• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention relates to a length-adjustable system for a piece of furniture, comprising a supporting structure (33) and a plurality of supporting surface elements (1) for forming a supporting surface, characterized in that the supporting structure is adjustable in length and can be contained by the bearing surface elements (1).
    公开号:BE1023495B1
    申请号:E2016/5274
    申请日:2016-04-21
    公开日:2017-04-07
    发明作者:Anouk TAEYMANS
    申请人:byANOUK GCV；
    IPC主号:
    专利说明:

    ADJUSTABLE FURNITURE
    TECHNICAL DOMAIN
    The invention relates to a modular, adjustable piece of furniture, such as a wall rack or table.
    BACKGROUND ART
    Furniture is often still rigid elements in an interior that cannot be adapted to the changing needs of residents and users. In addition, most furniture such as wall shelves and wall racks are offered in standard sizes, which are not always suitable or immediately usable for any type of interior. The ability to adjust the length of a wall shelf may, for example, be required to utilize the full distance between two walls or in a niche. Making a table adjustable in length is also interesting, for example if more than standard places are needed.
    A number of systems are already known in the prior art that make it possible to make a wall shelf or other furniture such as a table adjustable in length. There are systems that consist of modules where modules can be added or removed to achieve a certain length. However, these modules are still quite large, so that the furniture, especially if it is wall shelves, cannot always be adjusted accurately enough in length. A wall shelf is perceived by most people as "customized" when working with a maximum tolerance of 1 centimeter. So even if an opening of 1 cm remains, the whole eye is usually perceived by the naked eye as "custom". This is also the tolerance that carpenters apply for custom work. A length adjustability with a tolerance of 1 cm is defined in this text as "accurately" length-adjustable wall shelves.
    The smallest parts of the above modular systems are usually no smaller than 20 cm wide. As a result, it is not possible to make an accurately adjustable wall shelf with these modules.
    Wall shelves that are precisely adjustable in length already exist.
    However, these are usually not adjustable in length several times. They must be cut to size or broken down or glued together. A certain craftsmanship is required for this. Moreover, these wall shelves can no longer be adjusted to a new length, unless they are made smaller. These wall shelves are very static and do not adapt to changing habits and ways of life.
    Existing solutions that nevertheless allow furniture such as wall shelves to be adjusted accurately and several times in length often have the disadvantage that they do not aesthetically offer the required quality. Known systems that can be adjusted accurately and several times in length do not always have a closed surface, which means that objects can fall into the openings. Another disadvantage is that they sometimes have a clear seam and therefore have no uniform shape, and / or have an uneven surface. Moreover, these are often not completely flat and show a height difference. Moreover, the visual impression is unsatisfactory because they often do not have a massive appearance and therefore do not meet the aesthetic expectations of the user.
    It is also disadvantageous that the suspension system of the above inventions is not integrated in the thickness of the wall shelf. The wall shelf then rests on visible consoles, brackets or supports. This leads to a more messy, less attractive visual whole. This also has the disadvantage that mounting material may be in the way. US20080308515, US20060186769, DE202004012153, US20040164655, US20020043191, US4155312 and US20120000867 all describe a wall shelf that is precisely adjustable in length.
    The desired length is achieved by shifting 2 parts that slide into each other and shift relative to each other. This creates a useful support base that can vary. These have a clearly visible seam or transition and therefore no uniform shape, no completely flat surface, nor an integrated suspension system.
    There is a need for an improved surface or wall element that is not only adjustable in length but also has a uniform design and appearance, which is completely flat and has an integrated suspension system.
    The present invention has for its object to find a solution for at least some of the aforementioned problems and to offer a solution for other disadvantages.
    SUMMARY OF THE INVENTION
    The present invention has for its object to provide a piece of furniture that is adjustable in length.
    In particular, the present invention provides a length-adjustable system for a piece of furniture according to claim 1. Further partial aspects are described in the dependent claims.
    In a second aspect, the present invention comprises a kit according to claim 22.
