KR20090008113A - Wardrobe Sliding Door Device - Google Patents

Abstract

The wardrobe sliding door device comprises a carriage 10, 15, 25, 35 consisting of shaped frames 12, 17, 37, 39, the shaped frame comprising section bars 58, 59, 78. One or more rotating members 22 are provided which are connected to fastening members 24, 41, 43 for preventing the door from being released from the sliding rails in coordination with and fixed to the frames, directly or indirectly. A longitudinally extending seat 63 having undercuts 62, 64, 66, 68, 82 ′, 84 ′ for fastening members to prevent the door from deviating from the sliding rails 24, 41, 43. , 63 ', 65, 65', 82, 84 are provided and shaped edges 60, 60 ', 80, 80' for sliding movement of the rotating member 22 are provided.

Description

Wardrobe sliding door device {A WARDROBE SLIDING DOOR ARRANGEMENT}

The present invention relates to a wardrobe sliding door device, and more particularly to a sliding rail having a fixing member for preventing the door from being separated from the sliding rail by being automatically engaged and separated from each rail.

More specifically, the present invention relates to a guide as mentioned above, wherein the fastening member for preventing the door from detaching from the sliding rail is easily insertable and removable without the need of using a tool at all. Moreover, it remains constant at the optimum position in the seat of the rail, regardless of the height adjustment of the closet door.

Furniture currently provided with sliding doors is now very widespread because it can eliminate obstructions as the door protrudes during the opening stage of the furniture. Also from an aesthetic point of view, furniture with sliding doors has an obvious advantage since it is at least partly identifiable and does not need to be provided with a hinge that changes the linearity of the furniture itself.

In general, specific devices are used to allow sliding furniture doors, the particular device being comprised of small carriages comprising wheels, sliding blocks, bearings or the like, the carriages being through the rotating members and Constrained to the door at the upper edge of the carriage and sliding along a rail or seat formed in a suitably shaped metal section bar. The section bars are fixed to the receiving frame in the vicinity of the front side of the section bars at the top and bottom portions, and in general the section bars are intended for as many doors or groups of doors as possible, i.e. for the inner and outer doors. Two pairs of sliding seats. In an assembly step, a single door provided with a carriage is first hooked to the uppermost rail where the door is retained hung with the possibility of oscillating, and immediately thereafter, the bottom of the door The device located in the side is inserted into the corresponding seat to properly move the door.

Coupling to the inner and outer doors with respective carriage devices along the seats of the metal section bars arranged at the uppermost part is not particularly difficult, but thereafter for preventing the doors from deviating from the sliding rails. Attaching the fastening members is very difficult due to the position of the carriage close to the ceiling, as a result of which the user cannot visually see and often cause incorrect operation. In such a situation, it becomes further difficult to handle the tools necessary to fix the fastening member for preventing the door from detaching from the sliding rail. If the sliding rails are not arranged correctly on the carriage, there is also the possibility that the door will separate and break from the piece of furniture, and given the considerable weight of the door, people are likely to be seriously injured due to accidental departure of the door. have. Fixing members for preventing the door from detaching from the sliding rail are difficult to apply to the carriage in the door assembly step, and sometimes even more difficult to remove when the door itself is removed.

In addition, a non-secondary drawback regarding the fact that the fastening member for preventing the door from detaching from the sliding rail is fixed to the door carriage and the sliding rail often requires height adjustment should also be considered. do. To this end, the carriage provided with an adjustment slot associated with the door is operated in many cases by changing the exact position of the fastening member to prevent the door from leaving the sliding rail.

It also essentially includes a fixing member for preventing the door from being deviated from the sliding rail in order to move upward or downward of the carriage, and the effect of the fixing member may be nullified. There is a risk of loss of stability.

