ES1078657U - Wall furniture (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Wall cabinet comprising a parallelepipedic frame (1) comprising two lateral support boards (1a, 1b) joined by an upper board (1c) and a lower board (1d), which together define an interior space (1e) having a depth; at least one tilting module (2, 3, 4) comprising a transverse folding board (5, 6, 7) with a support surface (5a, 6a, 7a) and a hinged cover surface (5b, 6b, 7b) by its sides to the lateral boards (1a, 1b) by means of lateral joints (8) and tilting between a folded position in which the folding board (5, 6, 7) is in an upright position and a deployed position in which the folding board (5, 6, 7) is cantilevered with respect to the side boards (1a, 1b) and its supporting surface (5a, 6a, 7a) is an upper surface while its covering surface (5b, 6b, 7b) is a lower surface, the folding board (5, 6, 7) comprising a first transverse edge and a second transverse edge that, in the deployed position of the folding board (5, 6, 7), respectively form a front edge (5c, 6c, 7c) and a trailing edge (5d, 6d, 7d); a rear retention element (9, 10, 11) comprising a rear retention section (9a, 10a, 11a), and an upper retention section (9b, 10b, 11b); characterized in that the retaining element (9, 10, 11) is formed by a recess manufactured independently of the folding board that comprises the retaining sections (9a, 9b; 10a, 10b; 11a, 11b) and a fixing section (9c, 10c, 11c) cross-section with which the recess is fixed to a rear cross-section of the folding board (5, 6, 7); the recess comprises a front access mouth located between the fixing section (9c, 10c, 11c) and a front edge of the upper retention section (9b, 10b, 11b). (Machine-translation by Google Translate, not legally binding)

Description

WALL FURNITURE

TECHNICAL FIELD OF THE INVENTION

The present invention falls within the technical field of wall furniture

which comprise tilting modules in a horizontal tilting axis.

5

BACKGROUND OF THE INVENTION

Today, there is a trend in both homes and offices and facilities

industrial, to make the most of the available space, which also affects the

furniture both storage and office. In wall furniture of this type, it

try to reduce the depth, that is, the distance between the wall and its front, which

10

the furniture occupies at least when it is not being used for the function to which it is

destined.

Furniture such as secretary furniture in which a board is known

folding articulated transversely between side support panels is tilting

between a folded position in which it serves as a front cover and an unfolded position in

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which serves as a desk. Although they save space when the board

foldable is folded, its storage function requires that it have the same depth

than a normal piece of furniture.

Other known furniture are shoe cabinets that comprise

tilting compartments, and which are composed of a parallelepipedic framework that

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It comprises two lateral support boards joined by a top board and a board

lower, which together define an interior space. Each rocker module that comprises

a folding board articulated by its sides to the lateral support panels

by lateral and tilting joints between a collapsed position in which the

flip board is in an upright position and an unfolded position at an angle

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of deployment of about 45 °, in which the folding panel is cantilevered with respect to

of the side panels. The folding board comprises a first transverse edge and a

second transverse edge which, in the deployed position of the folding board, form

respectively a leading edge and a trailing edge. The rear edge is provided with a

retention element comprising an angularly rear retention section

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protruding adjacent to the rear edge and, in some designs, also a section of

upper retention extending from the rear retention section towards the edge

front of the folding board, so that the shoes rest on the folding board

and its front part is inserted between the folding board, the retention section

rear and upper retention section. In closed position, shoes remain

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arranged vertically Shoe cabinets are only for storing shoes and, for

Therefore, its functionality is limited to this purpose.

As you can see, none of the furniture of the type described above

It allows a different use to that which is specifically intended.

DESCRIPTION OF THE INVENTION

5

The present invention aims to overcome the drawbacks of the state of the

technique detailed above, by means of a wall cabinet comprising

a parallelepipedic frame comprising two lateral support panels

joined by an upper board and a lower board, which define each other a space

interior that has a depth;

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at least one tilting module comprising a transverse folding board

with a support surface and articulated on its sides to the side panels by

lateral and tilting joints between a collapsed position in which the board

collapsible is in an upright position and an unfolded position in which the board

folding is cantilevered with respect to the side panels and their surface of

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support is an upper surface, the folding board comprising a first edge

transverse and a second transverse edge which, in the deployed position of the board

folding, respectively form a front edge and a rear edge provided with a

retention element comprising a rear retention section, and a section of

superior retention;

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that is characterized because

the retention element is formed by a recess manufactured

regardless of the folding board comprising the retention sections and a

transverse fixing section with which the recess is fixed to a rear transverse part

of the folding board;

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the recess comprises a front access mouth located between the section of

fixing and a leading edge of the upper retention section.

The term "dashboard" used in this specification and in the

claims attached thereto, has the meaning of "rigid material table",

meaning "board" in turn "flat and thin piece of wood or other material

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rigid ", so that the boards used in the present invention can be of

wood or any suitable material, such as plywood, metal,

chipboard, extruded profiles, metal sheets etc.

The fact that the retention element is a fabricated recess

regardless of the folding board, it implies greater versatility and less

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manufacturing cost of the wall cabinet.

The fixing section of the recess is preferably attached to a strip

transverse rear of the support surface of the folding board, although alternative or

in addition it can be fixed to the rear edge of the folding board.

5

The upper retention section may extend at least in part in the direction

of the front edge of the folding board, and can be at least partially coplanar, or

inclined, with respect to the support surface of the folding board.

