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    • 1. 发明专利
    • Ground system connection state confirmation system
    • 地面系统连接状态确认系统
    • JP2014075926A
    • 2014-04-24
    • JP2012222573
    • 2012-10-04
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • IMAMOTO MASAOAIHARA SHIGERUFURUMOTO TETSUOHAMAI YASUNORIKAMATA TAKESHI
    • H02J13/00G01R31/02
    • PROBLEM TO BE SOLVED: To provide a ground system connection state confirmation system in which the labor required for confirming a state of a ground system after grounding work can be reduced as further as possible and it can be promptly confirmed/grasped, even in any place other than the place where the grounding work was conducted, whether the ground system is in a normally functionable state with the lapse of time, by selecting a cable run for each area.SOLUTION: A cable run includes a ground system in which B-type grounding is performed on a neutral line side of a transformer secondary winding wire interposed in the cable run and to which a protective ground conductor for performing D-type grounding of a device or the like at a load side of a transformer is connected. A ground system connection state confirmation system is provided which comprises a ground system state data generation unit 300 which generates, in the cable run, ground system state data and transmits the ground system state data from a transmission section, and a compaction unit 400 which receives the ground system state data and transmits the data to a server, and in which the ground system state data in the cable runs provided in a plurality of areas are collected by the server.
    • 要解决的问题:提供一种接地系统连接状态确认系统,其中可以进一步减少接地工作后确认地面系统状态所需的劳动力,并且即使在任何地方也可以及时确认/掌握 除了进行接地工作的地方,地面系统是否处于正常功能状态,随着时间的推移,通过选择每个区域的电缆线路。解决方案:电缆线路包括一个地面系统,其中B型 在插入在电缆线路中的变压器次级绕组线的中性线侧进行接地,并且在变压器的负载侧连接用于进行设备等的D型接地的保护接地导体。 提供了一种地面系统连接状态确认系统,其包括地面系统状态数据生成单元300,其在电缆运行中产生地面系统状态数据并从发送部分发送地面系统状态数据,以及接收单元400, 地面系统状态数据并将数据发送到服务器,并且其中在多个区域中提供的电缆中的地面系统状态数据由服务器收集。
    • 2. 发明专利
    • Ground system connection validation system
    • 接地系统连接验证系统
    • JP2014074707A
    • 2014-04-24
    • JP2012281843
    • 2012-12-25
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • IMAMOTO MASAOAIHARA SHIGERUFURUMOTO TETSUOHAMAI YASUNORIKAMATA TAKESHI
    • G01R31/02H02H11/00
    • PROBLEM TO BE SOLVED: To provide a ground system connection validation system which can minimize manpower required for validating condition of a ground system after a grounding work has been done and allows for selecting an electric circuit in each area and periodically making quick validation and monitoring of whether or not a grounding system is in a condition to allow proper functioning even from a site other than where grounding work was done.SOLUTION: A ground system connection validation system comprises: a ground system condition data generation unit 300, which generates ground system condition data and transmit the same from a transmitter section; and a consolidation unit 400, which receives the ground system condition data and transmits the same to a server, which are both provided in each electric circuit having a ground system in which a neutral line 102 of a secondary winding of a transformer 100 in the electric circuit is class-B grounded and a load side of the transformer is provided with a protective grounding conductor 107 which provides class-D grounding of equipment or the like. Ground system condition data from each electric circuit in a plurality of areas is collected by the server.
