System for mounting heating panels on to wall without drilling holes on the wall

Abstract

An improved system for Mounting Heating Panels on to a wall without drilling holes on the wall, including at least one grooved vertical member to maintain a predetermined gap between a wall and a heating panel, the gap allowing natural convection of currents for heat transfer; a plurality of slots provided on an upper portion of the vertical member enabling insertion of the heating panel; a plurality of spacers fixed on the wall using adhesive; wherein the top portion of the panel has at least two fixing holes, and wherein the vertical stand and the upper portion of the panel are fixed to the wall via said plurality of spacers.

Claims

1. An improved system for mounting heating panels on to a wall, comprising: at least one grooved vertical member configured to maintain a predetermined gap between the wall and the heating panels, the at least one grooved vertical member including an upper portion configured to be in contact with the wall and a lower portion configured to be in contact with a floor, the predetermined gap allowing natural convection of currents for heat transfer; at least two grooves provided on the upper portion of the vertical member enabling insertion of a respective one of the heating panels; and a plurality of spacers configured to be fixed on the wall using adhesive pads; wherein a top portion of each of the heating panels has at least two fixing holes, wherein the spacers are configured to fix the top portion of the respective one of the heating panels to the wall to support the heating panels on to the wall without drilling holes on the wall, and without the use of tools, wherein at least two of said plurality of spacers, which are affixed on outer sides of the heating panels, are provided with tapped holes to receive a screw configured to clamp the spacers on the top portion of the respective one of the heating panels, and wherein the spacers are provided as separate components from the grooved vertical member.

2. The system as claimed in claim 1, wherein no hand tools or drilling are required to fix the improved system.

3. An improved system for mounting a heating panel on to a wall, comprising: at least one grooved vertical member configured to maintain a predetermined gap between the wall and the heating panel, the at least one grooved vertical member including an upper portion configured to be in contact with the wall and a lower portion configured to be in contact with a floor, the predetermined gap allowing natural convection of currents for heat transfer; at least one groove provided on the upper portion of the vertical member enabling insertion of the heating panel, the at least one groove of the at least one grooved vertical member being substantially centered along a central vertical axis of the at least one grooved vertical member; and a plurality of spacers configured to be fixed on the wall using adhesive pads; wherein a top portion of the heating panel has at least two fixing holes, wherein the spacers are configured to fix the top portion of the heating panel to the wall to support the heating panel on to the wall without drilling holes on the wall, and without the use of tools, wherein at least two of said plurality of spacers, which are affixed on outer sides of the heating panel, are provided with tapped holes to receive a screw configured to clamp the spacers on the top portion of the heating panel, and wherein the spacers are provided as separate components from the grooved vertical member.

Description

BRIEF DESCRIPTION OF THE ACCOMPANYING DRAWINGS

(1) FIG. 1—shows a schematic of the base of improved heater mounting system according to the present invention.

(2) FIG. 2—shows total panel fitting with spacers and screw.

(3) FIG. 3—shows an another embodiment of the system in which stand for double panel is used.

(4) FIG. 4 shows an elevational view of the panel showing the hole positions on the top portion and the spacer and screw that are inserted in these holes.

(5) FIG. 5 shows an isometric view of the mounted system and panel.

DETAILED DESCRIPTION

(6) As shown in FIG. 1, the inventive mounting system includes one or two grooved vertical members affixed to the ground and to the wall to maintain a predetermined gap between the wall and the heating Panel, which ensures natural convection of currents for heat transfer (FIG. 1). The vertical members (1) are glued onto the wall generally accommodating clearance to the skirting of the walls. The vertical members are configured on the upper portions with slots to allow insertion of the Panel, and prevent the panel to slip out. Two holes (H1, H2) are located on the Panel to fix the top portion of the Panel into a plurality of spacers (2), which are fixed on the wall (FIG. 4).

