A sandal-carrying clip includes a C-shaped one-piece clip, whose lateral surface (1) has a front stem (3) and a rear stem (2) which are symmetrical and parallel to each other in a top view of the object made of flexible plastic, said stems having concentric U-shaped recesses (4, 5), an extension (7), which starts in a top upward arch next to the top face of the lateral surface (1) and ends at the opposite end of the extension (7), next to the sinuous curve of the recess (4) on the front stem (3). The extension (7), in its top end, bends parallel to the front face of the front stem (3), forming the inverted U-shaped front hook (10) in the lateral view of the object. An obstacle (11) is situated inside the hook (10), perpendicular to the inner face (12) of the extension (7). A hole (14), where a clasp may be attached, is situated on the top of the hook (10).

The clip includes a first engagement hook and a second engagement hook. The first engagement hook engages the body when the clip is in a normal fitting with the body. The second engagement hook prevents the clip from being disengaged from the body when the first engagement hook has been disengaged from the body. When the first engagement hook is disengaged from the body, a member is lifted away from surrounding members to such an extent as can be recognized by sight. Therefore, a state that the clip is not in the normal fitting state with the body is noticeable. Even if the clip is coupled to the body in the non-fitting state or half-fitting state, the second engagement hook prevents the clip from being disengaged from the body.

The clip includes a first engagement hook and a second engagement hook. The first engagement hook engages the body when the clip is in a normal fitting with the body. The second engagement hook prevents the clip from being disengaged from the body when the first engagement hook has been disengaged from the body. When the first engagement hook is disengaged from the body, a member is lifted away from surrounding members to such an extent as can be recognized by sight. Therefore, a state that the clip is not in the normal fitting state with the body is noticeable. Even if the clip is coupled to the body in the non-fitting state or half-fitting state, the second engagement hook prevents the clip from being disengaged from the body.

A push-pull press-contact apparatus includes holding member capable of being held with fingers; push-pull member connected to the holding member and having push portion, stop portion and pull portion sequentially connected; and pressing member connected to the pull portion from front. An antiseptic case includes case member having mounting space; alcoholic sponge mounted in the mounting space and having slot insertable by push-pull member and pressing member; and lid for covering the case member. Another antiseptic case includes case member having mounting space; alcoholic sponge mounted in the mounting space and having slot insertable by push-pull member and pressing member of push-pull press-contact apparatus; and lid for covering the case member.

A push-pull press-contact apparatus includes holding member capable of being held with fingers; push-pull member connected to the holding member and having push portion, stop portion and pull portion sequentially connected; and pressing member connected to the pull portion from front. An antiseptic case includes case member having mounting space; alcoholic sponge mounted in the mounting space and having slot insertable by push-pull member and pressing member; and lid for covering the case member. Another antiseptic case includes case member having mounting space; alcoholic sponge mounted in the mounting space and having slot insertable by push-pull member and pressing member of push-pull press-contact apparatus; and lid for covering the case member.

A hook adapted for securing on a cylindrical body is disclosed. The hook is comprised of a pair of attachment ends having an arcuate shape and coupled through a connecting portion. The arcuate shape of the attachment ends having a radius corresponding to a radius of the cylindrical body the device is received upon, wherein the arcuate shape and dimension is selected and configured to provide a compressive force to the cylindrical body to maintain a position of the device. The device having a plurality of hook ends and adapted to securing a multitude of objects.

A hook adapted for securing on a cylindrical body is disclosed. The hook is comprised of a pair of attachment ends having an arcuate shape and coupled through a connecting portion. The arcuate shape of the attachment ends having a radius corresponding to a radius of the cylindrical body the device is received upon, wherein the arcuate shape and dimension is selected and configured to provide a compressive force to the cylindrical body to maintain a position of the device. The device having a plurality of hook ends and adapted to securing a multitude of objects.

The invention relates to a load-bearing component (1) for the fastening, lashing, and/or lifting technology, such as a shackle, a snap hook, a hook, or a ring link. The component (1) comprises a plastic-metal composite system (4) which forms at least one load-bearing section (2) and at least one connection section (3). The load-bearing section (2) serves to fasten and/or suspend a load, for example, by use of a fastening device. The component (1) can with the aid of the connection section (3) be attached to an object, for example, to a load or a further component (1). In order to design the component (1) as light as possible while having a high load-bearing capacity, its is according to the invention provided the plastic-metal composite system (4) comprises a core (5) made of fiber-plastic composite (16) extending continuously from the load-bearing section (2) to the connection section (3) and comprising at least one outer shell (8) made of metal material and disposed on the load-bearing section (2) and/or the connection section (3). The outer shell (8) serves to transfer a force acting from the outside upon the component (1) across a large surface to core (5).

The invention relates to a load-bearing component (1) for the fastening, lashing, and/or lifting technology, such as a shackle, a snap hook, a hook, or a ring link. The component (1) comprises a plastic-metal composite system (4) which forms at least one load-bearing section (2) and at least one connection section (3). The load-bearing section (2) serves to fasten and/or suspend a load, for example, by use of a fastening device. The component (1) can with the aid of the connection section (3) be attached to an object, for example, to a load or a further component (1). In order to design the component (1) as light as possible while having a high load-bearing capacity, its is according to the invention provided the plastic-metal composite system (4) comprises a core (5) made of fiber-plastic composite (16) extending continuously from the load-bearing section (2) to the connection section (3) and comprising at least one outer shell (8) made of metal material and disposed on the load-bearing section (2) and/or the connection section (3). The outer shell (8) serves to transfer a force acting from the outside upon the component (1) across a large surface to core (5).

A device for securing a pipe to a wall, including an exterior wall of a building, is provided. The device has a generally flat surface which adheres to the wall and a generally curved support unit which receives the pipe. An optional securing bar may be locked over the top of the pipe to prevent movement of the pipe. In an embodiment, the device has an extension flange which allows the pipe to be secured to the wall in an off-set manner. Preferably, a plurality of the present aligned devices secure the pipe to the wall in a horizontal or vertical manner. The device allows the pipe to be secured to a wall in compliance with governmental regulations. An adapter unit may be inserted over the curved support unit for one or more smaller pipes.