FR3102541A1 - Condensate recovery device - Google Patents

Abstract

Condensate recovery device (3) intended to be placed in an enclosure of a cooking oven and comprising on a front edge (300) a seal (4) adapted to rest against a door (2) of the baking oven. The condensate recovery device (3) comprises a wire structure (30), the wire structure (30) comprising at least one front wire forming the front edge (300), the seal (4) being mounted on said au minus one front end of the wire structure (30). Condensate recovery device having a simplified structure and allowing the condensate to be collected and directed to a suitable place in the enclosure of the baking oven. Figure for the abstract: Fig 2a

Description

Condensate recovery device

The present invention relates to condensate recovery devices for cooking ovens. It also relates to a cooking oven equipped with a condensate recovery device.

Some cooking ovens, called steam ovens, are equipped with a steam generator for steam cooking. The steam generator may consist, for example, of a boiler supplied with water and placed inside or outside a cooking chamber of the oven. The boiler includes a water tank and a heating element to generate steam. The steam is then conducted through pipes into the cooking chamber. In other models of steam oven, the steam generator includes a water supply connected to a heat distribution fan placed inside the cooking enclosure.

In the case of steam ovens with a glass door, condensate forms on an internal face of the door. Water therefore runs down the inside of the door, which can cause water to leak outside the oven enclosure.

In this context, a gutter can be placed outside and below the cooking enclosure in order to collect the condensate. However, this solution is not optimal. It is cumbersome since the gutter must have a large volume in order to avoid the overflow of water.

Other solutions exist, in particular that disclosed in patent application FR 2 924 791 filed by the Applicant. The solution disclosed in this document consists of a dish comprising a seal resting on the internal face of the door of the cooking oven when the door is in the closed position, that is to say when the door closes the opening of the cooking enclosure.

The manufacture of the dish comprising a joint is nevertheless financially costly.

The present invention aims to solve at least one of the aforementioned drawbacks.

The invention relates to a condensate recovery device intended to be placed in an enclosure of a cooking oven and comprising on a front edge a seal adapted to bear against a door of the cooking oven.

According to the invention, the condensate recovery device comprises a wire structure, said wire structure comprising at least one front wire forming said front edge, the seal being mounted on said at least one front wire of the wire structure.

The condensate recovery device according to the invention thus has a structure that is simple to manufacture, inexpensive and compact. The gasket can be easily attached to the front wire and changed in the event of wear, for example. The seal resting against a door of the cooking oven makes it possible to collect and direct the condensate flowing along said door.

According to one characteristic, the wire structure comprises peripheral wires forming a closed frame and extending in a main plane, said wire structure further comprising two front wires extending in an inclined plane secant to said main plane.

The front wires thus formed make it possible to tilt the seal mounted on said front wires. The inclination of the seal allows the condensate to be directed downwards, either directly towards a bottom wall of the cooking enclosure, or towards a dish that can be placed under the condensate collection device.

According to one characteristic, the wired structure further comprises two internal wires extending between two peripheral wires, said internal wires extending substantially parallel to one another.

The internal wires thus arranged make it possible to support a cooking dish, for example a steam dish.

According to one characteristic, the condensate recovery device further comprises a dripping pan, the dripping pan and the wired structure being assembled so that the dripping pan extends below the wired structure and that a collected condensate through the gasket is directed towards the drip pan.

The condensate is thus directed and collected in the dripping pan.

According to one characteristic, the dripping pan comprises a bottom extending in a first plane, a rim extending in a second plane substantially parallel to said first plane, and peripheral walls connecting the bottom to said rim, the peripheral walls comprising a bearing s extending in a third plane substantially parallel to said first plane and second plane, at least one wire of the wire structure being arranged on the bearing.

According to one characteristic, the dripping pan comprises a bottom extending in a first plane, a rim extending in a second plane substantially parallel to said first plane, and peripheral walls connecting said bottom to said rim, at least one wire of the structure wired being placed in abutment against said bottom, and/or said rim, and/or against at least one of said peripheral walls.

The structure of the condensate recovery device thus allows it to be supported by a dish and positioned in relation to the latter. The condensate collection device is thus easily assembled and detached from the drip pan.

According to one characteristic, the wire structure comprises on either side two guide rails on which the dripping pan is adapted to slide in a direction substantially orthogonal to the front edge, said guide rails extending in a plane below the plane wireframe main

The condensate recovery device thus configured makes it possible to support the dripping pan. The assembly of the drip tray on the condensate collection device is simply done by sliding along the guide rails.

