP2011239668A
    • 2011-11-24
    • JP2011101492
    • 2011-04-28
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • H02P9/04F03G5/06H02J7/00H02P9/48
    • B62M6/45
    • PROBLEM TO BE SOLVED: To provide an asynchronous cable-transmission electric drive system driven by means of a kind of human power, in which a electric generator is driven by human power, and a motor is driven with the electrical energy generated, and thereafter, a load is driven.SOLUTION: The asynchronous cable-transmission electric drive system driven by the human power electricity generation drives the load with the motor. The present asynchronous cable-transmission electric drive system driven by the human power electricity generation has the electric generator driven by the human power, and drives directly the motor asynchronously by means of the electrical energy of the electric generator after driving the electric generator by the human power, and thereby, controls a rotational speed, direction of rotation, torque, and voltage-current of the motor, or controls, via an electrical control device, asynchronously the rotational speed, direction of rotation, torque, and voltage-current of the motor, and thereby, drives the load with the motor.
    • 要解决的问题:提供一种通过人力驱动的一种人力驱动的异步电缆传输电驱动系统,其中发电机由人力驱动,电动机由产生的电能驱动, 然后驱动负载。 解决方案:由人力发电驱动的异步电缆传输电力驱动系统利用电机驱动负载。 由人力发电驱动的本异步电缆传输电驱动系统具有由人力驱动的发电机,并且通过由人发电机驱动发电机之后,通过发电机的电能直接驱动电机异步 从而控制电动机的旋转速度,转动方向,转矩和电压 - 电流,或通过电气控制装置异步地控制旋转速度,转矩方向,转矩和电压 - 电流 电动机,从而驱动电动机的负载。 版权所有(C)2012,JPO&INPIT
    • 4. 发明专利
    • Luminaire with external feeder function
    • 具有外部进纸器功能的灯泡
    • JP2014124081A
    • 2014-07-03
    • JP2013208033
    • 2013-10-03
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • H02J9/00H02J7/34H02J9/06H05B37/02
    • H02J9/061H05B37/0218Y02B10/72Y02B20/46Y02B20/72Y10T307/625
    • PROBLEM TO BE SOLVED: To provide a luminaire with external feeder function capable of integrating luminaires on streets, roadsides, apartment complexes, and street lamps with charge/discharge devices, to allow an electric energy control unit (ECU100) to provide externally a charging electric energy as needed for charging electric vehicles, mobile phones, and other devices, and providing an illumination at night when a power failure taking place, for enhancing the convenience and safety of life.SOLUTION: A luminaire with external feeder function that integrates a luminarie and charge/discharge device, which can provide a light for illumination even in a power failure. The luminaire with external feeder function for externally supplying AC or DC currents during power failure, includes: an operation unit (OP100) for integrating a control unit assembly; an interface unit (C100) for supplying electric energy externally; a light-emitting unit (L100); a power source (PS100); and a charge/discharge unit (ESD100).
    • 要解决的问题:提供具有外部馈线功能的照明器,其能够将灯具集成在街道,路边,公寓楼和具有充电/放电装置的路灯上,以允许电能控制单元(ECU100)向外部提供充电电 为电动汽车,手机等设备充电所需的能量,在发生电源故障的夜晚提供照明,以提高生活的便利性和安全性。解决方案:具有外部馈线功能的灯具,集成了发光体和 充电/放电装置,即使在电源故障中也可以提供照明用的照明。 具有外部馈线功能的灯具,用于在电源故障期间外部提供交流或直流电流,包括:用于集成控制单元组件的操作单元(OP100); 用于从外部供电的接口单元(C100) 发光单元(L100); 电源(PS100); 和充电/放电单元(ESD100)。
    • 5. 发明专利
    • Thermal transferring device
    • 热传输装置
    • JP2014016145A
    • 2014-01-30
    • JP2013141649
    • 2013-07-05
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • F28F13/10
    • F04F7/00F04B17/003F04B39/06F04B43/043F04B45/047F04B53/08F04D33/00
    • PROBLEM TO BE SOLVED: To provide a heat transferring device which can enhance a heat dissipation effect.SOLUTION: The thermal transferring device of the present invention includes an electric-driven vibration actuating device (200) which is connected with a thermal energy body (101) having a relatively higher temperature and serving to perform vibration displacement to the ambient gaseous or liquid fluid having a relatively lower temperature, thereby forming a circulative flow and discharging the thermal energy to the fluid. Alternatively, an electric energy driving device (300) is provided for driving the vibration actuating device (200), and the thermal energy body (101) connected with the vibration actuating device (200) and having a relatively lower temperature is served to perform vibration displacement to the ambient gaseous or liquid fluid having a relatively higher temperature, thereby forming a circulative flow and absorbing the thermal energy of the fluid.