The recessed can also comprise a front retention section that emerges

frontally of the fixing section and has a height less than the retention section

10

rear, and the access mouth is located between the front retention section and the edge

front of the upper retention section.

Also, the retention element may comprise two sections of

lateral retention that extend between the upper retention section and the section of

fixation, and that can be part of the cajeado.

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In a first embodiment of the retention element, the recess is a body

single piece in which the fixing section is attached to a rear transverse strip of

the support surface of the collapsible board, such that the rear retention section

it is adjacent to the rear edge and emerges from the fixing section, while the section of

upper retention extends from the rear retention section in the direction of the edge

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front panel folding. At least a part of the recess may have a section

cross section selected between cross sections in e, in V and in U.

In a second embodiment of the retention element, the fixing section

it comprises a transverse section of flexible connection that extends into the space

inside the wall cabinet and is connected to a lower support section of which

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the rear retention section emerges vertically, while the retention section

upper emerges in the direction of the folding board without protruding frontally from the

side support boards. The lower support section and the rear retention sections

and top are mounted transversely between the side support panels, of

so that the access mouth is located between the upper retention section and the section

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cross connection.

The rear part of the transverse connecting section can be fixed in the

support section so that the support section and the rear retention sections and

upper can form a transverse body mounted between the side panels of

support. Alternatively, the cross section of connection, the support section, the section

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fixing and retention sections can form a single piece element.

Each joint can comprise damping means

designed to act when the collapsible board tilts towards its deployed position, and

they can be designed to allow eccentric tilting of the folding board.

5

In an embodiment of the joints that allow such eccentric tilting,

each of the lateral joints comprises

a vertical guide profile mounted in a front inner area of one of the boards

lateral and that presents an open guidance channel towards the interior space of the furniture

wall;

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a connecting arm mounted on one side of the folding panel and comprising

a rear part adjacent to the rear edge of the folding board and a front end;

a lower mobile arm with a front end articulated externally to the part

rear of the connecting arm and a rear end articulated to a lower part of a

vertically sliding clamping slide plate in the guide channel between a

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upper position and lower position;

an upper movable arm with a rear end articulated to an upper part

of the guide profile and a front end articulated externally to an intermediate part of the

connecting arm;

an intermediate movable arm with a rear end articulated to a top

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of the sliding plate and a front end articulated externally to a part

intermediate the upper moving arm; Y

an upper stop disposed in the guide channel that delimits the upper position

of the sliding plate when the folding board is in its deployed position.

According to this embodiment of the joints, in each joint it can be

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arranged between the rear of the connecting arm and the front end of the movable arm

bottom, a friction washer designed to offer a predetermined resistance and

Adjustable when the folding board tilts towards its deployed position.

Also according to this embodiment of the joints, the upper stop

it can be fixed to a plurality of heights in the guide channel, to obtain an angle

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of deployment of up to 1350 of the folding board in said deployed position.

The damping means may comprise a sliding friction body

in the guide channel and connected to the sliding plate to offer friction resistance

when the sliding plate moves between its upper and lower position. This body of

friction can be of an elastically flexible material and be attached to an extension

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lower recess of the sliding plate by means of a pressure screw that threads into the

Reduced extension In this way, when the pressure screw is tightened, the friction body

expands laterally in the guide channel thus offering friction resistance

adjustable when the sliding plate moves between its upper and lower position in

pressure screw tightening function.

5

The folding panel of the tilting module can have, between its front edge and its

rear edge, an extension at least twice the depth of space

inside the frame, the module can be a desktop tilting module in which the

flip board is an articulated desk tabletop with an angle of

deployment of at least 90 ° and whose support surface serves as a work surface. In

10

The latter case, the flip-top panel of the desktop tilting module can

further comprising a transverse retention nerve adjacent to the front edge of the

folding board.

The wall cabinet can comprise at least a first fixed shelf

transverse fixed between the side panels, at a height at which the first fixed shelf

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It is adjacent to the first retention element.

The rocker module can also be a storage module in which the

support surface of the tilting board serves so that it can be supported on it

objects stored in the rocker module when the board is folded down and deployed

folding, and which is preferably articulated in the lateral support panels with a

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90 ° maximum deployment angle.

The tilting storage module may be provided with fastening means.

adjustable that extend transversely on the support surface of the board

folding, such as sailboat ribbons, elastic ribbons and elastic cords whose ends

they are fixed on respective opposite side parts of the folding board, which serve to

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press stored objects against the support surface of the tilting board.

The rocker module, such as the desktop rocker module or the

tilting storage module, can be arranged as the only tilting module

in an individual frame.

The individual frame may be provided with vertical connection means for

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connect it vertically to another individual frame comprising connection means

complementary.

Alternatively, the wall cabinet may comprise a plurality of

tilting modules articulated to the side support panels at different heights,

comprising the plurality of rocker modules s said rocker module of

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desktop and one or more storage modules, such as at least one module

overhead storage swingarm articulated on the side support panels above

of the desktop tilting module, and / or at least one tilting storage module

Bottom articulated side support panels below the rocker module of

desk.

5

According to the invention, a series of

additional features, such as:

The support surface of at least one of the folding boards may be

coated with a non-slip material.

Locking means may be provided to lock the flip board in its

10

collapsed position, which can comprise lock means, such as a lock

by mechanical or electronic key, an electronic lock with keyboard, etc.

The internal or support surface and / or the outer surface of the folding board of

Desk can comprise a slate board.

