WO2015038082A2 - Segmented plate system - Google Patents

Segmented plate system Download PDF

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Publication number
WO2015038082A2
WO2015038082A2 PCT/TR2014/000326 TR2014000326W WO2015038082A2 WO 2015038082 A2 WO2015038082 A2 WO 2015038082A2 TR 2014000326 W TR2014000326 W TR 2014000326W WO 2015038082 A2 WO2015038082 A2 WO 2015038082A2
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WO
WIPO (PCT)
Prior art keywords
segmented
plate
plates
corner
cable conduit
Prior art date
Application number
PCT/TR2014/000326
Other languages
French (fr)
Other versions
WO2015038082A3 (en
Inventor
Eyüp Osman YÜKSEL
Original Assignee
Yüksel Eyüp Osman
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Yüksel Eyüp Osman filed Critical Yüksel Eyüp Osman
Publication of WO2015038082A2 publication Critical patent/WO2015038082A2/en
Publication of WO2015038082A3 publication Critical patent/WO2015038082A3/en

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
    • B23K37/04—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups for holding or positioning work
    • B23K37/0408—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups for holding or positioning work for planar work
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
    • B23K37/04—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups for holding or positioning work
    • B23K37/0461—Welding tables

Definitions

  • the present invention relates to a segmented plate system formed by uniting large and small plate components employed in bodywork welding and jointing assemblies in the automotive industry.
  • Plates currently used today are either structured by weld jointing or cut from steel or aluminium alloy materials of a size range of 15-40 mm. Such productions are so called “tailor's seam” special constructions. With discontinued production of the models, such previously manufactured plates cannot be employed in manufacturing another model and so are generally scrapped.
  • segmented plate structure (system) under the present invention
  • plates employed in the manufacture of a particular model are not scrapped and may be reused thanks to their segmented composition once the manufacturing of the model is discontinued in favour of another one.
  • Segmented plates can be constructed in distinct forms and sizes.
  • segmented plates are constructed by casting and in segmented form, they can any time undergo thermal treatment.
  • thermal treatment on a plate consisting of small components is more practical compared to a single compact type.
  • potential current losses caused by welding processes will be minimized.
  • a cable conduit is used around the assembly to organize pneumatic and electrical installations on the assembly. Thanks to the segmented plate developed under the present invention, the assembly intrinsically has a cable conduit around it. Description of figures:
  • Figure 1 Perspective front view of the segmented plate system.
  • Figure 2 Perspective rear view of the segmented plate system.
  • Figure 3 Perspective bottom view of the segmented central plate in the segmented plate system showing various plate segment applications on the segmented plate.
  • Figure 4 Perspective bottom view of the segmented side plate in the segmented plate system.
  • Figure 5 View of the plate side suited to the cable conduit in the segmented plate system.
  • Figure 6 Bottom perspective view of the segmented corner plate in the segmented plate system.
  • Figure 7 The perspective view of the structure formed by the combination of the segmented central plate in the segmented plate system with the segmented narrow side plate and the narrow corner plate.
  • Figure 8 The perspective bottom view of the structure formed by the combination of the segmented central plate with the segmented plate system and the segmented narrow side plate and the narrow corner plate.
  • Figure 9 Perspective bottom view of the segmented narrow side plate in the segmented plate system showing its application on the plate.
  • Figure 10 The perspective view of the structure formed by the combination of the segmented central plate in the segmented plate system with the segmented narrow side plate and the segmented narrow corner plate.
  • Figure 1 1 Perspective view of the segmented narrow corner plate in the segmented plate system.
  • Figure 12 Perspective view of the segmented narrow side plate in the segmented plate system.
  • the segmented plate system (1) in Figure 1 and Figure 7 manufactured by casting has been constructed in large or small type, i.e. in desired size. If it is desired to construct a large-scale plate for the segmented plate system (1), the design has a segmented central plate (1.1) at the centre, a segmented side plate (1.2) on the sides, and a segmented corner plate (1.3) at the corners. If it is desired to construct a small-scale plate for the segmented plate system (1), the design has a segmented central plate (1.1) at the centre, a segmented narrow side plate (1.4) on the sides, and a segmented narrow corner plate (1.5) at the comers.
  • the large-scale plate version may be designed with segmented narrow side (1.4) segmented narrow comer (1.5) plates whereas small-scale plate version may be designed with segmented side plates (1.2) and segmented comer plates (1.3) optionally.
  • segmented side plates 1.2
  • segmented comer plates 1.3
  • Each design type has plate legs (1.6), cable conduit (1.7), cable conduit covers (1.8) and panel (1.9) as its typical components.
  • Segmented comer plates (1.3), segmented narrow side plates and segmented narrow comer plates (1.4, 1.5) intrinsically have built-in cable conduits (1.3.3;1.4.2;1.5.2).
  • Figure 2 shows the bottom view of the segmented plate system (1) in Figure 1.