    In a final aspect, the present invention comprises a method for making a length-adjustable system, according to claim 24.
    DESCRIPTION OF THE FIGURES
    Figure 1 is a perspective view of the support structure and support elements of a possible embodiment of the present invention.
    Figure 2 are two side views of a possible connection between the support structure and a support element according to the present invention. In this case: The support elements are slid over the profiles at an oblique angle, from above with a downward movement.
    Figure 3 is a perspective view of a separation element that can be added to the adjustable system in a possible embodiment of the present invention. The separation elements protrude in height and divide the surface into parallel compartments.
    Figure 4 are perspective images of various add-ons that can be added to the support structure or support elements of a possible embodiment of the present invention. These add-ons provide the surface with additional functions.
    These add-ons are, in order of appearance: a rail, a hook, a broad support element, a pot holder (flowerpot, pen holder, ..), a magazine holder (or wine holder), a lighting element, a door element and a box element.
    Figure 5 is a perspective view of the length-adjustable system used as a wall shelf according to a possible embodiment of the present invention. Figure 6 is a perspective view of the length-adjustable system used as a floating wall shelf according to a possible embodiment of the present invention.
    Figure 7 is a perspective view of the length-adjustable system used as a floating wall shelf, clamped between 2 walls according to a possible embodiment of the present invention.
    Figure 8 is a perspective view of the length-adjustable system used as a cabinet element consisting of a separate structure that supports the support structure according to a possible embodiment of the present invention. Figure 9 is a perspective view of the length-adjustable system used as a table according to a possible embodiment of the present invention.
    Figure 10 is a perspective view of the length-adjustable system used as a floating wall shelf according to a possible embodiment of the present invention. The figure shows how the floating wall shelf is made up of a suspension system and bearing surface elements.
    Figure 11 is a top view of a suspension system according to a possible embodiment of the present invention.
    Figure 12 is a sectional view of a suspension system and bearing element, along line I-I, of a possible embodiment of the present invention.
    Figure 13 is a perspective view of a standard bearing element of a possible embodiment of the present invention.
    Figure 14 is a perspective view of a hollowed-out bearing surface element of a possible embodiment of the present invention.
    Figure 15a is a perspective view of a solid support element of a possible embodiment of the present invention. This element has a massive appearance on one side.
    Figure 15b is a perspective view of an alternative embodiment of the solid support element of a possible embodiment of the present invention.
    Figure 16 is a perspective view of a possible attachment of the solid support element to a suspension system according to a possible embodiment of the present invention.
    Figure 17 outlines a method of a possible embodiment of the present invention.
    Figure 18 outlines an alternative embodiment of the suspension system and bearing surface elements according to the present invention.
    Figure 19 outlines an alternative embodiment of the connection of the support structure to the support elements according to the present invention.
    Fig. 20 outlines an alternative embodiment of the support structure consisting of 2 profiles that with respect to. are movable to each other and an alternative embodiment of the connection to the bearing elements according to the present invention. Figure 21 outlines an alternative embodiment of the profiles according to the present invention.
    Figure 22 outlines an alternative embodiment of the frame according to the present invention.
    Figure 23 outlines an alternative embodiment of the suspension system and the profiles according to the present invention.
    DETAILED DESCRIPTION
    The invention relates to a length-adjustable system for a piece of furniture, such as a wall unit or a table. The bearing surface of the furniture is precisely adjustable in length. It is adaptable without having to cut the surface, cut or glue elements.
    This has the advantage that the surface has a closed surface and a uniform shape and does not show any striking seams or irregular transitions. This also has the advantage that it is unlimited in length, there is no maximum length - endless support structures and support elements can be added. The minimum length is the length of the profile.
    In a first aspect, the present invention relates to a length-adjustable system for a piece of furniture, comprising a bearing structure and a plurality of bearing surface elements for forming a bearing surface. In particular, the support structure will be adjustable in length and can be at least partially enclosed by the support elements. This makes it possible to build a system in such a way that it will have the exact desired length.
