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序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
1 触发式膨胀土自动开关 CN201510006832.9 2015-01-06 CN104599900A 2015-05-06 曹海莹; 刘云飞
一种触发式膨胀土自动开关,由透水材质制成集水盒内部装有膨胀土,其上部开口位置活动连接能够上下运动的顶盖,顶盖上固接集水漏斗,顶盖上仍固接一根穿过上述集水漏斗的绝缘立柱,该立柱的上端伸入设置在集水盒上方的闸盒内,闸盒内具有闸刀开关;立柱向上运动能够与闸刀开关的动触头接触,并推动动触头与静触头闭合;所述立柱向下运动能够与闸刀开关的动触头脱离,动触头通过与其上操作手柄相连的弹簧复位,实现动触头与静触头的断开。本发明现有技术相比具有可自动控制,安全可靠,构造简单,造价低廉等优点。
2 胶囊传感系统 CN201180036503.9 2011-06-23 CN103025216A 2013-04-03 A·佩雷特斯; A·约阿基姆; Y·艾特博济亚德
一种饮料制备机的冲调单元(1),具有:用于接收包括导电材料(21,22,23,24)的胶囊(2)的底座(11);以及具有第一和第二电连接器(A,B)的胶囊传感电路。当胶囊存在于底座(11)中时,第一电连接器(A)和第二电连接器(B)通过胶囊(2)的导电材料电连接并且当胶囊不存在于所述底座中时电断开,以用来分别关闭或中断胶囊传感电路(A,Aa,a,B,Bb,b,abc)。
3 利用旋转离心切换不同状态的可携式电子装置 CN201210423942.1 2012-10-30 CN103732020B 2016-12-21 李旭明
一种可携式电子装置,包含有一壳体、四触发机构以及一控制模。四触发机构是设置于所述壳体内,且各触发机构包含有一滑槽以及一触发件,所述触发件是容置于相对应滑槽的一端。控制模块是电连接于所述四触发机构,所述控制模块是用于所述可携式电子装置以一旋转方向旋转,以使各触发件因旋转离心皆由各滑槽的所述端移动至另一端时,控制所述可携式电子装置由一第一状态切换至一第二状态。本发明的可携式电子装置可解决先前技术中受限于不可置换电池且于外观上无设置任何用来重置系统的按键的设计,当系统完全无法操作且无法通过强制断电或强制关机的手段来达到重新开机的目的时,可通过本发明的机构设计来达到有效解决系统当机的问题。
4 温度限制装置的运行方法、温度限制装置以及电气设备 CN201180032945.6 2011-06-20 CN102959230B 2016-10-12 S.图姆巴克
发明涉及一种用于运行能够借助激活信号通过限定的时间段激活的电气设备(1)的温度限制装置(2)的方法。其中规定,在出现激活信号时只有当计数器值大于或者小于基准值时温度限制装置(2)才允许激活电气设备(1),其中在每次激活电气设备(2)时用确定的温度当量值增加或者减小计数器值。此外,本发明还涉及温度限制装置(2)以及电气设备(1)。
5 开关控制装置及其闭合控制方法 CN201180062734.7 2011-01-12 CN103282990A 2013-09-04 森智仁; 松元大悟; 茑田广幸
发明得到一种电开关控制装置及其闭合控制方法,能够抑制电流分断后可能由负载侧电压发生变动而引起的过渡电压、电流的产生。该电力开关控制装置基于当前时刻以后的电源侧电压推定值及负载侧电压推定值来计算当前时刻以后的断路器极间电压推定值,并基于该断路器极间电压推定值来计算目标闭合时刻区域,该目标闭合时刻区域是能够在断路器极间电压推定值的绝对值处于预先设定的容许范围内的时刻接通断路器的、从闭合可控时刻到闭合控制极限时刻为止的区域,在第2接通相以后的后续接通相的情况下,使闭合可控时刻延迟预先设定的延迟时间。
6 节能控制装置、控制方法及包含该装置的电源适配器 CN201210027797.5 2012-02-08 CN103248204A 2013-08-14 顾元强; 汪国军; 焦德智
发明提供了一种节能控制装置、控制方法及包含该节能控制装置的电源适配器。该节能控制装置包括:机械开关,具有第一端和第二端,该第二端为机械开关的输出端;控制器,其输入端连接至机械开关的输出端,其输出端输出一开关控制信号;以及电源转换器,接收控制器输出的开关控制信号,并根据该开关控制信号工作,当连接电缆插入电缆接口或从电缆接口拔出时,机械开关的第一端和第二端接触或分离。采用本发明,在电源适配器的电缆接口设置一机械开关,通过机械开关的闭合与断开来检测连接电缆插入电缆接口或从该电缆接口拔出,进而使电源转换器运行于正常模式或节能的打嗝模式。本发明不仅设计简单、成本较低,而且负载检测的可靠性高。
