Ironing table

Abstract

This disclosure relates to an ironing table, comprising a first leg comprising a first end and a second end, a second leg, a first hinge connecting the legs, and a board, wherein the ironing table admits an ironing position, and a storage position, wherein the ironing table is movable from the storage position to the ironing position by hinging the first leg relative to the second leg at the first hinge, wherein the first leg comprises a second hinge enabling the second end to hinge relative to the first end, wherein the ironing table admits a steaming position, in which the board is oriented at an incline relative to the ground, wherein the ironing table is movable from the storage position to the steaming position by hinging the second end relative to the first end at the second hinge.

Description

Ironing tableField of the invention

[0001] This disclosure relates to an ironing table.Background art

[0002] Ironing tables are household items used, in combination with clothes irons, for ironing clothes and / or other textiles. Although ironing tables are highly convenient and useful items, it may be desirable to add additional functionality to ironing tables.

[0003] Examples of ironing tables with additional functionalities are described in US2023051366A1, EP0423205B1, CN204417896U, and / or CN206941261 U.

[0004] The above description is not necessarily prior art publicly known before the present application was filed.Summary of the inventionTechnical problem

[0005] However, various ironing tables with additional functionalities may become less convenient for their primary purpose as an ironing table. That is, there may be one or more trade-offs between the original function of the ironing table and the added functionalities. For example, the addition of these additional functionalities may make the ironing table less convenient to fold into a storage position, may make the ironing table less compact in the storage position, may cause a board of the ironing table not to be horizontal during ironing, may make it impossible to adjust the height of the ironing table, and / or may make it more difficult, or even dangerous, for a user to use the ironing table. Additionally or alternatively, the skilled person will appreciate that various ironing tables with additional functionalities may have further and / or different disadvantages.

[0006] Furthermore, certain additional functionalities may be more useful to users of ironing tables than other functionalities. For example, an ironing table with anadditional functionality relating to laundry may be useful, because it is related to the original function of the ironing table. As a particularly useful example, an ironing table with an additional functionality for hand steaming is desirable, because hand steaming of textiles may serve a similar purpose to ironing.

[0007] So, there remains a need for an ironing table providing a particularly useful additional functionality, while mitigating at least some disadvantages that may arise due to providing said additional functionality.Technical solution

[0008] In a first aspect of the invention, an ironing table is provided. The ironing table comprises a first leg comprising a first end and a second end, a second leg comprising a third end and a fourth end, a first hinge connecting the first leg to the second leg, and a board, comprising a topside and an underside, wherein the underside is hingeably coupled to the first end and the third end, wherein the ironing table admits a first board position, in which the first leg and the second leg support the board above ground level and in which the board is oriented substantially parallel to the ground, and a second board position, in which the first leg and the second leg are oriented substantially parallel to the board and in which the second end and the fourth end are directed away from each other, wherein the ironing table is movable from the second board position to the first board position by hinging the first leg relative to the second leg at the first hinge, wherein the first leg comprises a second hinge, wherein the second hinge enables the second end to hinge relative to the first end, wherein the ironing table admits a third board position, in which the first leg and the second leg support the board above ground level, and in which the board is oriented at an incline relative to the ground, wherein the ironing table is movable from the second board position to the third board position by hinging the second end relative to the first end at the second hinge.

[0009] The ironing table according to the first aspect admits a first board position, in which the board is supported above ground level and oriented substantially parallel to the ground. This board position makes the ironing board suitable for ironing, and may also be referred to as horizontal position and / or as ironing position. In this position, both legs support the board and the legs may form an X-shape.

[0010] The ironing table according to the first aspect further admits a second board position, in which the two legs are oriented substantially parallel to the board and inwhich the ends of the legs are directed away from each other. This second board position is convenient for storage, and may be referred to as vertical position and / or as storage position. In this position, the board may be relatively thin in a direction perpendicular to the board. This allows for a convenient storage.

[0011] To enable the ironing table to move from the storage position to the ironing position, or vice versa, the ironing table comprises a hinge connecting the two legs. By hinging the hinge connecting the two legs, the two legs may be moved from a position in which they are directed away from each other, to a position in which they form an X- shape and can support the board in the ironing position, or vice versa.

[0012] It is particularly beneficial that the legs are directed away from each other in the storage position, because this may allow for the storage to be more thin, allows for the legs to have substantially the same length, which enables the ironing position to be particularly horizontal, and / or be convenient for the user in case the user wants to move the board from the storage position to the ironing position, or vice versa, because this can simply be done by hinging the first hinge connecting the legs.

[0013] Furthermore, the first leg of the ironing table according to the first aspect of the invention comprises a second hinge. This second hinge enables the two ends of the first leg to hinge relative to each other. Because the two ends of the first leg can hinge relative to each other, a third board position may be enabled.

[0014] In the third board position, the first leg and the second leg support the board above ground level, and the board is oriented at an incline relative to the ground. This third board position makes the ironing board suitable to be used as a board for hand steaming, and may be referred to as inclined position and / or steaming position. In this position, both legs support the board. This means that board is free standing and inclined relative to the ground. In the steaming position, a garment may be hung from the top of the board, so that the garment can be steamed.

[0015] In detail, in the third position, the second leg is located in the same position as it is in the storage position. The first leg is hinged, and therefore an upper part of the first leg is at an angle relative to a lower part of the first leg. In particular, the upper part of the first leg is located in the same position as in the storage position, while the lower part of the first leg is angled relative to the upper part, so as to support the ironing board at an incline.

[0016] So, the ironing table is movable from the second position to the third board position by hinging the second end relative to the first end at the second hinge. Thismay be particularly beneficial, because it may be convenient for a user. If the user wishes to move the board from the storage position to the steaming position, this can simply be done by hinging the second hinge. In this way, the user can bring the board from the storage position into either the ironing position or the steaming position by either hinging the first hinge, or by hinging the second hinge. Because there is a dedicated hinge for both these working positions (i.e. the first hinge for the ironing position and the second hinge for the steaming position), operation by the user is particularly convenient.

[0017] Advantageously, the second hinge is positioned between the first hinge and the first end, further advantageously closer to the first hinge than to the first end.

[0018] Positioning the second hinge between the first hinge and the first end, that is, in the direction of the board, means that the upper part of the first leg between the second hinge and the board (i.e., the upper part of the first leg) is shorter than the lower part of the first leg between the second hinge and the second end, that is, in direction of a foot or feet of the first leg. Because the upper part of the first leg is shorter than the lower part of the first leg, in the steaming position, this may allow for a relatively vertical steaming position, in which the board may be free standing. On the other hand, for achieving the desired positioning, the lower part of the first leg may only need to be slightly longer than the upper part. The second hinge may then be provided relatively close to the first hinge. If these hinges are relatively close to each other, the hinges can be combined in a single hinge assembly. Such a hinge assembly may be simpler to produce than separate hinges. Additionally or alternatively, a hinge assembly may allow for a convenient way of providing a lock, such that the ironing board may be locked so as to exclude either the steaming position or the ironing position, for example for safety and / or usability reasons.

[0019] Advantageously, the first end and / or the third end is slidable relative to the underside of the board. This allows for the board to be height-adjustable, in particular in the ironing position. Height-adjustable ironing boards are particularly ergonomic.

[0020] Advantageously, the ironing table further comprises a first lock, wherein the first lock admits a first state, in which the second hinge is locked, and a second state, in which the first hinge is locked, further advantageously, wherein, if the first lock is in the first state, the first hinge is unlocked and / or wherein the first hinge and the second hinge together form a hinge assembly, wherein the hinge assembly comprises a first cavity rigidly connected to the second leg, a second cavity rigidly connected to anupper part of the first leg, and a third cavity rigidly connected to a lower part of the first leg, wherein the first lock comprises a rigid body, wherein, in the second state, the rigid body is accommodated in the first cavity and the second cavity, and wherein, in the first state, the rigid body is accommodated in the second cavity and the third cavity.