According to one feature, the seal covers an upper surface of said at least one front wire, the condensate recovery device further comprising a part having a U-shaped cross section and mounted on said at least one front wire so as to cover a bottom surface of said at least one front wire not covered by said seal.

Said at least one front wire is thus completely covered and the aesthetic appearance is improved.

The invention also relates to an oven comprising the condensate recovery device having the preceding characteristics, the cooking oven comprising a cooking enclosure having a loading opening, and a door adapted to close the opening, the seal being bearing against an inner face of the door when the door closes the opening.

According to one characteristic, the wire structure comprises peripheral wires forming a closed frame and extending in a main plane, the seal comprising an upper face extending in an inclined plane forming an obtuse internal angle with the main plane of the wire structure so as to allow the flow of condensate along said seal.

According to one characteristic, the seal has a width substantially greater than a width of the opening.

Other particularities and advantages of the invention will appear further in the description below with reference to the appended drawings, given by way of non-limiting examples:

FIG. 1 is a perspective view of a cooking enclosure of an oven in which a condensate recovery device is arranged according to one embodiment in accordance with the invention;

Figure 2a is a perspective view of the condensate recovery device according to one embodiment;

Figure 2b is a perspective view of the condensate recovery device of Figure 2a from which a seal has been removed;

Figure 3a is a perspective view of the condensate recovery device of Figure 1;

Figure 3b is a perspective view of a condensate recovery device according to another embodiment;

Figure 4 is a perspective view of the condensate recovery device of Figure 3a on which is placed a steam plate;

Figure 5 is a sectional view along a longitudinal plane of the cooking enclosure closed by an oven door and in which is arranged the condensate recovery device of Figure 3a; And

Figure 6 is a view of a detail A of Figure 5 showing a seal of the condensate recovery device resting against the door of the oven.

In this document, the elements are described in their positions relative to each other during normal operation of a furnace. The terms "below" and "above" are thus used. These terms are intended to simplify the understanding of the invention and can be interpreted in particular thanks to the figures.

Referring to Figure 1, a cooking oven comprises as main structure a cooking chamber 1 or muffle. The cooking enclosure 1 is intended to receive food.

The cooking enclosure 1 comprises two side walls 11, an upper wall 12, a lower wall or sole wall 13 and a rear wall 14.

The cooking enclosure 1 comprises two stepped supports 110 fixed respectively to the side walls 11. The stepped supports 110 comprise one or more steps 111. In this embodiment, each stepped support 110 comprises six steps 111. tiers 110 make it possible to support cooking accessories, for example a grid or a baking dish. The tiers 111 are generally made by means of formed and welded metal wires then attached to a side wall of the cooking enclosure or are made by stamping the side walls of the oven enclosure.

The cooking enclosure 1 also comprises an opening 15 forming a front face of the cooking enclosure 1. The opening 15 of the cooking enclosure 1 makes it possible to load and unload food inside the enclosure cooking 1.

The cooking enclosure 1 also includes a seal 16 extending around the opening 15.

The oven further comprises a door 2 which can take a closed position in which the opening 15 is closed, and an open position in which the opening 15 is not closed.

Door 2 passes from the open position to the closed position, and vice versa, by means of two hinges (not shown) making it possible to connect door 2 to the front face of cooking enclosure 1 of the oven.

The door 2 comprises an outer face 21 extending outside the cooking enclosure 1, and an inner face 22 extending inside the cooking enclosure 1 when the door 2 is in the position closed.

The outer face 21 and the inner face 22 extend substantially parallel to each other. When the door 2 is in the closed position, the internal face 22 extends facing the cooking enclosure 1 and substantially parallel to the rear wall 14. The internal face 22 is then in abutment against the seal 16 so as to ensure sealing by contact between cooking chamber 1 and door 2.

The door 2 can be a glazed door and thus comprise an external pane and an internal pane. The outer pane thus forms the outer face 21 of the door 2 and is intended to come to the front of the oven. Each of the outer and inner panes consists of a transparent surface over its entire surface or at least a major part of its surface in order to allow the interior of the cooking enclosure 1 to be viewed. One or more intermediate panes can be arranged between the outer pane and the inner pane but will not be the subject of a detailed description in this document.

