WO2010011195A1

WO2010011195A1 - Radiator console group

Info

Publication number: WO2010011195A1
Application number: PCT/TR2008/000086
Authority: WO
Inventors: Öçal UYSAL
Original assignee: Uysal Oecal
Priority date: 2008-07-23
Filing date: 2008-07-23
Publication date: 2010-01-28

Abstract

This invention relates to radiator console group comprises of uplift group part (1) and upper stabilizing and fixing group part (2) and their related parts which provides healthy, safe, economical and easy mounting means for radiators that are needed for heating and cooling purposes of living spaces such as home, office, room, bath, kitchen etc to all kinds of wall surfaces.

Description

DESCRIPTION

RADIATOR CONSOLE GROUP

TECHNICAL FIELD

This invention relates to console group which provides healthy, safe and easy mounting, stabilizing and fixing means to the wall according to usage areas for radiators that are needed for heating and cooling purposes of living spaces such as home, office, room, bath, kitchen etc.

KNOWN STATUS OF THE TECHNIQUE

Today, there are heating radiators produced in various models and from various materials used in rooms, kitchens, halls and workplaces. For mounting these radiators used in rooms, kitchens, halls, offices etc living areas, wall-mounting parts with different sizes and dimensions according to usage areas together with bridges and apparatus on some radiators to be attached to these wall-mounting parts are utilized.

Today, radiators can be mounted via mounting and support devices used in radiators as vertical to the wall and point fixer depending on radiator height, such as L gussets implemented longitudinally or vertically to the wall, and welded bridges on the radiator. This causes to wall and floor degradations and increases in costs.

Moreover, the said mounting bridges welded to radiator increase production costs. These mounting bridges welded to radiator cause packaging tears wrapped around outer surface of radiators which consequently lead to scratches on radiator paints and surface damages. For preventing crushing of these mounting bridges during the transportation, plastic chocks are used which create additional costs. Again, mounting bridges welded to radiator cause the radiators to occupy more spaces due to gaps they created between radiators in transport vehicles and storage areas which again lead to additional costs and thus material losses.

Existing radiator mounting parts are mounted to the wall with fixed dimensions; later radiator is mounted on it with colon alignment and trial-error method. That causes workmanship and time losses as well as assembly defects.

DESCRIPTION OF THE INVENTION

The product which is the subject of the invention has been developed to overcome the above mentioned drawbacks of heating and cooling purposed radiators with the aim of more practical and adaptable assembly to walls, time savings, and decreases in production, transportation and storage costs. The product which is subject of the invention relates to apparatuses which are compatible to all radiators and provides easy assembly, healthy, safe and long- lasting usage, ideal possibilities in terms of cost and workmanship, and a stabile fixing mean.

The product group which is subject of the invention consists of two subgroups one of which is fixed on the wall via screw and dowel and carry the radiator on themselves, and another group which provides stability and fixing of the radiator on the wall.

For the assembly of a radiator to the wall, at least two uplift carriage parts and a group of stability and fixing apparatus are used. It couldn't be the same for all radiators and may increase per needs.

Uplift carriage parts are mounted to the wall where radiator is going to be used, in order to support the radiator from below, and compose an integral part allowing fixing of the radiator. Upper stabilizing and fixing group is fixed to the wall surface again and, a hook part enters inside the radiator from the gap in upper sections of it or from holes on side covers located on left and right of radiator in order to fix the radiator to the wall surface. Panel radiator mounting apparatus which is subject of the invention adjusts itself to all panel radiators with ease and shows no sign of assembly inconsistency without need of extra workmanship.

With the inherent multiple-part feature of the product which is subject of the invention, it provides possibility to assembly to uneven surfaces. The product which is subject of the invention which consists of a lower group and an upper group adapts to all radiators with various dimensions with ease, and provides healthy and safe assembly of radiators anywhere requested in the shortest time without need of extra workmanship, special tools and costs. Product can be manufactured from all kinds of raw materials such as metals or plastics according to colors required.

The product which is subject of the invention can be used easily on all kinds of wall surfaces and with panel radiators in different dimensions. By this means, extra modifications on surfaces where radiator is to be placed as well as utilization of bridges and bridge protection chocks will not be needed. Scratch risk due to protrusions arising from these bridges and chocks disappears, radiator volumes decrease and more radiator dispatch per transport vehicle may be possible as well as a decrease in storage area needs, which all leads to lower costs.