[0021] The first lock allows for locking the second hinge in the first state and for locking the first hinge in the second state. If the first hinge is locked, the first leg, in particular the upper part thereof, is prevented from hinging relative to the second leg. So, locking the first hinge prevents the ironing table from being moved from the storage position into the ironing position. If the second hinge is locked, the upper part of the first leg is prevented from hinging relative to the lower part of the first leg. So, locking the second hinge prevents the ironing table from being moved from the storage position into the steaming position, and / or vice versa. By preventing the ironing table from being moved into a certain position, security and / or usability may be enhanced.

[0022] If the first lock is in the first state, the first hinge may be unlocked. So, in this case, the first hinge is unlocked and the second hinge is locked. This allows the ironing table to be moved between the ironing position and the storage position, while disallowing movement into and / or from the steaming position. In this way, if a user puts the first lock in the first state, (s)he can use the ironing board in the normal way, without accidentally putting the ironing board into the steaming position.

[0023] The hinges and first lock may be provided in the form of a hinge assembly. This can be a convenient way to provide the lock, by providing the lock with a rigid body that can be accommodated into various cavities, the cavities being connected to respective (parts of) legs, such that the lock, via the rigid body, may effectively connect the legs together in order to lock the appropriate hinge. Such a construction may be convenient to produce and / or may be ergonomical. In this example, advantageously, the hinge assembly may comprise a first hinging element, a second element, and a third hinging element, wherein the hinging elements are configured to hinge relative to each other, wherein the first hinge is implemented using the first hinging element and the second hinging element, wherein the second hinge is implemented using the second hinging element and the third hinging element, wherein the first hinging element comprises the first cavity, wherein the second hinging element comprises the second cavity, and wherein the third hinging element comprises the third cavity.

[0024] Advantageously, if the ironing table comprises the first lock, it may further comprise a second lock, wherein the second lock admits a locked state and an unlockedstate , wherein, if the first lock is in the second state and the second lock is in the locked state, the second hinge is locked, and wherein, if the first lock is in the second state and the second lock is in the unlocked state, the second hinge is unlocked. If the first lock is in the second state, the first hinge is locked. In this case, whether both hinges are locked or whether the first hinge is locked and the second hinge is unlocked depends on the second lock. Providing a second lock may enhance security, because the user will not accidentally put the ironing board into the steaming position.

[0025] The second lock may be provided in various ways. In various embodiments, the lower part of the first leg comprises a rigid body, and a spring connected to the rigid body, wherein the second hinge comprises a fourth cavity in which the rigid body can be accommodated, such that, when the rigid body is accommodated inside the fourth cavity, the second lock is in the locked state, and wherein the spring is configured to force the rigid body into the fourth cavity, while the ironing table is in the third board position. In these various embodiments, the spring causes the rigid body to be inside the fourth cavity, thereby locking the second lock, while the ironing table is in the third board position. In order to unlock the second lock, a user has to apply a counter-force. This means that, by default, the second lock is locked, while the ironing table is in the third board position. This may contribute to preventing the lower part of the first leg to slide away when the ironing table is in the third board position, thereby enhancing the stability of the ironing table. In these various embodiments, the second hinge may advantageously comprise a fifth cavity, different from the fourth cavity, in which the rigid body can be accommodated, such that, when the rigid body is accommodated inside the fifth cavity, the second lock is in the locked state, and wherein the spring is configured to pull the rigid body into the fifth cavity while the ironing table is in a position between the second board position and the third board position. This fifth cavity may enhance security, because, if the user releases the second lock while moving the first leg between the second board position and the third board position (or vice versa), the first leg may not be locked and slide. The fifth cavity can then allow for a security position of the first leg, and the leg may be locked before sliding away completely. In these various embodiments, the second hinge may advantageously comprise a sixth cavity, different from the fourth and fifth cavities, in which the rigid body can be accommodated, such that, when the rigid body is accommodated inside the sixth cavity, the second lock is in the locked state, and wherein the spring is configured to pull the rigid body into the sixth cavity while the ironing table is in the first and / orthe second board position. This sixth cavity may enhance security, because the ironing board may only be put into the steaming position if the user both places the first lock into the second state and the second lock into the (non-default) unlocked state. Furthermore, the sixth cavity may improve consistency of a user experience, because the second lock may be locked when the second hinge is locked. In these various embodiments, the rigid body may advantageously be provided as an end of a rod, and the rod may further advantageously be manipulatable from an outside of the first leg proximal to the second end. Providing the rigid body as an end of the rod may allow the user to apply a counter force to unlock the second lock by applying a counter force to the rod. If the rod is manipulatable from an outside of the first leg proximal to the second end, this may be particularly ergonomic. In particular, the user may use one hand to both unlock the second lock and hinge the second end relative to the first end, while the user can use his / her other hand to keep the board in a stable position. This may allow for an ironing board that is particularly safe to use and / or particularly ergonomic.

[0026] Advantageously, in the first board position, an angle of the board relative to a horizontal plane is less than 5 degrees, preferably less than 2 degrees, more preferably less than 1 degree, most preferably less than 0.5 degrees. This means that the board is relatively flat, making ironing convenient.

[0027] Advantageously, in the third board position, the incline of the board relative to the ground is more than 60 degrees, preferably more than 70 degrees, more preferably more than 75 degrees, most preferably more than 78 degrees.

[0028] Advantageously in the third board position, the incline of the board relative to the ground is less than but close to 90 degrees, for example around 89 degrees.

[0029] A third board position with an incline between 60 and 90 degrees, preferably between 70 and 90 degrees, more than between 75 and 90 degrees, most preferably between 78 and 90 degrees may be particularly convenient for (hand) steaming.

[0030] Advantageously, in the first board position and in the second board position, an angle between the first end and the second end is between 177 and 183 degrees, preferably between 178 and 182 degrees, more preferably between 179 and 181 degrees, most preferably between 179.5 and 180.5 degrees. This means that the first leg is relatively straight. In the first board position, this may contribute to a relatively flat board position for ironing. In the second board position, this may allow for particularlycompact storage. In particular, in the second board position, the ironing board may be particularly thin in a direction perpendicular to the board.

[0031] In a second aspect of the invention, a hinge assembly for an ironing table is provided. The hinge assembly comprises a first hinge connecting a first leg to a second leg, a second hinge connecting an upper part of the first leg to a lower part of the first leg, a first cavity rigidly connected to the second leg, a second cavity rigidly connected to the upper part, and a third cavity rigidly connected to the lower part, and a lock comprising a rigid body, wherein, in a second state, the rigid body is accommodated in the first cavity and the second cavity, and wherein, in a first state the rigid body is accommodated in the second cavity and the third cavity.

[0032] In a third aspect of the invention, an ironing table is provided. The ironing table comprises a first leg comprising a first end and a second end, a second leg comprising a third end and a fourth end, a first hinge connecting the first leg and the second leg, a board, comprising a topside and an underside, wherein the underside is hingeably coupled to the first end and the third end, wherein the first leg comprises a lockable second hinge, wherein the lockable second hinge enables the second end to hinge relative to the first end and wherein the lockable second hinge is lockable in a first state, in which the second end is substantially positioned in line with the first end, and in a second state, in which an angle between an upper part of the first leg and a lower part of the first leg is between approximately 10 degrees and 75 degrees.