  • Figure 3 shows the segmented central plate (1.1) positioned at the centre of the segmented plate system (1 ) under the present invention that fom s the backbone of the segmented plate system (1).
  • various types of segmented plates may be attached to all four sides of the segmented central plate (1.1 ) assembly. Attachment and fixing is performed by means of the bolt and pin connection ( 1.1.1 ) as i llustrated in Figure 3.
  • the segmented central plate (1.1) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 3, it may optionally be attached perpendicularly to other plate components as well.
  • the lower part of the segmented central plate (1.1 ) houses embossed lettering (1.1.2) to facilitate to the assembly.
  • the lower part of the cast portion of the segmented central plate (1.1) houses a threaded part ( 1.1.3) for leg connection.
  • Figure 4 shows segmented side plate (1.2) positioned on the outer sides of the segmented plate system (1 ) under the present invention.
  • various types of segmented plates may be attached to all three sides of the segmented side plate (1.2) assembly. Attachment and fixing is performed by means of the bolt and pin connection (1.2.1) as illustrated in Figure 4.
  • the segmented side plate (1.2) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 3, it may optionally be attached perpendicularly to other plate components as well.
  • the lower part of the segmented side plate (1.2) houses embossed lettering (1.2.2) to facilitate to the assembly.
  • FIG 4 shows the segmented side plate (1 .2) of the segmented plate system (1), with its one side designed in compatibility with the cable conduit ( 1.7).
  • Figure 5 shows the cable conduit (1.7) formed by the segmented side plate (1.2) of the segmented plate system (1). Thanks to the special composition of the segmented side plate (1 .2), a cable conduit (1.7) is intrinsically formed. Such cable conduit (1.7) formed as illustrated in Figure 5 can be sealed with a cable conduit cover (1.8).
  • FIG. 6 shows segmented corner plate (1.3) positioned on the outer corners of the segmented plate system (1 ) under the present invention.
  • various types of segmented plates may be attached to both sides of the segmented corner plate (1.3) assembly. Attachment and fixing is performed by means of the bolt and pin connection (1.3.1) as illustrated in Figure 6.
  • the segmented corner plate (1.3) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 3, it may optionally be attached perpendicularly to other plate components as well.
  • the lower part of the cast portion of the segmented corner plate (1.3) houses a threaded part (1.3.2) for leg connection. Thanks to the special composition of the segmented corner plate (1.3) in Figure 6, a cable conduit (1 .3.3) is intrinsically formed. Such cable conduit (1.3.3) formed as illustrated in Figure 6 can be sealed with a cable conduit cover (1.8). Hence, all electrical cables and pneumatic hoses on the assembly can be packed into the cable conduit (1.3.3). As illustrated . in Figure 6, outer corner (1.3.4) of the segmented corner plate (1.3) is constructed by cutting the 45 -degree chamfer.
  • Figure 1 shows plate legs (1.6) of the segmented plate system (1).
  • Plate legs (1.6) may be constructed in different forms. Depending on the dimensions of the segmented plate system ( 1), a plenitude of legs may be attached (minimum 3).
  • Figure 5 shows cable conduit (1.7) and cable conduit covers (1.8) of the segmented plate system (1).
  • Cable conduit covers (1.8) are manufactured in compatibility with the segmented side plates (1.2) and segmented corner plates (1.3) of the segmented plate system (1) under the present invention.
  • Cable conduit covers (1.8) in Figure 5 are characterized in that they can easily be removed and have an aesthetic appearance.
  • the segmented plate system (1) under the present invention is typically compatible with different types of cable conduit covers (1.8).
  • Figure 1 shows the panel (1.9) of the segmented plate system (1). Electrical and pneumatic panels (1.9) of different sizes and dimensions can be attached to the plates.
  • Figure 8 shows the bottom view of the segmented plate system (7) in Figure 1.
  • Figure 7 shows the small-size plate version of the segmented plate system (1).
  • the segmented central plate (1.1) positioned centrally on this version has previously been described.
  • Figure 9 shows segmented narrow side plate (1.4) that can be positioned on the outer sides of the segmented plate system (1) under the present invention.
  • Figure 8 and Figure 9 shows the connection of the segmented narrow corner plate (1.5). Due to the narrow structure of the segmented narrow corner plate (1.5) in Figure 9, connection to and fixing on one side is performed with bolt and pin connection (1.5.1).
  • the segmented narrow side plate (1.4) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 9, it may optionally be attached perpendicularly to other plate components as well.
  • Figure 10 shows the segmented plate system (1), with its one side designed in compatibility with the cable conduit (1.4.2). Such cable conduit (1.4.2) formed as illustrated in Figure 10 can be sealed with a cable conduit cover (1.8).
  • the segmented narrow comer plate (1.5) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 9, it may optionally be attached perpendicularly to other plate components as well. Thanks to the special composition of the segmented narrow comer plate (1.5) in Figure 10, a cable conduit (1 .5.2) is intrinsically formed. Such cable conduit (1.5.2) formed as illustrated
  • segmented plate system (1) would be manufactured more favourably and used more commonly in the 10 automotive industry compared to other plates.

