Modular Electric Wall Heater

Abstract

A modular electric wall heater comprises an upper main box components, a lower main box component, a left side panel component, a right side panel component, a flame simulator component, a fake ash component, a front panel component, and a rear panel component; the left side panel component and the right side panel component connect with the upper main box component and the lower main box component to form an enclosure; the flame simulator component situates inside of the enclosure and is connected with the left side and right side panel component; the ashes component situates inside of the enclosure, and on the top of the and connect to a bottom panel of the lower main box component, the frontal panel component is situate on the frontal opening of the enclosure and the rear panel component is situate on the rear opening of the enclosure.

Description

FIELD OF THE INVENTION

The present invention relates generally to a heater technology, especially a modular electric wall heater.

BACKGROUND OF INVENTION

Currently in the electric heater market, the electric heater mainly comprises electronic components (heater, blower, and reflective article motor), LED flame simulator, outer shell assembly and other assembly components. Because of scattered layout and staggered between the various parts of the heater, and the high-pressure part of the product components and the low pressure part components widely distributed and messy results in excess use of connection parts, wire terminals, terminal caps, and screws. Thus making the whole assembly line production inefficient and requires more manpower and specialized equipment to assembly or disassembles high transportation costs of product packaging, maintenance and replacement is more complicated.

SUMMARY OF THE INVENTION

The objective of this invention focus on the issues with the current wall heater that are generally large in size and weight, excess assembly components and difficulty in disassemble when repairing that bring high production and manpower costs in the production, transportation, installation and maintenance of the wall heaters. The objective of present invention is to provide a modular electric wall heater with low production costs, easier to transport and disassemble for better maintenance and repair. As a result, manufacturer can achieve higher production efficiency and for the user, to reduce cost in maintain and repair the heater unit.

To achieve the above object, the present invention of modular electric wall heater comprises an upper cabinet components, a lower main box components, a left side panel components, a right side panel components, a flame simulator component, a fake ash components, a front panel components, and a rear panel components; the left side panel components and the right side panel components connect with the upper main box components and the lower main box component to form an enclosure; the flame simulator component situates inside of the enclosure and is connected with the left side and right side panel components; the ashes component situates inside of the enclosure, and on the top of the and connect to the lower main box component under the main floor of the front of the box components, The frontal panel component is situate on the frontal opening of the enclosure and the rear panel component is situate on the rear opening of the enclosure.

As a preferred embodiment of present invention: the upper main box component houses the control switches, the heating wire, fans, and main control circuit board that form a closed structure; the lower main box components house the light component to produce flame like lighting, the flame orifice, reflective blade bar and the drive motor that all enclosed in a closed structure; there provides an electrical connections between the upper main box components and the lower main cabinet components.

As a preferred embodiment of present invention: the upper main box component electrically connects with the lower main box component through wire coupling.

As a preferred embodiment of present invention, the flame simulator component connects with the slot formed on the left side panel component and on the right side panel component.

As a preferred embodiment of present invention, the flame simulator component is equipped with a display board and the display board is electrically connected with the main control circuit board in the upper main box by wire coupling.

As a preferred embodiment of present invention, the front panel component is of glass panel or metal mesh panel and is connected with left side panel component, right side panel component, upper main box component or lower main box component.

The beneficial effects of the present invention are that: the various heater components can be independently produce and delivered, increases production efficiency, and to save space and transportation costs by disassembling the heater unit during transportation. In addition, repairing is made simpler as each component can be readily and easily replaced. Furthermore, as the low pressure and high pressure are centralized enclosed individually in the respective main box, greatly improving the safety of operation.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is a disassembled diagram of the present invention;

FIG. 2 is a schematic diagram of one of the preferred embodiments of the present invention;

FIG. 3 is a filtered view of FIG. 2 of the present invention;

FIG. 4 is a structure diagram in the assembly of the present invention;

FIG. 5 is a filtered view of FIG. 4 of the present invention;

FIG. 6 is a sectional view of the present invention; and

FIG. 7 is a sectional view from a different side of the present invention.