    More in particular, the support structure will comprise a minimum of 2 profiles, which are displaceable relative to each other. More in particular, these profiles will be movable in the longitudinal direction. These profiles will preferably have a circular cross-section. More preferably, the profiles comprise telescopic tubes.
    In a further embodiment the bearing surface elements will have a connection with which they are attached to the bearing structure. This connection is designed in such a way that the upper side of the bearing surface elements are obtained at the same height over the entire length of the surface.
    Supporting surface elements will be added to the support structure until the desired length is accurately obtained.
    In a preferred form the bearing surface elements will have a recess. More particularly, this recess will be in the form of a slot or two slots. The recess in the bearing surface elements corresponds to the position of the 2 profiles over which the elements are pushed.
    In a preferred form, the narrowest / smallest bearing surface elements will have a width that is smaller than or equal to 2 centimeters. This has the advantage that the system on both sides will have a maximum of 1 cm of play with respect to the desired size.
    If the system is a wall element and the narrowest bearing surface element is 2 centimeters, then a bearing surface element can no longer be added to the bearing structure if the remaining free space is less than 2 centimeters. Subsequently, the bearing elements on the bearing structure can be moved a little to the center of the bearing structure, leaving a maximum of only 1 cm of play on each side, which is an acceptable accuracy.
    In a further preferred form, the formed surface of the system can be divided into parallel compartments by vertically projecting separating elements. These elements are attached to the adjustable system and are intended to provide the surface with additional functions. Non-exhaustive list of add-ons include a rail with rail holder, hook, wide support element, pot holder, magazine holder, lighting elements, door element, box element etc.
    In a preferred form, the system will be a wall shelf, more preferably a floating wall shelf. In another embodiment, the system will be a cabinet element / rack cabinet. In yet another embodiment, the system is a table.
    In a further preferred form the system comprises a suspension system provided for suspending the surface on a wall. Preferably it will be integrated in the thickness of the wall shelf. More preferably, the suspension system will comprise an element which is mounted on the wall and a minimum 1 protruding element on which the profiles are supported.
    In a further preferred form the suspension system comprises a frame wherein at least 1 of the profiles is fixedly connected to the frame.
    In another embodiment, if the system is a wall shelf, the suspension system will be clamped between two walls.
    In a further embodiment the system will comprise special bearing surface elements, wherein these elements are partially hollowed out, intended to hide the projecting part of the suspension system and thus obtain a continuously uniform bearing surface.
    In a further embodiment, the system will comprise special bearing surface elements, wherein these elements are solid on one side, intended to be attached to the end of the bearing surface and thus obtain a massive appearance along the side. This is especially desirable if the bearing surface has one or two visible ends and is therefore not located between two walls or in a niche.
    In another embodiment, the system will comprise a support system that stands on the ground and supports the support surface.
    In a second aspect, the present invention comprises a kit for making a system as described above. In particular, this kit will comprise a support structure and a plurality of support elements. In a further embodiment the kit also comprises a suspension system and mounting materials.
    In a third aspect, the present invention comprises a method for making a length-adjustable system, comprising mutually adjusting profiles of the bearing structure and providing bearing surface elements on a bearing structure.
    In a preferred form, the system will be mounted on a wall. More in particular, here at least 2 solid bodies will be mounted on the wall. The distance between the solid bodies is bridged with profiles. Solid bodies and connection profiles are added until the desired length of the wall element is reached. The standard support elements are slid over the profiles.
    In a preferred method, special bearing surface elements are placed at the level of the projecting parts of the suspension system that hide these parts so that a continuous, closed bearing surface with a uniform appearance is obtained.
    In another method of adjusting a wall element in length with the side of the wall element visible, the sides of the wall element get a massive appearance by mounting a special end-support element at the end of the frame.
    In a preferred method of adjusting a wall element in length, the bearing surface elements are slid over the profiles at an oblique angle from above. This has the advantage that they can be easily removed and exchanged with other add-ons. Because the bearing elements can only be taken up at an oblique angle, away from the wall, this reduces the chance of them being accidentally pushed upwards.
