首页 / 国际专利分类库 / 电学 / 基本电气元件 / H01R 线路连接器 集电器 / 用于同时和两个或两个以上相同配合件协作的连接部件,例如用于对两个或两个以上电路分配能量 / .为配合件提供有多个分离连接位置的轨条或汇流排({保护管或保护渠入H02G3/00;汇流排的安装入H02G 5/00})
序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
81 JPH05505090A - JP50548891 1991-02-06 JPH05505090A 1993-07-29
82 Manual programmable program memory JP12588677 1977-10-21 JPS5353233A 1978-05-15 HANSU BERUGERU
83 JPS5138170B2 - JP2786473 1973-03-09 JPS5138170B2 1976-10-20
84 モータ JP2017155393 2017-08-10 JP2018074896A 2018-05-10 牧野 祐輔; 梶川 哲
【課題】モータのハウジング内部を冷却する。
【解決手段】モータ1は、上下方向を向く中心軸J1を中心とするシャフト31と軸受機構4とシャフト31に固定された円筒状のロータ本体32と、ロータファン34と、電機子22と、ハウジング21を備える。軸受機構4が、ハウジング21の内部においてロータファン34よりも上側に位置し、ロータファン34と上下方向に対向する第1軸受41を備え、ハウジング21が、電機子22よりも上側に位置する第1開口215と、電機子22よりも下側に位置する第2開口216と、第1軸受41の外側面に接触して保持する軸受保持部214を備える。ロータファン34の径方向外側に円筒状の風洞部24が配置され、風洞部24の内側面とロータファン34とが径方向に対向し、風洞部24の内側面の上端部と、軸受保持部214の外側面とが、径方向に対向する。
【選択図】図4
85 モータ JP2017155392 2017-08-10 JP2018074895A 2018-05-10 牧野 祐輔; 梶川 哲
【課題】モータのハウジング内部を冷却する。
【解決手段】モータ1は、上下方向を向く中心軸J1を中心とするシャフト31と、シャフトに固定された円筒状のロータ本体32と、ロータ本体の上側にてシャフトに固定されたロータファン34と、ロータ本体と径方向に対向する電機子22と、電機子を外部電源に電気的に接続するバスバー23と、バスバーを保持するバスバー保持部24と、ロータ本体、ロータファン、電機子、バスバーおよびバスバー保持部を内部に収容するハウジング21と、を備える。ハウジングが、電機子よりも上側に位置する第1開口215と、電機子よりも下側に位置する第2開口216と、を備える。バスバー保持部が、ロータファンの径方向外側に配置される。バスバー保持部の円筒状の内側面245が、ロータファンと径方向に対向する。
【選択図】図4
86 機器用コネクタ JP2013233916 2013-11-12 JP6040914B2 2016-12-07 吉田 啓一; 松岡 宏幸; 楯 拓也
87 バスバモジュール JP2012153266 2012-07-09 JP5973262B2 2016-08-23 劉 海峰; 菊池 幸久
88 負荷に電気エネルギーを供給する装置及びそのためのシステム JP2014546322 2011-12-14 JP5896577B2 2016-03-30 マイス・アルフォンス
89 新規構造を有するバスバーアセンブリ JP2013539749 2011-11-04 JP5784136B2 2015-09-24 ジュン・ヨブ・ソン; ブム・ヒュン・イ; ジョン・ムン・ヨン
90 Bus bar module JP2012153266 2012-07-09 JP2014017106A 2014-01-30 LIU HAE-BONG; KIKUCHI YUKIHISA
PROBLEM TO BE SOLVED: To provide a bus bar module installed in a battery assembly and used in order to connect respective batteries of the battery assembly in series, which allows a finger of an operator to easily enter a locking part of an output terminal cover or the like and facilitates the work of opening and closing the output terminal cover.SOLUTION: A bus bar module 1 includes: a bus bar module body part 3 which is constituted of an insulating material, and for which a part of an output terminal installation part 9 for installing an output terminal 7 is projected and provided and a cover locking part 11 is provided on a distal end side of the projected output terminal installation part; and an output terminal cover 5 provided on the bus bar module body part through a hinge part 21 provided on a proximal end side of the output terminal installation part in order to cover the output terminal, and provided on a distal end side with a cover locking target part 23 to be locked to the cover locking part of the bus bar module body part when the output terminal installed at the output terminal installation part is covered.
