WO2017007438A1

WO2017007438A1 - Glass transportation frame

Info

Publication number: WO2017007438A1
Application number: PCT/TR2016/050186
Authority: WO
Inventors: Serkan SAHIN; Cemil GUZEL; Taskin CINAR
Original assignee: Turkiye Sise Ve Cam Fabrikalari A. S.
Priority date: 2015-07-03
Filing date: 2016-06-21
Publication date: 2017-01-12
Also published as: TR201820742T4; IL250139A0; EP3317210A1; EA201700144A1; IL250139A; EP3317210B1; EA032947B1

Abstract

The present invention is a transportation frame (10) comprising a front orthogonal profile (21); a rear orthogonal profile (22) positioned in a parallel manner to said front orthogonal profile (21); at least one frame foot (20) having a glass seating base (221) connected to said rear orthogonal profile (22).

Description

GLASS TRANSPORTATION FRAME

TECHNICAL FIELD

The present invention relates to demountable (90° orthogonal transportation frame) apparatus providing carrying of float glasses with size 6000x3210 mm in a safe manner. PRIOR ART

There are demounted glass apparatus (frames) which provide carrying of float glasses by means of putting the float glasses into containers. Glasses are transported by means of these apparatus. No apparatus is known for the transportation of glasses with size 6000x3210 mm without container (in a bare manner) particularly in ship holds.

In transportation with ships, the products to be transported shall be put into container and the products shall be fixed to the container for preventing overturning risk. However, the sizes of the containers are not available for carrying of float glass plates with sizes 6000x3210 mm (Jumbo size). Thus, the sizes of float glasses to be transported inside the container are limited by maximum 5100x3210 mm. But, float glass plates are produced in size of 6000x3210 mm in a standard manner. Losses occur during usage and production for the glasses with size 5100x3210 mm. At the same time, the frames, used in the present art, are embodied with form having an angle of 5 degrees. However, due to the angled embodiment, the frame occupies much space during placement. Due to this, the amount of glass which is to be fit to a limited space decreases. As a result, because of all of the abovementioned problems, an improvement is required in the related technical field.

BRIEF DESCRIPTION OF THE INVENTION The present invention relates to a glass transportation frame providing carrying of big-sized glasses, for eliminating the above mentioned disadvantages and for bringing new advantages to the related technical field. The main object of the present invention is to provide a glass transportation frame providing carrying of glass without limitation of size of glass.

Another object of the present invention is to provide a glass transportation frame providing carrying of glasses in an orthogonal manner.

In order to realize all of the abovementioned objects and the objects which are to be deducted from the detailed description below, the present invention is a transportation frame comprising a front orthogonal profile; a rear orthogonal profile positioned in a parallel manner to said front orthogonal profile; at least one frame foot having a glass seating base connected to said rear orthogonal profile. Accordingly, said improvement comprises at least one joining profile extending between the front orthogonal profiles and rear orthogonal profiles in case pluralities of frame feet are positioned side by side in the same alignment; at least one profile housing embodied on the front orthogonal profile and the rear orthogonal profile such that said joining profile can pass therethrough; at least one glass separator tab placed thereon in a manner grabbing the packet glasses; a locking plate interconnecting the end sections of the front orthogonal profile and the rear orthogonal profile; a lateral press arm placed to the profile housing from one end in order to prevent sliding of the package glasses; a lateral press plate positioned at the lateral surface side of the package glasses and connected to the lateral press arms from the ends thereof. Thus, by using pluralities of frame feet, desired sized glasses can be carried without the need for container.

In a preferred embodiment of the subject matter invention, there is a joining plate providing joining of pluralities of frame feet by connecting the front orthogonal profile and the rear orthogonal profile to each other from above in cases where the package glasses are positioned back to back. Thus, pluralities of package glasses can be simultaneously carried.

In another preferred embodiment of the subject matter invention, there are at least two gaps embodied on said joining plate and where one of the gaps receives the end of the rear orthogonal profile of the frame foot where a group of package glass is placed and where the other one of the gaps receives the end of the front orthogonal profile of the frame foot carrying another package glass. Thus, the frame feet, placed back to back, are connected to each other and they can support fixation of each other. In another preferred embodiment of the subject matter invention, there are at least two lock openings embodied on the locking plate. Thus, the connection of the front orthogonal profile and the rear orthogonal profile to each other and the fixation of the frame foot are supported. In another preferred embodiment of the subject matter invention, there is at least one pin opening embodied on the glass seating base and connecting the front orthogonal profile and the rear orthogonal profile to each other from below, and a foot orthogonal pin placed to said each pin opening.