    The invention will be discussed with reference to the figures that are not restrictive of the present invention.
    Figure 1 shows the principle of the support structure (33) and the support surface elements (1) of a possible embodiment according to the present invention.
    The support structure consists of at least 2 profiles that can be moved relative to each other. (42)
    The maximum thickness of the narrowest bearing surface elements in the surface depends on the total desired length of the surface and from which accuracy the surface is perceived as custom. Eg with wall shelves, the carpenter usually works with a tolerance of 1 centimeter. Hereby the wall shelf is still perceived as fitting. The narrowest bearing surface elements of the wall shelf should then be a maximum of 2 centimeters, so that the greatest possible play along both sides of the surface is a maximum of 1 centimeter.
    In the case of other applications, for example a "custom-made" table or bench, larger tolerances and, respectively, wider support elements can be used.
    In a preferred / special embodiment, the profiles have a circular cross-section. This has the advantage that this is the most efficient ratio in terms of material use and strength. The round shape also makes them easier to slide.
    The supporting system is preferably implemented in metal.
    The bearing elements can be made of different materials: among others: wood, plywood, MDF, plexiglass, other plastics, felt, residual wood, etc.
    Figure 2 shows how the bearing surface elements (1) can be slid over the profiles (42) from above with a downward movement.
    In a preferred embodiment, the standard bearing surface elements (1) have a specific recess (12, 13) whereby the upper side of the bearing surface elements come to the same height over the entire length of the surface, as well as the bearing surface elements are supported on the one profile (6) or the other (26), or both. This has the advantage that a flat surface can be obtained. This also has the advantage that only 1 type of standard bearing surface elements is needed, so that fewer different parts are needed and the surface is easier and faster to build.
    In a preferred embodiment, this recess consists of a slot at the bottom of the bearing surface elements. This slot is preferably designed at an oblique angle, in this embodiment at an angle of 45 degrees.
    In a preferred embodiment, the slot at the bottom is as wide as the thickest profile. The slot narrows and then becomes as wide as the thinnest profile and ends in a semicircle, which fits the thinnest profile perfectly. (12) Part of a circle has been saved at the level of the restriction. The thickest profile fits perfectly here. (13)
    In a preferred embodiment, the bearing surface elements have an elongated rectangular shape. This has the advantage that the bearing surface elements form a flat surface next to each other and thus as a whole resembles the known wall shelf.
    In a preferred embodiment, the bearing surface elements are slid over the bars at an oblique angle, from above. This has the advantage that they can be easily removed and exchanged with other add-ons. Because the bearing elements can only be taken up at an oblique angle, away from the wall, this reduces the chance of them being accidentally pushed upwards from below.
    Figure 3 shows separation elements (32). These protrude in height and divide the surface into parallel compartments.
    This has the advantage that the surface can be divided into different compartments with varying sizes. These excellent support elements can also function as bookends.
    Figure 4 shows the different add-ons that can be added to the support structure or support elements. These add-ons provide the surface with additional functions.
    These additional functions are especially useful if the surface is a wall element.
    These add-ons are, in order of appearance: a rail, a hook, a broad support element, a pot holder (flowerpot, pen holder, ..), a magazine holder (or wine holder), a lighting element, a door element and a box element.
    Figure 5 shows the length-adjustable system used as a wall shelf, where the bearing surface is placed on brackets mounted in the wall.
    Figure 6 shows the length-adjustable system used as a floating wall shelf with a suspension system integrated in the thickness of the support surface. This is further described in Figure 10.
    The integration of the suspension system in the thickness of the bearing surface has the advantage that a floating wall shelf is obtained without visible brackets, brackets or supports. This way the board becomes one with the wall and you are not distracted by mounting materials. This also has the advantage that there is no mounting material in the way.
    Figure 7 shows the length-adjustable system used as a floating wall shelf, clamped between 2 walls. This can be achieved by, for example, clamping a telescopic rod between 2 walls and then placing the bearing elements on it.