The baking oven also includes a steam generator (not shown). The cooking oven according to the invention thus makes it possible to implement steam cooking modes using the steam generator or even combined cooking modes using heating elements with the steam generator.

When using the steam cooking mode, condensate or water vapor can form on the door 2 and in particular on the internal face 22. Condensate can thus run off along the internal face 22 of the door 2.

The cooking oven comprises in this respect a condensate recovery device 3 suitable for recovering and directing the condensate to an appropriate place, such as a dish or the bottom wall 13 of the cooking enclosure.

A first embodiment of the condensate recovery device 3 is shown in Figures 2a, 2b.

The condensate recovery device 3 includes a wire structure 30. The wire structure 30 includes one or more wires. In the embodiment described, the wire structure 30 comprises peripheral wires. In particular, the wire structure 30 comprises four peripheral wires formed by two side wires 31, 32 and two transverse wires 33, 34. The peripheral wires 31, 32, 33, 34 form a closed frame with a substantially rectangular outline. The peripheral wires 31, 32, 33, 34 extend in the same plane called the main plane. The main plane extends is a horizontal plane when the wire structure is in the cooking enclosure.

By horizontal plane is meant a plane parallel to the hearth wall 13 when the cooking chamber 1 is arranged in its operating arrangement.

The wired structure 30 also comprises at least one frontal wire extending over a front edge 300 of the wired structure 30. The wired structure 30 here comprises two frontal wires 35, 36 also called first frontal wire 35 and second frontal wire 36. The first frontal wire 35 comprises a central portion 350 and two lateral portions 351. The central portion 350 and the lateral portions 351 together form a C. The central portion 350 extends parallel to the second frontal wire 36. The second frontal wire 36 is fixed at each of its ends to a side portion 351. Each side portion 351 is fixed to a side wire 31, 32. The front wires 35, 36 extend in the same plane called an inclined plane. The inclined plane forms with the main plane of the wire structure 30 an angle different from the plane angle. In other words, the main plane and the inclined plane are intersecting. The inclined plane is oriented towards the floor wall 13 when the condensate recovery device 3 is in the cooking enclosure. Preferably, the inclined plane forms an obtuse internal angle with the main plane.

The wire structure 30 further comprises two internal wires 37 extending between the peripheral wires 31, 32, 33, 34. In this embodiment, the internal wires 37 are substantially parallel to each other and extend substantially parallel to the side wires 31, 32. Internal wires 37 also extend into the main plane. Each internal wire 37 includes a recess 370 adapted to receive a steam dish for example.

The wire structure 30 is made of metallic material, for example by forming.

The wire structure 30 has in this embodiment a width substantially equal to a width of the cooking enclosure 1, and a depth substantially equal to a depth of the cooking enclosure 1.

By width of the wired structure 30 is meant the distance separating the lateral wires 31, 32 and by depth of the wired structure 30 the distance separating the transverse wires 33, 34. By width of the cooking enclosure 1 is meant the distance separating the side walls 11, and by depth of the cooking enclosure the distance separating the front face from the rear wall 14.

The condensate recovery device 3 also includes a seal 4 secured to one of the wires of the wire structure 30. In particular, the seal 4 is mounted on at least one front wire. In the example described, the seal is mounted on the first front wire 35 and the second front wire 36.

In this first embodiment in which the condensate recovery device 3 has a width substantially equal to the width of the cooking enclosure 1, the condensate recovery device 3 is supported by the steps 111.

During operation of the oven, for example using the steam cooking mode, the condensate recovery device 3 can be arranged in the cooking enclosure 1. The condensate formed on the internal face 22 of the door 2 is then recovered by the condensate recovery device 3 and directed towards the floor wall 13 of the cooking enclosure 1. The condensates spilled onto the floor wall 13 of the cooking enclosure 1 can evaporate in this way by the operation of a heating element (not shown) arranged under said floor wall 13.

In this embodiment, a dripping pan can be placed in the cooking enclosure. The dripping pan can be supported by the steps 111 at a lower level than the condensate collection device 3. In other words, the dripping pan can be supported by steps extending at a lower level from the steps supporting the condensate recovery 3. The condensates can thus be recovered in the drip pan 5 rather than on the bottom wall 13.

In a second embodiment not shown here, a dripping pan 5 can be carried by the wire structure 30. For this purpose, the wire structure 30 comprises on either side two guide rails extending below the wires peripheral devices. The dripping pan 5 is adapted to slide on the guide rails in the longitudinal or depth direction. In other words, the dripping pan is supported by the wire structure 30.