Abstract

The present invention relates to a segmented plate system employed in bodywork welding and jointing assemblies in the automotive industry. The system consists of various types and sizes of parts to allow plate construction in desired size. Plates constructed can seamlessly be transformed into a new plate, hence previously manufactured plates can be reused prior to discontinued manufacture of the relevant model.

Description

DESCRIPTION SEGMENTED PLATE SYSTEM
Technical field of the invention
The present invention relates to a segmented plate system formed by uniting large and small plate components employed in bodywork welding and jointing assemblies in the automotive industry.
Background Art
Plates currently used today are either structured by weld jointing or cut from steel or aluminium alloy materials of a size range of 15-40 mm. Such productions are so called "tailor's seam" special constructions. With discontinued production of the models, such previously manufactured plates cannot be employed in manufacturing another model and so are generally scrapped.
Technical problems addressed by the invention Thanks to the segmented plate structure (system) under the present invention, plates employed in the manufacture of a particular model are not scrapped and may be reused thanks to their segmented composition once the manufacturing of the model is discontinued in favour of another one. Segmented plates can be constructed in distinct forms and sizes. Hence, once an addition or modification is desired on an assembly, it can seamlessly be transformed into a new system without wasting any single component thanks to its segmented composition. Since segmented plates are constructed by casting and in segmented form, they can any time undergo thermal treatment. As a matter of fact, thermal treatment on a plate consisting of small components is more practical compared to a single compact type. Thus, potential current losses caused by welding processes will be minimized. In current assemblies, a cable conduit is used around the assembly to organize pneumatic and electrical installations on the assembly. Thanks to the segmented plate developed under the present invention, the assembly intrinsically has a cable conduit around it. Description of figures:
Figure 1 : Perspective front view of the segmented plate system. Figure 2: Perspective rear view of the segmented plate system.
Figure 3: Perspective bottom view of the segmented central plate in the segmented plate system showing various plate segment applications on the segmented plate.
Figure 4: Perspective bottom view of the segmented side plate in the segmented plate system.
Figure 5: View of the plate side suited to the cable conduit in the segmented plate system.
Figure 6: Bottom perspective view of the segmented corner plate in the segmented plate system. Figure 7: The perspective view of the structure formed by the combination of the segmented central plate in the segmented plate system with the segmented narrow side plate and the narrow corner plate.
Figure 8: The perspective bottom view of the structure formed by the combination of the segmented central plate with the segmented plate system and the segmented narrow side plate and the narrow corner plate.
Figure 9: Perspective bottom view of the segmented narrow side plate in the segmented plate system showing its application on the plate.
Figure 10: The perspective view of the structure formed by the combination of the segmented central plate in the segmented plate system with the segmented narrow side plate and the segmented narrow corner plate.
Figure 1 1 : Perspective view of the segmented narrow corner plate in the segmented plate system.
Figure 12: Perspective view of the segmented narrow side plate in the segmented plate system.
9 Parts in the illustrations are numbered and desciibed as follows: Description of References:
NO PART NAME
1. Segmented plate system
1 . 1 Segmented central plate
1.1.1. Bolt and pin connection
1.1.2. Lettering
1 .1.3. Threaded section
1 .2 Segmented side plate
1.2.1. Bolt and pin connection
1 .2.2. Lettering
1.2.3. Threaded section
1.3 Segmented corner plate
1.3.1 . Bolt and pin connection
1.3.2. Threaded section
1 .3.3. Cable conduit
1 .3.4. Outer corner section
1.4. Segmented narrow side plate
1 .4.1. Bolt and pin connection
1.4.2. Cable conduit