At least a part of the support surface of the folding desk top is

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It can be magnetized.

The frame can comprise support legs.

The frame may comprise fixing means for fixing the frame to a wall.

It can comprise an electric cable guidance system that in turn can

comprise at least one plug that can be connected to an electric cable and fixed to the furniture

twenty

wall.

It can comprise a telecommunications cable guidance system, which

in turn it can comprise at least one connector connectable to a cable

telecommunications and fixed in the wall cabinet.

As follows from the foregoing, the present invention exceeds

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satisfactorily and in an original way the inconveniences of the state of the art

through an easily implantable and economical solution.

BRIEF DESCRIPTION OF THE FIGURES

Aspects and embodiments of the invention are described below on the basis

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of some schematic drawings, in which

Figure 1 is a front elevational view of a first embodiment of the furniture of

wall according to the present invention, with its tilting modules deployed;

Figure 2 is a side elevation view of the wall cabinet shown in Figure

one;

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Figure 3 is a front elevation view of the wall cabinet of Figure 1 with the

swing modules folded down;

Figure 4 is a side elevation view of the wall cabinet shown in Figure

3;

Figure 5 is a front perspective view of a collapsible board embodiment

5

of the desktop tilting module that is part of the wall cabinet shown in the

figures 1 to 4;

Figure 6 is a top plan view of the desktop rocker module

shown in figure 5;

Figure 7 shows a first embodiment of the retaining element, which is

10

incorporated into the board shown in figures 5 and 6;

Figure 8 shows a second embodiment of the alternative retention element

to the one shown in figures 5 and 6;

Figure 9 shows a third embodiment of the retention element, alternative to

the one shown in figures 5 and 6;

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Figure 10 shows a fourth embodiment of the retention element, alternative

to the one shown in figures 5 and 6;

Figure 11 shows a fifth embodiment of the retention element, alternative

to the one shown in figures 5 and 6;

Figure 12 is a front perspective view of an embodiment of the board

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folding of any of the storage modes that are part of the wall cabinet

shown in figures 1 to 4;

Figure 13 is a partial side elevational view of the collapsible board

shown in figure 12;

Figure 14 is a front elevation view of a second embodiment of the furniture

25

wall according to the present invention, with its tilting module deployed;

Figure 15 is a front elevational view of a third embodiment of the furniture of

wall according to the present invention, with its tilting module deployed;

Figure 16 is a front elevational view of a fourth embodiment of the furniture of

wall according to the present invention, with its tilting module deployed;

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Figure 17 is a side elevational view of the embodiment of the wall cabinet

shown in figure 14;

Figure 18 is a front elevational view of the embodiment of the wall cabinet

shown in figure 14, with its swinging module folded down;

Figure 19 is a side elevational view of the embodiment of the wall cabinet

35

shown in figure 15;

Figure 20 is a front elevational view of the embodiment of the wall cabinet shown in Figure 15, with its tilting module collapsed; Figure 21 is a side elevation view of the embodiment of the wall cabinet shown in Figure 16; Figure 22 is a front elevational view of the embodiment of the wall cabinet shown in Figure 16, with its tilting module folded down; Fig. 23 is a right side elevation view of an embodiment of the left side joint for the storage tilting module; Figure 24 is a right side elevation view of an embodiment of the left side joint for the desktop swing module; Figure 25 is a partial right side perspective view corresponding to any of the joints shown in Figures 23 and 24; Figure 26 is a top plan view corresponding to the part of the joint shown in Figure 25; Figure 27 is a partially sectioned view of two individual frames connected vertically to each other. In these figures numerical references appear that identify the following

elements:

one

framework

the, lb

side boards

lc

top board

ld

bottom board

you

interior space

1f

first transverse fixed shelf

19

support leg

lh

second transverse fixed shelf

li

third transverse fixed shelf

lj

vertical retention plate

lk

storage hole

eleven

vertical partition

2

overhead storage tilting module

3

desktop rocker module

4

lower storage tilting module

5

folding board (from the upper storage tilting module)

5th

support surface

Sb

cover surface

Sc

front edge

Sd

rear edge

6

folding board (from the desktop tilting module)

6th

support surface

6b

cover surface

6c

front edge

6d

rear edge

6e

transverse retention nerve

7

folding board (from the lower storage tilting module)

7a

support surface

7b

cover surface

7c

front edge

7d

rear edge

8

lateral joint

8a

vertical guide profile

8b

guiding channel

8c

connecting arm

8d

lower moving arm

8e

sliding plate

8f

upper moving arm

8g

intermediate moving arm

8h

top stop

8i

retention partitions

8j

first swivel connection

8k

second swivel connection

81

third swivel connection

8m

fourth swivel connection

8n

fifth swivel connection

80

sixth swivel connection

8p

orifice

9

retention element

9a

rear retention section

9b

upper retention section

9c

fixing section

retention element

The rear retention section

10b upper retention section

10c fixing section

10d front retention section

lOe cross section of connection

10f lower support section

10g back of the connecting cross section

10h bottom flap

11 retention element

the rear retention section

llb upper retention section

llc fixing section

12 friction washer

13 friction body

13th screw

14th cylindrical nut

14b adjusting bolt

15 adjustable clamping means

16 fixing screw

17 bottom plug

18 through hole

19 screws screws

20th upper deck

20b bottom cover

20c side wing

MODES OF CARRYING OUT THE INVENTION

In the embodiments shown in Figures 1 to 4 and 14 to 22, the wall cabinet comprises a -1-parallelepiped frame comprising two side panels -the, support bracket joined by an upper board -lc- and a lower board -ld -, which together define an interior space -le-, and at least one rocker module -2, 3-4-,

