DE343361C

DE343361C -

Info

Publication number: DE343361C
Application number: DENDAT343361D
Authority: DE

Description

Patent-Aksprüche:Patent claims:

1. Klemmverbindung von zwei oder mehr festen Körpern mittels Zugkraftorgans, > dadurch gekennzeichnet, daß das Zugkraftorgan (a) an einem oder mehreren der zu verbindenden Körper {e, g) durch eine daran drehbar befestigte Öse (c) hindurchgezogen und durch Drehen der in gedrehter Lage zu sichernden Öse gespannt und festgehalten wird.1. Clamping connection of two or more solid bodies by means of traction element, > characterized in that the traction element (a) on one or more of the bodies to be connected {e, g) is pulled through an eyelet (c) rotatably attached to it and by turning the in rotated position to be secured eyelet is stretched and held.

2, Klemmverbindung nach Anspruch 1, dadurch gekennzeichnet, daß die ösen (c) an Hilfskörpern (c') angebracht sind, welche in der Körperverbindung erfassend s (unterfassend, übergreifend, angeschraubt) zur Wirkung kommen.2, clamp connection according to claim 1, characterized in that the eyelets (c) are attached to auxiliary bodies (c '), which s (encompassing, encompassing, screwed on) come into effect.

Hierzu 1 Blatt Zeichnungen.1 sheet of drawings.

Claims

The subject of the invention is a clamp connection of two or more solid bodies by means of a traction organ in such a way that that the traction organ "on one or pulled several of the bodies to be connected through rotatable eyelets and by turning the eyelets to be secured in the rotated position, tensioned and held will. Essentially, it is metal wire, primarily steel wire, thought; but it is also not ruled out that a binding traction organ in this case Can be used because mainly the type of rotation of the eyelet and its angular value is decisive.

The drawing shows two embodiments for the use of wire rods; for the use of other traction organs the necessary changes result from the description without difficulty.

Fig. 1 and ia show in two different ways Views of the attachment of a bucket on a ladder rung and Figs. 2 and 2a in two corresponding views the fastening · of a chair on a table.

According to Fig. 1 and ia , a pair of flat irons is clamped to the side parts of the ladder he immediately below the ladder rung e on which the bucket g stands, and on each flat iron pair have two levers, a lever c ', which runs into an eyelet c at its free end, and a lever /, which is bent at right angles at its free end, their pivot points. A handle d is also attached to the lever c 'and is provided with a notch f into which the right-angled bend of the lever f fits for the purpose of holding the handle d. The wire rods α, which each have a hook-shaped bend at one end that fits into the bucket g , are pushed through the eyelets c until they pull the bucket g tightly onto the rung of the ladder; is 'then each of Hebele' g on both sides of the circuit d by the handle slightly tightened until the right angle bend of the lever f in the notch f snaps, then the compound is of the bucket g of the conductors he completed and at the same time secured.

When the chair g is fastened to the table he > (iFig. 2 and 2a) , a square piece of wood b is placed on the chair seat g, directly in front of the backrest, which has two fulcrum points at its two ends protruding beyond the seat g. One lever c ' carries the eyelet c through which the wire α is inserted and has a handle d as an extension, while the other lever f, intended to lock the lever c' , hangs loosely when it is not in use, but by lifting it up to snap into place in the notch / 'and after releasing the handle d or the eyelet lever c' is held by the notch f itself, so that it secures the tension of the wire α.

If a binding traction device is used instead of the wire α , the eyelet c must directly form the fulcrum and be provided with a handle, which is held in place by the second lever / in a notch or in some other way, essentially the same as when using wire