    • 要解决的问题:提供一种接地系统连接验证系统,其可以在接地工作完成后最小化地面系统的验证状态所需的人力,并且允许在每个区域中选择电路并且周期性地进行快速验证和监视 无论接地系统是否处于允许甚至从除接地工作之外的场所正常工作的状况。解决方案:地面系统连接验证系统包括:地面系统条件数据生成单元300,其产生地面系统状况 数据,并从发射机部分发送; 以及合并单元400,其接收地面系统条件数据并将其发送到服务器,两者都设置在具有接地系统的每个电路中,其中变压器100的次级绕组的中性线102在电 电路B接地,变压器的负载侧设有保护接地导体107,其提供设备等的D类接地。 服务器收集多个区域的各电路的接地系统状态数据。
    • 3. 发明专利
    • Power supply device for electromechanical appliance and the like
    • 电气设备用电源及其类似设备
    • JP2014053311A
    • 2014-03-20
    • JP2013197606
    • 2013-09-24
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • HAMAI YASUNORIFURUMOTO TETSUOHAYASHI TADATAKA
    • H01H9/54B25F5/00
    • PROBLEM TO BE SOLVED: To provide a power supply device for an electromechanical appliance and the like, capable of preventing a power from being supplied when a power supply switch of an electric tool is turned on even in the case that the power supply connection between the device and the electric tool is disconnected once on a load side from the device and then the connection is recovered again, as well as in the case of power recovery after interruption on a power supply side from the device.SOLUTION: A device connected with a power line of a load 5 such as an electromechanical appliance to supply a power, comprises: a contact point 301 opening and closing a main circuit; tripping means for the contact point; current detection means 303 for the main circuit; detection means 304 of power recovery from interruption; detection means 305 of power supply connection between the device and the load; and determination means 306 of tripping of the contact point. The determination means performs no tripping energization of the contact point in the case that the current detection means transits from a state not detecting a current to a state detecting a current by using the detection of the power recovery detection means as an initial point, and performs tripping energization of the contact point by the tripping means in the case that a current is detected at the power recovery detection.
    • 要解决的问题:为了提供一种用于机电设备等的电源装置,其能够防止当电动工具的电源开关接通时供电,即使在电动工具的电源连接 设备和电动工具在设备的负载侧断开一次,然后再次恢复连接,以及在从设备供电侧中断后的电源恢复的情况下。解决方案:与设备连接的设备 诸如机电设备的负载5的电源线,用于提供电力,包括:接触点301,其打开和关闭主电路; 接触点的脱扣装置; 用于主电路的电流检测装置303; 检测装置304从中断恢复电力; 设备和负载之间的电源连接的检测装置305; 以及触点断开的确定装置306。 在电流检测装置从不检测电流的状态转移到利用电源恢复检测装置的检测电流检测电流的状态作为初始点的情况下,判定装置不执行触点通电, 在电源恢复检测时检测到电流的情况下,由跳闸装置触发接触点的通电。
    • 4. 发明专利
    • Screwless terminal portion structure
    • 无螺纹端子部分结构
    • JP2013165050A
    • 2013-08-22
    • JP2012028957
    • 2012-02-13
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • IMAGAWA MAKOTO
    • H01R4/48
    • PROBLEM TO BE SOLVED: To provide a structure of a screwless terminal base such that connection electric wire release tools provided for respective polarities can be mounted for the correct polarities when the screwless terminal base is assembled, the connection electrode release tools being electrically safe as products.SOLUTION: There is provided a structure of a screwless terminal base for multiple polarities which is formed by forming wall portions for partitioning off electric wire connection terminal portions of the respective polarities side by side in the side-by-side arrangement direction of the electric wire connection terminals, the structure being characterized in including mounting preventing means for connection electric wire releasing tool for another polarity that prevents a connection electric wire releasing tool for another polarity from being mounted on the electric wire connection terminal portion for one polarity.