[0033] In a fourth aspect of the invention, an ironing table is provided. The ironing table comprises a first leg comprising a first end and a second end, a second leg comprising a third end and a fourth end, a first hinge connecting the first leg and the second leg, a board, comprising a topside and an underside, wherein the underside is hingeably coupled to the first end and the third end, wherein the ironing table admits a first board position, in which the first leg and the second leg support the board above ground level and in which the board is oriented substantially parallel to the ground, and a second board position, in which the first leg and the second leg are oriented substantially parallel to the board and in which the second end and the fourth end are directed away from each other, wherein the first leg comprises a second hinge, wherein the second hinge enables the second end to hinge relative to the first end and wherein the ironing table admits a third board position, in which the first leg and the second leg support the board above ground level and in which an angle between an upper part of the first leg and a lower part of the first leg is less than 75 degrees.Brief description of drawings

[0034] Embodiments of the present invention will be described hereinafter, by way of example only, with reference to the accompanying drawings which are schematic in nature and therefore not necessarily drawn to scale. Furthermore, like reference signs in the drawings relate to like elements and a repeated description related thereto may be omitted. In the attached figures,- Figures 1 A-1C schematically show various views of an ironing table,- Figures 2A-2C schematically show various views of an ironing table,- Figures 3 A-3C schematically show various views of an ironing table,- Figures 4A and 4B schematically show various opened-up and exploded views of a hinge assembly for an ironing table,- Figure 4C schematically shows an opened-up view of a detail of an ironing table.Detailed description

[0035] Figures 1A - 1C schematically show various views of an ironing table in the ironing position.

[0036] Figures 1A - 1C schematically show an ironing table 1. The ironing table 1, as depicted in these figures, comprises a board 2, a first leg 3, a second leg 4, and a hinge assembly 5.

[0037] The board 2 may be a regular ironing board as is known by the skilled person. In addition, the board 2 may be provided with a loop 21.

[0038] The first leg 3 and second leg 4 are configured to support the board 2. In the ironing position, the board 2 is essentially parallel to the ground. So, an angle to the horizontal plane should be minimal, up to production tolerance. For example, an angle of the board 2 relative to a horizontal plane may be less than 5 degrees, preferably less than 2 degrees, more preferably less than 1 degree, most preferably less than 0.5 degrees. Because the board is essentially parallel to the ground, the board is conveniently positioned for ironing.

[0039] The first leg 3 comprises a first end 31 and a second end 32. The first end 31 is hingeably connected to an underside of the board 2. The first end 31 may be referred to as the top end of the first leg 3. The part of the first leg proximal to the first end 31 may be referred to as the upper end of the first leg 3. The second end 32 may be referred to as the bottom end of the first leg 3. The second end 32 is adapted to let the leg 3 stand stably on the ground. For example, as shown in Figures 1A-1C, the second end 32 may be provided with a pair of feet 321, 322. The skilled person appreciates that other configurations for letting the leg 3 rest on the ground are additionally or alternatively possible. The part of the first leg proximal to the second end 32 may be referred to as the lower part 3b of the first leg 3.

[0040] The second leg 4 comprises a third end 41 and a fourth end 42. The third end 41 is hingeably connected to an underside of the board 2. The third end 41 may be referred to as the top end of the second leg 4. The part of the second leg proximal to the third end 41 may be referred to as the upper end of the second leg 4. The fourth end 42 may be referred to as the bottom end of the second leg 4. The fourth end 42 is adapted to let the leg 4 stand stably on the ground. For example, as shown in Figures 1A-1C, the fourth end 42 may be provided with a pair of feet 421, 422. The skilled person appreciates that other configurations for letting the leg 4 rest on the ground are additionally or alternatively possible. The part of the second leg proximal to the second end 42 may be referred to as the lower part of the second leg 4.

[0041] The first leg 3 and second leg 4 support the board 2 above ground. The first leg 3 and the second leg 4 cross each other at a first hinge 51. The first hinge 51 allows the first leg 3 and the second leg 4 to hinge relative to each other. In some cases, it may be beneficial if the board is height adjustable. Height adjustability may be realized by allowing the first end 31 and / or the third end 41 to slide relative to the underside of the board 2. Figure IB shows an example in which the first end 31 is both slidably and hingeably connected to the underside of the board 2. Additionally or alternatively, the third end 41 may be both slidably and hingeably connected to the underside of the board 2. The skilled person appreciates that, for the purpose of allowing the height of the board to be adjusted in the ironing position, only one of the first end 31 and the third end 41 needs to be able to slide relative to the underside of the board, but that it is alternatively possible to allow both to slide. If both the first end 31 and the third end 41 are both slidably and hingeably connected to the underside of the board 2, the height ofthe board 2 may also be adjusted in the steaming position, described below with reference to Figures 3A-3B.

[0042] Figure IB depicts the example in which the end 31 can slide. The skilled person appreciates that it is possible to provide the sliding functionality in such a way that the sliding movement can be blocked, for example using a bar that can be fixed on a teethed rail 311, as depicted in Figure IB. The height of the board 2 may be adjusted by sliding one top end (for example, the first end 31), while hinging the legs relative to each other at the first hinge 51 and hinging the other top end (for example, the third end 41) relative to the board 2. Height adjustable ironing boards are particularly ergonomic.

[0043] The hinge assembly 5 comprises the first hinge 51 and a second hinge 52. Although the first hinge 51 and the second hinge 52 will be described as forming a hinge assembly 5, and the Figures depict these hinges in close proximity, it is alternatively possible to provide two separate hinges, possibly further apart.

[0044] The first hinge 51 connects the first leg 3 to the second leg 4. The first hinge 51 allows the two legs to hinge relative to each other. As described above, the first hinge51 may be used during height adjustment in the ironing position. As will be described below, the first hinge 51 is also used to move the ironing table 1 from the ironing position to the storage position, and vice versa.

[0045] The second hinge 52 connects the lower part 3b of the first leg 3 to the upper part 3a of the first leg 3, and may therefore be considered to be comprised in the first leg 3. The second hinge 52 allows the lower part 3b of the first leg 3 to hinge relative to the upper part 3a of the first leg 3. As will be described below, the second hinge 52 is used to move the ironing table from the storage position to the steaming position, and vice versa.

[0046] Further details of the hinge assembly 5, the first hinge 51, and the second hinge52 will be described below with reference to Figures 4 A and 4B.

[0047] Figures 2A - 2C schematically show various views of an ironing table in the storage position.

[0048] The components that are schematically shown in Figures 2A - 2C may be the same as those schematically shown in Figures 1A - 1C, and a detailed description thereof will be omitted here.

[0049] In the storage position, the legs 3 and 4 are facing away from each other and are oriented parallel to the board 2. As can be seen in Figure 2C, this allows the ironing table 1 to be particularly flat, which is convenient for storage. In the storage position,the legs are straight and oriented in opposing directions. The respective ends 32 and 42 extend beyond the board 2 in the length direction of the board.

[0050] Moving the ironing table 1 from the ironing position shown in Figures 1 A - 1C into the storage position shown in Figures 2A - 2C is particularly convenient, because it merely involves hinging the first leg 3 relative to the second leg 4 at the hinge 51 (which causes the top ends to hinge as well), until the legs are oriented in opposite directions. In detail, a user may, for example, keep one bottom end (such as the fourth end 42) on the floor, and move the board 2 to a substantially vertical position, which causes the other leg to move to a substantially vertical position, as well. Alternatively, a user may, for example, keep one bottom end (such as the fourth end 42) on the floor, and move the other leg to a substantially vertical position, which causes the board 2 to move to a substantially vertical position, as well. The skilled person appreciates that other ways of moving the ironing table from the ironing position to the storage position are also possible.