7 电池组的充电控制装置以及充电控制方法 CN201210308682.3 2012-08-27 CN102969748A 2013-03-13 泽柳友宏; 北原直树
电池组的充电控制装置以及充电控制方法。即便不使用额定功率较大的电阻也能够在短时间内使各电池的电压均衡。电池组的充电控制装置具有:放电电路,其分别与电池组的各电池并联连接;电压检测电路,其检测各电池的电压;以及控制部,其根据电压检测电路的输出,判别需要抑制充电的电池,并控制放电电路。放电电路由电阻和晶体管的串联电路构成,晶体管设为导通,由此使与该晶体管对应的电池放电。控制部进行以下控制:在需要抑制充电的电池的电压低于基准电压的情况下,使与该电池对应的晶体管在第1期间导通,在需要抑制充电的电池的电压为基准电压以上的情况下,使与该电池对应的晶体管在比第1期间短的第2期间导通。
8 温度限制装置的运行方法、温度限制装置以及电气设备 CN201180032945.6 2011-06-20 CN102959230A 2013-03-06 S.图姆巴克
发明涉及一种用于运行能够借助激活信号通过限定的时间段激活的电气设备(1)的温度限制装置(2)的方法。其中规定,在出现激活信号时只有当计数器值大于或者小于基准值时温度限制装置(2)才允许激活电气设备(1),其中在每次激活电气设备(2)时用确定的温度当量值增加或者减小计数器值。此外,本发明还涉及温度限制装置(2)以及电气设备(1)。
9 胶囊传感系统 CN201180036503.9 2011-06-23 CN103025216B 2016-03-30 A·佩雷特斯; A·约阿基姆; Y·艾特博济亚德
一种饮料制备机的冲调单元(1),具有:用于接收包括导电材料(21,22,23,24)的胶囊(2)的底座(11);以及具有第一和第二电连接器(A,B)的胶囊传感电路。当胶囊存在于底座(11)中时,第一电连接器(A)和第二电连接器(B)通过胶囊(2)的导电材料电连接并且当胶囊不存在于所述底座中时电断开,以用来分别关闭或中断胶囊传感电路(A,Aa,a,B,Bb,b,abc)。
10 一种挤压开关及其所用导电弹性胶体的配方 CN201510560054.8 2015-09-07 CN105097352A 2015-11-25 林水龙
一种挤压开关及其所用导电弹性胶体的配方,涉及电开关领域,该挤压式开关包括弹性囊体,该弹性囊体内设有相通的第一空腔和第二空腔,第一空腔内填充有导电弹性胶体;弹性囊体设有两相互分离且用于连接导线的金属片,并且两所述金属片均裸露于第二空腔;导电弹性胶体的配方以质量份计包含以下成分:乳胶液60~70份,合金粉末10~20份,导电炭黑5~10份,纳米纤维5~10份。本发明的有益效果:使用者可以以挤压弹性囊体的操作方式促使导电弹性胶体进入第二空腔,并接通两金属片,切换开关状态。具有无机械疲劳问题,可任意度操作的优点。
11 开关控制装置及其闭合控制方法 CN201180062734.7 2011-01-12 CN103282990B 2015-08-26 森智仁; 松元大悟; 茑田广幸
发明得到一种电开关控制装置及其闭合控制方法,能够抑制电流分断后可能由负载侧电压发生变动而引起的过渡电压、电流的产生。该电力开关控制装置基于当前时刻以后的电源侧电压推定值及负载侧电压推定值来计算当前时刻以后的断路器极间电压推定值,并基于该断路器极间电压推定值来计算目标闭合时刻区域,该目标闭合时刻区域是能够在断路器极间电压推定值的绝对值处于预先设定的容许范围内的时刻接通断路器的、从闭合可控时刻到闭合控制极限时刻为止的区域,在第2接通相以后的后续接通相的情况下,使闭合可控时刻延迟预先设定的延迟时间。
12 利用旋转离心切换不同状态的可携式电子装置 CN201210423942.1 2012-10-30 CN103732020A 2014-04-16 李旭明
一种可携式电子装置,包含有一壳体、四触发机构以及一控制模。四触发机构是设置于所述壳体内,且各触发机构包含有一滑槽以及一触发件,所述触发件是容置于相对应滑槽的一端。控制模块是电连接于所述四触发机构,所述控制模块是用于所述可携式电子装置以一旋转方向旋转,以使各触发件因旋转离心皆由各滑槽的所述端移动至另一端时,控制所述可携式电子装置由一第一状态切换至一第二状态。本发明的可携式电子装置可解决先前技术中受限于不可置换电池且于外观上无设置任何用来重置系统的按键的设计,当系统完全无法操作且无法通过强制断电或强制关机的手段来达到重新开机的目的时,可通过本发明的机构设计来达到有效解决系统当机的问题。
13 激光触发真空开关 CN201010154696.5 2010-04-20 CN101820275A 2010-09-01 何正浩; 刘俊翔; 朱璐; 许宇航; 张召亮