Since the product which is subject of the invention eliminates the need for fixed mounting bridge on the panel radiator, it creates the possibility to use both surfaces of the radiator which also means eliminating right left installation connection problems for compact type products. That leads to easier production planning and lower production costs.

Radiator console group which is subject of the invention, thanks to its features, overcomes all drawbacks of the technique in its known status. PARTS AND COMPONENTS COMPOSING THE INVENTION

1. Lower uplift group parts

1.1. Uplift console 1.2. Gripper

1.3. Sitting channels

1.4. Side carriage flags

1.5. Lower carriage support beams

1.6. Screw holes 1.7. Rivet hole

1.8. Adjustable screw hole

2. Upper stabilizing and fixing group parts 2.1. Main body

2.1.1. Folding leaf 2.1.2. Spare screw holes

2.1.3. Adjustable screw hole

2.1.4. Folding leaf gap

2.1.5. Hook side support beam

2.1.6. Bolt hole 2.1.7. Spare channel gap

2.1.8. Spare bolt hole and nut slot

2.1.9. Wedge slot

2.2. Hook

2.2.1. Spare screw hole 2.2.2. Hook grips

2.2.3. Bolt hole

2.3. Bolt

2.4. Spring

2.5. Rectangular compression wedge 2.5.1. Bolt hole and nut slot

2.6. Bolt nut DEFINITION OF DRAWINGS

Figure 1 : General side view of lower uplift group part Figure 2: General frontal view of lower uplift group part

Figure 3: A view of disassembled parts of upper stabilizing and fixing group Figure 4: View of combined main body and hook parts of upper stabilizing and fixing group.

Figure 5: Frontal view of main body of upper stabilizing and fixing group

DEFINITION OF THE INVENTION

The invention comprises of lower uplift group part (1) and upper stabilizing and fixing group parts (2).

Lower uplift group part (1) consists of uplift console (1.1), gripper (1.2), sitting channels (1.3), side carriage flags (1.4), lower carriage support beams (1.5), screw holes (1.6), rivet hole (1.7), adjustable screw hole (1.8).

Lower uplift group part (1) and upper stabilizing and fixing group part (2) of the product which is subject of the invention provide low-cost, easy and safe mounting of panel radiators in all dimensions and weights to all kinds of wall surfaces.

Lower uplift group part (1) provides support to radiator uplifting it from below with uplift console (1.1). Uplift console (1.1) is the section carrying the radiator on itself. Adjustable screw hole (1.8) is the hole, through which the screw to be used for fixing lower uplift group part (1) to the wall with the dowel placed in the hole is past, and which aligns the uplift part via its elliptical hole. Rivet hole (1.7.) is the hole used for fixing the lower uplift part (1) to any material via a rivet bar instead of a screw. Moreover sitting channels (1.3) located on uplift console (1.1) used for adjusting distance between radiator and the wall. Gripper (1.2) is the section which provides the radiator standing on the console. Screw holes (1.6) are holes through which the screw is past to fix the lower uplift group part (1) to the wall. Lower carriage support beams (1.5) is the lower support beams section which reinforces the carrier force of the radiator console group. The side carriage flags section (1.4) located at the upper part and both sides of the uplift console (1.1) is the section reinforcing the lower uplift group part by distributing the load of the uplift console to the entire body.

Upper stabilizing and fixing group (2) comprise of main body (2.1), folding leaf (2.1.1), spare screw holes (2.1.2), adjustable screw hole (2.1.3), folding leaf gap

(2.1.4), hook side support beam (2.1.5), bolt hole (2.1.6), spare channel gap

(2.1.7), spare channel hole and nut slot (2.1.8), wedge slot (2.1.9), hook (2.2), spare screw hole (2.2.1), hook grips (2.2.2), bolt hole (2.2.3), bolt hole (2.3), spring (2.4), rectangular compression wedge (2.5), bolt hole and nut slot (2.5.1), bolt nut (2.6).

Hook (2.2.) is the part compressed between main body (2.1) and bolt (2.3) and sat between hook side support beams (2.1.5). Hook grips at the end of hook (2.2) penetrate from gaps on upper grill or side cover parts and provide stabilized standing of the radiator. Bolt (2.3) passing through the bolt hole (2.2.3) on hook (2.2), also passes through bolt hole (2.1.6) and spring (2.4) and wedge slot (2.1.9) located in the main body (2.1) with the spring (2.4) connected to its body, and connects with the bolt hole in rectangular compression wedge (2.5) and bolt nut (2.6) through the hole in nut hole (2.5.1), which leads that all parts operate as an integrated group over the main body (2.1).