Coupling to the inner and outer doors with respective carriage devices along the seats of the metal section bars arranged at the uppermost part is not particularly difficult, but thereafter for preventing the doors from deviating from the sliding rails. Attaching the fastening members is very difficult due to the position of the carriage close to the ceiling, as a result of which the user cannot visually see and often cause incorrect operation. In such a situation, it becomes further difficult to handle the tools necessary to fix the fastening member for preventing the door from detaching from the sliding rail. If the sliding rails are not arranged correctly on the carriage, there is also the possibility that the door will be separated and broken from the piece of furniture, and, given the considerable weight of the door, people are seriously injured due to accidental departure of the door. Fixing members for preventing the door from detaching from the sliding rail are difficult to apply to the carriage in the door assembly step, and sometimes even more difficult to remove when the door itself is removed.

In addition, a non-secondary drawback regarding the fact that the fastening member for preventing the door from detaching from the sliding rail is fixed to the door carriage and the sliding rail often requires height adjustment is also to be considered. To this end, the carriage provided with an adjustment slot associated with the door is operated in many cases by changing the exact position of the fastening member to prevent the door from leaving the sliding rail.

It also essentially includes a fixing member for preventing the door from being deviated from the sliding rail in order to move upward or downward of the carriage, and the effect of the fixing member may be invalidated, thereby impairing the stability of the door. There is a risk.

It is an object of the present invention to eliminate the above mentioned drawbacks.

More specifically, an object of the present invention is to provide a wardrobe sliding door device, wherein the uppermost carriage of the door integrally constitutes a fixing member for preventing the door from being separated from the sliding rail using a tool. It can be engaged or disengaged substantially automatically from each sliding rail without having to.

A further and non-secondary object of the present invention is to provide the above-mentioned closet sliding door device, wherein the position of the fixing member for preventing the door from being released from the sliding rail is at the top carriage of the door. The height of the door can be adjusted without being affected by moving it vertically.

A final but non-minimum object of the present invention is to provide a wardrobe sliding door device, wherein a fastening member for preventing the door from being released from the sliding rail connected to the top carriage of the door in the device uses a tool. It is automatically positioned in the seat formed in the section bar fixed to the bearing frame.

A further object of the present invention is to provide a user with a wardrobe sliding door device that can guarantee a high level of durability and reliability over time and can be manufactured easily and inexpensively.

These and other objects are realized by the closet sliding door device according to claim 1. Further advantageous advantages of the invention are described in the dependent claims.

According to the invention, the fastening member for preventing the door from detaching from the sliding rail is easily insertable and removable without the need of using a tool at all, and furthermore, in the seat of the rail regardless of the height adjustment of the wardrobe door. It remains constant at the optimal position.

More specifically, an object of the present invention is to provide a wardrobe sliding door device, wherein the uppermost carriage of the door integrally constitutes a fixing member for preventing the door from being separated from the sliding rail using a tool. It can be engaged or disengaged substantially automatically from each sliding rail without having to.

A further and non-secondary object of the present invention is to provide the above-mentioned closet sliding door device, wherein the position of the fixing member for preventing the door from being released from the sliding rail is at the top carriage of the door. The height of the door can be adjusted without being affected by moving it vertically.

A final but non-minimum object of the present invention is to provide a wardrobe sliding door device, wherein the fastening member for preventing the door from being deviated from the sliding rail connected to the top carriage of the door in the device does not use a tool. It is automatically positioned within the seat formed in the section bar fixed to the bearing frame.

A further object of the present invention is to provide a user with a wardrobe sliding door device that can guarantee a high level of durability and reliability over time and can be manufactured easily and inexpensively.