[0051] Similarly, the ironing table 1 may be conveniently be moved from the storage position shown in Figures 2A - 2C into the ironing position shown in Figures 1A -1C by hinging the first leg 3 relative to the second leg 4 at the hinge 51 (which causes the top ends to hinge as well). In detail, a user may, for example, perform the same movement as for moving the ironing table from the ironing position into the storage position, but then in reverse.

[0052] Figures 3A - 3C schematically show various views of an ironing table in the steaming position.

[0053] The components that are schematically shown in Figures 3A - 3C may be the same as those schematically shown in Figures 1A - 1C, and a detailed description thereof will be omitted here.

[0054] In the steaming position, the board 2 is supported above ground by the first leg 3 and the second leg 4. The board 2 is oriented substantially vertically.

[0055] In the steaming position, the ironing table 1 is particularly convenient for hand steaming. A user can put a garment around the top side of the board 2. Because, in the steaming position, the ironing table 1 is free-standing with a substantially vertical board, a garment may be put around the top side of the board 2. Additionally or alternatively, a user may hang garment on a clothes hanger on the loop 21.

[0056] The board 2 then keeps the garment in position, while the user may perform hand steaming.

[0057] In the steaming position, the board 2 is oriented substantially vertically. Figure 3C indicates the vertical using a dotted line. The dotted line is perpendicular to the ground. The angle between the vertical and the board 2 is denoted by p. P is a sharp angle. Since steaming is most convenient if the board 2 is essentially vertical, P should be as small as possible, while retaining the stability of the ironing table 1. It should be appreciated that if P is 0°, the ironing table 1 cannot stand in a stable manner. Therefore, for example, P may be less than 30°, preferably less than 25°, more preferably less than 20°, most preferably less than 15°. Figures 3A-3C show an angle P of approximately 11°. To ensure sufficient stability of the ironing table 1, in practice, P may be at least 1°.

[0058] The skilled person appreciates that the orientation of the board 2 may alternatively be described in terms of an angle between the board 2 and the ground. Because the angle between the dotted line and the ground is, by definition, 90°, the angle between the board 2 and the ground is (90-P)°.

[0059] In the steaming position, the first leg 3 is bent. In Figure 3C, an angle between the lower part 3b of the first leg 3 and the upper part 3a of the first leg 3 is denoted as a. An orientation of the upper part 3a of the first leg 3 is the same as in the storage position. That is, the upper part 3a of the first leg 3 is parallel to the board 2. The first leg 3 is bent at the second hinge 52. The angle a may be chosen depending on the length of the first leg 3 and the desired incline of the board 2. If the angle a is too large, the board 2 may not be positioned sufficiently vertically. For example, the angle a may be less than 75°. Preferably, the angle a may be less than 60°. More preferably, the angle a is less than 45°, most preferably less than 40°. On the other hand, if the angle a is too small, the board 2 may become unstable and risks falling over. For example, the angle a may be at least around 10°, preferably at least 15° degrees, more preferably at least 20°, most preferably at least 25°. Figures 3A-3C show an angle a of approximately 35°.

[0060] The skilled person appreciates that the angle a is related to, for example, the angle P and to the length of the lower part 3b of the first leg 3. As noted above, it may be desirable for the angle P to be as small as possible.

[0061] To allow for a small P, a may be minimized and / or the length of the lower part 3b of the first leg 3 may be increased. However, decreasing the value of a can make the ironing table 1 unstable in the steaming position. Furthermore, decreasing the value of a may require an increase in the size of the second hinge 52 and / or a reduction in thediameter of the first leg 3. Reducing the diameter of the first leg 3 may make the ironing table 1 less robust. Increasing the size of the second hinge 52 may make the ironing table 1 less flat in the storage position, costlier to produce, and / or less aesthetically pleasing. So, there may be limits to the possibility of decreasing a in order to decrease p.

[0062] On the other hand, decreasing P by increasing the length of the lower part 3b of the first leg 3 causes the total length of the first leg 3 to increase and / or the length of the upper part 3a of the first leg 3 to decrease. However, if the total length of the first leg 3 is increased, the total length of the second leg 4 should also be increased, to allow the board 2 to remain substantially vertical in the ironing position, thereby nullifying the effect of increasing the length of the first leg 3. So, the length of the lower part 3b may only be effectively increased if accompanied by a corresponding decrease in length of the upper part 3 a.

[0063] The skilled person appreciates that the ratios of lengths of the upper part 3a of the first leg 3, the lower part 3b of the first leg 3, and the second leg 4, along with the accompanying positions of the respective hinges 51, 52, is so related to each other that varying these parameters arbitrary manners may cause various issues with the ironing position, steaming position, and / or storage position.

[0064] For example, increasing the relative length of the lower part 3b of the first leg 3 compared to the upper part 3a of the first leg 3 means that the (axis of the) second hinge 52 is placed relatively closer to the first end 31. On the other hand, the position of the first hinge 51 may be determined by the desired properties of the ironing position. So, if the lower part 3b of the first leg 3 is relatively long, a distance between the first hinge 51 and the second hinge 52 may be relatively large and the distance between the (axis of the) second hinge 52 and the first end 31 may be less than the distance between the (axis of the) first hinge 51 and the first end 31.

[0065] Although it is well possible to place the first hinge 51 and the second hinge 52 at any desired distance from each other and in either relative position, if the distance is relatively large and the distance between the (axis of the) second hinge 52 and the first end 31 is less than the distance between the (axis of the) first hinge 51 and the first end 31, in order to allow the lower part 3b of the first leg 3 to move independently from the second leg 4, the first leg 3 may need to be split along a plane parallel to the direction of the first leg 3, which may cause the first leg 3 to be relatively weak. Furthermore, it may be less convenient to provide both hinges in the form of a single hinge assembly 5,for example a hinge assembly 5 described with reference to Figures 4A and 4B. Although the use of a hinge assembly 5 is optional, a hinge assembly 5 may be beneficial, for example in terms of manufacturing cost, user friendliness, safety, aesthetic appearance and / or other aspects. So, examples of ironing tables 1 comprising a hinge assembly 5 may be practically limited in the placement of the second hinge 52, thereby limiting the angle P, as well.

[0066] In view of these various relations between the angles and relative lengths, and in view of requirements imposed by the ironing position and the storage position, the skilled person appreciates that P may be somewhat above 0, for example, P may be 1°, 2°, 3°, 4°, 5°, 6°, 7°, 8°, 9°, 10°, 11°, 12°, 13°, 14°, 15°, or more, or may be any value in between.

[0067] In the steaming position, the second leg 4 is oriented the same as in the storage position. So, the second leg 4 is parallel to the board 2. This also means that the second leg 4 is parallel to the upper part 3a of the first leg 3. So, the angle between the lower part of the second leg 3 and the second leg 4 is equal to a. Because the fourth end 42 extends beyond the board 2, the board 2 can be supported by the second leg 4, in particular by the feet 422 and 421, without the lower end of the board 2 touching the ground. To keep the board 2 stable, the board 2 is further supported by the third end 32 of the first leg 3, in particular by the feet 321 and 322.

[0068] Because, in the steaming position, the second leg 4 and the upper part 3a of the first leg 3 are oriented the same as in the storage position, a user may easily move the ironing table 2 from the storage position into the steaming position, and / or vice versa, by hinging the first leg 3 at the second hinge 52. For example, if the ironing board 1 is in the storage position, the user may use one hand to keep the board 2 stable, and another hand to move the lower part 3b of the first leg 3 downward by hinging the first leg 3 at the hinge 52, to put the ironing table 1 into the steaming position. For another example, if the ironing table 1 is in the steaming position, the user may use one hand to keep the board 2 stable, and another hand to move the lower part 3b of the first leg 3 upward by hinging the first leg 3 at the hinge 52, to put the ironing table 1 into the storage position. Because it is convenient for the user to move the ironing table 1 from the ironing position into the steaming position, and vice versa, the ironing table 1 is particularly ergonomic.