91 Bus bar assembly having a new structure JP2013539749 2011-11-04 JP2014502013A 2014-01-23 ジュン・ヨブ・ソン; ブム・ヒュン・イ; ジョン・ムン・ヨン
本発明は、バスバーアセンブリを提供し、それは、セルモジュールアセンブリが互いに密接に接触するまたは互いに隣接するようにセルモジュールアセンブリを横方向に配置することによって電池モジュールアセンブリを形成するために2つ以上のセルモジュールアセンブリを互いに電気的に接続する部材である。 バスバーアセンブリは、(a)電気絶縁性材料でできており、セルモジュールアセンブリの上端に取り付けられるカバープレートと、(b)導電性接続部分がカバープレートに取り付けられるときセルモジュールアセンブリの外部入出端子に電気的に接続される2つ以上の導電性接続部分と、(c)セルモジュールアセンブリの導電性接続部分を互いに電気的に接続するようにセルモジュールアセンブリが配置される方向に関してカバープレートの上端に垂直に取り付けられる2つ以上のバスバーとを含む。
92 Sheet metal member, bus bar and electrical junction box including the bus bar JP2011145661 2011-06-30 JP2013013289A 2013-01-17 SAKAI TAKASHI; IMAIZUMI YOSHIHITO; TAKAHASHI HIROSHIGE; ANDO RYOTA
PROBLEM TO BE SOLVED: To provide a sheet metal member capable of improving material yield.SOLUTION: A sheet metal member 10 comprises: a first terminal part; a second terminal part; and a connection part for connecting the first terminal part and the second terminal part, and forms a bus bar attached to a box body of an electrical junction box. The sheet metal member 10 comprises: a first terminal part equivalent part 21 which is equivalent to the first terminal part; a second terminal part equivalent part 22 which is equivalent to the second terminal part 12 and is provided in parallel to the first terminal part equivalent part 21 while being spaced from the first terminal part equivalent part 21; and a connection part equivalent part 23 which is equivalent to the connection part 13. The connection part equivalent part 23 connects mutually adjacent ends of the first terminal part equivalent part 21 and the second terminal part equivalent part 22.
93 Groove type connection device for electric wire that can be used as a signal line and the ignition line of the internal combustion engine JP2001573588 2001-03-30 JP4096154B2 2008-06-04 クラオス,マルクス; ビルチャオ,フローリアン
94 Waterproof cover mechanism of the belt-shaped light fixtures, lighting equipment and outdoor lighting system JP11085797 1997-04-28 JP4008979B2 2007-11-14 勝則 佐藤; 和昭 村田
95 Plug receptacle, outlet assembly, and connector JP2005360912 2005-12-14 JP2006164990A 2006-06-22 SEXTON ROBERT JAY
<P>PROBLEM TO BE SOLVED: To provide a plug receptacle for wiring and rewiring on a wall and a ceiling, eternal but not conspicuous, inexpensive, easy for a user to install, and capable of corresponding to the connection of a new wiring system concealedly provided in a special place with conventional wiring. <P>SOLUTION: This plug receptacle is a female plug receptacle used in an electric outlet assembly and equipped with an opening for communicating with each male contact of a traditional plug. The plug receptacle is equipped with a plurality of wiper assemblies 114, 116 provided apart from each other along each opening of the plug receptacle in order to make contact with each contact of the conventional plug, each of the wiper assemblies has a plurality of wipers 114a-114c, 116a-116c, and each of a plurality of the wipers can move independently of the other wiper. The plug receptacle is also equipped with conductive lead wires 111, 112 connected to the wiper assembly at one end part and connected to a power supply at the other end part. <P>COPYRIGHT: (C)2006,JPO&NCIPI
96 Wires for channel-shaped connecting device for an internal combustion engine JP2001573588 2001-03-30 JP2004500517A 2004-01-08 クラオス,マルクス; ビルチャオ,フローリアン
電線用、特に内燃機関の信号線 / 点火線用のチャネル形接続装置であって、好ましくは事前取付けされる電線(3) / 部品(7)用の少なくとも1枚の支持体(2)が設けられ、該支持体はチャネル形接続装置(1)の収容溝(4)に押し込み好ましくは挿し込むことができるように構成された接続装置。
【選択図】図3
97 Waterproof cover mechanism of belt-shaped luminaire, lighting system, and outdoor lighting system JP11085797 1997-04-28 JPH10302515A 1998-11-13 SATO KATSUNORI; MURATA KAZUAKI
