• 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 invention relates to a storage furniture for use in buildings with sloping walls. The furniture, which utilizes the space under the sloping wall, is designed for industrial production and prepared for simple and easy assembly and adaptation to the sloping wall by the user himself. The flexibility of the furniture to the inclined wall is achieved, among other things. via flexible height and depth. The simple fitting of the furniture to a given inclined wall is achieved via prepared breaking lines. The storage furniture is available as shelving, cupboard and chest of drawers. The furniture is suitable for erection and use in common residential areas and in commercial buildings such as schools, offices, etc. The flexibility of the furniture covers commonly found geometries for skunk and oblique walls in Denmark and the rest of Europe. The furniture can also be built into the skunk room in a simpler and cheaper version.
    公开号:DK201400651A1
    申请号:DKP201400651
    申请日:2014-11-07
    公开日:2016-05-09
    发明作者:Jens Høgh Simonsen
    申请人:Jens Høgh Simonsen；
    IPC主号:
    专利说明:

    Storage furniture for rooms with slanted wall Wallpaper
    Commonly known furniture storage solutions are designed for 90 degree (vertical) back walls and, seen in cross section, the furniture therefore has a vertical back. Vertical back furniture is not suitable for rooms with saw skunk and oblique walls. First and foremost, furniture with a vertical back cover leaves an unusable space between the back of the furniture and the back wall. Dertii will have furniture with a vertical back will be '' pressed '' out into the center and hallway of the room. This is because furniture with a vertical back will meet the sloping wall with the top of the rear edge of the furniture, which thus determines how far from the sloping wall floor the furniture is placed. The lower the roof slope the room has - the more the furniture is pressed into the room - and the more of the room's functional space (the area with standing height) is then taken up for passive storage. Therefore, a traditionally made furniture storage solution with a vertical back is not an attractive solution for rooms with slanted walls - with or without "low" skunk.
    Today, there are only a few alternative commercial and available storage solutions for rooms with slanted walls and skunk. These solutions are all characterized by being manufactured to measure and thus do not have the flexibility of any inclined wall.
    There are the semi-industrial furniture (mainly furniture with shelves), with traditional vertical back, suitable for a vertical back wall with a gable section cut off at the angle of a slant wall and possibly. a skunk. This solution is typically sold through Internet portals, but always at the customer's goals.
    There are of course also “do-it-yourself” solutions where the user himself makes a piece of furniture adapted to the current inclined wall and skunk wall.
    Finally, there is a hybrid of the above fo alternatives, in the form of carpenter-made furniture, which is adapted to a current oblique wall as '' made itself '' solution, but presumably made with a furniture finish as 'the semi-industrial' solution.
    In addition to the commercially available solutions are patented solutions: Offenlegungsschrift DE197 55 918 A 1, describes a storage furniture.
    The prior art focuses on the need for an asymmetric shape for incorporation into the skunk, but without any kind of dynamic and prepared adaptation to the skunk and inclined wall. Characteristic of the known solutions is the lack of flexibility and the lack of industrial skill and finish.
    The prior art is solely ideas for "do it yourself" processing, in contrast to the current patent application furniture concept, which provides a range of functional qualities and flexibility none of the known commercial and registered alternatives offer.
    The invention provides a solution to the disadvantages associated with the prior art by storing furniture for use in buildings and rooms with sloping walls, which at least comprises a corpus element, a functional element (shelves, cupboards or drawers) and a leg / pedestal. system, which is prepared for a simple and easy assembly and final fit to the inclined wall, where; - a corpus element is constituted by an asymmetric box (receiver of the functional elements of the furniture) comprising at least six plates, including a top plate, a back plate, an inclined plate connecting the top and back plates, a bottom plate connected to ten! the backplate and two side plates each connected to the top, slant, back and bottom plate, - a number of alternative functional elements comprising, for example, doors, shelves and drawers for installation in the corpus element, - a leg / pedestal system comprising a number of furniture legs with either fixed or variable height and / or a plurality of plinths for mounting on the underside of the corpus element, characterized in that the furniture also comprises - a covering system with at least one top plate and front panels for mounting externally on said asymmetric corpus element, - the covering system is provided with a number of prepared breaking lines. for adapting the roofing system to the inclined wall and a graphical guide for selecting lines of refraction, based on the room height and angle of the room.
    Added to this are the significant advantages of industrial production, in the form of lower prices, shorter delivery times and easy assembly. In Schedule 1, the strengths of the applied concept are exemplified in relation to known alternatives.
    Description in general
    To this end, the storage furniture according to the invention is characterized by a number of elements and subsystems.
    In Figures 1 and 2 is a drawing of the main parts of the furniture concept, which is also found in the reference designation list.
    The main parts of the concept are an asymmetric piece of furniture comprising a corpus element (1) mounted with a covering system (3) consisting of a number of panels for mounting in sides and top and which in (furniture) depth exceeds the furniture's own fullness. The cover system (3) allows the rear wall of the housing to be captured regardless of the angle of the rear wall and the height of the skunk. Possibly. minor deviations between furniture and back wall are eliminated by means of a connection system (6) which captures the remaining deviation between furniture and inclined wall.