发明公开了一种激光触发真空开关,其包括密闭壳体、设于所述密闭壳体上的第一电极和第二电极、以及激光照射窗。所述第一电极和第二电极分别固定在所述密闭壳体的两端。所述第二电极内轴向开设有通孔。所述第一电极的一端面上设有与所述通孔相对的靶电极,所述激光照射窗位于所述第二电极外端,且所述激光照射窗、所述通孔和所述靶电极位于同一轴线上。该激光触发真空开关结构简单、触发性能稳定、使用寿命长且加工方便。
14 MODULES, SYSTEMS, AND METHODS FOR MONITORING ENVIRONMENTAL CONDITIONS EP16854380.9 2016-10-07 EP3360148A1 2018-08-15 YAZDI, Navid
Modules, systems, and methods for monitoring environmental conditions, such as physical, electromagnetic, thermal, and/or chemical parameters within an environment, over extended periods of time with the use of one or more electromechanical sensing devices that include a sensing device and electronic circuitry for processing an output of the sensing device and generating a output of the module. The sensing device includes a microstructure, for example, a cantilevered beam, and at least one set of contacts configured for contact-mode operation with the microstructure in response to the microstructure deflecting toward or away from the contacts when exposed to the parameter of interest. The microstructure has a stack of layers of dissimilar materials, at least one of which has at least one property that changes as a result of curing of or absorption by the first material when exposed to the parameter.
15 LOAD SENSING SYSTEM FOR WHEELCHAIR LIFT ARRANGEMENT EP13761896.3 2013-03-14 EP2825145A1 2015-01-21 DELEO, Dante, V.; SU, Haur, Tsu
A load sensing system for a wheelchair lift arrangement includes an elongated member that is rotatable about a longitudinal axis between an unloaded position and a loaded position; a biasing member that biases the elongated member toward the unloaded position; at least one contact member connected to the elongated member and configured to contact a bridge plate; and a switch assembly operatively connected to the elongated member, the switch assembly being configured to be activated to prevent operation of the wheelchair lift arrangement when the elongated member is in the loaded position. A method of regulating movement of a lift platform of a wheelchair lift arrangement is also provided.