The basic difference between the first embodiment of Figures 1 to 4 and the embodiments of Figures 14 to 22 is that in said first embodiment the wall cabinet comprises three tilting modules -2, 3, 4-, namely a tilting module -2

of upper storage, a -4-lower tilting module, and a module

-3-desktop swingarm arranged between the storage swingarms,

articulated in the side tables -the, lb-of a -1-set frame, while in the

embodiments corresponding to figures 14 to 22 these rocker modules 2, 3, 4

5

are articulated to the side panels -la, 1-b-of individual -1-individual frames, of

so that each individual frame is formed together with its tilting module -2, 3,

4-a modular wall cabinet, composed of such -1-individual frames, for what

which frame -1-individual is provided with vertical connection means-14a, 14b-itself

conventional, to connect a -1-individual frame vertically to another -1 frame

10

individual comprising connection means -14a, 14b-complementary.

As Figure 27 shows, the connection means can be, for example

(Figure 27), cylindrical nuts -14a-provided with two threaded cross-passages and

inserted into blind holes (not shown) incoming at respective neighboring ends

of two side panels -la, 1b-in each of which two pins are screwed

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14b-which extend through two side holes (not shown) communicated

with the blind holes, one of the side holes being made at the end of

one of the lateral partitions -la, lb-like for example the upper end of the partition

side of the lower modular wall cabinet and the other end of the side walls

such as the adjacent lower end of the side wall of the wall cabinet

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modular stacked on the lower modular wall cabinet.

Another difference is that in the first embodiment in which the framework -1

set includes the three folding modules -2, 3, 4-, support legs are provided

19-1 stones in the lower base of the -1-set frame, while in the embodiments

shown in figures 14 to 22, only the -1-individual frame in which the

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rocker module -4-is provided with such support legs -lg-.

However, the aforementioned embodiments have in common that

each of the tilting modules comprises a folding board -5, 6, 7-transverse

with a support surface -5a, 6a, 7a-and a cover surface -5b, 6b, 7b - The board

folding -5, 6, 7-is articulated by its sides to the side panels -la, lb-by

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lateral joints -8- and tilting between a collapsed position (figures 3,4,18-22) in

which the folding board -5, 6, 7-is in an upright position, and a position

deployed (figures 1, 3, 14-16, 17, 19, 21) in which the folding board -5, 6, 7-se

it is cantilevered with respect to the side panels -la, 1b-and its support surface

5a, 6a, 7a-is an upper surface while its cover surface -5b, 6b, 7b-is

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a lower surface. Each folding board -5, 6, 7-comprises a first edge

transverse and a second transverse edge which, in the deployed position of the board

folding -5,6, 7-, respectively form a front edge-sc, 6c, 7c-and a rear edge

sd, 6d, 7d-.

The rear edge -sd, 6d, 7d-has a retaining element -9,10,11-rear

5

(Figures 5 to 13) formed by a recess comprising the retention sections -9a, 9b;

10a, 10b; 11 a, 11b-and a fixation section -9c, 10c, 11c-transversal with which the recessed

it is fixed to a rear transverse part of the folding board -5, 6, 7-. This box includes

an access mouth located between the fixing section -9c, 10c, 11c-and a front edge of the

upper retention section -9b, 10b, 11b-.

10

The fixing section -9c, 10c, 11c-of the recess is attached and fixed to a strip

transverse rear of the support surface -sa, 6a, 7a-of the folding panel (figures 7-11

and 13) And it may be additionally fixed to the rear edge -6d-of the folding panel -6-, by

example to a lower flap -10h- (figures 8, 11), using, for example, screws

Fixing -16-transversely aligned and / or glued. The upper retention section -9b,

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10b, 11b-extends in the direction of the front edge-sc, 6c, 7c-of the folding board -5, 6, 7-,

And it can be coplanar with the support surface -sa, 6a, 7a- (figures 5-9, 11-13) of the board

folding -5, 6, 7-, or be inclined with respect to the support surface -sa, 6a, 7a-del

folding board -5, 6, 7- (figure 10).

As can be seen in particular from figures 2, 5, 6, 19 and 20, the folding board

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-6-of the tilting module -3-desktop has, between its front edge -6c-and its edge

rear -6d-, an extension more than twice the depth of space

interior -le-of the frame -1-. This flip-up board -6 is a desktop tabletop

articulated to the side panels -la, lb-with a deployment angle of at least 90 °.

(Figures 2, 19), and provided with a -6e-transverse retention nerve adjacent to the edge

25

front -6c-of the folding panel -6- (figures 5, 6). An angle of deployment greater than

folding board -6-is useful for many functions, for example when the user works

standing, and / or when you want to use the folding board -6-as a drawing board.

Likewise, the recess corresponding to the retaining element -10-mounted on

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the folding table -6-desktop also includes a front retention section -

10d-which emerges frontally from the fixation section -10c-and has a height less than the

rear retention section -10a-, so that the access mouth is located between

the front retention section -10d and the front edge of the upper retention section

10b- (figures 5, 6). This prevents the movement of objects that can be rolled, such

35

such as pens, pencils, etc. deposited in the recess towards the upper surface -6a-del

folding board -6-.