In another preferred embodiment of the subject matter invention, the lateral press arm comprises a protrusion embodied at the end thereof facing the lateral press plate.

In another preferred embodiment of the subject matter invention, there is a connection opening, wherein said protrusion is placed, on the lateral press plate.

In another preferred embodiment of the subject matter invention, there is at least one frame fixation pin placed to the fixation opening positioned on the front orthogonal profile. In another preferred embodiment of the subject matter invention, there is a connection element whereon at least one opening is embodied and providing connection of the front orthogonal profile and the rear orthogonal profile by means of passing the foot orthogonal pin therethrough. In another preferred embodiment of the subject matter invention, there is a glass stopping surface provided on the surfaces of the front orthogonal profile and the rear orthogonal profile facing the package glass.

In another preferred embodiment of the subject matter invention, said glass stopping surface and said glass seating base are covered with rubber. Thus, the glasses are prevented from being deformed.

BRIEF DESCRIPTION OF THE FIGURES In Figure 1 , a general view of the glass transportation frame is given. In Figure 2, a representative view of the frame foot is given. In Figure 3, a representative view of the joining plate is given.

In Figure 4, a representative view of the locking plate is given. In Figure 5, a representative view of the lateral press arm is given. In Figure 6, a representative view of the lateral press plate is given. REFERENCE NUMBERS

10 Transportation frame

1 1 Package glass

20 Frame foot

21 Front orthogonal profile

211 Frame fixation pin

212 Fixation opening

213 Connection element

214 Opening

22 Rear orthogonal profile

221 Glass seating base

222 Pin openings

223 Foot orthogonal pin

23 Joining plate

231 Gap

24 Separator tab

25 Locking plate

251 Lock opening

30 Joining profile

40 Lateral press arm

41 Protrusion

50 Lateral press plate

51 Connection opening

60 Middle joining plate

70 Profile housing

80 Glass stop surface

THE DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject matter transportation frame (10) is explained with references to examples without forming any restrictive effect only in order to make the subject more understandable. With reference to Figure 1 , the subject matter transportation frame (10), whereon at least one package glass (1 1) is placed, comprises at least one and preferably pluralities of frame feet

(20) positioned side by side in the same axis. Said frame foot (20) comprises at least one front orthogonal profile (21) positioned side by side and having an adjustable gap in between; at least one rear orthogonal profile (22) positioned in a manner corresponding to said front orthogonal profile (21) and having an adjustable gap in between; at least one locking plate (25) joining said front orthogonal profile (21) and said rear orthogonal profile (22) from the upper section; a joining profile (30) extending between the front orthogonal profiles (21) and the rear orthogonal profiles (22) in a manner wrapping around the packaged package glass (1 1).

On the front orthogonal profile (21), there are at least one, preferably two frame fixation pins (21 1), and a fixation opening (212) wherein said frame fixation pin (211) is placed. On the front orthogonal profile (21), there is a profile housing (70) embodied thereon such that the joining profile (30) passes therethrough. At the bottom section of the front orthogonal profile

(21) , a connection element (213) is connected whereon an opening (214) is embodied and extending outwardly. The bending of the front orthogonal profile (21) is prevented by means of passing the frame fixation pin (211), provided on the front orthogonal profile (21), through the fixation openings (212) and by means of tightening thereof with nut, and thus, the fixation of the package glasses (1 1) is supported.

There is a glass stopping surface (80) coated with rubber on the surface of the rear orthogonal profile (22) and the front orthogonal profile (21) facing the glass. At the lower section of the rear orthogonal profile (22), there is a glass seating base (221) preferably embodied in a one-piece manner and connected to the rear orthogonal profile (22) at a specific angle. The upper side of the glass seating base (221) is preferably coated with rubber. Thus, the contact of the glasses to the metal surface is prevented and the deformation thereof is prevented. On the rear orthogonal profile (22), profile housing (70) is embodied through which the joining profile (30) passes.

The front orthogonal profile (21) and the rear orthogonal profile (22) have similar geometries, and one surface thereof is in open channel form. While being positioned, it is positioned such that the glass stopping surfaces (80) face the glass and the channel section faces outwardly. There is at least one foot orthogonal pin (223) providing connection of the rear orthogonal profile (22) through the glass seating base (221) and the front orthogonal profile (21). The glass seating base (221) is embodied in a hollow profile form, and there are pin openings (222) thereon. The connection element (213) of the front orthogonal profile (21) is placed to the gap provided on the glass seating base (221). The opening (214), embodied on said connection element (213), and the pin openings (222) are positioned in an overlapping manner, and foot orthogonal pin (223) passes between them. Thus, the rear orthogonal profile (22) and the front orthogonal profile (21) are connected to each other through the lower sections thereof.

