Abstract: A cable protection and guide device in which disengagement of a connection pin from a connecting pin hole is prevented. A cable protection and guide device in which a number of link frame bodies are flexibly and sequentially connected to each other such that a connecting pin of a preceding link plate is inserted into a connecting pin hole of the subsequent link plates. Cutout opening portions reside in the link plates. Connecting pins are inserted into the connecting pin hole 114. The connecting pins pass through a cutout portion of the side plate. Cutout opening portions in the link plates communicate with the connecting pin holes. A filling member integrally formed in the lid-shaped connecting arm seals against the connecting pin.

Abstract: A cable protection and guide device in which disengagement of a connection pin from a connecting pin hole is prevented. A cable protection and guide device in which a number of link frame bodies are flexibly and sequentially connected to each other such that a connecting pin of a preceding link plate is inserted into a connecting pin hole of the subsequent link plates. Cutout opening portions reside in the link plates. Connecting pins are inserted into the connecting pin hole 114. The connecting pins pass through a cutout portion of the side plate. Cutout opening portions in the link plates communicate with the connecting pin holes. A filling member integrally formed in the lid-shaped connecting arm seals against the connecting pin.

Abstract: A cable protection and guide device, wherein: the warp in front and rear side portions of link plates in the width direction is reliably limited so that an inadvertent disengagement between the link plates is completely blocked. The connection between the link plates is easy and manufacturing of the link plates is easy. Short arc-shaped warp limiting lock grooves are formed along a path coaxially spaced from a connecting pin or a connecting pin hole. Short arc-shaped warp limiting lock pieces are fitted to the short arc-shaped warp limiting lock grooves in a concave element/convex element engagement opposed surfaces of the link plates connected in the longitudinal direction so that warping in the front and rear side portions of the link plates in a width direction is limited.

Abstract: A tube type cable protection and guide device in which the device can be easily manufactured by extrusion molding without changing the size of a mold so that devices of different lengths can be made. Smooth linear and flexional movements can be made while sufficiently ensuring dimensional stability and torsional rigidity of the device thus assuring stability of the cable accommodating space. A tube type cable protection and guide device includes integrally molded inner circumferential wall forming portions. The inner wall forming portions are interdigitatedly fitted in a male-female relationship in a longitudinal direction of the sheet forming a flush inner flat surface.

Abstract: A cable or the like protection and guide device is disclosed and claimed. The shape of a shoe, which is mounted on the cable or the like protection and guide device, and a structure of a mounting portion on a cable or the like protection and guide device side, are simplified, the collision sound generated when shoes slide on each other is suppressed and the endurance of the shoe is improved whereby a long life is obtained.

Abstract: A cable protection and guide device in which maintenance of cables is easily performed without completely removing a cable accommodating space extension arm from a side plate is disclosed. Inadvertent disengagement of the cable accommodating space extension arm is prevented because the arm strongly engages the side plates of the device. The cable protection and guide device includes a number of pairs of right and left side plates connected to each other. Cable accommodating space extension arms are bridged over the flexional inner circumferential sides of at least one pair of side plates. D-shaped pin hinge shafts in the hinge ends of the arms are detachably interengaged with a groove in one of the side plates and thus permits the arm to pivot with respect to the side plate. Hinge end side locking pawl pieces of the arms are interlocked to the side plates.

Abstract: A cable protection and guide device wherein the wear of the cable is suppressed. The detachment of the partitioning wall plate is simplified. Pairs of right and left link plates, flexional inner circumferential side plates, flexional outer circumferential side plates and partitioning wall plates form a link body. The flexional inner circumferential side plate includes an abutting flap and an inner circumferential side flap integral therewith. Inner locking groove is formed in the inner circumferential connecting plate over the width direction in a stepped manner. A hook shaped locking proximal portion of the partitioning wall plate interengages an inner locking groove. Flexional outer circumferential side plate includes an outer locking groove extended in the width direction of the cable accommodating space and locks a locking front end portion of the partitioning wall plate.

Abstract: A cable protection and guide device comprising a number of pairs of right and left spaced side plates articulately connected to each other in a longitudinal direction wherein the plates are identical and interchangeable. Each of the link plates includes an arc shaped concavity, a convex portion and, the convex portion of the next adjacent link plate interengages the arc shaped concavity of the link plate. The arc shaped concavity includes a warp limiting lock groove and the convex portion includes an arc-shaped warp limiting lock piece The arc-shaped warp limiting lock piece of the convex portion interengages the arc-shaped warp-up limiting groove of the arc shaped concavity of link plate so that the warping of the link plates is substantially eliminated. The manufacturing cost for a single link plate used in a cable protection and guide device is reduced by half.

Abstract: Cable protection and guide devices are susceptible to the generation of wear powders from friction between the cable and front and rear end portions of the connecting plates. The generation of wear powders and damage or disconnection of the cable is prevented and abrasion loss and impact noise due to contact between the side plate units is suppressed. Connecting plates 120 are symmetric such that the inner surface thereof includes small curvature portions, large curvature portions, and a flat surface or approximately flat surface having a radius of curvature which is larger than the large curvature portions.

Abstract: A cable protection and guide device, wherein: the warp in front and rear side portions of link plates in the width direction is reliably limited so that an inadvertent disengagement between the link plates is completely blocked. The connection between the link plates is easy and manufacturing of the link plates is easy. Short arc-shaped warp limiting lock grooves are formed along a path coaxially spaced from a connecting pin or a connecting pin hole. Short arc-shaped warp limiting lock pieces are fitted to the short arc-shaped warp limiting lock grooves in a concave element/convex element engagement opposed surfaces of the link plates connected in the longitudinal direction so that warping in the front and rear side portions of the link plates in a width direction is limited.

