A multi-surface cable tie apparatus includes a first cable tie device coupled to a spaced apart second cable tie device via a bridge member, each cable tie device having a head member having opposed inner and outer ends, the head member defining an aperture and a channel defining a generally V-shaped configuration in communication with the aperture. Each cable tie device includes a tying strap that includes a planar base strip having that includes a proximal end adjacent the inner end of the head member and a distal end opposite the proximal end, the base strip having an elongate toothed portion mounted to an inside surface. The toothed portion includes a generally triangular cross-section with a plurality of teeth extending away from the base strip. The aperture is configured to selectively receive the base strip and the channel is configured to receive the toothed portion of the tying strap.

A multi-surface cable tie device includes a head member having an outer end and an opposed inner end, the head member defining an aperture having rectangular configuration and a channel defining a generally V-shaped configuration in communication with the aperture. The cable tie device includes an elongate tying strap that includes a base strip having a planar configuration that includes a proximal end adjacent the inner end of the head member and a distal end opposite the proximal end, the base strip having an elongate toothed portion mounted to an inside surface of the base strip. The toothed portion includes a generally triangular cross-section and having a plurality of teeth extending away from the base strip. The aperture is configured to selectively receive the base strip and the channel is configured to receive the toothed portion of the tying strap.

A packing box contains: an accommodation casing, a first side casing, a second side casing, multiple bottom casings of various sizes, multiple top casings of various sizes, and a plurality of binding straps. The accommodation casing includes multiple first and second spaced holes, the first side casing includes multiple first and second spaced orifices, and the second side casing includes multiple first and second spaced apertures. Each bottom casing covers a bottom of each of the accommodation casing, the first side casing, and the second side casing, and each top casing covers a top of each of the accommodation casing, the first side casing, and the second side casing. Each binding strap includes a fastener, a male fastening face, and a female fastening face, wherein the fastener fastens with the male fastening face and the female fastening face so that said each binding strap fixes the packing box.

A band that enables preventing an extra length region of a band main body from interfering with a peripheral component or the like. The band includes a head that has a through-hole, and a band main body that extends from the head. A wrapping region that is to be wrapped around an object, an insertion region that is to be inserted into the through-hole, and an extra length region that is to be pulled out from the through-hole are successively arranged in the extending direction of the band main body. The through-hole of the head is provided with an inclined surface that orients the insertion region such that the extra length region extends from the through-hole in a direction of approaching the wrapping region.

A structure for attaching a band clip to a corrugated tube, provided with a corrugated tube having pluralities of ring-shaped ribs and of ring-shaped grooves; and a band clip for fixing the corrugated tube to an attachment target object. The band clip has projecting portions arranged to be separated from each other in an axial direction. The corrugated tube is configured such that the projecting portions are respectively fittable into ring-shaped grooves that are symmetrically arranged with a ring-shaped rib being interposed therebetween. Protruding portions that are engageable with the projecting portions are provided such that two protruding portions, one for every 180, are provided for each ring-shaped groove. The protruding portions provided for one ring-shaped groove and for another ring-shaped groove are arranged such that respective phases thereof are shifted from each other by 90 in a circumferential direction.

A structure for attaching a band clip to a corrugated tube, provided with a corrugated tube having pluralities of ring-shaped ribs and of ring-shaped grooves; and a band clip for fixing the corrugated tube to an attachment target object. The band clip has projecting portions arranged to be separated from each other in an axial direction. The corrugated tube is configured such that the projecting portions are respectively fittable into ring-shaped grooves that are symmetrically arranged with a ring-shaped rib being interposed therebetween. Protruding portions that are engageable with the projecting portions are provided such that two protruding portions, one for every 180, are provided for each ring-shaped groove. The protruding portions provided for one ring-shaped groove and for another ring-shaped groove are arranged such that respective phases thereof are shifted from each other by 90 in a circumferential direction.

A ribbon routing assembly for routing a single length of ribbon around and securing the ribbon to an object. The ribbon has a first end and a second end. The ribbon routing assembly includes a body with a void. The body includes a first leg configured for securing to the first end of the ribbon and a second leg configured for securing to the second end of the ribbon. The void includes a routing edge that defines a first acute angle relative to the first leg and a second acute angle relative to the second leg. The first and second acute angles are approximately forty-five degrees. The body has a first surface and a second surface that define a thickness therebetween, the first leg defines a first length and the second leg defines a second length. A lid is configured for mounting to the body in a mounted configuration.

A ribbon routing assembly for routing a single length of ribbon around and securing the ribbon to an object. The ribbon has a first end and a second end. The ribbon routing assembly includes a body with a void. The body includes a first leg configured for securing to the first end of the ribbon and a second leg configured for securing to the second end of the ribbon. The void includes a routing edge that defines a first acute angle relative to the first leg and a second acute angle relative to the second leg. The first and second acute angles are approximately forty-five degrees. The body has a first surface and a second surface that define a thickness therebetween, the first leg defines a first length and the second leg defines a second length. A lid is configured for mounting to the body in a mounted configuration.

A cable tie with means to form a loop in order to mount cables against a panel or a marking badge. The cable tie has an integrated panel anchor having an elongated body in an area where the cable tie has an elongated cross-section and changes direction at least one time. The cable tie is intended to be mounted in a panel that has an opening with a shape that is a combination of a circular hole and a elongated opening. The mounting starts with a bending around the panel anchor which is then mounted into the openings elongated part. Then the cable tie is rotated typically 90 around the axis of the circular part of the opening. Then by releasing the bending, the band on each side of the panel anchor is fixed in the elongated part of the opening and the panel anchor is fixed towards the back-side of the panel.

A cable tie with means to form a loop in order to mount cables against a panel or a marking badge. The cable tie has an integrated panel anchor having an elongated body in an area where the cable tie has an elongated cross-section and changes direction at least one time. The cable tie is intended to be mounted in a panel that has an opening with a shape that is a combination of a circular hole and a elongated opening. The mounting starts with a bending around the panel anchor which is then mounted into the openings elongated part. Then the cable tie is rotated typically 90 around the axis of the circular part of the opening. Then by releasing the bending, the band on each side of the panel anchor is fixed in the elongated part of the opening and the panel anchor is fixed towards the back-side of the panel.