    The furniture function is optionally selected as a shelf, create elier dresser hereafter called function elements (2).
    The flexibility of the furniture is achieved through the cover system (3), adjustable legs (4.a) in height, and access to a sub-element (5) which gives the furniture extra height and furniture capacity.
    In order to make the fitting of the furniture cover system (3) easy, an adaptation system (3a. 1 - 3a.7) has been developed, where the coverings in the form of side and top plates (3a, 3b) are partially cut in advance, thus the customer easily can find the right line of refraction (3a. 1) and make the last refraction of the furniture's side and top plates (3a, 3b) to the current inclined wall and skunk.
    Description of the new technique The furniture concept consists of a number of technical inventions and mercantile measures that no other furniture solutions or patents offer users of rooms with sloping walls. The combination of the technical inventions and mercantile measures creates a unique storage furniture that allows the space at the sloping wall to be utilized and at the same time gives the user freedom to choose between different furniture expressions in terms of function, capacity, height and depth. The formation of the furniture is made easy and the risk of errors is minimized via the fitting system on the cover plates (3.a, 3.b) and via a slit system (6) which ensures a 100% connection of the furniture ten! the back wall. In addition, the possibility of incorporating the same furniture into the skunk room in a cheaper version without the use of the covering system (3).
    The individual measures that together and together create the furniture solution are: 1) an asymmetric corpus element (1) with a sloping back wall where the storage compartment is largest at the bottom and least at the top of the furniture. The corpus element (1) comprising at least six plates, including a top plate, a backboard, an inclined plate connecting the top and back pads, a bottom plate connected to the backboard, and two side plates each connected to ten! top, slant, back and bottom plate 2) A standard corpus element {1) just as suitable for shelving, cupboard or chest of drawers or something completely fourth, for easy updating - even after installation. The functions are obtained by receiving a number of function elements (2) in the form of doors, shelves and drawers for incorporation into the corpus element (1).
    3) Flush mounting possibility, by means of corpus element (1), leg, socket and grip system (4) and an insulation system (7) formed after the corpus element (1). The cover system (3) is not to be used for installation in the skunk which lowers the solution. On the contrary, it is relevant to use an insulation system (7) which acts as a coat for the corpus element (1).
    4) Height-adjustable leg, socket and grip system (4) with optional ml. legs and pedestal plate for mounting on the underside of the corpus element respectively. the corpus element with sub-element (5). The base plates (4.b) are also equipped with a fit system (6) with refraction lines (3a. 1) for easy adjustment to the leg height.
    5) A sub-element (5) which gives the furniture concept additional height and capacity and thus extra flexibility, including for example a shelf or a drawer for installation on the underside of the corpus element (1).
    6) A covering system (3) comprising, for example, two side plates (3a) and a top plate (3b) which are all deeper than the corpus element (1) in the side and top and thus can ensure that the cover reaches the wall behind the furniture. Note that only two side coverings must be used, regardless of the number of assembled corpus elements (1), which makes the furniture cheaper the more corpus elements (1) are built together.
    7) A calculation model (3a.6) with associated graphs and instructions for using the refractive system, hereinafter simply called the '' calculation model ''. The calculator model (3a.6) converts the room height and inclination angle of the room! for clear and specific instructions on how to adjust the storage furniture (via specification numbers on relevant lines of refraction (3a.2) and indication of the leg height) and / or integration into the inclined wall. The calculation model (3a.6) is available via graphical guides, among others. on the side panels (3a.) where it is stated where and how the furniture is to be formed.
    8) An industrial fitting system (3a.1-3a.7) in the form of prepared breaking lines (3a. 1) for adaptation of the covering system (3) and the leg, socket and grip system (4) which reduces the risk of failure, facilitates worked and provides a high degree of finish.
    9) A connection system (6) comprising at least two and a maximum of four moldings that allows one hundred percent connection of the furniture to the back wall / skirt, regardless of whether the solution functions as furniture or is built into the skunk (Build-in).
    The individual measures in the invention but in particular the combination of the measures, the customer ensures a storage furniture characterized by efficient space utilization, great flexibility in the choice of functional elements (2), simplicity and ease of assembly and elegance in the finished furniture solution, for rooms with skunk and slant wall .
    Description of the technical effect
    The invention provides an industrially produced, flexible storage furniture for placement up against an inclined rear wall and possibly skunk piece. The furniture is placed in the highly usable, passive part of the room, and not like traditional furniture that must be placed in the active space where there is free space for walking and movement (see Figure 3. With this location, the concept is able to transform and utilize the visible space for clutter and nullers for convenient storage. The adjustment is made by the user himself in connection with the placement of the furniture. With the invention being provided, a furniture and storage solution has been created that makes spaces with sloping walls cheaper and easier to make habitable furniture more attractive in design.
