[0001] The present invention relates to a home appliance having a support element provided
between the panel and the body.
[0002] Front panels of ovens, one of home appliances realizing cooking process, are connected
to the flange piece, provided at the body, by means of a sheet piece. The sheet pieces
provide resistance to forces onto the panel, however, an additional welding operation
is needed for the assembly of the sheet piece to the panel. Moreover, since they are
complicated pieces in terms of design, they lead to additional cost. Besides, in case
of any deterioration which may occur on the sheet pieces in time, the front panel
shall be completely changed since it is not possible to remove the welding for changing
the pieces. In case of elimination of the sheet pieces, the front panel cannot provide
sufficient resistance to the forces exerted thereon.
[0003] In the application
TR2011/05058, an oven is disclosed comprising a flange having a front opening providing access
into the body by forming the front wall of a body wherein the items to be cooked are
placed; a front panel fixed by means of resting to the flange from a rear surface
thereof; and at least one first flap formed by means of bending the front panel into
the body so as to form a bracket.
[0004] The object of the present invention is to provide a home appliance with a front panel
which is resistant to bending rearward and being depressed when force is exerted thereon.
[0005] Another object of the present invention is to reduce panel cost.
[0006] The present invention is a home appliance having a body, a flange provided on said
body, and a panel connected to said flange. Accordingly, the home appliance comprises
a support element which at least partially fills the clearance left between the flange
and a front wall of the panel when the panel is mounted to the flange. Thus, since
the clearance behind the panel is at least partially filled, the rearward bending
of the panel and the embossment of the panel are prevented.
[0007] In a preferred embodiment of the present invention, the support element comprises
a body extending in the direction of the height of the front wall. Thus, the front
wall of the panel is supported in the direction of the height thereof. By means of
this, the panel is supported through a substantially wide region. Thus, panel becomes
more resistant to the forces possible to be exerted thereon.
[0008] In a preferred embodiment of the present invention, the support element is rested
to a support edge of the flange from one side, and it is rested to a rear face of
the front wall from the other side. Thus, the support element is supported by the
flange. When an external force is exerted to the panel, the bending and deforming
of the panel is prevented since the force is transferred from the support element
to the flange.
[0009] In a preferred embodiment of the present invention, in order to provide fixation
of the support element on the flange, at least one coupling tab is provided on one
of the support edge and the support element and at least one housing is provided on
the other one of the support edge and the support element. Thus, the support element
is fixed between the panel and the flange. In alternative applications of the present
invention, the support element can be secured to the panel or to the flange by means
of alternative methods like adhesion, etc.
[0010] In a preferred embodiment of the present invention, the housing is a channel provided
on the support edge and accordingly, the support element comprises a couple of coupling
tabs which are spaced apart from each other and which extend outwardly from the body
of the support element. Thus, since the support element is fixed by means of two coupling
tabs, the rotation or accidental movement of the support element is prevented. By
means of this, the support piece is prevented from losing the function thereof after
the mounting process.
[0011] In a preferred embodiment of the present invention, each coupling tab is provided
with at least one inclined surface each formed at the end of its respective coupling
tab as being opposite sides with respect to each other. Thus, the coupling tabs bend
towards each other, inserting into the housing when the support element is pressed
towards the flange after aligning coupling tabs with the housing.
[0012] In a preferred embodiment of the present invention, each coupling tab comprises at
least one locking protrusion formed on opposite sides with respect to each other.
Thus, the coupling tabs are fixed to the housing, and the removal of the support element
from the flange is prevented.
[0013] In a preferred embodiment of the present invention, at least one indicator, which
indicates direction, is provided on the support element. Thus, the fixation direction
of the support element to the flange is indicated. Thus, piece damages and time losses,
which may occur due the mounting faults, are prevented.
[0014] In a preferred embodiment of the present invention, at least one check tab is provided
in the vicinity of one of the support edge and an end of the support element, and
at least one check hole is provided in the vicinity of the other one of the support
edge and an end of the support element. Thus, the faulty mounting of the support element
to the flange is prevented.
[0015] In a preferred embodiment of the present invention, the check tab is provided on
the support element. Thus, the check tab is produced together with the support element.
[0016] In a preferred embodiment of the present invention, at least one cutout is provided
on the support element. Thus, the support element is obtained by using less material
and in a lighter manner.
[0017] In a preferred embodiment of the present invention, the support element is made of
a plastic based material. Thus, the check tab, formed on the support element, can
be simply produced in a one-piece manner together with the coupling tabs and the cutout.
Figure 1 is a representative view of the subject matter home appliance.
Figure 2 is a representative exploded view of the connection of the body to the panel
of the subject matter home appliance.
Figure 3a and 3b are the representative views of the support element used in the connection
illustrated in Figure 2.
Figure 4a and 4b are the representative assembly views of the connection of the body
to the panel of the subject matter home appliance.
[0018] In this detailed description, the subject matter home appliance (1) is explained
with references to examples without forming any restrictive effect only in order to
make the subject more understandable.