PROBLEM TO BE SOLVED: To surround so as to be capable of waterproofing a socket and a light emitting body independent of the shape of the socket and the mounting direction of the light emitting body by arranging a first sealing body for sealing so as to be capable of waterproofing the surroundings of the socket arranged in a base body and a second sealing body for sealing so as to be capable of waterproofing a portion between the base body and a translucent globe. SOLUTION: A waterproof cover mechanism 2 consists of a base body 21, a back body 22, a translucent globe 23, a first sealing body 24, and a second sealing body 25. The base body 21 is arranged on the surface side of a belt-shaped luminaire 1 and has a window 21 into which a socket 12 of the belt-shaped luminaire is inserted, the translucent globe 23 in the outer circumference is mounted on the base body 21, and a belt-shaped electric wire 11 is brought into contact with the back surface of the base body 21. The belt-shaped electric wire 11 is interposed between the back body 22 and the base body 21. The first sealing body 24 is arranged between the base body 21 and the socket 12 to seal so as to be capable of waterproofing the surroundings of the socket. The second sealing body 25 is arranged between the base body 21 and the translucent globe 23 to seal so as to be capable of waterproofing the surroundings of the socket 12.
98 Feeder device JP9523292 1992-04-15 JPH05144531A 1993-06-11 BURANKA AGABEKOFU
PURPOSE: To provide a feeder device which feeds an electric contact protruding toward one side of the device and has a conductive strip to contain an electric current consuming element arranged between 2 neighbouring contacts. CONSTITUTION: Small protruding plates 11, 13 with free ends which can feed poles of electric current consuming elements 50, 70 are provided with a regular interval in the feeder device, and the device has an upper conductive strip 10 and lower conductive strip 30 separated by an insulator 20. The upper conductive strip has a lateral slit through which the small protruding plate of the lower strip can pass freely, and is provided in an insulating material member 40. COPYRIGHT: (C)1993,JPO
99 Free mounting/dismounting support plate for distribution device JP17939790 1990-07-06 JPH0345107A 1991-02-26 AREN MOROO; DANIERU NUURII; JIYANNPIEERU TERII
PURPOSE: To mount and dismount an electric device freely, by a method wherein a plurality of horizontal power supply bars and a longitudinal insulating case are provided and a number of apertures are formed so as to face the power supply bars, and a connector is connected through the apertures. CONSTITUTION: A power distribution device 2 is composed of four conductor bars 3 which are 3-phase lines and a neutral line which are arrange horizontally, and a longitudinal insulating case 4 in which the four conductor bars 3 are housed. A number of apertures 6 are arranged on the front surface of the insulating case 4 in the zigzag formation so as to face the conductor bars 3. A free mounting/dismounting plate 1 has a connector which can be mounted/dismounted on/from an electric control apparatus and a protective device such as a circuit breaker. The free mounting/dismounting plate 1 is brought into contact with the conductor bars 3 through a number of the apertures 6 to supply a power to the electric control apparatus, etc. The free mounting/dismounting plate 1 can be mounted and dismounted easily and quickly. With this constitution, the connector can be mounted/dismounted effectively and the aesthetic appearance can be improved. COPYRIGHT: (C)1991,JPO
100 Electric plug JP3015283 1983-02-24 JPS58157075A 1983-09-19 DEBITSUDO ROBAATO GIRAMU; JIYON ANSONII RORUFU
An electrical plug comprises a plug body which houses two or more electrical terminals for connection to electrical cables, at least one of the terminals being conductively connectable and disconnectable from its respective contact pin. To achieve this, the plug body is provided with a tumbler switch, operable to effect electrical contact between a spring contact permanently conductively connected to the contact pins and the terminal by means of a pivoted lever normally biassed out of contact with the terminal by means of the spring contact. The rocker of the switch may be operated manually, but manual operation will be over-ridden on insertion and withdrawal of the plug from its complementary socket. The automatic switch control means comprises an axially slidable pin projecting from the plug body in the "switch on" position and retractable into the plug body on engagement of the axially slidable pin with the front face of the complementary socket, to urge the switch into the "off" position. The free end of the pin may be provided with a cam surface for cooperation with the socket on rotational withdrawal of the plug from the socket, to switch the plug off on withdrawal as well.
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