[0069] Figures 4A and 4B schematically show various opened-up and exploded views of a hinge assembly for an ironing table.

[0070] The hinge assembly 5 that is schematically shown in Figures 4A and 4B may, for example, be used in the ironing table 1 described with reference to Figures 1-3.

[0071] The hinge assembly 5 that is schematically shown in Figure 4A is shown in a state corresponding to the steaming position. The hinge assembly 5 that is schematically shown in Figure 4B is shown in a state corresponding to the storage position.

[0072] Figures 4 A and 4B show a hinge assembly 5 comprising a first hinge 51 and a second hinge 52. The hinge assembly 5 shown in Figures 4A and 4B also comprises a first lock 511 and a second lock 521.

[0073] The hinge 51 is configured to hinge around the axis B. The hinge 52 is configured to hinge around the axis A. As can be seen in Figure 4A, the axes A and B need not coincide. For example, if the hinge assembly 5 is used in the ironing table 1 described above, the axes A and B may be parallel.

[0074] The hinge assembly 5 shown in Figure 4A and 4B implements the first hinge 51 and the second hinge 52 using three hinging elements 5a, 5b, and 5c. The first hinge 51 is implemented using the hinging elements 5a and 5b. The second hinge 52 is implemented using the hinging elements 5b and 5c. So, the first hinge 51 hinges when the hinging elements 5a and 5b hinge relative to each other, while the second hinge 52 hinges when the hinging elements 5b and 5c hinge relative to each other.

[0075] The first hinging element 5a is only used by the first hinge 51, and rigidly connected to the second leg 4. The second hinging element 5b is used by both the first hinge 51 and the second hinge 52. Because the first hinge 51 and the second hinge 52 are provided in the form of a hinge assembly 5, they may be implemented to share the second hinging element 5b. The second hinging element 5b is rigidly connected to the upper part 3a of the first leg 3, via the upper connector 53a. The third hinging element 5c is only used by the second hinge 52, and rigidly connected to the lower part 3b of the first leg 3, via the lower connector 53b.

[0076] As can be seen in, for example Figures IB and 4B, the second leg 4 is continuous at the hinge, and may be attached to the first hinging part 5a, which is provided with a cut-out for accommodating the second leg 4. In contrast, the first leg 3 comprises a separate upper part 3a and lower part 3b, and is therefore not continuous. The upper part 3a is connected to the upper connector 53a, while the lower part 3b is connected to the lower connector 53b. This means that the hinge 52 forms an integral part of the first leg 3. In particular, the hinging elements 5b and 5c form an integral partof the first leg 3, wherein the hinging element 5b functions as an extension of the upper part 3a of the first leg 3, while the hinging element 5c functions as an extension of the lower part 3b of the first leg 3. The width of these hinging elements 5b, 5c is approximately half the diameter of the first leg 3. The skilled person appreciates that this enables the lower part 3b of the first leg 3 to move independently of the second leg 4, even though the distance between the axis B of the first hinge 51 to the first end 31 is larger than a distance between the axis A of the second hinge 52 to the first end 31.

[0077] The first lock 511 may be configured to selectively lock either the first hinge 51 or the second hinge 52.

[0078] For example, if the first hinge 51 is locked, the second leg 4 may not hinge relative to the first leg 3. This means that a movement from the storage position to the ironing position is prevented.

[0079] For example, if the second hinge 52 is locked, the upper part 3 a of the first leg 3 may not hinge relative to the lower part 3b of the first leg 3. This means that movement from the storage position to the steaming position is prevented.

[0080] The first lock 511 may be configured so as to only be operable when the ironing table 1 is in the storage position. In particular, if the ironing table 1 is configured to only allow movement between the ironing position and the steaming position via the storage position, making the first lock 511 only operable when the ironing table 1 is in the storage position allows for a particularly intuitive and / or safe operation of the ironing table 1. This is because, depending on the position of the first lock 511, the ironing table 1 may only be moved between two positions at any particular time.

[0081] Figures 4A and 4B show how the first lock 511 may be implemented in the form of a switch. As shown in Figures 4A and 4B, the first lock 511 comprises, a knob 5111a, 5111b, a rigid body 5112, and cavities 5113a, 5113b, 5113c.

[0082] The knob 5111a, 5111b extends outside of the hinge 51. Figures 4A and 4B show a knob 5111a, 5111b comprising an outer piece 5111a operable by a user, and an inner piece 5111b. The user may operate the lock by moving the knob 5111a.

[0083] The rigid body 5112 is connected to the (inner piece of the) knob 5111b. The rigid body 5112 is configured to selectively occupy the cavities 5113a, 5113b, 5113c.

[0084] The cavity 5113a is in the third hinging element 5c, which is a part of the hinge 52 that is rigidly connected to the lower part 3b of the first leg 3. The cavity 5113b is in the second hinging element 5b, which is a part of the hinge assembly 5 that is rigidly connected to the upper part 3a of the first leg 3. As noted above, the second hingingelement 5b is common to both the first hinge 51 and the second hinge 52. The cavity 5113c is in the first hinging element 5a, which is a part of the hinge 51 that is rigidly connected to the second leg 4.

[0085] In the implementation of the lock 511 as shown in Figures 4A and 4B, the rigid body 5112 is configured to always occupy the cavity 5113b and to selectively occupy either the cavity 5113a or the cavity 5113c.

[0086] For example, if the rigid body occupies the cavities 5113a and 5113b, the second hinge 52 is locked and the first hinge 51 is unlocked. This means that the lower part 3b of the first leg 3 may not hinge relative to the upper part 3a of the first leg 3. However, in this case, the lock 511 does not lock the first hinge 51, so the second leg 4 may hinge relative to the first leg 3. So, in this example, the first lock 511 locks the steaming position, but does not lock movement between the storage position and the ironing position. In Figures 4A and 4B, this is also illustrated by an ironing position pictogram.

[0087] For another example, if the rigid body occupies the cavities 5113b and 5113c, first hinge 51 is locked and the lock 511 does not lock the second hinge 52. This means that second leg 4 may not hinge relative to the upper part 3a of the first leg 3. However, in this case, the lock 511 does not lock the second hinge 52, so the lock 511 does not prevent the lower part 3b of the first leg 3 to hinge relative to the upper part 3a of the first leg 3. So, in this example, the first lock 511 locks the ironing position, but does not lock movement between the storage position and the steaming position. In Figures 4A and 4B, this is also illustrated by a steaming position pictogram.

[0088] The skilled person appreciates that the particular configuration of the first lock 511 is merely an embodiment, and many variations and alternative implementations of the first lock 511 are possible. The first lock 511 is for ensuring that the ironing table 1 may only be moved between two positions at any time, and may be provided in various ways. However, it is also possible to provide a first lock 511 able to lock both the first hinge 51 and the second hinge 52 at the same time, for example for providing a transport mode in which the ironing table 1 may not move from the storage position. Furthermore, it is possible to provide a first lock 511 that may be fully unlocked, such that the first lock 511 locks neither the first hinge 51 nor the second hinge 52 when the first lock 511 is fully unlocked.

[0089] For example, instead of using a switch mechanism, a first lock 511 comprising one or more pins that may, for example be inserted or removed from the hingeassembly 5, or that may be moved within the hinge assembly 5 is possible. The one or more pins could, for example, provide outcroppings to allow one of the two hinges to hinge, depending on the position of the one or more pins. For another example, the first lock 511 may be a magnetic lock. For a further example, the first lock 511 may be a turning lock, and, for example comprise a knob, configured to mechanically block either of the two hinges. For yet another example, the first lock 511 may be an electronic lock, for example a remotely operated electronic lock.

