Abstract: A clamping lock for a tensioning means with a housing comprising two cheek parts arranged at a distance from each other, a stop web extending between the cheek parts and a pivot spindle likewise extending between the cheek parts and a comb element pivotably mounted on the pivot spindle of the housing. The clamping lock can be manufactured in a simple manner and at the same time has a compact, easily manageable design because there is a reinforcing insert at least in the region of the cheek parts of the stop web and of the pivot spindle of the housing, said reinforcing insert being surrounded by a plastics material casing and comprises a material which is firmer than the plastics material casing.

Abstract: A load securing element with a base body includes a coupling portion for coupling a stop means, a support portion provided for insertion into an opening, and a connecting portion, which connects the coupling portion and the support portion to one another and thus keeps them spaced apart in such a way that a slot-like receiver is formed on the base body. The receiver is delimited at its upper side by the coupling portion, at its lower side by the support portion and at its rear by the connecting portion and is otherwise open, wherein the width of the receiver corresponds to a multiple of its height.

Abstract: A textile protective sheath for a lifting accessory such as a roundsling, lifting strap or the like, having a woven base fabric and at least one rib which is carried by the woven base fabric, which rib projects outwards from the woven base fabric and is formed by a rib fiber which is interwoven with the woven base fabric, wherein the rib fiber is a high-performance fiber and, looking in the direction in which the rib fiber runs, the rib fiber skips at least three weft filaments at a time of the woven base fabric before it is drawn down below a weft filament of the woven base fabric.

Abstract: In a textile protective sheath for a lifting accessory such as a roundsling (1), lifting strap or the like, which lifting accessory has a woven base fabric (4) and at least one rib (5) which is carried by the woven base fabric (4), which rib (5) projects outwards from the woven base fabric (4) and is formed by a rib fibre (H1, H2) which is interwoven with the woven base fabric (4), optimised protection against cuts with, at the same time, good properties in use and the ability to be produced easily and inexpensively is achieved in accordance with the invention by virtue of the fact that the rib fibre (H1, H2) is a high-performance fibre and, looking in the direction (L) in which the rib fibre (H1, H2) runs, the rib fibre (H1, H2) skips at least three weft filaments (6, 6a-6l) at a time of the woven base fabric (4) before it is drawn down below a weft filament (6) of the woven base fabric.

Abstract: A load securing element with a base body includes a coupling portion for coupling a stop means, a support portion provided for insertion into an opening, and a connecting portion, which connects the coupling portion and the support portion to one another and thus keeps them spaced apart in such a way that a slot-like receiver is formed on the base body. The receiver is delimited at its upper side by the coupling portion, at its lower side by the support portion and at its rear by the connecting portion and is otherwise open, wherein the width of the receiver corresponds to a multiple of its height.

Abstract: A tensioning ratchet for tautening and holding tensioning means, such as webbings, extruded straps, ropes, chains and the like, includes a console, with a winding-on shaft, rotatably mounted in the console, which is formed by at least two direction reversal bars, delimiting a distance between one another, and with a tensioning lever for turning the winding-on shaft about an axis of rotation. The tensioning ratchet according to the invention withstands a higher load and enables high pre-tensioning forces to be applied while preventing inadmissible stress on the user. This is achieved by the fact that the position at least of the outer circumferential face of the direction reversal bars coming into contact with the tensioning means, is variable.

Abstract: A ratcheted lashing strap assembly is described. The assembly is formed of a lashing strap and a tightening device. The tightening device has a frame and a winding drum, rotatable in the frame, for winding up the lashing strap. A fixation end of the lashing strap, in the form of a loop, grips a retention strut that is parallel to the winding drum and is firmly attached to the frame. An eye of the loop is penetrated by a support strut, extending approximately parallel to the retention strut, that as a separate component from the tightening device protrudes by both ends from the loop eyelet and on the side opposite the winding drum from the cinching side is braced on the frame on the retention strut and assumes a variable distance from the retention strut. An end run, adjoining a loop foot, of the lashing strap is fixed in clamping fashion by the support strut between the loop and the lashing strap to be cinched.