    The utilization of the room against an inclined wall and a perfect fusion of furniture and back wall requires flexibility in the shape of the furniture. It is achieved in the production via flexible furniture height from the leg, base and grip system (4), the sub-element (5) and flexible furniture depth via the covering system (3).
    The complete adaptation ten! the rear wall is obtained via a connection system (6) with a number of connecting strips covering a possible but limited space (wedge) between the furniture side plate (3a) and the rear wall. The oblique furniture body ensures storage space in the passive space, outside the corridor, a functionality that does not exist in known furniture concepts See figure 4. And finally, the calculation model (3a.6) and the fitting system (3a.1-3a.7) with the specially machined Covering and pedestal boards, that any user who can assemble a traditional '' Flat pack '' furniture, can also make the necessary arrangement of the storage furniture and create the furniture that fits the user's own room - with sloping walls.
    The choice and composition of the furniture solution can follow the following steps - seen from the user: • The concept is based on an asymmetric corpus element (1). The user selects the number of corpus elements (1) that together provide the storage capacity the user needs. It can be a single piece of furniture or several together. See Figure 5.
    * Next, go! the user chooses furniture function ie. feature elements (2). Be it a dresser, a shelf or cupboard with shelves or something completely fourth. If the user has chosen to assemble more furniture, these can be put together arbitrarily.
    * The solution will then be adapted to the geometry of the room, in rooms with a relatively high skunk, a sub-element (5) can contribute to a harmonious solution. The sub-element (5) can also be selected alone for the purpose of obtaining more storage capacity. See Figure 5.
    • The user chooses whether there should be visible furniture legs (4a) or socket plates (4b).
    • When choosing a cover system (3), the color of the furniture and the type of handle (4c) are selected at the same time.
    The primary flexibility of the concept lies in the covering system (3) and secondary in the sub-element (5) and in the leg, pedestal and grip system (4). This means that even after purchase, the customer can play with the furniture expression and vary in height and depth. See Figure 6.
    The technical measures in the furniture concept are as follows:
    Through the use of furniture legs (4a) that can be adjusted in height and the use of a sub-element (5), the height and physical capacity of the furniture can be varied. The interior design system (3) of the furniture concept consists of two side plates (3a) and a top plate (3b), all three of which are mounted outside the corpus element (1). The two side plates (3a) are deeper than the corpus element, which allows a cut relative to the actual back wall (see Figure 7 B). The top plate (3b) of the furniture is also wider than the upper surface of the corpus element (1), which allows the furniture to be connected to a rear wall which lays behind the corpus element. The greater depth of the roofing system (3) ensures that the furniture can be flexibly adapted to any inclined wall with or without skunk and in practice a back wall, ranging from 0 to 90 ° Like a traditional furniture - it is only a matter of the depth of the roofing system ( 3), see Figure 7 C. The fit system (3a. 1-3a.7) on the side and top plates (3a, 3b) and on the base system (4b) means that the plates are prepared with refractive lines (3a.1) to ensure an easy and precise fit to the back wall. In the side plate system (3a) there are respectively. vertical and angled tracks (3a.1). For example, the vertical lines of refraction (3a. 1) can be 25 mm apart and ensure flexibility up to any skunk height. The angles (3a. 1) of the side plate (3a) are centered on two fixing points (3a.3.1,3a.3.2) respectively. low and high skunks and low and high roof slopes. For the low skunk and roof slope (3b), the lines of refraction (3a. 1) are centered on the rear of the top plate of copier element (1) and ensure the fit to the rear walls between, for example, 55 and 35 °, with two degrees of leap. For the high skunk and high roof slopes, the lines of refraction (3a. 1) are the center of the intersection of the vertical extension of the trailing edge of the corpus element (1) perpendicular backplate to the lowest roof slope line (35 °). In this case, these lines of refraction (3a. 1) provide flexibility from 35-90 ° and again with two degree jumps. The gap between the angled lines of refraction (3a. 1) shall! adjust the width of the connection strip (6) and the distance ml. the side plate's (3a) two longest angled grooves (3a.1), the connecting strip (6) being able to eliminate the wedge between the angle of the lines of refraction (3a. 1) and the actual angle of the back wall. For example, for the top plate (3b) and the base plates (4b), there may be 25 mm between each line of refraction (3a. 1).
    Each line of refraction (3a. 1) is indicated by a specification number (3a, 2) for unambiguous specification as the user adjusts the coverage system (3) to! skunk and oblique walls. For example, the vertical refractive lines (3a. 1) of the side plates (3a) may be designated by specification numbers A-Z, and the angled refractive lines (3a. 1) by the specification numbers of 1-15. Finally, the top plate (3b) and the leg, pedestal and grip system (4) can, for example, be referred to by the specification numbers Roman numerals I to V. Alternatively, the depth of the furniture and the angle of inclination of the room can be chosen as indicated by the lines of refraction (3a.1).
    For the cover system (3), the plate area with refractive lines (3a. 1) applies. is stabilized on the back with a transparent foil (3a.4), which gives the plate extra stability and strength despite the partially cut lines of refraction (3a. 1).