[0090] Although the first lock 511 has been described as a single lock, it is alternatively possible to provide the first lock 511 in the form of a lock for the first hinge 51 and an additional lock for the second hinge 52. For example, in case that the first hinge 51 and the second hinge 52 do not form a hinge assembly 5, for instance when the first hinge 51 and the second hinge 52 are placed at a distance from each other, it may be more convenient to provide the first lock 511 in the form of separate locks on both hinges. Such a provision of the first lock 511 in the form of multiple locks may also allow the first lock 511 to be able to lock both or neither of the first hinge 51 and the second hinge 52 at the same time, as described above.

[0091] Alternatively, the first lock 511 may be omitted. Although the first lock 511 enables the ironing table 1 to be particularly user friendly and / or safe, the ironing table 1 can also function without the first lock 511, and may be cheaper to manufacture if the first lock 511 is omitted.

[0092] Figures 4A - 4C show that the hinge assembly 5 may further comprise a second lock 521. The second lock 521 is an optional feature allowing for extra security. The second lock 521 can lock or unlock the second hinge 52. The second hinge 52 can only hinge, if neither the first 511 nor the second lock 521 locks the second hinge 52. The second lock 521 may be configured to be locked by default. Providing the second lock 521 may prevent a user from accidentally putting the ironing table 1 into the steaming position. Providing the second lock 521 may secure the lower part 3b of the first leg 3 when the ironing table 1 is placed in the steaming position, thereby preventing the second end 32 to slide, and hence allowing the ironing table 1 to be more stable in the steaming position. Providing the second lock 521 may prevent the lower part 3b of the first leg 3 to move when the ironing table 1 is in the storage position. Additionally or alternatively, movement of the lower part 3b of the first leg 3 when the ironing table 1 is in the storage position may be prevented using a leg-clamp.

[0093] Although Figures 4A - 4C show a second lock 521 in combination with the first lock 511, it is well possible to provide only the second lock 521, also when the first lock 511 is absent. Furthermore, although Figures 4A - 4C show the second lock 521 in the context of a hinge assembly 5, the second lock 521 may also be provided if the second hinge 52 is not a part of a hinge assembly 5.

[0094] Figures 1A, 1C, 2C, 3B, and 3C schematically show a slider 5211. The lock 521 may be operable by a user moving the slider 5211. In particular, the lock 521 may be unlocked by a user moving and holding the slider 5211. The slider 5211 may be located on the lower part 3b of the first leg 3. In this way, the user may hold the slider 5211 with the same hand as with which the user moves the lower part 3b of the first leg 3 for putting the ironing table in the steaming position. Of course, instead of through a slider, the lock 521 may alternatively comprise a different component that allows the user to operate the lock, such as a button, switch, key, or the like.

[0095] Figures 4A and 4B schematically show that the lock 521 further comprises a rod 5212, a spring 5213, a rigid body 5214, cavities 5215a, 5215b, 5215c provided in the hinging element 5b, and a loop 5216.

[0096] Figures 4A and 4B schematically show that the rod 5212 extends, on an inside of the lower part 3b of the first leg 3. The rod 5212 may be configured to extend from the slider 5211 to the rigid body 5214. Figure 4C shows that one end of the spring 5213 is connected to the rod 5212. A purpose of the rod 5212 is to bridge a distance between the slider 5211 and the hinge assembly 5, so that a user may operate the second lock 521 from a distance from the hinge assembly 5. Of course, if the second lock 521 is instead configured to be operated close to the hinge assembly 5, the rod 5212 may be omitted. In case the hinges 51 and 52 are not provided in the form of a hinge assembly 5 and the second lock 521 is configured to be operated close to the second hinge 52, the rod 5212 may likewise be omitted. It should be appreciated that the rod 5212 may be any member configured to move through the inside of the lower part 3b of the first leg 3 in order to change the state of the second lock 521, and is not particularly limited in terms of the shape or material that may be used, for example, the rod 5212 may alternatively be any rigid member, or may be a cable, rope, or the like.

[0097] Figure 4C schematically shows the spring 5213. One end of the spring 5213 is connected to the rod 5212. The other end of the spring 5213 is connected to the lower part 3b of the first leg 3. Figure 4C shows that a loop 5216 may be used to connect the spring 5213 to the lower part 3b of the first leg 3. The spring 5213 has a default state,which is a position in which the user does not apply a force to the spring 5213 via the slider 5211 and the rod 5212, and an extended state, in which the user does apply a force to the spring 5213 via the slider 5211 and the rod 5212. If the spring 5213 is in the extended state and the user releases the slider 5211, the spring 5213 returns to the default state. The default state of the spring 5213 may correspond to a locked state of the lock 521, and the extended state of the spring 5213 may correspond to an unlocked state of the lock 521. Alternatively, the default state of the spring 5213 may correspond to an unlocked state of the lock 521, and the extended state of the spring 5213 may correspond to a locked state of the lock 521.

[0098] Figures 4A and 4B schematically show the rigid body 5214. The rigid body 5214 may be provided as an end of the rod 5212, or as a separate component.

[0099] Figures 4A and 4B schematically show that the second hinging element 5b comprises three cavities 5215a, 5215b, 5215c. Each of these respective cavities 5215a, 5215b, 5215c is sized so as to allow the rigid body 5214 to be accommodated inside the respective cavity 5215a, 5215b, 5215c. When the rigid body 5214 is accommodated inside one of the cavities 5215a, 5215b, or 5215c of the second hinging element 5b, the rotational movement of the second hinging element 5b relative to the lower part 3b of the first leg 3 is prevented. Because the lower part 3b is rigidly connected to the third hinging element 5c, this also prevents the second hinging element 5b to hinge relative to the third hinging element 5c, thereby preventing the hinge 52 to hinge, and hence locking the lock 521.

[0100] The loop 5216 is rigidly connected to the lower part 3b of the first leg 3, and thereby to the hinge 52, in particular to the third hinging element 5c. Because the lower part 3b of the first leg 3 is rigid, this ensures that extension or contraction of the spring 5213 causes a movement of the rod 5212 relative to the hinge 52.

[0101] If the spring 5213 is in the extended state, the rigid body 5214 is moved outside of the cavity 5215a, 5215b, 5215c of the hinging element 5c, that the rigid body 5214 was accommodated in, and the hinge 52 is unlocked. If the spring 5213 is in the default state, depending on the orientation of the ironing table 1, the rigid body 5214 is moved inside one of the cavities 5215a, 5215b, or 5215c of the second hinging element 5b, and the hinge 52 is locked.

[0102] Figures 4A and 4B show that the second hinging element 5b comprises three cavities 5215a, 5215b, 5215c. This means that the second lock 521 may be locked into three different positions, corresponding to respective states in which the rigid body5214 is accommodated in the first cavity 5215a, second cavity 5215b, or third cavity 5215c, respectively.

[0103] If the rigid body 5214 is accommodated in the first cavity 5215a, the second lock 521 locks the ironing table 1 into the steaming position. This prevents the lower part 3b of the first leg 3 from being movable when the ironing table 1 is in the steaming position. In particular, this prevents the lower part 3b of the leg 3 from sliding away when the ironing table 1 is in the steaming position, thereby stabilizing the table in the steaming position.

[0104] If the rigid body 5214 is accommodated in the second cavity 5215b, the second lock 521 locks the ironing table 1 into a safety position. The second cavity 5215b, which is positioned in between the first cavity 5215a and the third cavity 5215c in the direction of hinging, prevents the user from accidentally moving the ironing table 1 between different positions. In particular, if a user releases the slider 5211 before the second lock 521 is in the desired position, the first leg 3 does not slide away, but is instead locked in an intermediate position, and the user can correct the position of the first leg 3 by unlocking the second lock 521 and correctly placing the ironing table 1 in the steaming position or in the storage position. Alternatively, the second cavity 5215b may be omitted.