As can be seen in Figures 1 and 15, the -1 framework also includes a

first fixed shelf -lf-transversal fixed between the side panels -la, 1b-, at a height

5

in which the first fixed shelf -lf-is adjacent to the retention element -10-, as well as

a second fixed shelf -lf-transverse fixed between the side panels -la, 1b-above

the first fixed shelf -lf-, so that between said shelves -lE, 1h-two are formed

-lk-storage gaps separated by a vertical -11-intermediate partition that

extends vertically between the fixed shelves -lf, 1h

10

In figures 2, 17 and 21 it can be seen that the tilt modules -2, 4-of

storage are articulated on the side panels -la, 1b-support with an angle of

deployment below 90 °. You can also see that the flip-board -7-module

swingarm -4-bottom storage has, between its front edge -7c-and its rear edge

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7d-, an extension more than twice the depth of the interior space -le

of the frame -1-, while the folding panel -5 of the tilting module -2de

upper storage has, between its front edge -sc and its rear edge -sd-, a

extent less than twice the depth of the interior space -le-del

frame -1-. The different extensions of the folding panels -S, 7-modules

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swingarms -2, 4-is related to that, for obvious reasons, it is easier for

users access the tilt module -4of lower storage than the module

tilt-2 of upper storage, so the first one can have some

dimensions larger than the last.

25

In order to retain objects stored in the rocker modules -2, 4-, it is

provided that each of them includes adjustable fastening means -15-that

extend transversely on the support surface -sa, 7a-of the folding board -S, 7

, such as sailboat belts, elastic straps and elastic cords with ends fixed on

respective opposite side parts of the folding board, as shown

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schematically in figure 12.

In the embodiments illustrated in Figures 7-10 and 13, the recess is a body

car in which the fixing section -9c, lOe, 11c-is attached to a strip

transverse back of the support surface -sa, 6a, 7a-of the folding panel -S, 6, 7-, and the

35

rear retention section -9a, lOa, 11a-is adjacent to the rear edge -sd, 6d, 7d-del

folding board -5, 6, 7Y emerges from the fixation section -9c, lOe, 11c-, while the

upper retention section -9b, 10b, 11b-extends from the retention section

rear -9a, lOa, 11a-in the direction of the front edge-Se, 6c, 7c-of the folding panel -5, 6, 7

. According to these embodiments, the recess has a cross section selected from

5

cross sections in e (figure 9), in V (figure 10) and in U (figures 7, 13).

In the embodiment shown in Figure 10, the fixation section -lOc- comprises a

cross-section of connection -lOe-flexible that extends into the interior space -le

of the wall cabinet and is connected to a lower support section -lOf-from which it emerges

10

vertically the rear retention section -lOa-, the upper retention section -lOb

emerges in the direction of the folding board -6-without protruding frontally from the boards

support sides -la, lb-, while the lower support section -lOf- and the sections of

rear retention -lOa-and upper -lOb-are mounted transversely between the

side support panels -la, lb-y are subsequently connected by the section of

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rear retention -lOa-o In this way, the access mouth is located between the section

of upper retention -lOb- and the cross-section of connection -lOe-o

Although in the embodiment shown in Figure 10 a back -lOg-del

cross section of connection -lOe-is fixed in the support section -lOf-by

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fixing screws -16-, it is also feasible that the transverse connecting section -lOe-, the

support section -lOf-, the retention sections -lOa, 10b-and the fixing section -lOc

make up a single piece element.

The side joints -8-shown in figures 23 to 26 are designed

25

to allow an eccentric tilting of the folding board -5, 6, 7-, that is, in the

folding board path -5.6, 7-between the collapsed position and its deployed position, no

they only move angularly but also vertically and horizontally, which allows

that a rear part of the folding board -5, 6-, 7-, in the deployed position of the board

folding -5, 6, 7-is located in the interior space -le-of the wall cabinet and that the

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folding board -5, 6, 7-do not have to be articulated to the side panels -la, lb-a

height equal to or less than the extension between the front edges-Se, 6c, 7c-and rear -sd, 6d,

7d-of the folding board, but can also be articulated in higher positions. The

-8-joints shown in said figures, correspond respectively to the

joints mounted on the left-side panel, understanding that the

35

Joints mounted on the right side panel have a structure and a

-

Operation totally analogous.

5

As can be seen, the articulation -8- comprises a metal -8a-vertical vertical guide profile, mounted in a frontal interior area of one of the side panels -la, lb- and which has a guide channel -8b-open towards the interior space -le-of the wall cabinet and delimited frontally between individual retaining partitions -Si-lateral.

10

The joint -8- further comprises a connecting arm -8c-mounted on a side of the folding board -5, 6, 7-Y comprising a rear part adjacent to the rear edge of the folding board -5, 6, 7-Y a front end

15 2 O

To the rear part of the connecting arm -8c-is articulated externally, by means of a first rotating connection -8j-, the front end of a lower mobile arm -8d- whose rear end in turn is articulated, by a second rotating connection - 8k-to a lower part of a sliding plate -8e-clamping, which is vertically slidable in the guide channel -8b-between an upper position and a lower position. Between the rear of the connecting arm -8c-and the front end of the lower mobile arm -8d-is arranged a friction washer -12-designed to offer a predetermined resistance when the folding panel -5, 6, 7-tilts towards your deployed position

25

An upper mobile arm -8f- with a rear end is articulated to an upper part of the guide profile -8a- by a third swivel connection -81-, For its part, the front end of the upper mobile arm is articulated, by a fourth connection swivel -8m-, externally to an intermediate part of the connecting arm -8c-.