[0019] With reference to Figure 1, a home appliance (1) realizing the cooking process, particularly
an oven has a body (10) and a panel (30) connected to said body (10). With reference
to Figure 2, the panel (30) comprises a front wall (31), an upper wall (33) extending
towards the body (10) from the two mutual edges of the front wall (31) and a lower
wall (35). The side of the front wall (31) facing the body (10) is defined as a rear
face (32). A coupling tab (34) is formed vertically by means of partially bending
one end of the front wall (33) towards the lower wall (35). The edge of the lower
wall (35), where the coupling tab (34) is provided, is partially bent towards the
upper wall (33), and a coupling flap (36) is formed. At least one opening (37) is
provided on the coupling flap (36).
[0020] A flange (11) is provided on the body (10) of the home appliance (1). Said flange
(11) is provided so as to stay behind the panel (30) provided on the front face of
the home appliance (1). The flange (11) extends upwardly from the upper ends of the
body (10) at the two sides of the body (10). Control knobs, which control the functions
of the home appliance (1), are positioned on the panel (30) positioned on the flange
(11). The flange (11) comprises a support edge (14) and a mounting edge (12) provided
essentially orthogonally with respect to each other. Said support edge (14) extends
in an essentially parallel manner with respect to the panel (30), and the mounting
edge (12) extends in an essentially parallel manner with respect to the panel (30)
and to the support edge (14). At least one fixation hole (13) is provided on the mounting
edge (12). There is a coupling tip (15), embodied in recess form, at the upper end
of the support edge (14). At least one housing (16) is provided on the support edge
(14). Said housing (16) is provided in an opening form. Moreover, the housing (16)
is in the form of a channel extending in the extension direction of the flange (11).
The coupling tip (15) is provided at the alignment of the upper wall (33) of the panel
(30), and the housing (16) is provided preferably so as to be close to the lower wall
(35) of the panel (30). There is a check hole (17) preferably provided at the lower
vicinity of the housing (16).
[0021] With reference to Figure 2, 3a and 3b, there is a support element (40) provided between
the panel (30) and the support edge (14). The support element (40) has a body (41)
extending in the direction of the height of the front wall (31). The body (41) has
a rectangular prism-like form. At least one coupling tab (42) is provided extending
outwardly from one face of the body (41). In the preferred application, a couple of
coupling tabs (42) is embodied on the face facing the support edge (14) such that
there is a specific distance between said coupling tabs (42). At the ends of the coupling
tabs (42), there is one each inclined surfaces (43) provided so as to be on opposite
sides with respect to each other. There is at least one each locking protrusions (44)
on the opposite sides of the coupling tabs (42) with respect to each other. The locking
protrusions (44) are embodied at the continuation of the inclined surfaces (43). There
is a check tab (45) extending outwardly from one end of the support element (40).
In a preferred application, the check tab (45) has an L-like form, and it extends
towards the direction where the coupling tabs (42) extend. At least one indicator
(46), which indicates direction, is provided on the support element (40). A cutout
(47) is provided on one side of the support element (40). The cutout (47) is embodied
on the side of the support element (40) which faces the panel (30).
[0022] With reference to Figure 4a and 4b; the support element (40) is placed between the
flange (11) and the panel (30). First of all, the support element (40) is connected
to the flange (11), and afterwards, the panel (30) is fixed to the flange (11), and
thus it is fixed to the body (10). The connection of the support element (40) to the
flange (11) is as follows. The indicator (46), provided on the support element (40),
illustrates the direction of connection of the support element (40) to the flange
(11). The check tab (45), provided on one side of the support element (40), engages
to the check hole (17) provided on the support edge (14). Thus, the faulty fixation
of the support element (40) to the flange (11) is prevented. In case the support element
(40) is placed in a faulty manner, the support edge (14) pushes the support element
(10), and it indicates that the support element (40) is tried to be placed in a faulty
manner. In the preferred application, the support element (40) is preferably made
of a plastic based material, and the check tab (45) can be obtained without needing
an additional process during the production of the support element (40). Alternatively,
the check tab (45) can be embodied on the support edge (14), and the check hole (17)
is embodied on the support element (40). The coupling tabs (42), provided on the support
element (40), engage to the housing (16) provided at the support edge (14) of the
flange (11). Accordingly, the distance between the coupling tabs (42) is provided
so as to be compliant to the length of the housing (16). Thus, when the support element
(40) is corresponded onto the flange (11) such that the coupling tabs (42) correspond
to the housing (16), the inclined surfaces (43) are rested onto the upper and lower
edge of the housing (16). Afterwards, the support element is pressed towards the flange
(11), and the coupling tabs (42) bend towards each other, and they engage to the housing
(16). The locking protrusions (44), provided on the coupling tabs (42), provide the
coupling tabs (42) to be fixed to the housing (16), and they prevent the removal of
the coupling tabs (42) from the flange (11). Thus, the support element (40) is fixed
between the panel (30) and the flange (11). Since the support element (40) is fixed
to the flange (11) by means of a couple of coupling tabs (42), the rotation or accidental
movement of the support element (40) is prevented. In the opposite case, the coupling
tabs (42) can be provided on the support edge (14), and the housing (16) can be provided
on the support element (40).