[0105] If the rigid body 5214 is accommodated in the third cavity 5215c, the second lock 521 locks the first leg 3 into a straight position, which means that the ironing table can be in the ironing position or storage position. This may be somewhat superfluous, especially if the first lock 511 is also present. If the first lock 511 (or any other lock for keeping the first leg 3 straight) is present and locking the second hinge 52, while the rigid body 5214 is accommodated in the third cavity 5215c, the second lock 521 doubly locks the second hinge 52, which may not be necessary. However, if the second lock 521 is a second lock as shown in Figures 4A - 4C, a user may see on the outside whether the second lock 521 is locked or unlocked, based on the position of the slider 5211. If the slider 5211 appears locked when the second hinge 52 is locked, this may provide a more consistent user experience.

[0106] If, however, the second hinge 52 is not locked by another lock, such as the first lock 511, for example if there is no first lock 511 or if the first lock 511 is not locking the second hinge 52, for example because the first lock 511 is a first lock 511 as shown in Figures 4 A and 4B and placed in the steaming state, there may be additional or alternative advantages for providing the third cavity. For example, accommodating therigid body 5214 in the third cavity 5215c may keep the first leg 3 locked in a straight position. For example, if the first lock 511 is in the steaming state and the ironing table 1 is in the storage position, the second lock 521 may keep the first leg 3 straight in the storage position. If the user then wants to move the ironing table 1 into the steaming position (s)he may unlock the second lock 521 and move the lower part 3b of the first leg 3 into the steaming position. Additionally or alternatively, in the storage position, the first leg 3 may be kept straight by securing the lower part 3b of the first leg 3 to the underside of the board 2, for example by using a leg clamp.

[0107] Furthermore, in case that the ironing table may be placed in the ironing position, without the hinge 52 being locked by another lock, for example if there is no first lock 511, accommodating the rigid body 5214 in the third cavity 5215c while the ironing table is in the ironing position prevents the first leg 3 from bending, which may stabilize the ironing board 1 in the ironing position.

[0108] The skilled person appreciates that, alternatively, the third cavity 5215c may be omitted. The first leg 3 may be kept straight in the ironing position and / or the storage position using one or more alternative means, such as the first lock 511 and / or the leg clamp.

[0109] Although Figure 4C shows a pull-type spring 5213, alternatively a push type spring may be used, for example in a configuration in which the push spring 5213 pushes the rigid body 5214 out of the cavity 5215a, 5215b, 5215c in which the rigid body 5214 is accommodated. It should be appreciated that the spring 5213 may be omitted, in case there is no need for the lock 521 to be locked (or unlocked) by default. If the spring is omitted, the loop 5216 may likewise be omitted. Furthermore, instead of using a loop, any other way of connecting the spring to the lower part 3b of the first leg 3 can be used.

[0110] The skilled person appreciates that second lock is optional. Furthermore, the skilled person appreciates that the particular configuration of the second lock 521 is merely an embodiment, and many variations and alternative implementations of the second lock 521 are possible. For example, the second lock 521 may be implemented using a switch mechanism, using one or more pins that may, for example be inserted or removed from the hinge assembly 5, or that may be moved within the hinge assembly. For another example, the second lock 511 may be a magnetic lock. For a further example, the second lock 511 may be a turning lock, and, for example comprise a knob, configured to mechanically block the second hinge 52, when needed. For yet anotherexample, the second lock 511 may be an electronic lock, for example a remotely operated electronic lock. Alternatively, the ironing table 1 may be provided with any other means for securing the lower part 3b of the first leg 3. For example, a hook and eye system, or the like, for fixing the lower part 3b of the first leg 3 in the appropriate position, depending on the position of the ironing table may be provided. For instance, the lower part 3b of the first leg 3 may comprise a hook, and the underside of the board 2 may comprise one or more eyes, so that the lower part 3b of the first leg 3 may be secured in the steaming position, and optionally in the storage position.

[0111] Although the hinge assembly 5 is shown, in Figures 4A-4C as a part of the ironing table 1, it may alternatively be provided as a separate component.

[0112] The skilled person appreciates that the hinge assembly of Figures 4A-4C shows a large number of optional components, that may be replaced by other components or omitted. For example, either of both locks could be replaced with alternative locks, and / or omitted altogether. Additionally or alternatively, different designs for the first hinge 51 and / or the second hinge 52 are possible.

[0113] The various Figures shown above show examples in which the first hinge 51 and the second hinge 52 are shown as a single hinge assembly 5. However, it is alternatively possible that the first hinge 51 and the second hinge 52 are spread further apart. If this is the case, the upper part 3a of the first leg 3 may be defined as the part of the first leg 3 above the second hinge 52, and the lower part 3b of the first leg 3 may be defined as the part of the first leg 3 below the second hinge 52. If a distance between (the axis B of) the first hinge 51 to the first end 31 is larger than a distance between (the axis A of) the second hinge 52 to the first end 31 and the hinges are spread apart, an intermediate portion of the first leg 3 may comprise two halves cut in a plane parallel to the direction of the first leg 3, so that the lower part 3b of the first leg 3 may still hinge independently of the second leg 4.

[0114] The various Figures shown above show examples in which a distance between (the axis B of) the first hinge 51 to the first end 31 is larger than a distance between (the axis A of) the second hinge 52 to the first end 31. However, it is alternatively possible to position the first hinge 51 such that the distance between (the axis B of) the first hinge 51 to the first end 31 is smaller than the distance between (the axis A of) the second hinge 52 to the first end 31.

[0115] The various Figures shown above show examples in which the first lock 511 is configured to lock either the first hinge 51 or the second hinge 52. However, the firstlock 511 may additionally or alternatively be configured to lock both the first hinge 51 and the second hinge 52 at the same time, and / or may additionally or alternatively be configured to unlock both the first hinge 51 and the second hinge 52 at the same time. Moreover, it is alternatively possible to omit the first lock 511.

[0116] In the foregoing description of the figures, the invention has been described with reference to specific embodiments thereof. It will, however, be evident that various modifications and changes may be made thereto without departing from the scope of the invention as summarized in the attached claims.

[0117] In addition, many modifications may be made to adapt a particular situation or material to the teachings of the invention without departing from the essential scope thereof. Therefore, it is intended that the invention not be limited to the particular embodiments disclosed, but that the invention will include all embodiments falling within the scope of the appended claims.

[0118] In particular, combinations of specific features of various aspects of the invention may be made. An aspect of the invention may be further advantageously enhanced by adding a feature that was described in relation to another aspect of the invention.

[0119] It is to be understood that the invention is limited by the appended claims only. In this document and in its claims, the verb "to comprise" and its conjugations are used in their non-limiting sense to mean that items following the word are included, without excluding items not specifically mentioned. In addition, reference to an element by the indefinite article "a" or "an" does not exclude the possibility that more than one of the element is present, unless the context clearly requires that there be one and only one of the elements. The indefinite article "a" or "an" thus usually means "at least one". Terms such as "first" or "second" may simply be used to distinguish the component from other components in question, and do not limit the components in other aspects (such as importance or order).