    • 要解决的问题:为了提供无螺纹端子座的结构,使得当安装无螺纹端子座时,可以安装为各极性设置的连接电线释放工具以获得正确的极性,连接电极释放工具作为产品是电安全的 本发明提供了一种用于多极性的无螺纹端子座的结构,该结构通过形成用于沿着电气的并排布置方向并排排列各极性的电线连接端子部的壁部而形成 电线连接端子,其特征在于包括用于另一极性的连接电线释放工具的安装防止装置,其防止用于另一极性的连接电线释放工具安装在电线连接端子部分上用于一个极性。
    • 5. 发明专利
    • Fitting structure of circuit breaker
    • 断路器配线结构
    • JP2012234711A
    • 2012-11-29
    • JP2011102621
    • 2011-04-30
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • HAYASHI TADATAKAIMAGAWA MAKOTO
    • H01H73/06H02B1/04H02B1/42
    • PROBLEM TO BE SOLVED: To provide a fitting structure capable of preventing a fitting lock between an internal device and a fitting plate from released for easy detachment of the internal device when fitting a power distribution panel on a construction material such as a wall surface.SOLUTION: In the structure of a fitting plate and a circuit breaker for fitting the circuit breaker to the fitting plate side where a bus line such as a power distribution panel is provided, the circuit breaker is provided with a lock lever capable of selecting, using an external knob, either protruding or not-protruding from the bottom surface of the circuit breaker. An engagement part of the lock lever is provided to the fitting plate side. When the circuit breaker placed on the fitting plate is slid toward the bus line, the bus line is inserted in a power source side terminal part. The lock lever protrudes from the bottom surface of the circuit breaker to engage with the engagement part on the fitting plate side. As a result, the action of the circuit breaker to be taken out from the bus line is regulated. An enclosing part is formed around the external knob such that a movement locus of the external knob is avoided.
    • 要解决的问题:提供一种能够防止内部装置和装配板之间的装配锁定被释放的装配结构,以便在将配电盘安装在诸如墙壁的建筑材料上时容易地拆卸内部装置 表面。 解决方案:在安装板和断路器的结构中,该断路器用于将断路器装配到诸如配电盘的总线的配合板侧,断路器设置有锁定杆,该锁定杆能够 选择使用外部旋钮,从断路器的底面突出或不突出。 锁定杆的接合部分设置在装配板侧。 放置在嵌合板上的断路器向总线滑动时,将总线插入电源侧端子部。 锁定杆从断路器的底面突出,以与配合板侧的接合部接合。 结果,调节断路器从总线取出的动作。 围绕外部旋钮形成围绕部分,从而避免了外部旋钮的移动轨迹。 版权所有(C)2013,JPO&INPIT
    • 6. 发明专利
    • Terminal base unit for primary feeding circuit, and power distribution board for residence having terminal base unit for primary feeding circuit
    • 主要馈电终端基地单元和用于主馈电终端基站的住宅电力分配板
    • JP2012139032A
    • 2012-07-19
    • JP2010289682
    • 2010-12-27
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • BABA TAKASHIHANYU TOSEIYOSHIKAWA MAKOTO
    • H02B1/40
    • PROBLEM TO BE SOLVED: To provide a terminal base unit for a primary feeding circuit capable of improving working efficiency and electrical safety when a primary feeding circuit is added in assembling in a factory or on a construction site of a power distribution board, and of adding a primary feeding circuit without performing a special process to an original bus and without reducing the number of branch switches.SOLUTION: A terminal base unit for a primary feeding circuit in a power distribution board for a residence has a mounting part for a branch switch for the primary feeding circuit. To the mounting part, an installation fixing part similar to an installation fixing part of the branch switch supplied with power from a secondary side of the main switch is formed, and a first connection terminal part connected with a power supply side terminal of the branch switch for the primary feeding circuit, and a second connection terminal part formed in a unified manner with the first connection terminal part, and connected with the power supply side terminal of the branch switch for the primary feeding circuit for arranging the branch switch for the primary feeding circuit mounted on the mounting part and the power supply side terminal so as to be opposed.