DETAILED DESCRIPTION OF PREFRRED EMBODIEMENT

As shown in FIG. 1 through FIG. 7: the present invention of modular electric wall heater (heater) comprises an upper main box component 10, a lower main box component 20, a left side panel component 30, a right side panel component 40, a flame simulator component 50, a fake ashes component 60, a front panel component 70 and a rear panel component 80, wherein, the upper main box component 10 is a closed structure and enclosing, at least, a heater 11, a fan motor 12, an air outlet channel 13 and enclosing other elements not shown in the drawings: a main control circuit board, a control key board, a receiver, a power cord or power cord slot, a Negative Temperature Coefficient Thermistor (NTC), a shell box, fan motor seat, an air filter or an air outlet. The lower main box component 20 can also be a closed structure, enclosing, at least, a bottom panel 21, a flame PCB light strip 22, a blue light PCB light strip 23, a gray PCB light strip 24, a screen film 25 imprint with flame design, and enclosing other elements not shown in the drawings: a motor component, an outer housing, a DC motors, a variable speed gear box.

The upper main box component 10 is electrically connected with lower main box component 20 through wire coupling 100; the left side panel component 30 and the right side panel component 40 are connected with upper main box component 10 and lower main box component 20 by glue strips; the flame simulator component 50 is inserted into the slot formed on the inner side of the left side panel component 30 and the right side panel component 40; the flame simulator component 50 may also be fixed onto the left side panel component and the right side panel component by screwing. In addition, the flame simulator component 50 is equipped with a display board and is electrically connected with the main control circuit board in the upper main box component 10 by wire coupling.

The fake ash component 60 is screwed or clamp to the extruding portion on the bottom panel 21 located on the front of lower main box component 20; front panel 70 and rear panel 80 are located on the front and on the rear of upper main box component 10 and lower main box component 20 respectively. The front panel 70 is of glass panel and metal mesh panel and is secured to the left side panel 30, right side panel 40, upper main box component 10 and lower main box component 20 by screw or clamping.

The above described preferred embodiments of the present invention only and thus does not limit the scope of protection of the present invention, any changes and modification shall fall within the scope of protection of the present invention.

Claims

1. A modular electric wall heater comprises an upper main box component, a lower main box component, a left side panel component, a right side panel component, a flame simulator component, a fake ash component, a front panel component, and a rear panel component; the left side panel component and the right side panel component connect with the upper main box component and the lower main box component to form an enclosure; the flame simulator component situates inside of the enclosure and is connected with the left side and right side panel component; the fake ash component situates inside of the enclosure, and on the top of the and connect to a bottom panel of the lower main box component; the frontal panel component is situate on the frontal opening of the enclosure and the rear panel component is situate on the rear opening of the enclosure.

2. The modular electric wall heater as claimed in claim 1 wherein, said upper main box component houses control switches, heating wire, fans, and a main control circuit board that form a closed structure; the lower main box components house a light component to produce flame like lighting, a flame orifice, a reflective blade bar and a drive motor that all enclosed in a closed structure;

there provides an electrical connections between the upper main box components and the lower main cabinet components.

3. The modular electric wall heater as claimed in claim 1 wherein, said upper main box component electrically connects with the lower main box component through wire coupling.

4. The modular electric wall heater as claimed in claim 1 wherein, said flame simulator component connects with the slot formed on the left side panel component and on the right side panel component.

5. The modular electric wall heater as claimed in claim 1 wherein, said flame simulator component is equipped with a display board and said display board is electrically connected with the said main control circuit board in the upper main box by wire coupling.

6. The modular electric wall heater as claimed in claim 1 wherein, said front panel component is of glass panel or metal mesh panel and is connected with left side panel component, right side panel component, upper main box component or lower main box component.