    Figure 8 shows the length-adjustable system used as a cabinet element consisting of a separate structure that supports the support structure and diverts the forces to the ground. The structures can be stacked on top of each other. From a certain height, they are best attached to the wall to prevent the wall element from tipping over too easily.
    Figure 9 shows the length-adjustable system used as a table. In the case of this application, it is possible to work with larger tolerances and, respectively, wider support elements.
    Figure 10 shows the structure of the length-adjustable system used as a floating wall shelf. The figure shows how the floating wall shelf is made up of support elements and a suspension system, consisting of one or more frames, an arm, connection profiles and fastening elements.
    This figure also shows the different parts of the kit if the surface is used as a floating wall shelf.
    This kit consists of individual parts that are collected in a box and can be assembled into a floating wall shelf that can be adjusted in length.
    This allows the parts to be dismantled again after assembly and adjusted again to a new length. For example if the whole of wall shelves (or the wall cabinet) is expanded, reduced or moved to a different location with dimensions other than the original one.
    Overview of these components: -frame (4) & arm (5) rods (6 & 26) -bearing support elements (1 & 2, possibly also 3 at visible end) -plugs, screws and other fasteners (7)
    Figure 11 shows the suspension system, consisting of an arm (5), connecting profiles (6), fixing elements (7) and a frame (4). In this embodiment, the frame consists of a portion that is fixed to the wall (30), 2 protruding portions (31) and 2 thin profiles that are attached to both protruding portions (26).
    In a preferred embodiment, the suspension system is a rigid frame (4) by, for example, securely connecting at least 1 of the profiles (26) to the projecting part of the suspension system (31). This has the advantage that the suspension system is stiffer and reduces the chance of distortion, for example torsion. In an alternative embodiment (at least one of) the thick profiles (6) are attached to the projecting part of the suspension system and the thin profiles (26) are loose. The advantage of this is that it is easier to get to the screws during assembly and assembly is easier.
    Figure 12 shows a cross-section of a suspension system and bearing element, according to line I-I, indicated in Figure 11. The figure shows the height of the projecting part. Compared with other existing floating shelf systems, the projecting part of the suspension system has a fairly large height. This allows a large weight to be collected.
    Figure 13 shows the standard bearing element (1) with recesses (12 & 13) for the 2 profiles and a recess (14) for wiring at the rear. Figure 14 shows a hollowed-out support element (2) that has been hollowed out so that it can be slid over the projecting part (31) of the suspension system and can hide this part.
    Figure 15a shows a solid support element (3). This element has a massive appearance on one side.
    Figure 15b shows an alternative embodiment of the solid support element (3-alternative). This element can be attached to the suspension system by clamping, sticking or connecting to additional elements.
    Figure 16 shows a possible attachment of the solid support element (3) from Figure 15-a to a suspension system. The threaded rod (20) is attached to the solid bearing element (3), for example by tightening it in a weft nut.
    The threaded rod is then pushed through the hole (22) of the projecting part of the frame (31). The bolt (21) is tightened so that the solid bearing element is firmly attached to the suspension system.
    Figure 17 outlines a method of mounting a possible embodiment of the length-adjustable system used as a floating wall shelf on the wall. The first frame is mounted at one end from which the wall element is desired. The assembly can be done in the following way, with or without the help of the auxiliary element: A. Hold the auxiliary element at a horizontal distance x / 2 from the end (from where you want the wall element) and draw a cross through the hole. x = the length of the frame (4).
    Attach the auxiliary element to the wall at this location. Possibly after pre-drilling - depending on the type of wall. B. Position the frame completely against the end and let the center of the frame rest on the auxiliary element. This auxiliary element temporarily holds the frame in place so that it can be easily mounted in the wall by one person. Hold the frame perpendicularly with the help of a spirit level. Mark the other holes. C. Remove the frame. Drill the necessary holes with the notes. Insert the plugs. D. Place the frame, with the connection profiles inserted in, back into the auxiliary element. Screw the frame to the wall using the bolts (or other fixing elements). E. Mount the following frame at a certain horizontal distance from the first frame. Optimal spacing: the length of the connection profiles (6) minus 10 centimeters. As a result, the connection profiles bridge the distance between the two frames (4) and there is still sufficient overlap with the other profiles (26) that form part of the frame.