Main body (2.1) is connected to the wall by means of screw passing through adjustable screw hole (2.1.3) and plastic dowel located in the hole drilled to the wall, and through the instrument of elliptical hole in adjustable screw hole (2.1.3), required dimensional and planar adjustments of the main body (2.1) are made. Spare screw holes (2.1.2) are holes fixing the main body (2.1) to the wall through hole, screw and dowel. Although folding leaf (2.1.1) is the section connected to the main body (2.1), it is a folding part thanks to its leaf gap (2.1.4) with three edges extensible. In this way, folding leaf (2.1.1) fixed to the main body (2.1) from a single side will have the mobility. Once bolt (2.3) and bolt nut (2.6) are screwed to each other, rectangular compression wedge (2.5) rubs against inclined slot walls in wedge slot (2.1.9) and enters to slot. As a result of this movement, as it enters by rubbing against inclined slot walls in wedge slot (2.1.9) via the folding leaf gaps (2.1.4) located on the main body (2.1), folding leaf (2.1.1) expands outward.

With this movement, hook grips (2.2.2) will be able to compress and secure onto the wall radiator panel located between hook grips (2.2.2) and folding leaf (2.1.1).

Spring (2.4) located in the hole of wedge slot (2.1.9) composing a section of the main body (2.1) is located on bolt (2.3). The spring (2.4.) of which one end leans to rectangular compression wedge (2.5) while other end leans to ceiling of wedge slot (2.1.9) hole creates operation possibility for itself. When bolt (2.3) and bolt nut (2.6) compressed and opened, spring also compresses and opens in accordance with that movement. Since one end of spring (2.4) leant to slot ceiling in fixed main body (2.1), rectangular compression wedge (2.5) is forced to compress and open in the wedge slot (2.1.9) in accordance with that movement.

Bolt nut (2.6) part provides single sided compression and opening capability of the bolt (2.3) without needing a counter force by fixing the nut in its slot through bolt hole and nut slot (2.5.1) to where it fixed. Main body (2.1) provides a fixed position for the spring (2.4) and rectangular compression wedge (2.5) in itself, and flexibility for the hook (2.2), which both lead to easy radiator mounting. Hook side support beam (2.1.5) is located on both sides of the main body (2.1) and provides housing for the hook to hold it straight (2.2). Spare channel gap (2.1.7) is a channel gap designed to apply a different hook instead the hook (2.1.7). Spare channel hole and nut slot (2.1.8) are designed to incorporate the main body (2.1) and hook (2.2) part, by connecting spare bolt hole (2.2.1) on the hook and another bolt and nut group, which also means forming a spare for bolt part (2.3).

Claims

1. As own parts of the invention are being the console group fixed to the wall to carry the radiator by holding certain sections, its feature is to be mounted to the wall as separate parts and carrying the radiator from its bottom side, consisting of lower uplift group part (1) which provides radiator remain balanced on the wall by passing it through upper grill gaps of the panel radiator or gap on the upper of the side cover parts of radiator and upper stabilizing and fixing group part (2) by penetrating from gaps on upper grill or side cover parts and provides stabilized standing of the radiator.

2. As it is being the lower uplift group part (1) mentioned in Claim 1 , its feature is to be consisted of uplift console (1.1), gripper (1.2), sitting channels (1.3), side carriage flags (1.4), lower carriage support beams (1.5), screw holes (1.6), rivet hole (1.7), adjustable screw hole (1.8).

3. As it is being the upper stabilizing and fixing group part (2) mentioned in Claim 1 , its feature is to be consisted of main body (2.1), folding leaf (2.1.1), spare screw holes (2.1.2), adjustable screw hole (2.1.3), folding leaf gap (2.1.4), hook side support beam (2.1.5), bolt hole (2.1.6), spare channel gap (2.1.7), spare channel hole and nut slot (2.1.8), wedge slot (2.1.9), hook (2.2), spare screw hole (2.2.1), hook grips (2.2.2), bolt hole (2.2.3), bolt hole (2.3), spring (2.4), rectangular compression wedge (2.5), bolt hole and nut slot (2.5.1), bolt nut (2.6).