    With knowledge of the skunk height (in cm) and the angle of inclination (in degrees), the user can read which breaking lines (3a. 1) to use and via a simple graphical overview in the assembly guide. the height of the furniture legs (4a) must be in order for the furniture to be the perfect fit for skunk and oblique walls. See Figure 8.
    The final and final fit to the inclined wall is achieved via the connection system (6) which can, for example, occupy a space of up to 4 ° between the side plates (3a) and the inclined wall and up to, for example, 40 mm on the top plate (3b) of the furniture. The connection system (6) is placed after the furniture is placed against the inclined wall. The moldings of the connection system (6) ensure a complete and perfect fit to the back wall, as the moldings forming the connection system (6) are supplied in the same color as the covering system (3), see Figure 9.
    Deviations in the housing oblique walls from the right-to-left side of the furniture are eliminated by means of the flexible side panels (3a) and the final connection strip, as these are machined and set up independently of each other, which contributes to further flexibility in the storage furniture.
    The concept has also been developed with base plates (4b). The user can therefore, as a last resort, choose to adjust the base plates to the height of the furniture and mount them under the furniture. In this way, it is finally closed off behind the furniture at the top and bottom. The technique and processing of the base plates (4b) correspond to the fitting system (3a.1-3a.7) of the cover system (3). The indication of where the base plate (4b) is to be cut appears in the calculation model (3a.6). Here, the user can read which line of refraction (3a. 1) is to be used on the base plates (4b).
    As a further feature, the furniture has also been developed for installation in a tall skunk called 'Build-in', see Figures 5 and 10. Build-in is relevant both in new construction and in older houses.
    When choosing to incorporate the storage furniture, there is no longer a need for the developed roofing system (3), which is replaced by the building's own skunk cattle. Instead, it is appropriate to use the developed insulation system (7), which acts as an insulation coat for the corpus element (1). The insulation system (7) ensures that the furniture solution does not become bridging. The insulation system (7) will most conveniently be produced in an effective insulating material with high damping effect and limited volume. The insulation system (7) comprises the number of parts, for example four parts (two sides, a bottom and an angled piece), which also allows the customer to choose to combine several corpus solutions into a larger piece of furniture and still use the insulation system. The insulation system is assembled and retained with simple piast clamping sleeves and double-sided tape. See Figure 10.
    To obtain the perfect finish, use the molding system (6) moldings, which form a transition between the corpus element (1) and the room wall.
    Description of preferred embodiments
    Below is the reference numeral list and the figure listing with the description of the preferred embodiments.
    Reference designation list 1, Corpus 2, Function element 2a, Function element - Shelves for forming rack 2b. Function element - Drawers for forming chest of drawers 2c. Function element - Doors / shelves for forming cabinet 3, Covering system - Side plate Left / Right 3a. Covering system, side plate 3a.1 Fitting system - Breaking lines 3a.2 Fitting system - Specification numbers / breaking lines 3a.3.1 - 3a.3.2 Fitting system - Fix point Low & High 3a.4 Fitting system - Stabilization film 3a.5 Fitting system - Light construction 3a.6 Fitting system 3a.6 Fitting system .7 Fitting system - Viewing surface 3b. Covering System - Top Plate 4, Leg, Base and Grip System 4, a Leg 4, b Base Plates 4. c Grips 5. Under Cement 6. Connection System 7. Insulation System
    Figurførtegnetse
    Figure 1. Drawing overview 1 Furnish the concept's 7 main parts and systems. See reference designation list 1-7.
    Figure 2. Drawing overview 2
    Illustration of the cover system (3) with the fit system (3a.1-3a.7) all seen from above - except for the bottom left illustration, showing a cross section of the side plate (3a) in the alignment area. See reference designation 3a.1- 3a.7.
    Figure 3. Traditional furniture in rooms with sloping walls Illustration (cross-sectional drawing) of the non-usability of traditional furniture in rooms with sloping walls, eg. because of the waste ads behind the furniture.
    Figure 4. The extent of waste space is illustrated in different installation situations (inclined wall angles from 35 to 65 ° and skunk height from 35 to 75 cm) in relation to the developed furniture concept.
    Figure 5. Finished furniture concept
    Photo-illustration of finished furniture variants with examples of flexibility in terms of function, integration, assembly and use of sub-element (5).
    Figure 6. Furniture concept with many expressions
    Illustration of the many concepts of furniture concept in one and the same installation situation (skunk height and slant!) In terms of the roofing system (3), height adjustable legs (4a) and optional sub-element (5).
    Figure 7. Furniture concept roofing system (3) illustration of the furniture concept's primary technique for adapting to any inclined wall with / without skunk. All illustrations are shown as cross sections of the furniture concept. Situation A: Corpus element (1) positioned against the inclined wall. Situation B: Side plate (3a) before cutting. The dotted line shows the actual geometry of the corpus element (1). Situation C: The side and top plates (3a, 3b) are adapted to the rear wall.