    This next frame is mounted on the wall in the same way as described under point A to D. F. Repeat step E until the distance between the last placed frame and the end of the desired wall element is less than x + y-10 cm. (so: less than the length of the frame plus the length of the connecting tube minus 10 centimeters) Next, choose:
    Is the distance between the last mounted frame and the end of the wall element: F 1. smaller than x (the length of a frame): mount an arm at the end.
    OR F 2. greater than x (the length of a frame): mount a frame at the end. Repeat steps A to D for the assembly. No connection profiles need be added for this last frame. G. Slide the connection profiles out and through the holes (25) in the adjacent frame. The connecting profiles bridge the distance between the frames so that there are profiles along the entire length of the wall element that support the bearing elements. H. Place the standard bearing elements (1) over the tubes. I. A special support element (2) is placed at the height of the projecting frames and arms that hides this projecting part. J. If the side of the wall element is visible, attach the solid support element (3) to the end of the frame. Thread the threaded rod (20) through the holes (22) and tighten the bolt (21).
    Figure 18 outlines an alternative embodiment of the suspension system and bearing surface elements according to the present invention. The figure shows that the support structure does not have to be over the entire length of the support surface. The distances between the supporting structures can be overlapped with longer elements. The figure also shows that the bearing surface elements do not all have to be equally thin, but that any possible length can be achieved to the nearest centimeter by a combination of specific lengths. For example: support elements of the following thicknesses: 50 cm, 10 cm, 3 cm and 1 cm. Through a combination and a multiple of these thicknesses, any width can be obtained with an accuracy of 1 centimeter. Finally, the figure also shows an alternative connection between support structure and support element.
    Figure 19 outlines an alternative embodiment of the connection of the support structure to the support elements according to the present invention. The figure also outlines a second variant that shows that not all support elements must necessarily be the same, they can also vary depending on the position where they end up on the support structure.
    In another embodiment, the standard bearing surface elements (1) have a specific recess (27, 28, 29) that is different depending on where they are placed on the profiles. This brings the top side of the bearing surface elements to the same height over the entire length of the surface. This has the advantage that a flat surface can be obtained.
    In a preferred embodiment, the standard bearing surface elements have the same recess, regardless of where they end up on the profiles. See figure 2.
    Figure 20 shows that with only 2 profiles that compared to. being displaceable with each other a length-adjustable system can be formed. Due to the alternative embodiment of the support structure, this figure also shows an alternative connection between the support surface elements and the support structure.
    Figure 21 shows some alternative embodiments of the profiles: A. L-profile + strip B. U-profile + tube C. 2 tubes / bars in one another D. rectangular profile
    Other options are also: H-profile, L-profile, T-profile, solid round, ...
    Figure 22 shows some alternative embodiments of the frame (4): A. U-shape with incisions B. pleated strip C. rectangular profile D. round profile
    Other options are also: H-profile, L-profile, T-profile and so on.
    Figure 23 shows an alternative embodiment of the suspension system (frame + profiles):
    The upper 2 variants show an alternative embodiment in which the rods protrude from one solid body and thus obtain a desired length. This is an alternative compared to the embodiment of the present invention wherein the bars bridge the distance between two solid bodies. The present invention offers more strength and less chance of bending. PART NUMBERING ON THE FIGURES: 1 - the standard bearing element that is slid over the profiles, clicked, attached. Different embodiments are possible, depending on the design of the support structure and the type of connection between support element and support structure. 2 - the special support element that hides the protruding part of the load-bearing frame. This support element is partially eroded (15), so that it can hide the projecting part (31) of the frame. 3-end-bearing element: this bearing-surface element can optionally be added to the ends of the wall shelf, giving the wall shelf a massive appearance on the sides. This is current if the ends of the wall element are visible. For example when the wall shelf is not placed between 2 walls or in a niche. 4 - Frame, preferably in metal. The frame is part of the suspension system and is attached to the wall and protrudes. The rigid corners ensure that this is completely rigid and therefore not easily deformed. 5-poor, preferably in metal. This arm is mounted on the wall and protrudes. 6 connection profiles. These are loose in the frame and ensure that the distance between the frames or between a frame and an arm is bridged.