Each guide rail comprises for example a descending element extending orthogonally to the transverse wire 33. A transverse element extending substantially orthogonally to the descending element and extending substantially parallel to said transverse wire and a longitudinal element extending substantially orthogonally the transverse element .

FIG. 3a represents the condensate device 3 according to a third embodiment.

The condensate collection device 3 further comprises a drip pan 5. The drip pan 5 and the wire structure 30 are mounted together so that the drip pan extends below the wire structure 30. The wire structure 30 and the dripping pan 5 thus extend at two different levels in the cooking enclosure 1. The dripping pan 5 supports in this embodiment the wire structure 30.

The condensates can thus be collected by the seal 4 and directed towards the drip tray 5.

In this embodiment, the dripping pan 5 comprises a bottom 51 extending in a first plane, a rim 52 extending in a second plane substantially parallel to the first plane and peripheral walls 53 connecting the bottom 51 and the rim 52 The peripheral walls 53 comprise a bearing 530. The bearing 530 extends in a third plane substantially parallel to the first plane and to the second plane.

The universal pan 5 has rectangular contours. The bearing 530 also has rectangular contours of dimensions smaller than the dimensions of the rim 52 of the dripping pan 5. The bearing 530 has dimensions substantially equal to the dimensions of the contour formed by the peripheral wires 31, 32, 33, 34.

At least one wire of the wire structure 30 is placed on the bearing 530 of the drip pan 5. In particular, the peripheral wires 31, 32, 33, 34 are placed on the bearing 530 of the drip pan 5.

The first plane of the bottom 51 of the drip tray 5 extends below the main plane in which the wire structure 30 extends. Indeed, the peripheral wires 31, 32, 33, 34 extend in the third distinct plane from the foreground from the back 51from the dripping pan 5.

FIG. 3b illustrates a variant embodiment substantially similar to that illustrated by FIG. 3a.

In this embodiment, the condensate recovery device 3 also comprises a dripping pan 5 which comprises a bottom 51 extending in a first plane, a rim 52 extending in a second plane substantially parallel to the first plane and walls peripherals 53 connecting the bottom 51 and the rim 52.

In this embodiment, the wire structure 30 also comprises four peripheral wires formed by two side wires 31, 32, and two transverse wires 33, 34. The peripheral wires 31, 32, 33, 34 form a closed frame with a substantially rectangular outline. . The wire structure 30 comprises recesses between each lateral wire 31, 32, and each transverse wire 33, 34. The transverse wires 33, 34 thus extend in a separate plane and located below the plane in which the side wires 31.32. The side wires 31, 32 are arranged on the rim 52 of the dripping pan 5, and the transverse wires 33, 34 rest against the peripheral walls of the dripping pan 5.

Of course, other embodiments are possible. In particular, at least one peripheral wire of the wire structure can be placed to bear against the bottom of the dripping pan 5.

In the embodiments relating to Figures 3a, 3b and unlike the first embodiment described with reference to Figures 2a and 2b, the condensate recovery device 3 has a width less than the width of the cooking enclosure 1 , as well as a depth less than the depth of the cooking enclosure 1. The dripping pan 5 on the other hand has a width and a depth substantially equal to those of the cooking enclosure 1. The dripping pan is thus supported by the shelves 111 of the cooking enclosure 1. The dripping pan 5 supports the condensate recovery device 3.

In the embodiments in which the condensate recovery device 3 further comprises a dripping pan 5, it is possible to recover the condensate in the dripping pan. The condensate flowing over door 2 is in fact collected by seal 4 and directed by an upper face 41 of seal 4 towards the bottom 51 of drip tray 5.

FIG. 4 represents the condensate recovery device 3 according to the embodiment of FIG. 3a and on which is arranged a steam dish 6. The steam dish 6 is a standard steam dish. The steam dish 6 has a bottom 61, a rim 62 and peripheral walls 63 connecting the bottom 61 and the rim 62.

In this example, the distance between two lateral peripheral walls 63 of the steam dish 6 is substantially less than the distance between the recesses 370 of the internal wires 37 of the wire structure 3. The total width of the steam dish 6, that is to say say taken from one end of flange 62 to another end of flange 52 is substantially greater than the distance between the recesses 370 of the internal wires 37 of the wireframe 30. In other words, the internal wires 37 of the wireframe 30 are sized to accommodate the steam plate 6.