Claims

Claims1. Ironing table (1), comprising: a first leg (3) comprising a first end (31) and a second end (32); a second leg (4) comprising a third end (41) and a fourth end (42); a first hinge (51) connecting the first leg (3) to the second leg (4); and a board (2), comprising a topside and an underside, wherein the underside is hingeably coupled to the first end (31) and the third end (41), wherein the ironing table admits a first board position, in which the first leg (3) and the second leg (4) support the board (2) above ground level and in which the board (2) is oriented substantially parallel to the ground, and a second board position, in which the first leg (3) and the second leg (4) are oriented substantially parallel to the board (2) and in which the second end (32) and the fourth end (42) are directed away from each other, wherein the ironing table (1) is movable from the second board position to the first board position by hinging the first leg (3) relative to the second leg (4) at the first hinge (51), wherein the first leg (3) comprises a second hinge (52), wherein the second hinge (52) enables the second end (32) to hinge relative to the first end (31), wherein the ironing table (2) admits a third board position, in which the first leg (3) and the second leg (4) support the board (2) above ground level, and in which the board (2) is oriented at an incline relative to the ground, and wherein the ironing table (1) is movable from the second board position to the third board position by hinging the second end (32) relative to the first end (31) at the second hinge (52).

2. The ironing table (1) according to claim 1, wherein the second hinge (52) is positioned between the first hinge (51) and the first end (31).

3. The ironing table (2) according to claim 2, wherein the second hinge (52) is positioned closer to the first hinge (51) than to the first end (31).

4. The ironing table (2) according to any of the preceding claims, wherein the first end (31) and / or the third end (41) is slidable relative to the underside of the board (2).

5. The ironing table (1) according to any of the preceding claims, further comprising a first lock, wherein the first lock admits a first state, in which the second hinge (52) is locked, and a second state, in which the first hinge (51) is locked.

6. The ironing table (1) according to claim 5, wherein, if the first lock is in the first state, the first hinge (51) is unlocked.

7. The ironing table (1) according to claim 5 or 6, wherein the first hinge (51) and the second hinge (52) together form a hinge assembly (5), wherein the hinge assembly (5) comprises the first lock (511), wherein the first lock (511) comprises a first cavity (5113c) rigidly connected to the second leg (4), a second cavity (5113b) rigidly connected to an upper part (3a) of the first leg (3), and a third cavity (5113a) rigidly connected to a lower part (3b) of the first leg (3), and a rigid body (5112), wherein, in the second state, the rigid body (5112) is accommodated in the first cavity (5113c) and the second cavity (5113b), and wherein, in the first state, the rigid body (5112) is accommodated in the second cavity (5113b) and the third cavity (5113a).

8. The ironing table according to claim 7, wherein the hinge assembly (5) comprises a first hinging element (5a), a second element (5b), and a third hinging element (5c), wherein the hinging elements (5a, 5b, 5c) are configured to hinge relative to each other, wherein the first hinge (51) is implemented using the first hinging element (5a) and the second hinging element (5b), wherein the second hinge (52) is implemented using the second hinging element (5b) and the third hinging element (5c), wherein the first hinging element (5a) comprises the first cavity (5113c), wherein the second hinging element (5b) comprises the second cavity (5113b), and wherein the third hinging element (5c) comprises the third cavity (5113a).

9. The ironing table (1) according to any of claims 5 to 8, further comprising a second lock, wherein the second lock admits a locked state and an unlocked state,wherein, if the first lock is in the second state and the second lock is in the locked state, the second hinge (52) is locked, and wherein, if the first lock is in the second state and the second lock is in the unlocked state, the second hinge (52) is unlocked.

10. The ironing table (1) according to claim 9, wherein the lower part (3b) of the first leg comprises a rigid body (5214), and a spring (5213) connected to the rigid body (5214), wherein the second hinge (52) comprises a fourth cavity (5215a) in which the rigid body (5214) can be accommodated, such that, when the rigid body (5214) is accommodated inside the fourth cavity (5215a), the second lock is in the locked state, and wherein the spring (5213) is configured to pull the rigid body (5214) into the fourth cavity (5215a) while the ironing table (1) is in the third board position.

11. The ironing table (1) according to claim 10, wherein the second hinge (52) comprises fifth cavity (5215b), different from the fourth cavity (5215a), in which the rigid body (5214) can be accommodated, such that, when the rigid body (5214) is accommodated inside the fifth cavity (5215b), the second lock is in the locked state, and wherein the spring (5213) is configured to pull the rigid body (5214) into the fifth cavity (5215b) while the ironing table (1) is in a position between the second board position and the third board position.

12. The ironing table (1) according to claim 10 or 11, wherein the rigid body (5214) is provided as an end of a rod (5212).

13. The ironing table (1) according to claim 12, wherein the rod (5214) is manipulatable from an outside of the first leg (3) proximal to the second end (32).

14. The ironing table (1) according to any of the preceding claims, wherein, in the first board position, an angle of the board (2) relative to a horizontal plane is less than5 degrees, preferably less than 2 degrees, more preferably less than 1 degree, most preferably less than 0.5 degrees.

15. The ironing table (1) according to any of the preceding claims, wherein, in the third board position, the incline of the board (2) relative to the ground is more than 60 degrees, preferably more than 70 degrees, more preferably more than 75 degrees, most preferably more than 78 degrees.

16. The ironing table (1) according to any of the preceding claims, wherein, in the first board position and in the second board position, an angle between the first end (31) and the second end (32) is between 177 and 183 degrees, preferably between 178 and 182 degrees, more preferably between 179 and 181 degrees, most preferably between 179.5 and 180.5 degrees.

17. Hinge assembly (5) for an ironing table (1), comprising a first hinge (51) connecting a first leg (3) to a second leg (4), a second hinge (52) connecting an upper part (3a) of the first leg (3) to a lower part (3b) of the first leg (3), , and a lock (511) comprising a first cavity (5113c) rigidly connected to the second leg (4), a second cavity (5113b) rigidly connected to the upper part (3a) of the first leg (3), a third cavity (5113a) rigidly connected to the lower part (3b) of the first leg (3), and a rigid body (5112), wherein, in a second state, the rigid body (5112) is accommodated in the first cavity (5113c) and the second cavity (5113b), and wherein, in a first state the rigid body (5112) is accommodated in the second cavity (5113b) and the third cavity (5113a).

18. Ironing table (1), comprising: a first leg (3) comprising a first end (31) and a second end (32); a second leg (4) comprising a third end (41) and a fourth end (42); a first hinge (51) connecting the first leg (3) and the second leg (4); a board (2), comprising a topside and an underside, wherein the underside is hingeably coupled to the first end (31) and the third end (41), wherein the first leg (3) comprises a lockable second hinge (52), wherein the lockable second hinge (52) enables the second end (32) to hinge relative to the first end (31) and wherein the lockable second hinge (52) is lockable in a first state, in which the second end (32) is substantially positioned in line with the first end (31), and in a second state, in which an angle (a) between an upper part (3b)of the first leg (3) and a lower part (3b) of the first leg (3) is between approximately 10 degrees and 75 degrees.

19. Ironing table (1), comprising: a first leg (3) comprising a first end (31) and a second end (32); a second leg (4) comprising a third end (41) and a fourth end (42); a first hinge (51) connecting the first leg (3) and the second leg (4); a board (2), comprising a topside and an underside, wherein the underside is hingeably coupled to the first end (31) and the third end (41), wherein the ironing table (1) admits a first board position, in which the first leg (3) and the second leg (4) support the board above ground level and in which the board (2) is oriented substantially parallel to the ground, and a second board position, in which the first leg (3) and the second leg (4) are oriented substantially parallel to the board (2) and in which the second end (32) and the fourth end (42) are directed away from each other, wherein the first leg (3) comprises a second hinge (52), wherein the second hinge (52) enables the second end (32) to hinge relative to the first end (31) and wherein the ironing table (1) admits a third board position, in which the first leg (3) and the second leg (4) support the board (2) above ground level and in which an angle (a) between an upper part of the first leg and a lower part (3b) of the first leg (3) is less than 75 degrees.

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