(7) Thus, an effective force comes only on to floor through the vertical members when a weight is put on the Panel. Accordingly, the improved mounting system is constituted regardless of taking into account the bending strength of screws and mounting components.

(8) The vertical members (1, 5) are glued to the wall by an adhesive for example; an adhesive pad with a protection layer, which layer can be removed, and the members pressed to the wall. Area of the adhesive for a stable position is determined based on a particular panel to be fixed. There is also an option for fixing the members on an uncarpeted floor although this is not essential. There are also special adhesives that do not leave a mark on walls when dismantled.

(9) The groove is formed on the top of the vertical members corresponding to the thickness of the panel and whether one or two panels are mounted. The vertical members are fixed with a base on the floor but attached to the wall by the adhesive or the adhesive pad (AD). The holes in the panel are configured on either side at a top of the panel (FIG. 4).

(10) A spacer is attached to the wall by the adhesive. The dimension of the spacer is selected so as to maintain a gap between the panel and wall, which however is dependent on the groove provided on the vertical members.

(11) The Panel is inserted in the groove, and on a top portion of the panel, fixtures or screws go through said two holes in the Panel to be anchored into the spacers.

(12) The Panel is now firmly mounted on the wall to form a-Natural Convection Currents for heat transfer. Further, the improved mounting system allows easy replacement of the Panels when needed.

(13) With two slots on the vertical members, it is possible to mount more than one Panel with an air gap between these Panels as well as between the wall and first Panel.

(14) The inventive system for mounting the Heating Panel on the wall eliminates the need to drill holes on the wall. The weight and forces on the Panel are transferred to the ground by using the vertical members and by anchoring the top holes of the panels into spacers. Further, both the vertical members and the spacers are attached to the wall by adhesives. According to the invention, the improved mounting system allows mounting of more than one Panel, for example, by a dual slot stand for two Panels and using an extended fixture to stage anchoring on a top portion of a corresponding panel for firm attachment to the wall.

(15) The novelty of this invention is better understood by an illustrative example.

(16) The panel is mounted against a wall as a dedicated installation. A stand (1) as shown in FIG. 1 is attached to the wall even though a wider single stand could be adequate. Having two stands with adequate spacing will give better support and safety.

(17) FIGS. 1 and 2 describe the structured stand and specific mounting systems required for convection heaters.

(18) This stand is made in such a way to give clearance to skirting denoted by B. The stand will have a groove A corresponding to the thickness of the Wall Mounted Panel.

(19) The measure S1 denotes the clearance anticipated between Panel and the partition wall or any other wall paneling material.

(20) The stand is fixed with an adhesive pad AD. The protective film is removed from the adhesive pad AD. The stand is pressed against the wall surface so that the adhesive pad AD firmly sticks to the wall. The stand thus firmly attaches to the wall. Two stands with spacing lesser than the width of the panel are fixed (FIG. 4).

(21) The Panel is then fixed with a spacer's length S2 that closely corresponds to S1 length. It is advantageous to have S2 lesser than S1. Spacers are fixed to the panel by attaching a screw (3) into the Spacer through the hole provided in the panel or plurality of holes in the panel.

(22) In FIG. No. 2, a spacer item (2) is fixed on either side of the Panel on a top side firmly by a screw (item 3). The spacers have an adhesive pad attached. After a protective cover is removed from the adhesive pads the Panel is placed in the groove marked A and pressed firmly to the wall so that the Spacer 2 on either side are firmly stuck to the wall. When on one side a junction box is fixed on top of the panel the Spacer on that side is correspondingly reduced in length (FIG. 5).

(23) The panel can be removed if needed by unscrewing (item 3) and lifting the Panel from the groove. Similarly the Panel can be put back in the groove (A) and the Panel can be screwed into the spacer (item 2) for a rigid installation. The shape of the screw is such as to hold the panel and is turned by hand.

(24) This is a novel and very convenient way of fixing a Wall Mounted Panel more particularly a heating Panel with partly convection air currents.