1 .5. Segmented narrow corner plate 1.5.1. Bolt and pin connection
1.5.2. Cable conduit
1.6. Plate legs
1.7. Cable conduit 1.8. Cable conduit covers
1.9. Panel Description of the invention
The segmented plate system (1) in Figure 1 and Figure 7 manufactured by casting has been constructed in large or small type, i.e. in desired size. If it is desired to construct a large-scale plate for the segmented plate system (1), the design has a segmented central plate (1.1) at the centre, a segmented side plate (1.2) on the sides, and a segmented corner plate (1.3) at the corners. If it is desired to construct a small-scale plate for the segmented plate system (1), the design has a segmented central plate (1.1) at the centre, a segmented narrow side plate (1.4) on the sides, and a segmented narrow corner plate (1.5) at the comers. Thanks to the structure under the present invention, the large-scale plate version may be designed with segmented narrow side (1.4) segmented narrow comer (1.5) plates whereas small-scale plate version may be designed with segmented side plates (1.2) and segmented comer plates (1.3) optionally. Hence, various combinations of these segmented plates may yield a range of various sizes. Each design type has plate legs (1.6), cable conduit (1.7), cable conduit covers (1.8) and panel (1.9) as its typical components. Segmented comer plates (1.3), segmented narrow side plates and segmented narrow comer plates (1.4, 1.5) intrinsically have built-in cable conduits (1.3.3;1.4.2;1.5.2).
Figure 2 shows the bottom view of the segmented plate system (1) in Figure 1. Figure 3 shows the segmented central plate (1.1) positioned at the centre of the segmented plate system (1 ) under the present invention that fom s the backbone of the segmented plate system (1). As illustrated in Figure 3, various types of segmented plates may be attached to all four sides of the segmented central plate (1.1 ) assembly. Attachment and fixing is performed by means of the bolt and pin connection ( 1.1.1 ) as i llustrated in Figure 3. The segmented central plate (1.1) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 3, it may optionally be attached perpendicularly to other plate components as well. As illustrated in Figure 3, the lower part of the segmented central plate (1.1 ) houses embossed lettering (1.1.2) to facilitate to the assembly. As illustrated in Figure 3, the lower part of the cast portion of the segmented central plate (1.1) houses a threaded part ( 1.1.3) for leg connection.
Figure 4 shows segmented side plate (1.2) positioned on the outer sides of the segmented plate system (1 ) under the present invention. As illustrated in Figure 4, various types of segmented plates may be attached to all three sides of the segmented side plate (1.2) assembly. Attachment and fixing is performed by means of the bolt and pin connection (1.2.1) as illustrated in Figure 4. The segmented side plate (1.2) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 3, it may optionally be attached perpendicularly to other plate components as well. As illustrated in Figure 4, the lower part of the segmented side plate (1.2) houses embossed lettering (1.2.2) to facilitate to the assembly. As illustrated in Figure 4, the lower part of the cast portion of the segmented side plate (1.2) houses a threaded part (1.2.3) for leg connection. Figure 4 shows the segmented side plate (1 .2) of the segmented plate system (1), with its one side designed in compatibility with the cable conduit ( 1.7).
Figure 5 shows the cable conduit (1.7) formed by the segmented side plate (1.2) of the segmented plate system (1). Thanks to the special composition of the segmented side plate (1 .2), a cable conduit (1.7) is intrinsically formed. Such cable conduit (1.7) formed as illustrated in Figure 5 can be sealed with a cable conduit cover (1.8).