1, 2 and 3, the wardrobe sliding door arrangement according to the invention comprises carriages for the inner and outer doors indicated by reference numeral 10 in FIG. The carriage 10 consists of a shaped frame 12 having a substantially upturned U-shaped portion, the front wall of which is opposite to and parallel to the rear wall 14 of the frame. Barriers 16 have different heights. In particular, the rear wall 14 of the frame 12 is provided for fixing to a closet door (not shown) by means of common screws, thus providing a number of through holes 18. The distance between the walls 14, 16 is formed between approximately 15 mm and 40 mm and forms a cavity with a rectangular profile in the center-top part of the frame 12 and extends longitudinally, and supports 20 is a locking member for a rotatable member 22 provided with a central through hole 22 'and for preventing the door from being disengaged from the sliding rail 24. member). The support 20 forms an inverted U-shaped profile, the front wall 26 and the rear wall 28 facing each other and having substantially the same height, the uppermost connection indicated by reference numeral 30. The connecting wall is bent at least 90 ° in the downward direction on the head of the support 20.

The bottom free end of the tab 32 extends to approximately half the height of the tab itself and has a vertical development for seating a portion of the stem of the screw. A central recess 34 is provided and the screw stem will be described later. The opposite and parallel walls 26, 28 of the support 24 are provided with two parallel through slots 36, 36 ′ in an ovoid shape, the through slots being the same wall. It is received at a position close to the vertical edge of the field and is oriented in a diagonal direction. The slots 36, 36 ′, shown only with respect to the front wall 26 of the support 20, each rivet inserted transversely in the support 20 and in the frame 12, which is configured to penetrate appropriately. (rivet 38, 38 ') and are thus connected to the same frame 12.

The support 20 is additionally provided with a through hole 40 for receiving the rivet 42 along the opposite walls 26, 28, the rivet 42 having walls 26, 28 of the support 20. It is suitable for rotationally constraining the rotatable member 22 to be rotatable within the space between the inner face of the.

A fastening member is also constrained to the support 20 to prevent the door from detaching from the sliding rail 24, the fastening member being made of a preferably plastic material provided with an appendix. It consists of a shaped plate, the accessory being oriented vertically with an outwardly protruding end lip 24 'formed in the opposite direction with respect to the rear wall 14 of the frame 12. A fastening member for preventing the door from detaching from the sliding rail 24 is fixed to the front wall 26 of the support 20 by means of rivets 44 or equivalent means and with a metal section bar. Used for cooperating, this metal section bar will be described below.

The carriage 10 has a substantially parallelepiped shape and is provided with threaded holes for the screws 50 and additionally includes a block 46 made of plastic or other suitable material. The block and screw are shown in detail in FIG. The screw 50 is provided with a groove 52 suitable for arranging in the recess 34 of the tab 32 of the support 20 at the front end, and the block 46 is outside the tab itself. The recess 34 and the threaded holes 48 are aligned side by side so as to contact the front part. The block 46 is provided with one or more cross through holes 54 for securing to the frame 12 and to the support 20, preferably a pin with a shaped head. 56) is fixed as above.

As the through slots 36, 36 ′ are provided on the support 20, through the connecting rivets 38, 38 ′, the frame 12 and the support 20 are relative to each other. constrained with each other, the screw 50 is rotated clockwise or counterclockwise so that the groove 52 of the screw is pushed forward or the support 20 with respect to the frame 12. Since the relative movement is substantially initiated by the retreat, the forward and backward movements are inclined direction determined by the orientation of the through slots 36 and 36 '. occurs along the (inclined direction). Thereby, without affecting the position of the fixing member for preventing the door from being released from the sliding rail 24 and the support 20 for receiving the rotating member 22 and without changing the support position, The possibility of adjusting the height of the frame 12 and thus the door fixed to the frame 12 is advantageously determined. As a result, the sliding rails 24 remain constant in their proper position relative to the seats arranged over the section bars comprising the sliding rails.

