AT525836A1 - Displacement device for displacing large roof panels, in particular corrugated panels made of fiber cement - Google Patents

Abstract

Displacement device for displacing large-area roof panels, in particular corrugated sheets made of fiber cement, consisting of an elongate main frame (1), at the first end (6) of which there is a holding element (2) and at least at the second end (7) of which there is a sliding element (3, 8 ) is mounted, which is longitudinally displaceable along the main frame and has a movable table (4) transverse to the main frame, which is designed to receive a roof panel to be displaced.

Description

The present. The invention relates to a displacement device for releasing roof panels, in particular corrugated panels made of fiber cement, which are also fixed, among other things, with an assembly aid located under the cover.

Currently there are no suitable tools that take over the pushing back of roofing panels, in particular corrugated fiber cement sheets. makes it easy to use the shifting device,

To solve the above problem. a shifting device for shifting large-area roof panels, in particular corrugated sheets made of fiber cement, is proposed, which consists of an elongate main frame, at the first end of which there is a holding element and at least at the second end of which a sliding element is attached. The sliding member includes at least one movable table, transverse to the main frame, adapted to receive the roof panel to be slid and slidable longitudinally along the main frame by means of the sliding member.

The present invention is described below using exemplary embodiments; described with reference to the drawings and photos,

Fig. 1 shows the locking device in a side section, with: the two ends, at different heights, located bearing block platforms (9) to which the bearing blocks are fixed (e.g. screwed) in position, the resulting slight sloping slope, the sliding element (3, 8} and. of the table (4) in the direction of the first end, (6} in the working position, inserted between two roof panels, in particular corrugated sheets made of fiber cement, forms a good receiving angle for the roof panels to be moved. The shaft (18) at the second end of the main frame forms the drive option for the spindle {e.g. ball screw), A spindle screw (17} with safety screw {e.g. worm screw) (20} secures, among other things, the spindle in the specified position, the spindle screw is also set in front and on the bearing block (12) fastened (e.g. screwed) a bearing support cover, this secures the bearing in the holding position, as well as the spindle screw in the specified position, At the first end (6} of the main frame there is the holding element {2} and the spacer element (5) which is at a distance is positioned to the main frame {1} B1 towards the second end,

Fig. 2 shows the displacement device in side section, with the movable table (4) located near the second end (7) on the spindle (8). On the spindle (e.g.

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Fig. 3 shows the displacement device in section, from the second end, with the movable table located transversely to the main frame, which is mounted below, on the width of the main frame and has table swing limiters (10) attached (e.g. screwed) on both sides, which are bearing block platforms connected (e.g. welded) to the main frame at different heights depending on the end. The spacer element, which is attached (e.g. welded) to the holding element at a distance from the main frame, has the same shape as the main frame. The main frame, holding element and spacer element are preferably adapted to the roof panels, in particular corrugated roof panels.

Fig. 4 shows the displacement device in section from the first end, on which the holding element and the spacer element are located,

Pictures 1-4 show the shifting device photographed from different perspectives.

Figure 5 shows the sliding device inserted between two roof panels,

Figure 6 shows the shifting device inserted between two roof panels with a cordless drill attached to the drive option at the second end.

The technical features, contents, advantages and application possibilities of the present invention are evident from the detailed description and some preferred application possibilities of this displacement device with the associated figures and images,

The proposed shifting device is used for shifting large-area roof panels, in particular corrugated sheets made of fiber cement, and consists of an elongated main frame {1}, at whose first end {6} there is a holding element {2} and at least at its second end (7). Sliding element (3, 8) is attached. The sliding element (3, 8) can be slid in the longitudinal direction along the main frame {1} and consists of at least one movable table (4} lying transversely to the main frame, which is designed to accommodate the roof panel to be slid It.

The holding element {2}, at the first end of the main frame {1}, is attached vertically with the main frame (1} protruding downwards (e.g. welded). Optionally, the holding element (2) contains a spacer element {5} with distance to the main frame and in Is issued in the direction of the second end (7). The spacer element is attached to the holding element (e.g. welded). The shape of the main frame and/or that of the holding element and/or that of the spacer element is preferably adapted to a roof panel, in particular corrugated sheet, at the first end (6) and possibly also at the second end of the

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As can be seen from FIG. 1, the sliding element {3, 8) is attached to the main frame (1} via the bearing blocks (11, 12} and the bearing squat platforms (9) sloping downwards towards the first end (6)). Spindle (8) {e.g. ball screw} passes this slight inclination, via the nut housing {14}, ar the part (21) to which the table (4) is attached (e.g. screwed}, the desired inclination is to accommodate; The position of the table {4} can be adjusted by driving the spindle (S} from the shaft (18), e.g. using a drill/driver Spindle screw (17) secured with screw (20) (e.g. worm screw Iso 4026), furthermore the bearing of the bearing block (12) is fixed {e.g. screwed) with a bearing support cover (19).

