Abstract:
A terminal block having a housing, a connector panel rotatably mounted between the side walls of the housing between first and second positions, a latch mechanism for releasably retaining the panel in its first or second position and a front door pivotally secured to the housing.
Abstract:
PROBLEM TO BE SOLVED: To provide an enclosure object apparatus that includes a single container, comprising a patch member connected to electrical equipment at a remote location and at least one piece of communications equipment. SOLUTION: The communications equipment may include a microprocessor for processing data received from electrical equipment at a remote location. The enclosure object apparatus is used, in relation to a building automation apparatus in many cases. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a clamp which guides and fixes a cable through a cable control system. SOLUTION: The clamp contains a main body member and a latch member integrally formed with the main body member. The main body member contains the latch member containing at least one cable guide and an arm extending in outward direction. The latch member pivots from opened position to closed position on the main body member. Each arm is disposed on the cable guide in order to fix the cable located to the cable guide when the latch member is in the closed position. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a manager which has large ability and excellent freedom of wiring, while maintaining safe contacts and minimal bend radius for a cable along a network rack. SOLUTION: A manager 20 has a base part, and a pair of side wall parts with a slot holding the cable therein. By providing selective wiring state that the cable passes through a path and a slot 29 defined by the side walls with the slot, the manager 20 is equipped with an integrally formed path which manages the wiring state of the cable. The integrally formed manager 20 has a rack attaching part made into a conformation capable of connecting to network rack. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
An enclosure apparatus comprises a single receptacle comprising a patch member connected to electrical equipment in a remote location and at least one communication device. The communication device may comprise a microprocessor for processing data received from the electrical equipment in the remote location. The enclosure apparatus isoften used in connection with building automation equipment.
Abstract:
A wall mount cabinet (22) is disclosed. The wall mount cabinet (22) includes a rear section (36) having a first end and a second end, and a front section (34) hingedly connected to the rear section (36) at a pivot point (38). The rear section (36) has a cutout area (66) adjacent the first end, and the cutout area (66) allows access for cables (28) to enter the cabinet (22). The pivot point (38) is adjacent the cutout area (66) and the first end of the rear section (36). The cutout area (66) allows cables (28) to rotate about the pivot point (38) when the cabinet (22) is moved from a closed position to an open position.
Abstract:
A DXS jack module having removable jacks is disclosed. The jack module includes a jack mount for holding the jacks. The jack module also includes a front facing cross-connect array and a front facing IN/OUT array. A circuit board is electrically connected to the arrays. The circuit board includes portions positioned directly behind the cross-connect array the IN/OUT array. A chassis for holding jack modules is also disclosed. The chassis includes a front door having a double hinge configuration.
Abstract:
A splitter assembly (10) is provided that comprises a terminal block (18) for mounting to a main distribution frame (34) and a splitter circuit for combining/splitting POTS signals and xDSL signals onto/from a single wire pair. The terminal block (18) is pivotally mounted to a housing (12) and the splitter circuit is on a card (40) that is located in the housing. The terminal block (18) may be mounted to the same housing (12) that contains the splitter card (40). The POTS line contacts, XDSL line contacts and combined line contacts of the splitter circuit are connected to respective pairs of terminals (26) in the terminal block.