A separator tab (24) is provided on the package glasses (1 1) placed between the front orthogonal profile (21) and the rear orthogonal profile (22). At least one locking plate (25) is positioned which is placed to the upper ends of the front orthogonal profile (21) and the rear orthogonal profile (22) thanks to at least one lock opening (251) positioned at the upper sections of the separator tab (24) and embodied thereon. There is at least one lateral press arm (40) extending at the continuation of the joining profile (30), and there is a protrusion (41) embodied at the idle end of said lateral press arm (40). There is at least one lateral press plate (50) connected to the lateral press arm (40) essentially in a manner forming orthogonal angle. A connection opening (51), wherein said protrusion (41) is placed, is embodied at the end section of said lateral press plate (50). After the protrusion (41) is placed to the connection opening (51), it is assembled with the help of nut, and the sliding of the package glasses (1 1) from the frame feet (20) is prevented. In practice, preferably 4 rear orthogonal profiles (22) are arranged side by side on the same plane and preferably with distances of 1500 mm, and big-sized package glasses (1 1) are placed thereon by means of vehicles. It is preferably used for glasses with size 6000x3210 mm. After the glasses, which are in package glass (11) form, are placed on the rear orthogonal profile (22), foot orthogonal pin (223) is passed through the opening (214) and the pin opening (222) in order to prevent falling of the package glasses (11), and the front orthogonal profile (21) is placed in front of the package glasses (1 1).

In order to separate each package glass (1 1) from the other one and in order to discharge package glasses (1 1) from the transportation frame (10) in a separate manner, at least one separator tab (24) is placed on each package glass (1 1) in a manner grabbing the package glasses (1 1). In the preferred application, a separator tab (24) is used for each frame foot (20). At the same time, by means of the locking plate (25) positioned at the upper section of the glass separator tab (24) and extending between the upper end of the front orthogonal profile (21) and the upper end of the rear orthogonal profile (22), the fixation of the package glasses (1 1) from above is supported. The front orthogonal profile (21) and the rear orthogonal profile (22) become integrated by means of the locking plate (25) from above and by means of passing the foot orthogonal pin (223) through the opening (214) and the pin opening (222) from below, and the frame foot (20) is formed. In case pluralities of package glasses (11) are placed to the transportation frame (10), a joining plate (23) engages to the end sections of the front orthogonal profile (21) and the rear orthogonal profile (22) positioned back to back. At least two gaps are embodied on the joining plate (23), and said gaps (231) are placed to the end sections of the front orthogonal profile (21) and the rear orthogonal profile (22). Thus, the interconnection of the frame feet (20) positioned back to back is provided.

By means of this, said connection manner is repeated, and pluralities of package glass (1 1) groups can be formed. Each new group formed is brought into a whole by means of fixation to the foot orthogonal pin (223) and to the joining plate (23) at the top. A middle joining plate (60) is used for providing connection of the transportation frame (10) to the crane by means of an apparatus from the top. At the same time, the middle joining plate (60) is used in joining the 2^nd and 3^rd packet glasses (1 1).

The interconnection of the frame feet (20) placed on the same plane is provided by means of the joining profile (30) passed through the profile housings (70) embodied on the front orthogonal profile (21) and the rear orthogonal profile (22). Thus, the overturning-sliding of the frame feet (20) towards each other is prevented and a whole group is formed.

The horizontal sliding of the package glasses (11) from the frame feet (20) is prevented by means of placement of the lateral press arm (40) protrusion (41), provided at the continuation of the joining profile (30), into the connection opening (51) provided at the lateral press plate (50) positioned at the transverse lateral surfaces of the package glasses (1 1). As a result of the interconnection of the joining profile (30), the lateral press plate (50) and the lateral press arm (40); the package glasses (1 1) are completely encircled and the sliding thereof is prevented.