    • 要解决的问题:提供一种能够提高散热效果的传热装置。解决方案:本发明的热转印装置包括与热能体(101)连接的电动振动驱动装置(200) )具有相对较高的温度并且用于对具有相对较低温度的环境气体或液体流体进行振动位移,由此形成循环流动并将热能排出到流体。 或者,提供用于驱动振动致动装置(200)的电能驱动装置(300),并且与振动致动装置(200)连接并且具有相对较低温度的热能体(101)被用于执行振动 位移到具有相对较高温度的环境气态或液体流体,从而形成循环流并吸收流体的热能。
    • 6. 发明专利
    • Pooh reset
    • PULLEY SET
    • JP2014118148A
    • 2014-06-30
    • JP2013260228
    • 2013-12-17
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • B62M3/06
    • F16H9/04B62M9/08B62M9/085B62M2009/002
    • PROBLEM TO BE SOLVED: To provide a pulley set capable of selecting installation or non-installation of an interlocking idler, by compensating for the peripheral length between two ring shapes in synchronous transmission, by the ring shapes formed of a specific incomplete round of two pulleys.SOLUTION: A transmission device is constituted by installing a non-slidable synchronous transmission belt between an incomplete round prime mover pulley and an incomplete round driven pulley, and the peripheral length between the ring shapes of two incomplete round pulleys in the synchronous transmission is compensated by the ring shapes formed of two specific incomplete round pulleys, and the incomplete round prime mover pulley also drives the incomplete round driven pulley in the periodic transmission ratio via a synchronous transmission belt, and the length of the synchronous transmission belt installed between the prime mover pulley and the driven pulley is not changed, or a variation is restrained lower than a fastening condition at separation of synchronous transmission belt so that the installation or the non-installation of the interlocking idler can be selected.
    • 要解决的问题:提供一种能够选择联锁惰轮的安装或不安装的滑轮组,通过由同步变速器中的两个环形之间的周长长度补偿由特定的不完整圆形的两个滑轮形成的环形 解决方案:传动装置通过在不完全圆形原动机滑轮和不完全圆形从动皮带轮之间安装不可滑动的同步传动皮带而构成,同步传动装置中的两个不完整的圆形滑轮的环形之间的圆周长度被补偿 通过由两个不完全圆形的滑轮形成的环形,并且不完整的圆形原动机滑轮还经由同步传动皮带驱动不定期的传动比中的不圆形从动皮带轮,并且安装在原动机之间的同步传动皮带的长度 滑轮和从动滑轮不改变,或变化是有限制的 在分离同步传动皮带时低于紧固条件,从而可以选择联锁惰轮的安装或不安装。
    • 7. 发明专利
    • Gear set with two direction inputs and specified direction output
    • 具有两个方向输入和指定方向输出的齿轮组
    • JP2014114956A
    • 2014-06-26
    • JP2013249149
    • 2013-12-02
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • F16H3/10F16H3/02F16H3/48
    • F16H37/065F16H3/003F16H3/005
    • PROBLEM TO BE SOLVED: To provide a transmission gear set having two direction inputs and specified direction output.SOLUTION: When a rotating direction of an input shaft is changed to cause the input shaft to rotate in a different direction, an output of the same speed ratio or different speed ratio is attained. The transmission gear set having two direction inputs and specified direction output of this invention is constituted such that unidirectional transmission devices are mounted between a first driving rotational direction input gear set and an input shaft that can be rotated in a first driving rotational direction and a second driving rotational direction, and between the first driving rotational direction output gear set and an output shaft rotated in one-way, and the output shaft and the input shaft. The transmission devices are driven in the second driving rotational direction and at the same time the transmission devices in the first driving rotational direction are pulled out to avoid attenuation tracking.
    • 要解决的问题:提供一种具有两个方向输入和指定方向输出的传动齿轮组。解决方案:当输入轴的旋转方向改变以使输入轴沿不同的方向旋转时,输出相同的速度 比率或不同的速度比。 具有本发明的两个方向输入和指定方向输出的传动齿轮组被构造成使得单向传动装置安装在第一驱动旋转方向输入齿轮组和可沿第一驱动旋转方向旋转的输入轴之间, 驱动旋转方向以及第一驱动旋转方向输出齿轮组和单向旋转的输出轴之间以及输出轴和输入轴。 传动装置在第二驱动旋转方向上被驱动,并且同时将第一驱动旋转方向上的传动装置拉出以避免衰减跟踪。
    • 8. 发明专利
    • Heat exchanger
    • 热交换器
    • JP2014074581A
    • 2014-04-24
    • JP2013200948
    • 2013-09-27
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • F28D7/16F28D7/10
    • F28F1/003F28D7/0083F28D7/106F28F1/24
    • PROBLEM TO BE SOLVED: To provide a heat exchange body in a first flow channel and to provide a heat exchanger for exchanging heat energy between the heat exchange body in the first flow channel and an external heat exchange body.SOLUTION: A first flow guide pipe body (101) is composed of a thermal conductor and includes at least one first flow channel (102) in its inside, both ends of the at least one first flow channel (102) are connected to two first joining rooms (103), and first fluid gateways (104) are respectively formed in the two first joining rooms (103). A second flow guide pipe body (201) is composed of a thermal conductor, formed so as to cover the outside of the first flow channel (102) of the first flow guide pipe body (101) and includes at least one second flow channel (202) having an annular cross section formed so as to cover the first flow channel (102), both ends of the at least one second flow channel (202) are connected to two second joining rooms (203), and second fluid gateways (204) are respectively formed in the two second joining rooms (203).