    Figure 8. Furniture concept guide overviews
    Illustration of instructions for finding information for adjusting the furniture concept's side panels (3a) using the fitting system (3a. 1 -3a.7) and adjusting the furniture height. The user uses data on the angle of the rear wall and the skunk height for the choice of refraction line (3a. 1) in the fitting system (3a.1-3a.7). The instructions can be found on the cover plates (3a), via mounting instructions, website and app.
    Figure 9. Illustration of the connection system (6)
    Illustration of the furniture concept's tilt system (6) and the underlying technology applied to the siding system's side panels (3a).
    Top: Graphic illustration of the four step process from A to D). A: Corpus element (1) fitted with adapted side plate (3a), leaving a smaller space between side plate (3a) and inclined wall. B: Cut off connection list. C: Connection strip attached to the side plate (3a). D: As the connection strip is colored as the side plate (3a), this is very little visible. Bottom: Photo illustration of the use of connection list - before / after.
    Figure 10. Illustration of the insulation system (7) for use in Build-in.
    illustration of the furniture concept as Build-in in a high skunk using the insulation system (7). the covering system (3) is replaced by the room's own skunk cattle.
    Scheme 1. The strengths of the furniture concept
    Schematic presentation of furniture concept strengths vs. existing furniture.
    Schedule 2. Example of user activities from procurement to collection.
    Schematic presentation and illustration of the method of purchasing and assembling the furniture concept as independent furniture respectively. like Build-in.
    The furniture solution for sloping walls can be realized in different sizes and with varying geometry. The solution below is therefore just an example and a simple variation of the furniture concept with given dimensions, angles and materials. But just as well as the solution can be a low dresser of 50 cm - just as the solution can be a high cabinet of 200 cm or more, with a hanger space etc.. The central contribution of the concept is the simple and perfect adaptation to the skunk and slant wall and the utilization of the space below it. The following example must therefore not be construed as limiting the concept's dimensions and flexibility in height, width, depth and functionality.
    The corpus element (1) can advantageously have the dimensions: height 73 cm, width 77 cm, top plate depth 22 cm, bottom pad depth 57 cm, angle of the sloping back plate 61 cm and angled 55 degrees. The vertical back plate height can be 23 cm. The two end panels, the top plate and the bottom pad can advantageously be made of 16 mm MDF plate or in the range 10-22 mm, while the two back plates can be 3.5-5 mm HDF masonite plates or other cast material. In the ml assembly, the two backplates are placed in a wooden or plastic strip that controls the joint. All joints in the corpus element can advantageously be recessed, glued or screwed for simple and stable mounting, in the corpus element (1) reception of the function elements (2) is prepared with, for example, pre-drilled holes for shelves, doors, drawers etc. The inner surfaces of the corpus element (1) can advantageously be lacquered 2-3 times, while the outer surfaces have only one lacquer.
    The functional elements (2) consist, for example, of a hanger system, a drawer system, a shelf system or a shelving system. The materials for the individual systems can advantageously be 10-22 mm MDF and with two or three times varnishing.
    • For example, the shelving system can consist of two shelves (2a) with dimensions 77x33 cm and 77x 52 cm.
    • For example, the cabinet will consist of two doors and a shelf (2c). The dimensions of each of the two doors can typically be 40 x 73 cm. The lockers can be prepared for hinging on the corpus element. The corresponding shelf can have the dimensions 77x46 cm.
    ® The commode will typically consist of three drawer elements, all of which can have front pieces of width 80 and heights of, for example, 20 cm for the upper drawer, 23 cm for the middle drawer and 29 cm for the lower drawer. The top drawer front piece is rounded at the top, as well as the bottom drawer front piece at the bottom. The bottom pieces on the three drawers are, for example, 71x25 cm, 71x38 cm and 71x48 cm. The back pieces are, for example, 71x8 cm, 71x12 cm and 71x18 cm. Each drawer has two side plates which, for example, can have the following dimensions 25x8 cm, 38x12 cm and 48x18 cm. Each drawer is mounted in the corpus element (1) with a drawer system, via prepared holes in the corpus element.
    ® Doors and drawer fronts are painted in the number of colors in which the solution is offered.
    A sub-element (5) is a corpus increment containing, for example, a shelf or a drawer. The lower element (5) increases the capacity of the solution and contributes to a changed furniture expression. The lower element (5) has the same width and dimensions in general as the corpus element (1) but may have different heights, for example 30 cm. The sub-element (5) can act as an open shelf, a shelf with the piano hinged door or an extra drawer.
    The leg, socket and grip system (4) of the furniture concept comprises a plurality of legs and a plurality of plinths for mounting on the underside of the chassis element (1), respectively. the corpus element (1) with sub-element (5). The legs (4) used can advantageously be either height adjustable in a range between 3 to 30 cm (infinite) or selected adjustable in a number of heights such as heights 3.10, 15, 20, 25 and 30 cm. The furniture legs (4a) can be of the materials metal, wood, plastic, composite etc. Regarding the base plates (4b), they are prepared in line with the covering system (3) for the end-user's adaptation to the selected leg height. The base plates (4b) can, for example, be mounted outside the furniture legs (4a) with a simple clamping system.
    the covering system (3) comprising at least one top plate (3b) and two side plates (3a) for mounting externally on the corpus element (1) respectively. corpus element (1) with sub-element (5). The cover system (3) wraps the corpus element (1) and ensures connection to the back wall.