When the steam dish 6 is placed on the internal wires 37, the steam dish 6 is raised with respect to the dripping pan 5 extending below the main plane of the wire structure 30. This makes it possible to avoid the contact of the steam dish 6 with the bottom 51 of the dripping pan 5.

The depth of the steam dish 6 is also less than the distance between the transverse wires 33, 34, and the depth of the dripping pan. Thus, the recovery device 3 is sized so as to prevent the condensates from being directed inside the steam plate 6.

The sizing of the condensate recovery device 3 thus makes it possible to prevent the condensates from falling on food placed in the steamer dish 6 or from rising from the dripping pan 5 towards the steamer dish 6.

Of course, the condensate recovery devices 3 according to the embodiments shown in Figures 2a, 2b and 3b can also receive the steam dish 6.

FIG. 5 shows a sectional view of the condensate recovery device 3 according to the second embodiment of FIG. 3a placed in the cooking enclosure 1 and on which is placed a steam dish. Figure 6 shows a detail view of Figure 5.

In the embodiments described, and as is clearly visible in FIG. 6, the seal 4 comprises a lip clipped onto the front wires 35, 36. The seal 4 thus covers upper surfaces 352, 362 first front wire 35 and second front wire 36.

The condensate recovery device 3 also comprises a U-shaped piece, or cover 43, clipped under the lip of the seal 4. The cover 43 has a U-shaped cross-section. The cover 43 covers lower surfaces 353, 363 of the front wires 35, 36. In other words, the cover 43 covers a part of each of the first front wire 35 and second front wire 36 not covered by the seal 4. The cover 43 is integral with the seal 4, which makes it possible to constitute a united piece and to improve the aesthetic appearance of the condensate recovery device 3. 35, 36 improves the hold of the seal 4 on the front wires 35, 36.

In another exemplary embodiment, not shown, the seal 4 is made by overmolding on the first front wire 35 and the second front wire 36.

The seal 4 comprises a first part 40a and a second part 40b. The first part 40a covers the front wires 35, 36. The second part 40b extends between the front wires 35, 36, and the peripheral wires. In particular, the second part 40b here extends between the front threads 35, 36 and the transverse thread 33.

The seal 4 comprises an upper face 41 inclined with respect to the main plane. The upper face 41 of the seal 4 is formed by an upper face of the first part 40a and an upper face of the second part 40b of the seal 4. The upper face 41 extends, at least in part, in a plane parallel to the inclined plane. Thus, the upper face 41 is inclined towards the bottom wall 13 of the cooking enclosure.

In the exemplary embodiments illustrated, the inclination of the upper face 41 of the seal is permanent. The inclination of the upper face 41 of the seal 4 is in fact given by the inclination of the plane of the front wires 35, 36. In particular in the examples shown, the inclination of the first part 40a covering the front wires 35, 36 is given by the inclination of the plane of the front wires 35, 36. The first part 40a extends parallel to the inclined plane.

In other embodiments, this inclination can be obtained by rotation or by deformation of the seal 4 when closing the door of the cooking enclosure. The whole of the wire structure 30, that is to say also the front wires, can in this case extend in the same plane.

The inclination of the upper face 41 of the seal makes it possible to direct the condensate towards an appropriate place such as the hearth wall 13. In this case, this makes it possible, in the embodiments described, to direct the flow of the condensate downwards, that is to say towards the bottom wall 13 of the cooking chamber or towards the drip pan.

The water is thus directed downwards, which makes it possible to avoid the creation of a reserve of water between the internal face 22 of the door 2 and the seal 4 of the condensate recovery device 3.

In the examples illustrated, the first part 40a and the second part 40b of the seal 4 do not have the same inclination. In other words, the first part 40a and the second part 40b do not form a flat angle. The second part 40b of the seal 4 is such that it has a greater inclination than the first part 40a. In other words, the second part 40b is more inclined downwards than the first part 40a. This facilitates the flow of condensate even more and avoids the edge effect.

The seal 4 comprises a bearing edge 42. When the door 2 is in the closed position, the seal 4 bears against the inner face 22 of the door 2 as clearly visible in Figures 4 and 5. The support edge 42 can be bevelled, this ensures a linear support of the seal 4 against the internal face 22 of the door 2.

The seal 4 is made for example of plastic material, in particular PET plastic. The seal 4 can also be made of an elastomeric or metallic material.