The glass separator tab (24) can be made of metal or polymer based material, preferably made of polyamide. The glass separator tab (24) is preferably in "L" form, and each package is placed onto the glass (1 1) set. Moreover, the glass stop surfaces (80) and the surfaces of the glass seating base (221), the lateral press arm (40), the lateral press plate (50) and preferably the separator tab (24) contacting the package glasses (11) are coated with rubber. Thanks to the usage of the subject matter transportation frame (10), the package glasses (1 1) can be placed in a parallel manner to each other and in an orthogonal manner to the floor. Thus, the package glasses (11) occupy less space in the location where they are positioned during transportation. At the same time, thanks to the repetitive coupling of the front orthogonal profile (21) and the rear orthogonal profile (22), the frame foot (20) set can be added one after the other, and transportation of pluralities of package glasses (1 1) can be provided.

The items, forming the abovementioned transportation frame (10), are embodied in a demounted manner from each other. By means of this, by positioning the desired number of frame feet (20) side by side, the transportability of the desired length/size of glass becomes possible. In the present art, the glass plate sizes were limited by the size of the container wherein said glass plate was placed. By means of this developed product, the problem that the glass plate size is delimited in the present art is eliminated. Moreover, since the transportation frame (10) has a demounted form, it can be removed during usage and it does not occupy space. The protection scope of the present invention is set forth in the annexed Claims and cannot be restricted to the illustrative disclosures given above, under the detailed description. It is because a person skilled in the relevant art can obviously produce similar embodiments under the light of the foregoing disclosures, without departing from the main principles of the present invention.

Claims

A transportation frame (10) comprising a front orthogonal profile (21 ); a rear orthogonal profile (22) positioned in a parallel manner to said front orthogonal profile (21 ); at least one frame foot (20) having a glass seating base (221 ) connected to said rear orthogonal profile (22), characterized by comprising;

- at least one joining profile (30) extending between the front orthogonal profiles (21 ) and rear orthogonal profiles (22) in case pluralities of frame feet (20) are positioned side by side in the same alignment;

- at least one profile housing (70) embodied on the front orthogonal profile (21 ) and the rear orthogonal profile (22) such that said joining profile (30) can pass therethrough;

- at least one glass separator tab (24) placed thereon in a manner grabbing the packet glasses (1 1 );

- a locking plate (25) interconnecting the end sections of the front orthogonal profile (21 ) and the rear orthogonal profile (22);

- a lateral press arm (40) placed to the profile housing (70) from one end in order to prevent sliding of the package glasses (1 1 );

- a lateral press plate (50) positioned at the lateral surface side of the package glasses (1 1 ) and connected to the lateral press arms (40) from the ends thereof.

A transportation frame according to Claim 1 , characterized by comprising a joining plate (23) providing joining of pluralities of frame feet (20) by connecting the front orthogonal profile (21 ) and the rear orthogonal profile (22) to each other from above in cases where the package glasses (1 1 ) are positioned back to back.

A transportation frame according to Claim 2, characterized by comprising at least two gaps (231 ) embodied on said joining plate (23) and where one of the gaps receives the end of the rear orthogonal profile (22) of the frame foot (20) where a group of package glass (1 1 ) is placed and where the other one of the gaps receives the end of the front orthogonal profile (21 ) of the frame foot (20) carrying another package glass (1 1 ).

A transportation frame according to Claim 1 , characterized by comprising at least two lock openings (251 ) embodied on the locking plate (25).

5. A transportation frame according to Claim 1 , characterized by comprising at least one pin opening (222) embodied on the glass seating base (221 ) and connecting the front orthogonal profile (21 ) and the rear orthogonal profile (22) to each other from below, and a foot orthogonal pin (223) placed to said each pin opening (222).

6. A transportation frame according to Claim 1 , characterized in that the lateral press arm (40) comprises a protrusion (41 ) embodied at the end thereof facing the lateral press plate (50).

7. A transportation frame according to Claim 5, characterized by comprising a connection opening (51 ), wherein said protrusion (41 ) is placed, on the lateral press plate (50).

8. A transportation frame according to Claim 1 , characterized by comprising at least one frame fixation pin (21 1 ) placed to the fixation opening (212) positioned on the front orthogonal profile (21 ).

9. A transportation frame according to Claim 1 , characterized by comprising a connection element (213) whereon at least one opening (214) is embodied and providing connection of the front orthogonal profile (21 ) and the rear orthogonal profile (22) by means of passing the foot orthogonal pin (223) therethrough.

10. A transportation frame according to Claim 1 , characterized by comprising a glass stopping surface (80) provided on the surfaces of the front orthogonal profile (21 ) and the rear orthogonal profile (22) facing the package glass (1 1 ).

1 1 . A transportation frame according to Claim 1 , characterized in that said glass stopping surface (80) and said glass seating base (221 ) are covered with rubber.