    The materials can advantageously be 16 mm or possibly. 10-22 mm and by weight a lightweight filling material that has a nice viewing surface, fullness and medium strength. The strength is mainly in the corpus element (1) and secondly in the covering system (3), which is why lightweight materials do not impair the quality of the furniture. The alternative can be an MDF plate. The inserts are painted 2-3 times in the number of colors the solution is offered ten! end user. The back of the cover system (3) is painted once. The side panels (3a) of the covering system (3a) have the same furniture height as the corpus element (possibly the corpus element with sub-element) and at least a depth corresponding to ten! the depth of the corpus. The depth of the side piad (3a) has an effect on how low the roof angles and skunk heights the furniture fits - given the leg height. For example, the depth of the side plate (3a) can be selected to be 97 cm and with a skunk height of at least 23 cm in the outermost position.
    The top plate (3b) In the example presented will have a width of 80 cm and a depth of 57 cm. The depth of 57 cm ensures that the furniture solution can be configured for inclined walls from 35 degrees to ordinary vertical walls of 90 degrees.
    In case the customer has a high skunk, the customer can choose to embed the concept in the skunk as Build-in, whereby the concept does not take up space in the room. In this case, an insulation system (7) is used as the corpus element (1) and replaces the covering system. (3). the insulation system (7) consists of a plurality of parts, for example four, which ensure a light assembly and enable the assembly of several corpus elements (1). The insulation system (7) may consist of several different types of insulating material, for example stone wool, glass wool, EPS etc. The primary thing is to ensure an effective wrapping of the corpus element (1) which can be exposed to cold from the ceiling and the outer roof. To reduce the volume, a vacuum-built insulating pad may be used at the back of the insulation. The insulating elements must embrace the corpus element (1), except for the side facing the room where the functional elements (2) are placed. The insulating elements (7) can be assembled, for example, with plastic clamping sleeves and double-sticking tape.
    The connection system (6) consists of a minimum of two and a maximum of four moldings that can be "L" shaped (with, for example, a rounding of r = 5 mm).
    When the furniture concept functions as traditional furniture, the joints of the connection system (6) are mounted on the outer part of the siding (3a) of the roofing system (3a) against the part which meets the inclined rear wall and skunk. The list of the connection system (6) can be plastic or metal, but it can be cut off with an aim. knife or scissors: The material thickness must be limited, for example 0.4 mm, to ensure a smooth transition from side plate (3a) to connection strip (6). The length of the connecting strips must be adjusted to the maximum side plate length (3a) which can, for example, be 100 cm, thus the entire contact surface ml. the sidewall (3a) and inclined wall are covered by the connection system (6), regardless of roof slope and skunk height.
    Connection list width must equal ten! the width of the maximum gap (wedge) between two lines of refraction (3a. 1) of the cover system side plate (3a) in the outermost position. If the lines of refraction (3a. 1) jump by 2 °, a width of 40 mm will cover the maximum gap of 35 mm at the maximum! length of 100 cm. For example, if an L-shaped frame is used, the width of the second angular surface of the connecting strip may be 15 mm, which ensures a nice finish against the back wall. The L-shaped list may have a soft and rounded shape ml. the two angled (90 °) faces (r = 5 mm). On the inside of the widest angled surface is a rather thin but effective adhesive or double-sided tape, which allows the connection strip to be fitted to the side and top plates of the covering system (3). For example, when the connection list is in operation it can eliminate a gap of up to ten! 2 ° = 40 mm. The connection system (6) is available in the same colors as the cover system (3).
    When incorporating the furniture concept into the skunk, the same tie-in system (6) is used and in the same dimensions. The connection system (6) is simply mounted in the gap (the four sides in the front) between the corpus element (1) and the compartment of the compartment so that the short outer angled surface (if using an L-shaped frame) meets the corpus element (1) while the inside of the the wide angled surface meets the room's cattle wall. For example, the mounting is done with glue or double-sided tape.