3 o

The swivel connection -8- also comprises an intermediate movable arm -8g with an articulated rear end, by means of a fifth swivel connection -8n-to an upper part of the sliding plate -8e and an externally articulated front end, by a sixth swivel connection -80 , -to an intermediate part the upper moving arm -8f-.

The arms -8c, 8d, 8e, 8f, 8g-can be flat metal plates.

35

In the guidance channel -8b-there is an upper stop -8h-shaped

screw, which delimits the upper position of the sliding plate -8e-when the board

folding -5, 6, 7-is in its deployed position. The top stop -8h-shaped

screw is screwable in various holes -8p-vertically spaced from each other, of

so that it is fixed to a plurality of heights in the guide channel -8b-, to obtain

5

a deployment angle of up to 135 ° of the folding board -5, 6, 7 in position

deployed Thus, in figure 23, the upper stop -8h-is in a lower position,

so that the board -5, 6, 7-can only swing up to a deployment angle

less than 90 °, which is particularly useful for tilt modules -2, 4-of

storage, while in figure 24, the upper stop -8h-is in a

10

higher position that allows a panel deployment angle -5, 6, 7-of more than

90 °, which is particularly useful for the tilting module -3-desktop. In the part

bottom of the guided channel -8b-a lower plug -17-which constitutes a

bottom stop.

fifteen

The sliding plate -8e-is connected to a friction body -13-sliding in

the guide channel -8b-to offer friction resistance when the sliding plate -8e

moves between its upper and lower position. Particularly, this friction body

13-is of an elastically flexible material and is attached to a lower recessed extension

of the sliding plate -8e-by means of a pressure screw -13a-which threads into said

2 o

Reduced extension When the pressure screw -13a- is tightened, the friction body -13-se

laterally expands in the guiding channel -8b-thus offering friction resistance

adjustable when the sliding plate -8e-moves between its upper and lower position,

depending on the tightening of the pressure screw -13a-.

25

The connecting arm -8c-has through holes -18- (figures 23, 24) that

they serve for the passage of screws screws -19-that are screwed on the sides of the

folding boards -5. 6, 7- (figure 25) to fix them to the respective connection arms

8c-. In Figure 25 an example can also be seen in which the board is a

plywood provided with an upper cover -20a- and a lower cover -20b-. The

3 o

bottom deck -20b-is wider than the top deck -20a-and the core of the board -5,

6, 7-to which the connecting arm -8c- is fixed, so that the lower cover -20b

It has two lateral wings -20c-which, in the depressed position of the board -5, 6, 7

they hide the joints -8-.

Claims (12)

1. Wall cabinet comprising a parallelepipedic frame (1) comprising two lateral support panels (la, lb) connected by an upper board (lc) and a lower board (ld), which together define an interior space ( le) that has a depth; at least one tilting module (2, 3, 4) comprising a transverse folding board (5, 6, 7) with a support surface (5a, 6a, 7a) and an articulated cover surface (5b, 6b, 7b) by its sides to the side panels (la, lb) by lateral joints (8) and tilting between a collapsed position in which the folding board (5, 6, 7) It is in an upright position and an unfolded position in which the folding board (5,6, 7) is cantilevered with respect to the side panels (la, lb) and its support surface (5a, 6a, 7a) is a upper surface while its cover surface (5b, 6b, 7b) is a lower surface, the collapsible board (5, 6, 7) comprising a first transverse edge and a second transverse edge which, in the deployed position of the board 15 folding (5, 6, 7), respectively form a leading edge (5c, 6c, 7c) and a trailing edge (5d, 6d, 7 d); a rear retention element (9, 10, 11) comprising a rear retention section (9a, 10a, 11a), and an upper retention section (9b, 10b, 11b); characterized because 20 the retention element (9, 10, 11) is formed by a recess made independently of the folding board comprising the retention sections (9a, 9b; 10a, 10b; 11a, 11b) and a fixing section (9c, 10c , 11c) transverse with which the recess is fixed to a rear transverse part of the folding board (5, 6, 7); The recess comprises a front access mouth located between the fixing section (9c, 10c, 11c) and a front edge of the upper retention section (9b, 10b, 11b). 2. Wall cabinet according to claim 1, characterized in that the fixing section (9c, 10c, 11c) of the recess is attached to a rear transverse strip of the support surface (Sa, 6a, 7a) of the folding board. 3. Wall cabinet according to claim 1 or 2, characterized in that the fixing section (9c, 10c, 11c) of the recess is fixed to the rear edge (Sd, 6d, 7d) of the folding panel (5, 6, 7) . 4. Wall cabinet according to claim 1, 2 or 3 characterized in that the section of

upper retention (9b, 10b, 11b) extends in the direction of the front edge (Se, 6c, 7c) of the folding board (5, 6, 7).

5

5. Wall cabinet according to any one of claims 1 to 4, characterized in that at least a part of the upper retention section (9b, 10b, 11b) is coplanar with the support surface (5a, 6a, 7a) of the board folding (5, 6, 7).

10

6. Wall cabinet according to any one of claims 1 to 4, characterized in that at least a part of the upper retention section (9b, 10b, 11b) is inclined with respect to the support surface (5a, 6a, 7a) of the folding board (5, 6, 7).

fifteen

7. Wall cabinet according to any one of claims 1 to 6, characterized in that the recessed further comprises a front retention section (10d) that emerges frontally from the fixing section (lOe) and has a height less than the retention section rear (10), and because the access mouth is located between the front retention section (10d) and the front edge of the upper retention section (10b).