4. As it is being the lower uplift group part (1) mentioned in Claim 1 , its feature is to be an integrated part together with other sections on it and carrying the radiator by means of screw and dowel passing through holes in its body.

5. As it is being the screw passage holes (1.6) and screw passage hole (1.8.6) mentioned in Claim 1 , and its feature is to provide the radiator to be fixed on the wall by transferring the load carried by lower uplift group part (1) by means of screw and dowel passing through those holes.

6. As it is being the gripper (1.2) mentioned in Claim 1 , its feature is to be the section holding the radiator over uplift console (1.1).

7. As it is being the lower carriage support beams (1.5) mentioned in Claim 1 , its feature is to be the section supporting the uplift console (1.1).

8. As it is being the sitting channels (1.3) mentioned in Claim 1 , its feature is to be the section adjusting the distance between the wall and radiator carried on uplift console (1.1).

9. As it is being the sitting side carriage flags (1.4) mentioned in Claim 1, its feature is to be the section supporting uplift console on the main body (1.1) and at both sides.

10.As it is being the main body (2.1) mentioned in Claim 1 , its feature is to be consisted of folding leaf (2.1.1), spare screw holes (2.1.2), adjustable screw hole (2.1.3), folding leaf gap (2.1.4), hook side support beam (2.1.5), bolt hole (2.1.6), spare channel gap (2.1.7), spare channel hole and nut slot (2.1.8), wedge slot (2.1.9) as an integrated part, and fixing and stabilizing the radiator on the wall together with other parts by being fixed to the wall via screw holes.

11.As it is being the spring part (2.4) mentioned in Claim 1, and its feature is to be the part providing movement ability to rectangular compression wedge (2.5) and flexibility to the hook (2.2).

12.As it is being the rectangular compression wedge (2.5) mentioned in Claim 1 , its feature is to be the part consisting of bolt hole and nut slot (2.5.1) and making folding leaf (2.1.1) expanded outwards by sliding into the wedge slot (2.1.9) with their compression to each other through bolt (2.3) and bolt nut (2.6).

13.As it is being the rectangular compression wedge (2.5) mentioned in Claim 12, its feature is to move inwards and outwards in the wedge slot (2.1.9) via bolt piece (2.3) and spring piece (2.4) and bolt nut piece (2.6)

14. As it is being the adjustable screw hole (2.1.3) mentioned in Claim 1 , its feature is to be the main body (2.1) part fixing the main body to the wall by being adjusted up/down and left/right over the wall surface and fixed with screw and dowel, with spare screw holes (2.1.2) giving same wall mounting feature via screw hole (2.1.3).

15.As it is being the hook side support beam (2.1.5) mentioned in Claim 1 , its feature is to be the component located over and both sides of the main body (2.1) by housing and aligning the hook (2.2) part.

16. As it is being the hook grips (2.2.2) mentioned in Claim 1 , its feature is to be the component at the end of hook (2.2) part passing through the holes in radiator and fixing the radiator to the main body (2.1).

17.As it is being the bolt hole and nut slot (2.5.1) mentioned in Claim 1 , its feature is to be being the component over the rectangular compression wedge (2.5) holding the nut in it and providing screwing of bolt nut (2.6) and bolt (2.3).

18.As it is being the folding leaf (2.1.1) mentioned in Claim 1 , its feature is to provide the radiator panel to be fixed on the wall with compression of radiator panel between leaves (2.1.1) and hook grips (2.2.2).

19. As it is being the wedge slot (2.1.9) mentioned in Claim 1, its feature is to be consisted of rectangular compression wedge (2.5) in it and providing adjustment ability via inclined inner walls.

20.As it is being the hook (2.2) mentioned in Claim 1, its feature is to provide stability of radiator, by connecting hook with the body (2.1) via bolt (2.3) and bolt nut (2.6) passing through the bolt hole (2.2.3) and connecting with the radiator to be mounted via hook grips (2.2.2) at the end of it .

21.As it is being the spare bolt hole (2.2.1) and nut slot (2.1.8) mentioned in Claim 1 , its feature is to be the parts connecting hook (2.2) and the main body (2.1).

22.As it is being the folding leaf gap (2.1.4) mentioned in Claim 1 , its feature is to provide opening and closing of folding leaf (2.1.1) via holes and gaps that it created on the main body's side (2.1) which faced to the radiator.

23.As it is being the bolt hole (2.2.3) mentioned in Claim 1 , its feature is to provide accession to other parts for the bolt (2.3) by passing through it.