16 RUPTURE DISK SENSING ASSEMBLY. EP93909317 1993-04-13 EP0637397A4 1995-08-09 VAROS RICHARD V
The present invention provides an integral burst sensing disk assembly (8) wherein a disk (10) forms an integral part of the burst sensing circuit (24, 26, 28, 30, 32). The improvement of the instant invention comprises using a rupture disk to form a complete circuit between a wire (26) connected to the burst membrane portion (14) of the disk, through the disk to another wire (28) connected to the outer surface (20a) of the disk. When the disk bursts to relieve an overpressure situation, the circuit is broken and a signal sent to indicate that the disk has burst.
17 RUPTURE DISK SENSING ASSEMBLY EP93909317.0 1993-04-13 EP0637397A1 1995-02-08 VAROS, Richard V.
The present invention provides an integral burst sensing disk assembly (8) wherein a disk (10) forms an integral part of the burst sensing circuit (24, 26, 28, 30, 32). The improvement of the instant invention comprises using a rupture disk to form a complete circuit between a wire (26) connected to the burst membrane portion (14) of the disk, through the disk to another wire (28) connected to the outer surface (20a) of the disk. When the disk bursts to relieve an overpressure situation, the circuit is broken and a signal sent to indicate that the disk has burst.
18 DETECTOR AND SPRAYING DEVICE PROVIDED WITH SAID DETECTOR EP16862161.3 2016-11-02 EP3373046A1 2018-09-12 ORITA, Tuyoshi; OKUIE, Takahiro

Provided is a detection device including: a detector having an inherent detection area and configured to detect entry of a detection target into the inherent detection area; a restrictor configured to restrict the inherent detection area to a specific set detection area; a body in which a detector opening part is formed; a detector fixer configured to fix the detector; and a restrictor fixer of which a position is fixed with respect to the detector fixer and to which the restrictor is fixed, the restrictor fixer being configured so that a relative position between the detector and the restrictor is fixed by fixing a position of the restrictor with respect to the detector fixer via the restrictor fixer, wherein the detector and the restrictor of which the positions are fixed with respect to each other via the restrictor fixer are assembled to the body so that a circumferential edge of the detector opening part of the body is located outside the set detection area while the restriction of the inherent detection area by the restrictor is maintained.

19 LOAD-DETECTING DEVICE EP16773036.5 2016-03-30 EP3279031A1 2018-02-07 NAKAZAKI Shigeru; KIKUKAWA Naohiro; KAWAHIRA Tetsuya

The load-detecting device 1 includes a base 2 engaged with a pair of S springs 100, and a load detection sensor unit SU that is mounted on the base 2 and includes a first electrode 52 and a second electrode 62 facing each other and being brought into contact with each other by pressing force of the seat cushion SC when a load is detected The upper surface 47S of the load detection sensor unit SU that is pressed by the seat cushion SC when a load is detected is located at the same height as or higher than the upper ends 101 of the respective S springs 100, with which the base 2 is engaged, and the contact surface between the first electrode 52 and the second electrode 62 is located lower than the upper ends 101 of the respective S springs 100, with which the base 2 is engaged.

20 LOAD-DETECTING DEVICE EP16773004.3 2016-03-30 EP3279030A1 2018-02-07 NAKAZAKI, Shigeru; ITO, Nobuyoshi; KAWAHIRA, Tetsuya

A load-detecting device 1 includes a load detection sensor unit SU and a base 2 on which the load detection sensor unit SU is mounted, and the load detection sensor unit SU includes an upper surface 47S configured to be pressed by a seat cushion SC, a first electrode 52, and a second electrode 62. The upper surface 47S moves with respect to the mount surface 21S such that an angle of the upper surface 47S with respect to the mount surface 21S changes.

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