    • 要解决的问题:在第一流动通道中提供热交换体,并提供用于在第一流动通道中的热交换体与外部热交换体之间交换热能的热交换器。解决方案:第一流动导管 主体(101)由热导体组成,并且在其内部包括至少一个第一流动通道(102),至少一个第一流动通道(102)的两端连接到两个第一连接室(103),并且 第一流体网关(104)分别形成在两个第一连接室(103)中。 第二导流管体(201)由热导体构成,形成为覆盖第一导流管主体(101)的第一流路(102)的外侧,并且包括至少一个第二流路 202)具有形成为覆盖第一流动通道(102)的环形横截面,至少一个第二流动通道(202)的两端连接到两个第二连接室(203)和第二流体网关(204) )分别形成在两个第二连接室(203)中。
    • 9. 发明专利
    • Clutch device
    • 离合器件
    • JP2014114959A
    • 2014-06-26
    • JP2013252357
    • 2013-12-05
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • F16D43/21F16D43/22
    • F16D43/12F16D43/21
    • PROBLEM TO BE SOLVED: To provide a clutch device where a damping device is not installed.SOLUTION: A clutch is provided with a relay transmission assembly (104). When an input end of a driving end (101) drives a relay transmitter according to a set rotation direction, it closes a clutch device (1052) at an output end installed to the output end (102) and transmits rotational motion energy by performing relative displacement with inertial mass of the relay transmission assembly (104) itself and friction damping action between adjacent slide touch components to drive the relay transmission assembly (104) and an installed relay output clutch device, and fastens a spring (120) installed between the relay output clutch device and the clutch device (1052) at the output end.
    • 要解决的问题:提供一种没有安装阻尼装置的离合器装置。解决方案:离合器设置有中继传动组件(104)。 当驱动端(101)的输入端根据设定的旋转方向驱动继电器发送器时,其在安装到输出端(102)的输出端处关闭离合器装置(1052),并通过执行相对运动来传递旋转运动能量 继电器传动组件(104)的惯性质量位移和相邻的滑动触摸部件之间的摩擦阻尼作用,以驱动中继传动组件(104)和安装的继电器输出离合器装置,并且紧固安装在继电器之间的弹簧(120) 输出离合器装置和输出端的离合器装置(1052)。
    • 10. 发明专利
    • Core heat insulation pipeline, auxiliary heat transfer structure and pipe body having u-shaped pipeline of annular distribution
    • 核心热绝缘管道,辅助热交换结构和管状体,具有U形管状管道分布
    • JP2014077628A
    • 2014-05-01
    • JP2013208041
    • 2013-10-03
    • Yang Tai He泰和 楊
    • YANG TAI-HER
    • F24J3/08F16L59/147
    • F16L59/02F24J3/083F28D7/06F28D20/0052F28F13/00F28F2013/006F28F2270/00Y02E10/125Y02E60/142
    • PROBLEM TO BE SOLVED: To provide a core heat insulation pipeline, an auxiliary heat transfer structure and a pipe body having a U-shaped pipeline of annular distribution capable of reducing thermal resistance and suppressing the thermal resistance by means of an auxiliary heat guiding structure disposed on the outside of a heat insulation device of a heat insulation pipe.SOLUTION: Pipe segments of both sides of U-shaped fluid pipeline inlet edge and outlet edge of a U-shaped pipe which transmit radiative heat energy to each other or either one side pipe segment is formed with heat insulation material. Otherwise, a heat insulation structure is installed between both edges. Further, by installing a heat transfer columnar body produced with heat transfer material, when fluid having a temperature difference flows between pipe segments adjacent to each other on the same side and having a temperature difference of fluid inlet edge and a pipe segment of fluid outlet edge flows, a temperature difference energy loss generated by heat transfer is prevented. By installing an auxiliary heat transfer structure (110) constituted with heat transfer material on an external part of a heat insulating device (400), thermal resistance formed on an internal part of the columnar heat transfer body (300) due to the heat insulation device (400) is suppressed.
    • 要解决的问题:提供一种核心保温管道,辅助传热结构和具有环形分布的U形管线的管体,其能够通过设置的辅助导热结构降低热阻和抑制热阻 在隔热管道的隔热装置的外侧。解决方案:U形流体管道入口边缘和U形管的出口边缘的管段彼此或任一侧传递辐射热能 管段由绝热材料形成。 否则,在两个边缘之间安装隔热结构。 此外,通过安装由传热材料制成的传热柱状体,当具有温差的流体在同一侧彼此相邻的管段之间流动并且具有流体入口边缘的温度差和流体出口边缘的管段时 可以防止热传递产生的温差能量损失。 通过在绝热装置(400)的外部安装由传热材料构成的辅助传热结构(110),由于隔热装置在柱状传热体(300)的内部形成热阻 (400)被抑制。