Hence, all electrical cables and pneumatic hoses on the assembly can be packed into such cable conduit cover (1.8). Figure 6 shows segmented corner plate (1.3) positioned on the outer corners of the segmented plate system (1 ) under the present invention. As illustrated in Figure 6, various types of segmented plates may be attached to both sides of the segmented corner plate (1.3) assembly. Attachment and fixing is performed by means of the bolt and pin connection (1.3.1) as illustrated in Figure 6. The segmented corner plate (1.3) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 3, it may optionally be attached perpendicularly to other plate components as well. As illustrated in Figure 6, the lower part of the cast portion of the segmented corner plate (1.3) houses a threaded part (1.3.2) for leg connection. Thanks to the special composition of the segmented corner plate (1.3) in Figure 6, a cable conduit (1 .3.3) is intrinsically formed. Such cable conduit (1.3.3) formed as illustrated in Figure 6 can be sealed with a cable conduit cover (1.8). Hence, all electrical cables and pneumatic hoses on the assembly can be packed into the cable conduit (1.3.3). As illustrated . in Figure 6, outer corner (1.3.4) of the segmented corner plate (1.3) is constructed by cutting the 45 -degree chamfer.
Figure 1 shows plate legs (1.6) of the segmented plate system (1). Plate legs (1.6) may be constructed in different forms. Depending on the dimensions of the segmented plate system ( 1), a plenitude of legs may be attached (minimum 3).
Figure 5 shows cable conduit (1.7) and cable conduit covers (1.8) of the segmented plate system (1). Cable conduit covers (1.8) are manufactured in compatibility with the segmented side plates (1.2) and segmented corner plates (1.3) of the segmented plate system (1) under the present invention. Cable conduit covers (1.8) in Figure 5 are characterized in that they can easily be removed and have an aesthetic appearance. The segmented plate system (1) under the present invention is typically compatible with different types of cable conduit covers (1.8).
Figure 1 shows the panel (1.9) of the segmented plate system (1). Electrical and pneumatic panels (1.9) of different sizes and dimensions can be attached to the plates. Figure 8 shows the bottom view of the segmented plate system (7) in Figure 1. Figure 7 shows the small-size plate version of the segmented plate system (1). The segmented central plate (1.1) positioned centrally on this version has previously been described. There is the segmented narrow side plate (1.4) assembly on the sides and the segmented narrow corner plate (1.5) assembly at the corners. Figure 9 shows segmented narrow side plate (1.4) that can be positioned on the outer sides of the segmented plate system (1) under the present invention. Figure 8 and Figure 9 shows the connection of the segmented narrow corner plate (1.5). Due to the narrow structure of the segmented narrow corner plate (1.5) in Figure 9, connection to and fixing on one side is performed with bolt and pin connection (1.5.1).
The segmented narrow side plate (1.4) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 9, it may optionally be attached perpendicularly to other plate components as well. Figure 10 shows the segmented plate system (1), with its one side designed in compatibility with the cable conduit (1.4.2). Such cable conduit (1.4.2) formed as illustrated in Figure 10 can be sealed with a cable conduit cover (1.8).
Hence, all electrical cables and pneumatic hoses on the assembly can be packed into the cable 5 conduit ( 1 .4.2).
In Figure 7, Figure 8, Figure 9, Figure 10 and Figure 1 1 , the segmented narrow corner plate ( 1 .5) positioned on outer comers of the segmented plate system (1) under the present invention is shown. Due to the narrow structure of the segmented narrow comer plate (1.5) as illustrated in Figure 1 1 , various types of segmented plates and fastenings may be connected to
10 one side by means of bolt and pin connection (1 .5.1). The segmented narrow comer plate (1.5) assembly is constructed by casting, and suitable for coating and painting. As illustrated in Figure 9, it may optionally be attached perpendicularly to other plate components as well. Thanks to the special composition of the segmented narrow comer plate (1.5) in Figure 10, a cable conduit (1 .5.2) is intrinsically formed. Such cable conduit (1.5.2) formed as illustrated
1 5 in Figure 10 can be sealed with a cable conduit cover (1.8). Hence, all electrical cables and pneumatic hoses on the assembly can be packed into the cable conduit (1.5.2).
Industrial applicability of the invention
Successfully bringing solutions to the abovementioned technical problems, the segmented plate system (1) would be manufactured more favourably and used more commonly in the 10 automotive industry compared to other plates.
>5