    • 要解决的问题:为了在工厂或配电板的施工现场组装时将一次供电电路添加到一个能够提高工作效率和电气安全性的初级馈电电路的端子台单元, 并且不对原始总线执行特殊处理而不减少分支开关的数量的主馈电电路。 解决方案:用于住宅配电板中的初级馈电电路的端子基座单元具有用于初级馈电电路的分支开关的安装部分。 安装部件形成有与主开关二次侧供电的分支开关的安装固定部相似的安装固定部,与分支开关的电源侧端子连接的第一连接端子部 并且与第一连接端子部分一体形成的第二连接端子部分连接,用于主馈电电路的分支开关的电源侧端子,用于布置用于初级馈电的分支开关 电路安装在安装部分和电源侧端子上以相对。 版权所有(C)2012,JPO&INPIT
    • 7. 发明专利
    • Method for setting operation reference current value of circuit breaker using current value set controller
    • 使用电流值控制器设置电路断路器的工作参考电流值的方法
    • JP2012089520A
    • 2012-05-10
    • JP2011284149
    • 2011-12-26
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • AIHARA SHIGERUHAYASHI TADATAKAHAMAI YASUNORIKAMATA TAKESHI
    • H01H71/74
    • PROBLEM TO BE SOLVED: To provide a method for setting an operation reference current value, capable of setting the operation reference current value with good workability without entering in a residence, easily confirming whether or not a contract current value is correctly set, and performing information processing in real time through data communication with a data center of an electric power company etc.SOLUTION: In a current value set controller 302, a step for inputting operation reference current value information and a step for radio transmitting the operation reference current value information are executed. In a circuit breaker 1, a step for receiving the operation reference current value information and a step for storing the operation reference current value into a predetermined memory area are executed, so that the value is set. The newly set operation reference current value information is then transmitted to the data center.
    • 要解决的问题:为了提供一种用于设置操作参考电流值的方法,能够在不进入住宅的情况下设置具有良好可操作性的操作参考电流值,容易地确认合同电流值是否被正确设置, 并且通过与电力公司的数据中心的数据中心的数据通信实时进行信息处理。解决方案:在当前值集合控制器302中,输入操作参考当前值信息的步骤和用于无线电发送的步骤 执行运行基准当前值信息。 在断路器1中,执行用于接收操作基准电流值信息的步骤和将操作基准电流值存储到预定存储区域中的步骤,从而设定该值。 然后将新设置的操作参考当前值信息发送到数据中心。 版权所有(C)2012,JPO&INPIT
    • 8. 发明专利
    • Circuit breaker ct output signal leader line accommodation structure
    • 电路断路器CT输出信号引线线路住宅结构
    • JP2012074336A
    • 2012-04-12
    • JP2010220303
    • 2010-09-30
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • FURUMOTO TETSUOBABA TAKASHIHANYU TOSEIIMAGAWA MAKOTOYOSHIKAWA MAKOTO
    • H01H73/06H01H73/02
    • PROBLEM TO BE SOLVED: To provide a circuit breaker CT output signal leader line accommodation structure which restrains the CT output signal leader line of a built-in current transformer (CT), which is led out from a branch breaker, from inadvertently touching connecting wires or other circuits on the load side, and also prevents it from hindering wiring connection or disconnection work as will be carried out during distribution switchboard installation, thus helping to increase the efficiency of wiring work.SOLUTION: A circuit breaker has disposed inside thereof a current transformer (CT) having a main circuit conductive unit which interconnects power supply side and load side terminals inserted in place, and has a CT output signal leader line for leading the output signal of the CT out from inside the equipment body disposed for the leader line to be led out from the load side terminal side of the equipment body to the outside thereof. When a plurality of such circuit breakers are arranged side by side, there is provided a CT output signal leader line accommodation unit for accommodating the CT output signal leader line to ensure that the CT output signal leader line will not protrude in the juxtaposed direction of circuit breakers.