2 o

8. Wall cabinet according to any one of claims 1 to 7, characterized in that the retention element comprises two lateral retention sections that extend between the fixing section (9c, 10e, 11c) and the upper retention section ( 9b, 10b, 11b).

25 3 or 35

9. Wall cabinet according to claim 8, characterized in that the lateral retention sections are part of the recess. 10. Wall cabinet according to any one of the preceding claims, characterized in that the recess is a single piece body in which the fixing section (9c, 10, 11c) is attached to a rear transverse strip of the support surface (5a , 6a, 7a) of the folding board (5, 6, 7); the rear retention section (9a, 10A, 11a) is adjacent to the rear edge (5d, 6d, 7d) of the folding panel (5, 6, 7) and emerges from the fixing section (9c, 10O, llc); the upper retention section (9b, 10b, 11b) extends from the rear retention section (9a, 10a, 11a) in the direction of the front edge (Se, 6c, 7c) of the folding board (5, 6, 7).

11. Wall cabinet according to claim 10, characterized in that at least a part of the recess has a cross section selected from cross sections in e, in Vyen U.

5 10 15

12. Wall cabinet according to one of claims 1 to 9, characterized in that the fixing section (10) comprises a transverse section of flexible connection (10) extending into the interior space (le) of the wall unit and is connected with a lower support section (10t) from which the rear retention section (10a) emerges vertically; the upper retention section (10) emerges in the direction of the folding panel (6) without protruding frontally from the lateral support panels (la, lb); the lower support section (10t) and the rear (lOa) and upper (lOb) retention sections are transversely mounted between the lateral support panels (la, lb) and are subsequently connected by the rear retention sections (lOa); the access mouth is located between the upper retention section (10b) and the transverse connection section (10).

twenty

13. Wall cabinet according to claim 12, characterized in that a rear part (lOg) of the transverse connection section (lOe) is fixed in the support section (10t). 14. Wall cabinet according to claim 12, characterized in that the transverse connection section (10), the support section (10 t), the retention sections (10, 10b) and the fixing section (10) form an element single piece

25

15. Wall cabinet according to any one of claims 1 to 15, each characterized by the joints (8) comprising damping means (12, 13) designed to act when the folding board (5, 6, 7) swings towards its deployed position.

3 o

16. Wall cabinet according to any one of claims 1 to 15, characterized in that the side joints (8) are joints designed to allow eccentric tilting of the folding board (5, 6, 7).

35

17. Wall cabinet according to claim 6, characterized in that each of the lateral joints (8) comprises a vertical guide profile (8a) mounted in a front interior area of one of the

side panels (la, lb) and presenting a guide channel (8b) open to the space

interior (le) of the wall cabinet;

a connecting arm (8c) mounted on one side of the folding panel (S, 6, 7) and that

it comprises a rear part adjacent to the rear edge of the folding board (S, 6, 7) and a

5

front end;

a lower mobile arm (8d) with a front end articulated externally to the

rear part of the connecting arm (8c) and a rear end articulated to a part

bottom of a sliding plate (8e) for vertically sliding clamping in the channel

guidance (8b) between an upper position and a lower position;

10

an upper movable arm (8f) with a rear end articulated to one part

top of the guide profile (8a) and a front end articulated externally to a part

intermediate connection arm (8c);

an intermediate movable arm (8g) with a rear end articulated to one part

upper sliding plate (8e) and a front end articulated externally to

fifteen

an intermediate part the upper moving arm (8f);

an upper stop (8h) arranged in the guide channel (8b) that delimits the position

upper of the sliding plate (8e) when the folding board (S, 6, 7) is in its

deployed position.

2 o

18. Wall cabinet according to claim 17, characterized in that, between the part

rear of the connecting arm (8c) and the front end of the lower mobile arm (8d) is

arranged a friction washer (12) designed to offer resistance

default when the flip board (S, 6, 7) tilts towards its deployed position

25

19. Wall cabinet according to claim 17 or 18, characterized in that the stop

upper (8h) is fixed to a plurality of heights in the guide channel (8b), to obtain

a deployment angle of up to 135 ° of the folding board (S, 6, 7) in said position

deployed

3 o

20. Wall cabinet according to claim 17, 18 or 19, characterized in that it comprises

a friction body (13) slidable in the guide channel (8b) and connected to the plate

clamping (8e) to offer friction resistance when the sliding plate (8e) is

moves between its upper and lower position,

21. Wall cabinet according to claim 20, characterized in that the body of

5

friction (13) is made of an elastically flexible material and is connected to a lower recessed extension of the sliding plate (8e) by means of a pressure screw (13a) that threads into said recessed extension, such that when the pressure screw is tightened (13a), the friction body (13) expands laterally in the guide channel (8b) thus offering adjustable friction resistance when the sliding plate (8e) moves between its upper and lower position, depending on the screw tightening pressure (13a).

10

22. Wall cabinet according to any one of claims 1 to 21, characterized in that the folding board of the tilting module (6, 7) has, between its front edge (6c, 7c) and its rear edge (6d, 7d), an extension at least twice the depth of the interior space (le) of the frame (1).

fifteen

23. Wall cabinet according to claim 22, characterized in that the tilting module is a tilting desk module (3) in which the folding board (6) is a desk table board articulated to the side boards (la, lb ) with a deployment angle of at least 90 °.