    权利要求:
    Claims (9)
    [1]
    Requirement 1. Storage furniture for use in buildings and rooms with sloping walls, which comprises at least one corpus element (1), a functional element (2) and a leg, socket and grip system (4), and which are prepared for assembly and final fit to the oblique wall, where; - the corpus element (1) is constituted by an asymmetric box, intended for receiving the functional elements (2) of the furniture, comprising at least six plates, including a top plate, a back plate, an inclined plate connecting the top and back plates, a bottom pad connected to the back plate and two side plates each connected to top, slant, back and bottom plate, - a number of functional elements (2) including, for example, doors, shelves and drawers for incorporation in the corpus element (1), - a leg, pedestal and grip system (4) comprising a plurality of furniture legs (4a) of either fixed or variable height and / or a plurality of pedestals (4b) for mounting on the underside of the corpus element (1), characterized in that the furniture also comprises - a covering system (3) having at least one top plate (3b) ) and two side panels (3a) for mounting externally to said asymmetric corpus element (1), - wherein the covering system (3) is provided with a number of prepared breaking lines (3a. 1) for use in adaptation of the covering system. one (3) for the inclined wall and therefor a calculation model (3a.6) for selecting refractive lines (3a.1), from the room height and angle of inclination. Requirements
    [2]
    2. Storage furniture according to Claim 1, characterized in that said covering system (3) allows for the fitting and retaining of the furniture up against the inclined wall of the housing comprising at least two or more parts; - a top plate (3b) which in width and length is greater than the width respectively. the length of the top of the corpus element (1), as well as two side plates (3a) which, in depth and height, are greater than the depth respectively. the height of the side of the body (1). Requirements
    [3]
    Storage furniture according to claim 1 or 2, characterized in that the covering system (3) also comprises a connection system (6) comprising a set of connection strips for mounting externally on the top and side panels of the covering system (3a, 3b). Requirements
    [4]
    A storage furniture according to claim 3, characterized in that said set of connection strips comprising at least two strips can be mounted by gluing or similar on the outer part of the cover system (3a) along the side meeting the inclined wall, wherein said connecting strips can be L-shaped with so that one leg is mounted externally on a side plate (3a) and the other leg is positioned so that its surface, which stands straight on the first leg, is partially or completely abutting either on the inclined wall of the housing partly facing inwards or towards said side plate (3a) end piece. Requirements
    [5]
    Storage furniture according to any one of claims 1 or 2, further comprising a sub-element (5) ten in the corpus element (1), comprising, for example, a shelf or a drawer which can be mounted between the underside of the corpus element (1) and said leg, pedestal and grip system (4). Requirements
    [6]
    Storage furniture according to any one of claims 1-5, further comprising a divided insulation system (7), for example in four parts which can be mounted outside the corpus element (1), for use in connection with the incorporation of the corpus element (1). skunk room like Build-in. Requirements
    [7]
    A method of use in the manufacture of a storage furniture as claimed in any one of claims 3-6, wherein the alignment of the side and top plates (3a, 3b) of the cover system and the leg, socket and grip system (4) is carried out via measurement, calculation and adjusting the furniture comprising the following steps: • the skunk height and the angle of inclination are measured at the place where the furniture is to be placed; • the two target numbers are inserted in the calculation model (3a.6) showing the alternative solutions that fit the geometry of the room; • Solution chosen, in terms of storage capacity and furniture function including the functional elements (2); • the solution is ordered; • the ordered furniture is received; • the ordered body (s) (1) are assembled; • based on skunk height and inclined angle, the calculation model (3a.6) is used, whereby the lines of refraction (3a. 1) on the side and top plate (3a, 3b) ensure that the furniture fits the back wall; • leg (4a) and pedestal height (4b) can be read via the calculation model (3a.6): ® adjustment is made on the cover system (3) and on the leg, pedestal and grip system (4); • both systems (3, 4) are mounted on the corpus element (1); • the storage furniture is placed where it is intended and the height of the furniture is optionally adjusted after the flexible legs (4); ® the furniture is optionally anchored to the back wall; • the function elements (2) in the form of shelves, doors or drawers are mounted in the corpus element (1); • the connection system (6) is optionally mounted. Requirements
    [8]
    A method of use in the manufacture of a storage furniture, as mentioned in claim 6, intended for integration into a skunk compartment comprises the following steps: ® the skunk height and the angle of inclination are measured at the location of the furniture; ® the two target numbers are inserted in the calculation model (3a.6) showing the alternative solutions that fit the room's geometry; ® the solution ordered; ® the ordered furniture is received; ® which opens into the space behind the skunk where the furniture is to stand; ® the body (s) ordered (1) are assembled; ® read the recommended furniture height using the calculation model (3a.6) and adjust the furniture legs (4a); ® Mount the furniture legs (4a) on the corpus element (1); ® the insulation system (7) is assembled and mounted on the corpus element (1) (top, bottom, sides and back surfaces); * the storage furniture is placed where it is intended; * the furniture is optionally anchored to the back wall / floor; • the function elements (2) in the form of shelves, doors and / or drawers are mounted in the chassis element; • the connection system (6) is optionally mounted. Requirements