    In an alternative embodiment, this profile is part of the supporting frame that is attached to the wall and the other profile functions as a connection profile. 7 - wood threaded bolt or other type of fixing element: fixes frame and / or arm to the wall. 8 holes to attach additional parts, if desired. 9 - wall 10 - side wall (niche / between 2 walls / between 2 objects) 12 - incision / slot that fits over one profile (26) - in this case: the thin tube 13 - incision that fits over the other profile (6 - in this case: the thicker tube Due to the specific incision and the difference in size between the tubes, all support elements always remain at the same height, even if they are placed on the thick or on the thin tube. 14 - incision that makes room for the suspension system and the fixing element and to allow any wiring to lag behind, for example. electricity, audio and video installations, etc. - part of the support element is hollowed out to hide the protruding part of the frame (31) and thus to obtain a uniform appearance. 16 recess so that the end element (3) can be slid over a thin tube (26). 17-cavity so that the end element (3) can be slid over a thick tube (6). 18-cavity so that support surface element can be slid over the part of the suspension system that is mounted against the wall. 19 - recess provided for weft nut 20 - threaded rod is fixed in the weft nut 21 - bolt or other fastening element that is screwed around the threaded rod so that the end piece is attached to the suspension system. 22 - hole where threaded rod can be pierced to attach end piece to the suspension system 23 - cavity in frame -4- the size of the thin tube -26- through which this tube fits perfectly in the frame -4- and is welded to it.
    In an alternative embodiment, the thick tube - 6 - is fixedly welded to the frame and the thin tube - 26 - is slidably received by this cavity -23 - in the frame - 4. 24 - Auxiliary element: Frame is hooked behind this, whereby temporarily held in place. - cavity in frame -4- the size of the thick connecting tube-6- through which the frame -4- can receive this tube -6- slidably fitting.
    In an alternative embodiment, the thick tube - 6 - is fixedly spot welded to the frame and the thin tube - 26 - is slidably received by the cavity -23 - in the frame - 4. 26 - one of the 2 types of profiles (the other profile = 6) that are shifted relative to each other. In this embodiment, this profile is part of the supporting frame that is attached to the wall.
    In an alternative embodiment, the other profile - 6 - is part of the supporting frame that is fixed to the wall and these profiles function as connecting profiles. 27, 28, 29: Alternative embodiment, wherein the bearing surface elements are provided with different cut-outs depending on where they end up on the profiles. 30: the part of the frame (4) that is mounted on the wall 31: the part of the frame (4) that protrudes. 32: dividing elements protruding in height that divide the surface into parallel compartments. 33: support structure 34: thinnest support surface element: maximum 2 centimeters. 35: rail: for coat hangers, towels, clothes, etc ... 36: hook: for towels, keys, accessories, etc ... 37: wide support element. By adding this wide support element, the support surface is provided with a completely smooth element. This element can be slid over the support structure in the same way as other support elements. This component can be designed as a folded metal plate. Another plate can then be placed against it at the bottom using magnets, as a finishing touch. 38: pot holder: for flower pot, pen holder, etc. ... 39: magazine holder / wine holder 40: lighting elements, e.g. LED 41: door element 42: minimum 2 profiles that can be moved relative to each other 43: box element
    权利要求:
    Claims (27)
    [1]
    CONCLUSIONS
    A length-adjustable system for a piece of furniture comprising a bearing structure (33) and a plurality of bearing surface elements (1) for forming a bearing surface, characterized in that the bearing structure is adjustable in length and can be at least partially included by the bearing elements (1).
    [2]
    A system according to claim 1, characterized in that the support structure comprises at least 2 profiles (42) and that these profiles are displaceable relative to each other.