    • 要解决的问题:提供一种限制从分支断路器引出的内置电流互感器(CT)的CT输出信号引导线的断路器CT输出信号引导线容纳结构,从而不经意地 触摸负载侧的连接线或其他电路,并且防止它在分配配电盘安装期间进行的接线连接或断开工作受阻,从而有助于提高接线工作的效率。 解决方案:断路器在其内部设置有电流互感器(CT),该电流互感器具有主电路导电单元,该主电路导电单元将电源侧和插入到位的负载侧端子互连,并且具有用于引导输出信号的CT输出信号引出线 的CT从设置于引导线的设备主体的内部从设备主体的负载侧端子侧引出到外部。 当多个这样的断路器并排布置时,设置有用于容纳CT输出信号引出线的CT输出信号引出线容纳单元,以确保CT输出信号引出线不会以并列的方向突出 断路器。 版权所有(C)2012,JPO&INPIT
    • 9. 发明专利
    • Bipolar circuit breaker
    • 双极电路断路器
    • JP2012043806A
    • 2012-03-01
    • JP2011232296
    • 2011-10-21
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • IMAMOTO MASAOAIHARA SHIGERUNORIISHI AKIHIKOBABA TAKASHIHAYASHI TADATAKAHANYU TOSEI
    • H01H73/20H01H73/12
    • PROBLEM TO BE SOLVED: To provide a bipolar circuit breaker capable of securely preventing incorrect line connection at low cost, with a function of enabling prevention of the incorrect line connection easily, and capable of reducing work man-hours for line connection when line connection is newly required.SOLUTION: In a bipolar circuit breaker 10 disposed on a power distribution board to switch a load side circuit on and off, a device body 1 includes: a load side terminal 4 having a wire insertion hole 41 to insert an electric wire toward a quick-connection terminal for connecting the inserted electric wire; a voltage detection hole 5; and a wire connection indication hole 8. There is mounted wire connection prevention means 7 including an insertion portion, formed at one end, to be inserted into the wire insertion hole 41, and a protrusion to be fitted into the wire connection indication hole 8 continuously formed by extending from the insertion portion so as to cover the voltage detection hole 5 from the outside of the device body.
    • 要解决的问题:提供一种能够以低成本可靠地防止不正确的线路连接的双极断路器,具有能够容易地防止不正确的线路连接的功能,并且能够减少线路连接的工作时间 需要线路连接。 解决方案:在设置在配电板上以打开和关闭负载侧电路的双极断路器10中,装置主体1包括:负载侧端子4,具有电线插入孔41,用于将电线插入 用于连接插入的电线的快速连接端子; 电压检测孔5; 和电线连接指示孔8.具有安装的电线连接防止装置7,其包括形成在一端的插入部分插入到电线插入孔41中的插入部分和连接在电线连接指示孔8中的突起 通过从插入部延伸以从装置主体的外部覆盖电压检测孔5而形成。 版权所有(C)2012,JPO&INPIT
    • 10. 发明专利
    • Electric power supply system and residential distribution board
    • 电力系统和住宅分配板
    • JP2012016156A
    • 2012-01-19
    • JP2010149558
    • 2010-06-30
    • Tempearl Ind Co Ltdテンパール工業株式会社
    • AIHARA SHIGERUNAKADA KENJIKAMATA TAKESHI
    • H02J3/38H02B1/40
    • PROBLEM TO BE SOLVED: To provide an electric power supply system which can effectively utilize an environmental load reduction mechanism that a power generator could have, and also can raise a user's environmental awareness.SOLUTION: The electric power supply system is equipped with a power source selecting section which selects a power source for a load circuit from a plurality of power supply systems including a commercial power source and a distributed power source, a power usage amount measuring section which measures the amount of power usage in the load circuit, a power supply state detecting section which detects a power supply state for each of the power supply systems and a computing circuit section which outputs a control signal for switching of the power sources to the power source selecting section. The computing circuit section has a function to output a control signal on the basis of the computed result and a function to output a control signal on the basis of an operation signal input from a manual selection operating section. The power supply system is characterized by that only a distributed power system is usually selected by the power source selecting section, while the power source is controlled so that it is switched corresponding to the power usage allowance information for power supply state computed by the computing circuit section.
    • 要解决的问题:提供一种可以有效利用发电机可以具有的环境负荷降低机构的电力供应系统,并且还可以提高用户的环境意识。 电源系统配备有电源选择部,该电源选择部从包括商用电源和分散电源的多个电源系统中选择用于负载电路的电源,电力使用量测量 测量负载电路中的电力使用量的部分,检测每个电源系统的电源状态的电源状态检测部分和输出用于将电源切换到控制信号的控制信号的计算电路部分 电源选择部分。 计算电路部分具有基于计算结果输出控制信号的功能,以及基于从手动选择操作部输入的操作信号输出控制信号的功能。 电源系统的特征在于,通常仅由电源选择部选择分布式电力系统,同时电源被控制,以便根据由计算电路计算出的供电状态的电力使用许可信息进行切换 部分。 版权所有(C)2012,JPO&INPIT