    [9]
    A method according to claim 7, wherein the formation of the storage furniture is carried out according to. additional steps - based on the calculation model (3a.6), which shows, based on arbitrary skunk heights and angles, whether there is a need for sub-element (5) and how to break down the storage system's cover system (3) and plinth (4b) for optimal solution, - at least three sets of lines of refraction (3a.1) arranged on the side of the plates which face the corpus element (1) in the use situation, of which - a first set of lines of refraction (3a.1) are arranged parallel and spaced apart from each other; each other in relation to the trailing edge of the side plate (3a), which in the situation of use is parallel to the front of the side face (3a) of the corpus element, while - another set of lines of refraction (3a. 1) forms a fan with a fixed or joining point (3a.3.1) centered about the posterior peak at the rear edge of the corpus element (1), and the angle between each of these lines of refraction is the same extending away from the fixed point and towards the edges of the side plate facing away from the edge as in the use situation is parallel to the front of the lateral face of the corpus element (3a), where a third set of lines of refraction (3a.1) form a fan with a fixed or joining point (3a.3.2) centered on the intersection of the vertical line by extension of the vertical trailing edge of the corpus element and the lowest roof slope line - of the second set of refraction lines (3a. 1) and where the angle between each of these lines of refraction is the same extending away from the fixed point and up to the upper edge of the side plate (3a) in the use situation and thus perpendicular to the front of the side plate (3a) of the corpus element, - where the distance between the first set of breaking lines (3a.1) are in the range of 5 to 100 mm, preferably between 10 and 50 mm, most preferably 25 mm and the angular distance between each of the lines in the second and third sets of breaking lines (3a. 1) is in the interval between 1 and 25 °, preferably between 2 and 5 °, most preferably 2.5 ° (3a.1), where the lines of refraction (3a. 1) of the covering system constitute a partial intersection (75-98%) of the covering system (3), thus the plates can be adjusted by simple and easy machining by the user himself, either in the form of an aim. available kitchen / hobby knife or in the form of accompanying wedges which, with the use of ordinary hammer, break the line by simple machining (3a1) and where a foil-like film (3a.4) is applied to the back of the covering system which stabilizes the part of the covering system (3) wherein the breaking lines (3a. 1) may have weakened the strength of the plate, including a text guide and graphical instructions on the method of fitting the furniture with unique numbers (3a.2) for all breaking lines (3a. 1).
    类似技术:
    公开号 | 公开日 | 专利标题
    DK201100046U3|2011-05-27|Composite element and panel shaped element to form the composite element
    US9955781B2|2018-05-01|Furniture module
    US7306299B2|2007-12-11|Semi-frameless cabinet and method for making the same
    US8025164B2|2011-09-27|Modular system of closet inside part or dressing room complement of combinable and adjustable design easily assembled and packed by the user
    US20200008579A1|2020-01-09|Wall for a furniture carcass, method for producing such a wall, and furniture carcass comprising such a wall
    US20110115351A1|2011-05-19|Modular Case Goods and Components
    DK178518B1|2016-05-09|Storage furniture for rooms with sloping walls
    US2466869A|1949-04-12|Cabinet construction
    US10111519B2|2018-10-30|Expandable furniture
    GB2525255A|2015-10-21|Mountable furniture system
    US3743373A|1973-07-03|Cabinet front assembly
    US3765740A|1973-10-16|Cabinets
    JP6769473B2|2020-10-14|Storage shelves and storage system
    US10470560B2|2019-11-12|Slidable furniture with in-wall mounting system
    US20210204691A1|2021-07-08|Modular tube frame cabinet system
    GB2449479A|2008-11-26|Collapsible shelving unit
    WO2018011820A1|2018-01-18|Modular room
    JP3174701U|2012-04-05|Multipurpose simple assembling furniture
    JP2020054524A|2020-04-09|Shelf board support
    EP3691492A1|2020-08-12|Cabinet with multi-part back panel
    BE1025344B1|2019-02-05|Set of beams for creating a multi-functional piece of furniture and method for assembling such a set of beams
    CN113167070A|2021-07-23|Room partitioning system and connector for room partitioning system
    JP2006334114A|2006-12-14|Partition unit for open kitchen
    WO2020096520A1|2020-05-14|A room divider system and connector for a room divider system
    AU2019200352A1|2019-08-01|Modular plinth
    同族专利:
    公开号 | 公开日
    EP3017718B1|2017-08-23|
    EP3017718A1|2016-05-11|
    DK178518B1|2016-05-09|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    DE19747659C1|1997-10-29|1999-02-11|Ago Line Ausstattungen Einrich|Roof angle accommodating built in cupboard|
    DE19755918A1|1997-12-10|1999-06-17|Rene Laemmel|Roof cupboard for self-installation|
    DE29817769U1|1998-09-23|1998-12-17|Sopalla Joachim Dipl Ing|Furniture for penthouses|
    GB2370219A|2001-12-19|2002-06-26|Antonio Dominic Mella|Cupboard for use in a roof space|
    FR2556944B1|1983-06-07|1987-04-30|Pinon Joel|BUILT-IN CABINET|
    GB2463490A|2008-09-13|2010-03-17|Mark Evans|Marked up plasterboard|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DKPA201400651A|DK178518B1|2014-11-07|2014-11-07|Storage furniture for rooms with sloping walls|DKPA201400651A| DK178518B1|2014-11-07|2014-11-07|Storage furniture for rooms with sloping walls|
    EP15020183.8A| EP3017718B1|2014-11-07|2015-10-09|Storage furniture for rooms with sloping walls|
    [返回顶部]