    [3]
    3. System as claimed in claim 2, characterized in that the profiles comprise telescopic tubes.
    [4]
    System according to claim 2 or 3, characterized in that the profiles have a circular cross-section.
    [5]
    System according to one of the preceding claims, characterized in that the bearing surface elements have a recess in the form of 1 or 2 slots.
    [6]
    System according to one of the preceding claims, characterized in that the bearing surface elements (1) have a connection (12, 13) with which they are attached to the bearing structure.
    [7]
    A system according to any one of the preceding claims, characterized in that the support structure comprises support surface elements along the length of the support structure.
    [8]
    A system according to any one of the preceding claims, characterized in that the bearing surface elements (35) have a maximum width of less than or equal to 2 centimeters.
    [9]
    A system according to any one of the preceding claims, wherein the surface can be divided into parallel compartments by specific separating elements (32) protruding in height.
    [10]
    System as claimed in any of the foregoing claims, characterized in that elements are attached to the adjustable system intended to provide the surface with additional functions.
    [11]
    A system according to any one of the preceding claims, further comprising a suspension system (4) provided for suspending the surface on a wall, characterized in that it is integrated in the thickness of the wall shelf.
    [12]
    System according to claim 11, characterized in that the suspension system comprises minimum following components: an element mounted on the wall (30) and minimum 1 protruding element on which the profiles are supported (31).
    [13]
    A system according to claim 11 or 12, characterized in that the suspension system comprises a frame (4) wherein at least 1 of the profiles (26 or 6) is fixedly connected to the frame (4).
    [14]
    System according to claim one of the preceding claims, characterized in that the suspension system is clamped between two walls.
    [15]
    System according to one of the preceding claims, characterized in that the length-adjustable system is a wall shelf.
    [16]
    A system according to claim 15, characterized in that the length-adjustable system is a floating wall shelf.
    [17]
    The system of any one of the preceding claims 1 to 10, further comprising a support system that stands on the ground and supports the support surface.
    [18]
    The system according to claim 17, characterized in that the length-adjustable system is a cupboard element / rack cupboard.
    [19]
    The system according to claim 17, characterized in that the system is a table.
    [20]
    A system according to any one of the preceding claims, comprising special bearing surface elements (2), characterized in that they are partially hollowed out, intended to conceal the protruding part of the suspension system (31) and thus to obtain a continuously uniform bearing surface.
    [21]
    A system according to claim 20, comprising special bearing surface elements (3), characterized in that they are solid on one side.
    [22]
    A kit comprising a support structure (33) and a plurality of support surface elements (1) for making a system of any of claims 1 to 21.
    [23]
    Kit according to claim 22, comprising the following: a suspension system with profiles (4, 6 & 26), bearing surface elements (1, 2 & 3) and fixing materials (7)
    [24]
    A method for making a length-adjustable system, comprising providing bearing surface elements to a bearing structure, and mutually adjusting profiles of the bearing structure
    [25]
    A method according to claim 24, characterized in that the system is mounted on the wall.
    [26]
    A method according to any one of the preceding claims, wherein at least 2 solid bodies (4) are mounted on the wall.
    [27]
    A method according to any one of the preceding claims, characterized in that the bearing surface elements are slid over the profiles from above with a downward movement.
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    同族专利:
    公开号 | 公开日
    BE1023495A1|2017-04-07|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US3743353A|1971-12-20|1973-07-03|P Lupinsky|Modified l furniture structure|
    DE4134809A1|1991-03-22|1992-09-24|Buchmann Heinz|Packaging holders esp. for small cosmetic articles - has several detachably fixed bars reformable into different shapes|
    WO2011015254A1|2009-08-03|2011-02-10|Valcucine S.P.A.|Stave plane for pieces of furniture with tie-rod element|
    EP2997853A1|2014-08-19|2016-03-23|Jean-Daniel Pochon|Intermediate storage shelf for cabinets|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    BE201500128|2015-04-23|
    BEBE2015/0128|2015-04-23|
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