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 reduce the time required for connecting work and to effectively utilize materials such as an optical fiber connector or the like. SOLUTION: The optical fiber connector is a stub fiber type optical fiber connector in which termination is made by inserting a fiber having a buffer layer. A ferrule is provided with a stub fiber which is fitted into a hole formed on the ferrule and extended to the external. The ferrule is at least partially stored in a housing and is supported by the housing. The connector is provided with a reversible operation member to conduct a reversible operation and the inserted fiber is terminated into the stub fiber in a reversible and nondestructive manner. Moreover, the connector is provided with a buffer layer clamp member which is engaged with the buffer layer, so that when the fiber is terminated, stress being applied to the fiber is reversibly and nondestructively interrupted. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To solve a problem that house modular jacks of keystone jack type prescribed in the industrial standard can not be housed in a conventional patch panel. SOLUTION: This patch panel is provided with a frame, a face plate mountable on the frame, and at least one modular jack of keystone jack type which is mountable on the face plate from the rear face side. The frame is provided with the upper side flange and the lower side flange, and a plurality of apertures are formed in the frame. The face plate is mountable between the upper side flange and the lower side flange of the frame, and a plurality of housing apertures are formed at the face plate. An assembling method of the patch panel is also disclosed. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To quickly and surely cause a locked state by enhancing the tensile strength of a cable tie. SOLUTION: The cable tie has a slender metal strap, a locking head, and a rolling body means. The head is mounted to the first end of the strap. The second end on the opposite side of the strap is inserted to the head. The head has a strap inserting end and a strap drawing end. The rolling body means causes the locked state by being engaged with the strap. The head has a holding means to capture and hold the rolling body means inside the head. The rolling body means can move between a strap insertion permitting position which is adjacent to the strap drawing end and the holding means, and a locking position which is a nearer position to the strap inserting end from the strap insertion permitting position. A ratio of the distance from the point on an edge at a ceiling to the center of the rolling body means located in the strap insertion permitting position and the diameter of the rolling body means is made to be less than 1.7. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a display label mounting structure provided with a front panel with a recessed part formed and a label cover made to be locked by being fitted into the recessed part. SOLUTION: The label cover is provided with locking protrusions and the recessed part is provided with locking protrusions corresponding to the locking protrusions. The label cover can be provided with move slots for easily detaching the label cover. Bores can be formed in the recessed part and display icons of the molded goods separated one by one can be inserted therein. Tapered angle parts can be formed in the recessed part, making it possible to position the continuous labels varying in widths and lengths in the prescribed positions by the tapered angle parts of the recessed part and the label cover when such labels are housed therein. The ends of the recessed part are formed to the shapes at which the labels can be prevented from coming outside the front panel. The label cover is formed to a thickness at which the label cover is made to have the same plane as the front panel. The labels can be formed to the same color as the color of the front panel. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a two-piece cable tie which maintains strap retention force, can be readily assembled and achieves low insertion force. SOLUTION: The cable tie includes a metal locking device 136 which is bent at a predetermined angle and then precisely located within a receiving cavity of the locking device 136. It includes a strap 104 having a first end and a free end 138, and a locking head 102 secured to the first end of the strap along a strap attachment axis. The locking head includes a strap entry end and a strap exit end at both ends of an axis of a strap accepting channel 122. It includes the receiving cavity 180 of the metal locking device and an extending wall 142 located between the cavity and the strap accepting channel. A fixed end 134 is mounted on a support slot of an end wall of the locking head and oriented substantially parallel to an axis of the strap accepting channel. The metal locking device includes a free end angled at an acute angle relative to the strap accepting channel axis and extending into the channel and extends into the strap accepting channel.
Abstract:
A one-piece miniature insulation displacement contact (10) adapted for post-termination insertion and retention within a channel of an insulative connector housing. The contact (10) includes a continuous channel (12) extending the length of a conductor termination portion (18) formed at one end of the contact, extending the length of a transition portion (16) of the contact, and extending a portion of the length of a terminal engagement portion (14) of the contact; a floor (36) of the continuous channel extending the entire length of the contact. The conductor termination portion (18) includes opposing first walls (30) coextensive with the floor and opposing insulation displacement jaws (26) shear formed from each of the first walls where each of the jaws is displaced inwardly to juxtapose respective innermost insulation piercing edges (28) of each of said jaws to form an insulation displacement slot (44).
Abstract:
Un connecteur electrique pour un faisceau de fils permet a tous les fils d'etre assembles et tenus dans le connecteur avant la terminaison des fils dans les contacts. Ceci est realise a l'aide d'elements de support (108, 114) qui maintiennent les fils en position qui se terminent par les contacts penetrants a isolation (46B). Ceci permet d'amener le connecteur complet d'un poste de travail a un autre et d'effectuer la terminaison finale au meme poste.
Abstract:
A tool (20) for applying an elongate connector (22) to a plurality of insulated conductors (26). The connector (22) includes a base (30) and a cover (41) with the base (30) having a plurality of insulation displacement terminal elements (46) extending toward the cover (41). The base (30) and cover (41) are joined by interconnection means (52) for holding the connector (22) in an insertion position for receiving the conductors (26). The base (30) and cover (41) are movable from the insertion position to a connector termination position in which the elements engage the conductors (26). The tool (20) includes a die (88) for moving the connector (22) to its termination position, holding means (86, 90) for positioning the connector (22) with respect to the die (88) and prime mover means connected to cause the die (88) and a component of the holding means (86, 90) to undergo reciprocal movement relative to one another. The holding means (86, 90) includes stop means (90) positioned to engage the connector (22) when it is in its insertion position. The stop means (90) is spaced from the connector (22) when the connector (22) has been moved to its termination position whereby, prior to termination, the stop means (90) maintains the connector (22) in alignment with the die (88) and, after termination, the connector (22) can be removed from the tool (20) without interference from the stop means (90).