Claims

The present invention relates to a segmented plate system (1) employed in bodywork welding and jointing assemblies in the automotive industry, characterized in that it incorporates desired quantities of segmented central plates (1.1), segmented side plates, segmented narrow side plates (1.2.1.4) and segmented corner and segmented narrow corner plates (1.3.1.5); the segmented plate system (1) may be designed in customized sizes; the segmented narrow corner plate (1.4) is narrower than the segment side plate (1.2), regardless of plate quantities, to allow such customization; the segmented narrow corner plate (1.5) is narrower than the segmented corner plate ( 1.3); and cable conduits (1.7; 1.3.3;1.4.2 vel .5.2) are intrinsically formed from segmented side and segmented narrow corner plate (1.2.1.4) and segmented corner and segmented narrow corner plate (1.3.1.5) assemblies.
The segmented plate system (1 ) employed in bodywork welding and jointing assemblies in the automotive industry, characterized in that the segmented central plate (1.1 ) centrally formed on the segmented plate system (1) is attached to and fixed on other plates with bolt and pin connection (1.1.1); can perpendicularly be attached to other plate components; houses embossed lettering (1.1.2) on the bottom part for easy assembly, and a threaded section (1.1.3) on the bottom part of the cast structure for the connection of legs.
The segmented plate system (1) employed in bodywork welding and jointing assemblies in the automotive industry, characterized in that the segmented central plate (1.2) formed on the outer sides of the segmented plate system (1) is attached to and fixed on other plates with bolt and pin connection (1.2.1); is perpendicularly positioned on other plate components; houses embossed lettering (1.2.2) on the bottom part for easy assembly, and a threaded section (1.2.3) on the bottom part of the cast structure for the connection of legs; and has a cable conduit (1.7) one one side.
The segmented plate system (1) employed in bodywork welding and jointing assemblies in the automotive industry, characterized in that the segmented corner plate (1.3) formed on the corners of the segmented plate system (1) is attached to and fixed on other plates with bolt and pin connection (1.3.1); can perpendicularly be positioned on other plate components; has a threaded section (1.3.2) on the bottom part of the cast structure for the connection of legs; one side is constructed in compatibility with the cable conduit (1.3.3); such cable conduit (1.3.3) incorporates a cable conduit ^over (1.8) for all electrical cables and pneumatic hoses, and a outer corner section (1.3.4).
The segmented plate system (1) employed in bodywork welding and jointing assemblies in the automotive industry, characterized in that the segmented narrow corner plate (1.4) formed on outer sides of the segmented plate system (I) is attached to and fixed on other plates with bolt and pin connection (1.4.1); can perpendicularly be attached to other plate components; and has a cable conduit (1.4.2) on one side.
The segmented plate system (1) employed in bodywork welding and joi.iting assemblies in the automotive industry, characterized in that the segmented narrow corner plate (1.5) formed on the corners of the segmented plate system (1) is attached to and fixed on other plates with bolt and pin connection (1.5.1); can perpendicularly be positioned on other plate components; one side is constructed in compatibility with the cable conduit (1.5.2); such cable conduit (1.5.2) incorporates a cable conduit cover (1.8) for all electrical cables and pneumatic hoses.
PCT/TR2014/000326 2013-09-16 2014-08-07 Segmented plate system WO2015038082A2 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
TR2013/10912 2013-09-16
TR201310912 2013-09-16

Publications (2)

Publication Number Publication Date
WO2015038082A2 true WO2015038082A2 (en) 2015-03-19
WO2015038082A3 WO2015038082A3 (en) 2015-06-11

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Application Number Title Priority Date Filing Date
PCT/TR2014/000326 WO2015038082A2 (en) 2013-09-16 2014-08-07 Segmented plate system

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WO (1) WO2015038082A2 (en)

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0476188A1 (en) * 1990-09-21 1992-03-25 H. Winkelhuis Method, device and modular system with fixation table for working pieces of different sizes
GB9026732D0 (en) * 1990-12-08 1991-01-30 Carne Ufm Ltd Vacuum plates
EP0640024B1 (en) * 1992-05-06 1998-12-23 CARNE, James Christopher Vacuum plates
DE102007044060A1 (en) * 2007-09-14 2009-03-26 Helmut Schuster Processing machine i.e. vertical processing machine, for processing workpiece, has carriage module with fastening parts and displaceably supported at guidance module, which includes another set of fastening parts paired to former parts

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