Abstract: A cable protection and guide device in which maintenance of cables is easily performed without completely removing a cable accommodating space extension arm from a side plate is disclosed. Inadvertent disengagement of the cable accommodating space extension arm is prevented because the arm strongly engages the side plates of the device. The cable protection and guide device includes a number of pairs of right and left side plates connected to each other. Cable accommodating space extension arms are bridged over the flexional inner circumferential sides of at least one pair of side plates. D-shaped pin hinge shafts in the hinge ends of the arms are detachably interengaged with a groove in one of the side plates and thus permits the arm to pivot with respect to the side plate. Hinge end side locking pawl pieces of the arms are interlocked to the side plates.

Abstract: A tube type cable protection and guide device in which the device can be easily manufactured by extrusion molding without changing the size of a mold so that devices of different lengths can be made. Smooth linear and flexional movements can be made while sufficiently ensuring dimensional stability and torsional rigidity of the device thus assuring stability of the cable accommodating space. A tube type cable protection and guide device includes integrally molded inner circumferential wall forming portions. The inner wall forming portions are interdigitatedly fitted in a male-female relationship in a longitudinal direction of the sheet forming a flush inner flat surface.

Abstract: A cable protection and guide device wherein the wear of the cable is suppressed. The detachment of the partitioning wall plate is simplified. Pairs of right and left link plates, flexional inner circumferential side plates, flexional outer circumferential side plates and partitioning wall plates form a link body. The flexional inner circumferential side plate includes an abutting flap and an inner circumferential side flap integral therewith. Inner locking groove is formed in the inner circumferential connecting plate over the width direction in a stepped manner. A hook shaped locking proximal portion of the partitioning wall plate interengages an inner locking groove. Flexional outer circumferential side plate includes an outer locking groove extended in the width direction of the cable accommodating space and locks a locking front end portion of the partitioning wall plate.

Abstract: A cable protection and guide device includes an engagement mechanism for securing connecting plates in a bridged arrangement over flexional inner and outer circumferential sides of side plates of the device. The connecting plates are not inadvertently disengaged because the engagement mechanism includes several features for securing the connecting plates to the side plates. The connecting plate engagement mechanism has a louver body and a louver type connecting plate which pivots about a pair of right and left supporting shafts which are formed at both ends of the louver type connecting plate. The louver type connecting plate is attachably fitted onto the pair of right and left side plates.

Abstract: The present invention provides a cable or the like protection and guide device which accommodates a cable or the like while allowing for examination of the cable. Smooth linear and flexional movement is achieved while not compromising the form stability of the cable accommodation space. Partial or local wear is suppressed. The device is made of a synthetic resin and accommodates a cable in a rectangular cable accommodating space. The accommodating space is surrounded by the outer circumferential wall portion, which is openable, a pair of side wall portions, and an inner circumferential wall portion. Inserting protrusion mechanisms, engagement mechanisms, slits, opening windows and flexion restricting piece portions contribute to the stability and usefulness of the device.

Abstract: A cable or the like protection and guide device can be applied to various conditions at a mounting fixed end and a mounting movable end. A cable or the like protection and guide device (100) in which mounting brackets (140, 140) are detachably connected to a pair of right and left side plate units (110, 110) adjacent to the mounting fixed end through fixed end side adaptors (130, 130) respectively, and mounting brackets are detachably connected to a pair of right and left side plate units (110, 110) adjacent to the mounting movable end through movable end side adaptors, (150, 150), respectively.

Abstract: A cable or the like protection and guide device is disclosed which prevents inadvertent disconnection due to repeated flexure. Excellent fatigue resistance is exhibited. A cable or the like protection and guide device in which pairs of side plates are respectively formed of a highly-rigid resin front side plate portion connected to a preceding side plate and a highly-rigid resin rear side plate portion is connected to a subsequent side plate. A flexible fatigue resistant resin coupling portion is interposed between the front side plate portion and the rear side plate portion in an integrated manner by using a using two-color molding.

Abstract: To provide a cable or the like protection and guide device in which even if link frame bodies receive torsion and deflection during a linear movement or a bending movement, a mutual connection can be reliably maintained and a connection and assembly operation for the link frame bodies is easy and a stable molding accuracy and a small cost load on a molding mold can be obtained.

Abstract: Cable protection and guide devices are susceptible to the generation of wear powders from friction between the cable and front and rear end portions of the connecting plates. The generation of wear powders and damage or disconnection of the cable is prevented and abrasion loss and impact noise due to contact between the side plate units is suppressed. Connecting plates 120 are symmetric such that the inner surface thereof includes small curvature portions, large curvature portions, and a flat surface or approximately flat surface having a radius of curvature which is larger than the large curvature portions.

Abstract: A folding type cable protection and guide device is provided in which a cable is accommodated into a cable accommodating space. The cable accomodating space can be easily adapted to accommodate the cable, even if the cable is a long body. The assembly load is decreased. Further, the use of many different sized metal molds is not required. The form stability of the cable accommodating space is sufficiently ensured during both linear movement and flexion movement, so that smooth linear movement and flexion movement can be attained. The rectangularly shaped cable accommodating space is formed by folding a pair of right and left folded sections 110, 110 extending in a longitudinal direction of the extruded synthetic resin tape 100 along the longitudinal direction of the tape.