[0023] After the support element (40) is connected to the flange (11), the panel (30) is
fixed onto the body (10) of the home appliance (1). The coupling tab (34), embodied
on the upper wall (33), is inserted into the coupling tip (15) provided at the upper
section of the support edge (14). In the connection of the coupling tab (34) to the
coupling tip (15), an additional connection element (not illustrated in the figures)
can be used. The coupling flap (36), provided on the lower wall (35), and the mounting
edge (12) are aligned. A connection element is passed through the opening (37), provided
on the coupling flap (36), and through the fixation hole (13) provided on the mounting
edge (12).
[0024] When the panel (30), the support element and the body (10) are connected to each
other, since the support element (40) is fixed to the flange (11), it is rested to
the support edge (14) from one side thereof, and it is fixed to the rear face (32)
of the front wall (31) of the panel (30) from the other side. When an external force
is exerted on the panel (30), the bending and deforming of the panel (30) is prevented
since said force is transferred to the flange (11) through the support element (40).
The clearance, existing behind the panel (30), is filled by the support element (40).
Since the support element (40) extends in the direction of the height of the front
wall (31), the panel (30) is supported in the direction of the height of the front
wall (31). Cutout (47) is provided on the support element (40), and less material
is used, and a lighter embodiment is obtained. Moreover, the cost is also reduced.
The support element (40) can be produced with the desired color. The support element
(40) is also made of a material which is resistant to the operating temperature of
the home appliance (1).
[0025] Since the support element (40) supports the panel (30) for providing more resistance,
the material of the panel (30) can be made thinner, and cost saving can also be provided.
Since the support element (40) is a piece which can engage to the panel (30), it can
be changed when desired. Meanwhile, since the support element (40) and the panel (30)
are not integrated, there remains no need to change the panel (30) when the support
element (40) is changed.
REFERENCE NUMBERS
[0026]
- 1.
- Home appliance
- 10.
- Body
- 11.
- Flange
- 12.
- Mounting edge
- 13.
- Fixation hole
- 14.
- Support edge
- 15.
- Coupling tip
- 16.
- Housing
- 17.
- Check hole
- 30.
- Panel
- 31.
- Front wall
- 32.
- Rear face
- 33.
- Upper wall
- 34.
- Coupling tab
- 35.
- Lower wall
- 36.
- Coupling flap
- 37.
- Opening
- 40.
- Support element
- 41.
- Body
- 42.
- Coupling tab
- 43.
- Inclined surface
- 44.
- Locking protrusion
- 45.
- Check tab
- 46.
- Indicator
- 47.
- Cutout
1. A home appliance (1) having a body (10), a flange (11) provided on said body (10),
and a panel (30) connected to said flange (11), characterized in that, it comprises a support element (40) which at least partially fills the clearance
left between the flange (11) and a front wall (31) of the panel (30) when the panel
(30) is mounted to the flange (11).
2. A home appliance according to Claim 1, wherein the support element (40) comprises
a body (41) extending in the direction of the height of the front wall (31).
3. A home appliance according to any one of the preceding claims, wherein the support
element (40) is rested to a support edge (14) of the flange (11) from one side, and
it is rested to a rear face (32) of the front wall (31) from the other side.
4. A home appliance according to any one of the preceding claims, wherein in order to
provide fixation of the support element (40) on the flange (11), at least one coupling
tab (42) is provided on one of the support edge (14) and the support element (40)
and at least one housing (16) is provided on the other one of the support edge (14)
and the support element (40).
5. A home appliance according to Claim 4, wherein the housing (16) is a channel provided
on the support edge (14) and accordingly, the support element (40) comprises a couple
of coupling tabs (42) which are spaced apart from each other and which extend outwardly
from the body (41) of the support element (40).
6. A home appliance according to Claim 5, wherein each coupling tab (42) is provided
with at least one inclined surface (43) each formed at the end of its respective coupling
tab (42) as being opposite sides with respect to each other.
7. A home appliance according to Claim 5 or 6, wherein each coupling tab (42) comprises
at least one locking protrusion (44) formed on opposite sides with respect to each
other.
8. A home appliance according to any one of the preceding claims, wherein at least one
indicator (46), which indicates direction, is provided on the support element (40).
9. A home appliance according to any one of the preceding claims, wherein at least one
check tab (45) is provided in the vicinity of one of the support edge (14) and an
end of the support element (40), and at least one check hole (17) is provided in the
vicinity of the other one of the support edge (14) and an end of the support element
(40).
10. A home appliance according to Claim 9, wherein the check tab (45) is provided on the
support element (40).
11. A home appliance according to any one of the preceding claims, wherein at least one
cutout (47) is provided on the support element (40).
12. A home appliance according to any one of the preceding claims, wherein the support
element (40) is made of a plastic based material.