[0001] The present invention refers to a support base for fixed column and rotating platform
winding apparatus.
[0002] For winding film or similar tape around an article or group of articles piled on
a pallet or other suitable support, winding equipments that are made up of a support
base including a motorized rotating platform and of a fixed column for a reel of windable
film that rises and descends along the column are generally used.
[0003] In the known equipments of that type the support base of the reel is made up of a
plurality of parts welded together. This creates evident operating and storing problems.
[0004] The object of the present invention is to produce a support base for fixed column
and rotating platform winding apparatus that entails less operating and storing problems.
[0005] In accordance with the invention said object is achieved with a support base characterized
in that it comprises a pair of horizontal side frames on which a support plate for
the fixed column, a support plate for the rotating platform and a closing plate for
the space between said support plates are positioned, said support and closing plates
being fastened to said side frames by fastening means applied during the mounting
phase, in particular by means of fastening bolts.
[0006] In addition the support plate of the rotating platform is preferably produced in
the form of separate parts, that can be combined and fastened to each other and to
the above-mentioned side frames of similar fastening means applied during the mounting
phase, in particular by means of fastening bolts.
[0007] It is evident that the production of the support base in parts that can be stored
separately and fastened to each other during the mounting phase by means of fastening
bolts simplifies considerably the operations to be carried out and permits significant
saving of warehouse space. In addition it is possible to provide the support base
with platforms of variable dimensions.
[0008] The characteristics of the present invention will appear evident from the following
detailed description of an embodiment thereof represented in the enclosed drawings
in which:
Figure 1 shows a top plan view of a support base according to the present invention;
Figure 2 shows said support base in longitudinal section according to line II-II of
Figure 1;
Figure 3 shows said support base in transversal section according to line III-III
of Figure 1;
Figure 4 shows said support base in transversal section according to line IV-IV of
Figure 1;
Figure 5 shows said support base in transversal section according to line V-V of Figure
1;
Figure 6 shows said support base in transversal section according to line VI-VI of
Figure 1;
Figure 7 shows said support base in transversal section according to line VII-VII
of Figure 1.
[0009] The support base shown in the drawings, where it is indicated in its whole with the
numerical reference 1, comprises a pair of side frames 2 with U-section turned downward,
periodically closed by U-shaped section bars 3 turned upward (Figures 5-7). The side
frames 2 extend almost for the entire length of the support base (Fig. 1) and are
connected to each other by stiffening crossties 4 fastened to them by means of fastening
bolts in correspondence with holes 5.
[0010] The side frames 2 support at one end a support plate 6 for a fixed column 7 (Fig.
2), which in turn supports a reel-holder trolley (not shown) which slides vertically.
An electric motor 8 (Figures 1-3) is also mounted on the plate 6, which puts in motion
a pulley 9 contained in a housing 10 placed below the plate 6 and open in the direction
of the other end of the base 1 to let the belt pass 11 wound on the pulley 9. Plate
6 is fastened to the side frames 2 by means of fastening bolts in correspondence with
holes 28.
[0011] The other end of the side frames 2 supports in turn a support plate 12 for a rotating
platform 13 designated for the support of the articles to be wound (Figures 1, 2 and
7). The platform 13 rests on the plate 12 by means of idle rolls 14 and receives the
motion from the electric motor 8 by means of a motion transmission that comprises
the pulley 10, the belt 11 (duly made to pass through windows 15 of the crossties
4, as can be seen in the figures 3-6) and a pulley 16 fastened to the platform 13
by means of a plate 17 and rotatably supported by a hub 18 fastened to an underlying
plate 19 placed in connection of the side frames 2 and fastened to them by means of
fastening bolts in holes 20 (Figures 1 and 7). A belt tightener 21 associated to one
of the crossties 4 (Figures 1 and 5) keeps the belt 11 in tension.
[0012] The support plate 12 is divided into six parts placed side-by-side (Figure 1), one
of which (22) is placed at the end of the side frames 2, another (23) placed between
the side frames 2 in position diametrally opposed to the part 22 and four others (24)
placed on the sides of the side frames 2 to complete with parts 22 and 23 a circular
shape suitable for supporting the idle rolls 14. The six parts of plate 22-24 are
fastened to each other and to the side frames 2 by means of fastening bolts in correspondence
with holes 25 (Figure 1).
[0013] Finally, in the space between the two support plates 6 and 12 a closing plate 26
is positioned on the side frames 2, which is fastened to the side frames 2 by means
of fastening bolts in correspondence with holes 27.
1. Support base for fixed column and rotating platform winding apparatus, characterized in that it comprises a pair of horizontal side frames (2) on which a support plate (6) for
the fixed column (7), a support plate (12) for the rotating platform (13) and a closing
plate (26) for the space between said support plates (6, 12) are positioned, said
support and closing plates (6, 12, 26) being fastened to said side frames (2) by fastening
means applied during the mounting phase, in particular by means of fastening bolts.
2. Support base according to claim 1, characterized in that the support plate (12) of the rotating platform (13) is produced in the form of separate
parts (22-24), that can be combined and fastened with each other and to the above-mentioned
side frames (2) by fastening means applied during the mounting phase, in particular
by means of fastening bolts.
3. Support base according to claim 2, characterized in that said separate parts (22-24) of the support plate (12) of the rotating platform (13)
comprise a first part (22) placed at the end of the side frames (2), a second part
(23) placed between the side frames (2) in position diametrally opposed to the first
part (22) and four other parts (24) placed at the sides of the side frames (2) to
complete a circular shape with said first and second part (22, 23).
4. Support base according to claim 3, characterized in that said rotating platform (13) is supported in its rotating by idle rolls (14) supported
by said parts (22-24) of said support plate (12) of the rotating platform.
5. Support base according to claim 1, characterized in that said side frames (2) are connected to each other by stiffening crossties (4) fastened
by fastening means applied during the mounting phase, in particular by means of fastening
bolts.