As can be seen from FIG. 2, it is provided that the holding element (2) located at the first end (6) of the main frame (1) and the optional spacer element (5) can be introduced between two roof panels. After a certain insertion depth, the holding element (2) with the spacer element (5} falls onto the main frame (1) at the end of the roof panel. The holding element (2) with the attached spacer element (5) now holds the sliding device. The upper roof panel should be on the Moveable table {4} can now be placed on the drive option {18}, a drill or similar can be attached, which can be operated in the direction of rotation (e.g. counterclockwise rotation) and the nut housing (14) with part {21} {e.g. a CNC -Teil} and thereby the movable table (4} in the direction of. The first end moves forward and sammit the roof panel, preferably a corrugated sheet made of fiber cement, pushes back so far that the rest of the way can be pushed back further with the hands so that the lower plate is freely accessible and can therefore be changed.

As can be seen from FIG. 3, the shape of the main frame {1} as well as the holding element {2} and the spacer element (5) are adapted to the shape of the roof panel. The table {4}

As can be seen from FIG. 4, the holding element {2} is attached to the first end {6} projecting downwards at the front. The spacer element (5} is attached at a distance from the main frame {1} in the direction of the second end (7).

As can be seen from pictures 1-4, the table can be adjusted,

As can be seen in picture S, after the displacement device has been brought into the working position, the upper roof panel sits on the movable table (4),

As can be seen from Figure 6, a drill/screwdriver can be attached directly to the drive option (18) at the second end (7). By starting up the drill/screwdriver {e.g. turning to the left, the ball screw is driven and the table {4} is pushed forward . In. the other direction of rotation, the table is moved back to the starting position.

The materials used for the displacement device are preferably stainless steel, steel, iron, aluminum and hard plastic.

Reference character list:

{1} main frame

{2} Hook statement

{3} sliding element

{4} table

{5} Spacer

{5} First end (position designation} {7} Second end {position designation) {2} Spindle {e.g. ball screw) {9} pillow block platform farm

{10} Sway limiter

{11} bearing block{e.g. BK 12}

{12} bearing block (e.g. BF 12)

{13} Screws (e.g. 1SO 10642)

{14} nut housing (e.g. ball screw nut DSG 16 H} {15} screws (e.g. ISO 4762}

{16} nuts {e.g. 150 105141)

{17) Spindle nut

{18} Drive Shaft

{19} Bearing support cover

{20} screw (2.8. ISO 4026)

{21} PartH{(CNC - Part)

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Claims (8)

1.) Shifting device for shifting large-area smooth roofs, in particular slabs made of fiber cement, consisting of an elongated main frame {1}, at the first end {6} of which there is a holding element {2} and at least. ar the second end {7} of which is attached a sliding element (3, 8) which can be displaced in the longitudinal direction along the main frame and has a movable table (4) which sweeps transversely to the main frame and is designed to accommodate a roof panel which is to be displaced, 2.) Displacement device according to claim 1, whereby a spindle is provided as the closing element (3, 8) which is mounted both at the first end (6) and at the second end {7} of the main frame {1}, and at the second end (7} of the main frame {1} can be driven. 3.} Displacement device according to one of the preceding claims, wherein the holding element (2) is attached at the front and protrudes downwards, 4.) Sliding device: after a. of the preceding claims, wherein a spacer element {5} is provided on the holding element {2}, which is formed in the direction of the second end {7} of the main frame (1). 5.) Displacement device according to claim 4, wherein the spacer element {5} from the main frame (1) has a distance to accommodate protruding roof panels, preferably fiber cement corrugated roof panels. 6.) Closing device after a. of the preceding claims, where the shape of the main frame and/or the shape of the support element {2} and/or the shape of the spacer element {5) is adapted to the shape of the roof panels 7.) Sliding device: according to one of the preceding claims, wherein the movable table {4} is in the form of an angle, preferably a right angle, whereby one side of the angle is fixed to the sliding element (3, 8) and the other Side of the angle for moving the roof panel is provided. 8.) Use of the displacement device according to one of the preceding claims for the displacement of roof tiles, in particular fiber cement corrugated sheets, 5ipage