2 o

24. Wall cabinet according to claim 23, characterized in that the folding board (6) of the desktop tilting module (3) comprises a transverse retaining rib (6e) adjacent to the front edge (6c) of the folding board (6).

25

25. Wall cabinet according to claim 23 or 24, characterized in that it comprises at least a first transverse fixed shelf (1f) fixed between the side panels (la, lb), at a height at which the first fixed shelf (1f) it is adjacent to the retention element (10). 26. Wall cabinet according to claim 23, 24 or 25, characterized in that the frame (1) is an individual frame comprising only the desktop tilting module (3).

3 o

27. Wall cabinet according to any one of claims 1 to 22, characterized in that the tilting module is a tilting storage module (2, 4), and that the frame (1) is an individual frame (1) comprising only the tilting module (2, 4) of storage.

35

28. Wall cabinet according to claim 26, characterized in that the framework (one)

individual is provided with vertical connection means (14a, 14b) to connect it vertically to another individual frame (1) comprising complementary connection means (14a, 14b).

5 10

29. Wall cabinet according to claim 23, characterized in that it comprises a plurality of tilting modules (2,3,4) articulated to the support side panels (la, lb) at different heights, comprising the plurality of tilting modules (2 , 3, 4) said desktop tilting module (3) and at least one tilting module (2, 4) storage. 30. Wall cabinet according to claim 27 or 29, characterized in that it comprises at least one upper storage tilting module (2) articulated on the lateral support panels (la, lb) on top of the desktop tilting module (3),

fifteen

31. Wall cabinet according to claim 27 or 29, characterized in that it comprises at least one lower storage module (4) articulated to the lateral support panels (la, lb) under the desktop tilting module (3).

2 o

32. Wall cabinet according to any one of claims 27, 29, 30 and 31, characterized in that the storage tilting module (2, 4) is articulated in the lateral support panels (la, lb) with a deployment angle 90 ° maximum.

25

33. Wall cabinet according to one of claims 27, 29, 30, 31 and 32, characterized in that at least one storage tilting module (2, 4) comprises adjustable clamping means (15) extending transversely on the surface of support (sa, 7a) of the folding board (5, 7).

3 o

34. Wall cabinet according to claim 33, characterized in that the fastening means (15) are selected from sailboat belts, elastic bands and elastic cords with ends fixed on respective opposite side parts of the folding board.

35

35. Wall cabinet according to any one of the preceding claims, characterized in that the support surface (sa, 6a, 7a) of at least one of the folding boards (5, 6, 7) is covered with a non-slip material.

36. Wall cabinet according to any one of the preceding claims, characterized in that it comprises locking means for locking the folding board (5, 6, 7) in its collapsed position. 37. Wall cabinet according to claim 36, characterized in that the locking means comprise lock means. 38. Wall cabinet according to claim 23, characterized in that the support surface (6a) of the folding desk (6a) comprises a slate board. 39. Wall cabinet according to claim 23, characterized in that at least a part of the support surface (6a) of the folding desk (6a) is magnetized. 40. Wall cabinet according to any one of the preceding claims, characterized in that the frame (1) comprises support legs (lg). 41. Wall cabinet according to any one of the preceding claims, characterized in that the frame (1) comprises fixing means for fixing the frame (1) to 2 O a wall. 42. Wall cabinet according to any one of the preceding claims, characterized in that it comprises an electric cable guidance system. 43. Wall cabinet according to claim 42, characterized in that the electric cable guidance system comprises at least one plug connectable to an electric cable and fixed to the wall cabinet. 44. Wall cabinet according to any one of the preceding claims, 3 O characterized in that it comprises a telecommunications cable guidance system. 45. Wall cabinet according to claim 44, characterized in that the telecommunications cable guidance system comprises at least one connector that can be connected to a telecommunications cable and fixed to the wall cabinet. you 9a lb the  Fig. L   Fig. 2 Be Fig. 3 the- ~ Fig. 4 lOe Fig. 5 10a 10b 6a 6e 6e Fig. 6 lob

6d

End 7 6b

lOa

16

lOa

6b

6th

End 8 6

lob

lOe

End 9

lob

lOa -r; e ~~~~~ t¡. "'Go" "' r" '' II: '' '' 'Go' '' ~~~

6d

End 10

lOe

16

6

lOf

./

16 ----... t :: ~ II.,

lOh-- ~~~~~~~~~~~

End 11

6d 6b

9.11 9b, 11b 9th, 11th - ~ -: .___________ ge, 11e Sa, 7th Se, 7e S, 7 Fig. 12 9b, 11b S, 7 Sb, 7b Fig. 13 9a 1 9b le 2 8 lb you ld 6th Fig. 15 ld lOa lOb le le 19 I know Sb \ / S \ Sd Fig. 1B Fig. 17 6e / I I ~ __ ~~ 6b  --t I I I \ \ Fig. 20 6d 6 Fig. 19 7e 7b  ~ / 1 I I the 7d 19 Fig. 22 19 8p 8e 8e 8 / Fig. 23 8f 8e 8d 13 8a 8i - =:, .....--- 1 8b 8 / Fig. 24 5,6,7 5th, 6th, 7th 8e 5b, 6b, 7b 20b Fig. 25 5,6,7 8d 20e Fig. 26 you 14 to 14 to the lb Fig. 27 14b