TH41990A - Fastener with handle for fixing And the collision iron that connects them - Google Patents

Abstract

The DC60 clamp (1) is used to connect adjacent panel layouts arranged in the same plane, and for this purpose the clamp will hold the edge web (2) or edge section, where the web (2) can be directly adjacent or have the workpiece centered for adjustment, in order to separate them differently or to adjust different dimensions of the edge web (2) or edge section. The first rotary clamping shank (4) is adjusted to achieve stepless adjustment relative to the stationary clamping shank (5) and along the length of the impact steel (6) with the two clamping shanks (4 and 5). In addition, the first rotary clamping shank (4) is rotaryly mounted on a sliding plate (10) which can be fixed by compression at any position on the impact steel (6), particularly by tilting or rotating motion in the opposite direction, so that the separation between the clamping shanks (4 and 5) can be adjusted. The non-step adjustment is achieved without the use of a pivot clamp (9) for the pivot clamp (4) which would have to be used on the impact steel (6) itself, thus weakening the impact steel (6) (Figure 4). The clamp (1) is used to connect the panel patterns arranged in the same plane, with a bond between them, and for this purpose the clamp will clamp the edge web (2) or edge section, where the web (2) can be directly adjacent or placed between each other for adjustment in order to separate them differently or to adjust different dimensions of the edge web (2) or edge section. The first pivot clamp (4) is connected to achieve non-step adjustment relative to the fixed clamp (5) and along the length of the impact steel (6) with the two pivot clamps (4 and 5). In addition, the first pivot clamp (4) is pivot mounted on the sliding plate (10), which can be clamped. It is fixed by being compressed in any position on the impact steel (6), particularly by guiding or rotating motion in the opposite direction, so the separation between the clamping handles (4 and 5) can be adjusted in a non-incremental manner without the use of the rotating clamping device (9) of the rotating clamping handle (4) which would have to be applied to the impact steel (6) itself, thus weakening the impact steel (6) (Figure 4).

Claims (10)

1. The clamp (1) for panel joining, which is to be placed in the same plane, in relation to the other, and has at least two edge webs (2) or edge sections at the edges for joining, especially at all edges. In this case, the clamp has two clamping handles (4,5) connected to activate the longitudinal joint surfaces (3) opposite each other of the edge webs or sections of (2) to be held firmly together. An impact steel (6) connects the clamping handles (4,5) and the actuating component for rotating the clamping handles (4). In this case, the second clamping handle (5) is connected to the impact steel (6) at an angle that is fixed or cannot be changed, especially permanent, and the first clamping handle (4) is able to slide in the longitudinal direction relative to the impact steel (6) and at different positions of movement it is adjusted to rotate around a oriented axis (9). The first rotating clamp (4) is mounted in a manner perpendicular to the impact steel (6) by means of a wedge (8), an adjustment component, or a similar adjustment component, which is made into a manner in which the first rotating clamp (4) is mounted in a rotating manner on the sliding plate (10) which is adjustable in a non-step manner relative to the impact steel (6), and the sliding plate (10) is able to be flexibly released on the impact steel (6) by being compressed in any different position of movement. 2. The fasteners as provided for in Requisition 1, which are characterized by the sliding plate (10), shall at least partially extend beyond the pivot arm (4) mounted on the sliding plate and shall be separated from the pivot (9) in order to form a lever, and an opening (11) for the wedge (8) or bearing for the bevel shall be provided at the aforementioned protrusions, whereby the wedge (8) or bevel shall have a wedge surface or a bevel surface used with the pivot arm (4). 3. The fastening device as provided for in Requisition 1 or Requisition 2 is characterized in which the rotating gripping arm (4) is in the form of a double-arm lever, one arm in the working position transmits the force for gripping and the other arm is the actuating arm, which extends beyond the rotating bearing (9) to the opposite side, and the wedge (8) or bevel is made to actuate the aforementioned actuating arm. 4. The fastening device as provided for in any of the claims of claims 1 through 3 shall be characterized in which the sliding plate (10) shall have a guiding section (101) capable of sliding on the impact steel (6) and a fastening section (102) capable of rotation relative to the aforementioned guiding section (101), in which the fastening section (102) shall engage over the impact steel (6) with the support section (13) on the side (7) furthest from the guiding section (101), and shall be the upper side in which the fastening arm (4,5) protrudes from the impact steel (6), and the distance between The guiding section (10) and the bracing section (13), which belong to the anchoring section (102) and are anchored over the impact steel (6), will be greater than the cross-sectional size of the impact steel (6) in this direction. Thus, the rotational motion of the anchoring section (102) relative to the impact steel (6) will be used for the bracing section (13) to anchor it to the impact steel (6). 5. The fasteners as provided for in any of the preceding claims are characterized such that the distance between the axis of rotation (9) of the rotating fastening arm (4) on the fastening section (102) and the support (13) of the adjustable sliding plate (10) is less than the distance between the rotating bearing of the sliding plate and the support (13), and an opening for the wedge (11) or for the bearing of the inclined section is provided on the guiding section (101). 6. The fastening device as provided for in any of the claims of claims 1 through 5 is characterized in which the wedge (8) is positioned and movable in the opening (11) with the wedge-shaped tapering portion in the guiding section (101) and the cross-section between the wedge surfaces of the wedge (8) and the longitudinal extension of the opening (11) supporting the wedge (8) is oriented almost parallel to the longitudinal extension of the impact steel (6), especially on the outside of the outline of the impact steel (6) at the rear of the impact steel (12) away from the fastening handle (4,5). 7. The fasteners as provided for in any of the claims of claims 1 through 6 are of a specific nature in which the rotating arm of the rotating fastening handle (4) is hooked over the opening for the wedge (11) in a fork-like manner over the length section and the fastening section (102) is held in place by the impact steel (6) on both sides and the half of the fastening handle is mounted rotatingly on the outer surfaces of them, where the preferred half of the fastening handle is connected to each other in the area outside the preferred fastening section (102) by means of a cross piece or a cross bolt (14). 8. The fasteners as provided for in any of the claims of claims 1 through 7 are characterized in which the impact steel (6) shall have a T-shaped cross-section, and the T-shaped piece (16) shall have a shank for stationary fastening (5) and a shank for rotating fastening (4) to engage over the T-shaped cross-section mentioned above, and the guiding part (101) shall engage the narrow side of the main web (17) of that T-shaped cross-section by a grooved device (18) that supports the edge of the main web (17). 9. The fasteners as provided for in any of the claims of claims 1 through 8 are characterized in which the rotational bearing (103) of the fastening part (102) is conventionally arranged at the open end slot (19) of the guiding part (101) and shall take the form of a threaded bolt (20) inserted into the aforementioned slot (19), in which the slot (19) is open to the side facing away from the fastening handle (4,5) and the bolt (20) is designed transversely and is perpendicular to the impact steel (6). 10. The fasteners as provided for in any of the claims of claims 1 through 9 are characterized in such that the movement of the sliding plate (10) or the leading part (101) of them and/or the movement of the wedge (8) in the open position is limited by an enlarged cross-sectional projection (22) or similar. (10 claims, page 4, figure 5)