The seal 4 is made of an elastic material, so as to improve the contact against the internal face 22 of the door 2.

Preferably, the seal 4 is made of a material capable of withstanding high temperatures during cooking operations.

The seal 4 has a width greater than the width of the cooking enclosure 1 or even a width of the opening 15. The seal has a width substantially less than or equal to a width of the internal face 22 of the door 2. The seal 4 is thus placed between the internal face 22 of the door 2 and the seal 16 of the cooking chamber 1 when the door 2 is in the closed position. Thus, the seal 4 is wedged between the seal 16 of the cooking enclosure and the door 2 so as to avoid leaks of condensate at the ends of the internal face 22 of the door 2.

Of course, the present invention is not limited to the embodiments described and illustrated.

The wire structure may include a single front wire or more than two front wires to which the gasket would be mounted.

In one embodiment, the recesses 370 of the internal wires 37 may extend in a plane separate from the rest of the internal wires 37, in particular separate from the main plane of the embodiment of FIG. 2a. In particular, the recesses 370 can extend in a raised plane relative to the main plane. This would make it possible to better raise the steam plate 6 in relation to the peripheral wires of the wire structure 30.

The present invention thus proposes a condensate collection device having a simple, compact structure, which can be mounted or not on a drip pan and inexpensive.

Claims (10)

Condensate recovery device intended to be placed in an enclosure (1) of a cooking oven and comprising on a front edge (300) a seal (4) suitable for resting against a door (2) of the baking oven, characterized in that the condensate recovery device (3) comprises a wire structure (30), said wire structure (30) comprising at least one front wire (35, 36) forming said front edge (300), said seal (4) being mounted on said at least one front wire (35, 36) of said wire structure (30). Condensate recovery device according to claim 1, wherein the wire structure (30) comprises peripheral wires (31, 32, 33, 34) forming a closed frame and extending in a main plane, said wire structure further comprising two front wires (35, 36) extending in an inclined plane secant to said main plane. Condensate recovery device according to claim 2, wherein the wire structure (30) further comprises two internal wires (37) extending between two peripheral wires, said internal wires (37) extending substantially parallel to each other. the other. Condensate recovery device according to one of the preceding claims, in which the condensate recovery device (3) further comprises a drip pan (5), said drip pan (5) and said wire structure (30) being assembled so that the dripping pan (5) extends below the wire structure (30) and that a condensate recovered by the seal (4) is directed towards the dripping pan (5). Condensate recovery device according to claim 4, in which the dripping pan (5) comprises a bottom (51) extending in a first plane, a rim (52) extending in a second plane substantially parallel to said first plane, and peripheral walls (53) connecting said bottom (51) to said rim (52), said peripheral walls (53) comprising a bearing (530) extending in a third plane substantially parallel to said first plane and second plane, at least one wire of the wire structure (30) being disposed on said bearing (530). Condensate recovery device according to claim 4, in which the dripping pan (5) comprises a bottom (51) extending in a first plane, a rim (52) extending in a second plane substantially parallel to said first plane, and peripheral walls (53) connecting said bottom (51) to said rim (52), at least one wire of the wire structure (30) being placed in abutment against said bottom (51), and/or said rim (52), and/or against at least one of said peripheral walls (53). Condensate recovery device according to claim 4, in which the wire structure (30) comprises on either side two guide rails on which the drip tray (5) is adapted to slide in a direction substantially orthogonal to the front edge ( 300), said guide rails extending in a plane below the main plane of the wireframe (30). Condensate collection device according to one of the preceding claims, in which the gasket (4) covers an upper surface (352, 362) of said at least one front wire (35, 36), the condensate collection device (3) further comprising a piece (43) having a U-shaped cross section and mounted on said at least one front wire (35, 36) so as to cover a lower surface (353, 363) of said at least one front wire ( 35, 36) not covered by said seal (4). Cooking oven comprising a condensate recovery device (3) according to one of the preceding claims, in which said oven comprises a cooking enclosure having a loading opening (15), and a door (2) adapted to close said opening (15), the seal (4) resting against an internal face (22) of the door (2) when said door (2) closes said opening (15). Baking oven according to Claim 9, in which the wire structure (30) comprises peripheral wires (31, 32, 33, 34) forming a closed frame and extending in a main plane, the sealing joint (4) comprising an upper face (41) extending in an inclined plane forming an obtuse internal angle with the main plane of the wire structure (30) so as to allow the flow of condensate along said seal (4).