Abstract: An insulator member includes a set of passages (2) (4) which, without intercrossing, extend through the main body (1a) of the insulator member. The set of passages (2) (4) includes an insulating passage (2) structurally arranged to be engaged by filiform elements (10) and an elongated anchor passage (4) structurally arranged to be engaged by the hook portion (21) of the stretcher device (20). Since the passages (2) (4) do not intercross, the separating portion (1d) prevents the stretched filiform elements from being subject to compression upon stretching of the stretching device.

Abstract: An anchor stretcher device includes a wind up reel (7) having a false retention wall (9) which is mounted in a wall mount opening (9a) on one end of the device. The wind up reel includes a command head (11) on a rotary body (6) which is engageable with a cramp (10a)(9c) able to prevent its rotation and that possesses, at least, an anchor opening (9b) for a filiform element (30) to be stretched. Winding for stretching is performed by turning the command head (11). Since the anchor opening (9b) is situated laterally on the false retention wall (9), the filiform element (30) winds up in a very even manner on the wind up reel (7). A production method is describe which includes a series of steps through which component parts of the anchor stretcher device are produced.

Abstract: An insulator member comprises a set of passages (2) (4) which, without intercrossing, extend through the main body (1a) of the insulator member. This set of passages (2) (4) includes an insulating passage (2) structurally arranged to be engaged by filiform elements (10) and an elongated anchor passage (4) structurally arranged to be engaged by the hook portion (21) of the stretcher device (20). The presence of the elongated anchor passage (4) allows inserting the anchor hook (21) of flat stretchers (20). Since the passages do not intercross (2) (4), it is prevented the separating portion (1d) from being subject to compression due to the strain action of the filiform element (10) and the hook (21) of the stretcher (20) to prevent the stretched filiform elements from being subject to compression upon stretching of the stretching device.

Abstract: A stretching device for filiform elements comprises a main body member (1) having ends, with one of the ends having a connection opening (2) and the opposite end of the plate member having a rotating mounting opening (3) in the rotating mounting opening there is a rotating part (6) having a command head (11) which forms a winding reel (7) for the wire to be stretched; mounted on the main body (1) is a slide mobile cramp (12). The winding to stretch the element is done by turning the command head (11). Once the suitable stretching has been achieved, the slide mobile cramp (12) is slided until said command head (11) is introduced into the cramp recess (15) formed by the cramp fork (14). Under these conditions, the rotating part (6) is fixed, keeping the tension on the filiform element.

Abstract: The present invention pertains to a manually operated stopper extractor device arranged to engage a bottle of carbonated liquid to remove the stopper. The extractor device includes a frame arranged to be centered about the neck of the bottle and a side support housing which encloses an actuation lever coupled to an extraction yoke. The yoke is operable between a disengaged and engaged position with the stopper. When the lever is in a compressed actuated position, the yoke engages the stopper and moves the stopper upwardly to remove the stopper from the bottle.

Abstract: The present invention pertains to a manually operated stopper extractor device arranged to engage a bottle of carbonated liquid to remove the stopper. The extractor device includes a frame arranged to be centered about the neck of the bottle and a side support housing which encloses an actuation lever coupled to an extraction yoke. The yoke is operable between a disengaged and engaged position with the stopper. When the lever is in a compressed actuated position, the yoke engages the stopper and moves the stopper upwardly to remove the stopper from the bottle.