3 to 5 show a first embodiment of the section bar, which is indicated by reference numeral 58 in the drawing, the section bar being in a recess formed along the rolling surface of the rotating member 22. Complementary, for example, facing vertical walls are provided, including top edges 60, 60 'having a circular profile. The edge 60 relates to the carriage 12 of the inner door and the edge 60 'relates to the carriage for the outer door and will be described later. Between mutually opposite vertical walls with top edges 60, 60 ', section bars 58 form two adjacent seats extending longitudinally and disposed at different heights, the two adjacent The sheets are separated by an intermediate wall substantially formed as many undercuts overlapping one another, and a bottom undercut, denoted by 62, means that the door is connected to the sliding rails. It is used to prevent accidental rise above a given height of the fastening member in order to prevent deviation from 24 and overlaps the protruding lip 24 'of the device.

The lip 24 'and undercut 62 are advantageously due to the possibility that the frame is moved irrespective of the support 20 in which the angularly oriented through slots 36, 36' are provided. The predetermined distance between a) may remain constant regardless of the height adjustment of the door fixed to the frame 12. In addition, due to the shape and position of the fastening members to prevent the doors from deviating from the sliding rails 24, the doors coupled to the uppermost part of the wardrobe frame may cause the lip 24 'of the device to It is easily stabilized given the automatic arrangement underneath the undercut 62. An operating step for engaging and stabilizing the carriage 12 with respect to the inner door is shown schematically in FIGS. 3 and 4, from which the first part is tilted outwards, i.e. outwards. By keeping it somewhat protruding, the rotating member moves on the shaped shaped edge 60 of the vertical wall of the section bar and the fixing member for preventing the door from leaving the sliding rail 24. The lip 24 ′ can be seen to move under the undercut 62. The carriage is then straightened due to the alignment of the door bound to the closet frame at the floor by any device and the lip 24 'is moved to a minimum distance from the predetermined and undercut 62 and thus The door is prevented from accidentally detached.

6 and 7 show a carriage for the outer door, denoted by reference numeral 15, which comprises several components already illustrated for the solution in FIGS. 1 and 2 and accordingly the configuration. Elements are denoted by the same reference numerals used above. The carriage 15 for the outer door comprises a shaped frame 17, which has a relatively large width, i.e. a relatively large distance between the rear wall 14 and the front wall 16. And this distance is similar to the frame 12 of the previous solution, which is between approximately 40 mm and 90 mm. According to this embodiment, the support 20 for receiving the fixing member and the rotating member 22 for preventing the door from being separated from the sliding rail 24 is formed by rivets 38 and 38 '. Opposing and parallel walls 19 fixed to the inner surface of the front wall 16 of the frame 17 and to the frame 17 by welding or other suitable means as shown in FIGS. 4 and 5. It is fixed to). The wall 19 is arranged between the front wall 16 and the rear wall 14 of the frame 12 and develops vertically from the internal front of the flat part connecting the walls. Rivets 38, 38 ′ cross the inclined slots 36, 36 ′ provided on the front wall 26 and rear wall 28 of the support 20 and are screwed as in the above embodiment. A block 46 with 50 is provided. The block 46 is arranged in a tab 32 (not shown in FIG. 6) facing each other for the block shown in FIG. 2 and similarly a recess cooperating with the groove 52 of the screw 50. 34) is provided. Substantially the support tabs 20 are opposed to each other with recesses 34 that must be used without distinction starting from one or the other heads according to assembly needs. 32 is provided.

The fixing member for preventing the door from being separated from the sliding rail 24 is, in the solution to the carriage 15 for the outer door, by means of rivets 44 to the rear wall 28 of the support 20. It is fixed. Overall, the frame 17 of the carriage 15 for the outer door is sized to exceed the frame 12 of the carriage 10 for the inner door, as shown in particular in FIG. 5, and thus the uppermost side 60. The height of the vertical wall of the section bar 58 provided with ') is relatively higher than the parallel wall with the top edge 60.

In this configuration, the carriages 10 and 15 and the respective frames 12 and 17 are not interfering with each other in the assembly and actuation steps.

A fastening member for preventing the door from deviating from the sliding rail 24 with the lip 24 'protruding outwardly is an opposite second vertical appendage indicated by reference numeral 21 with respect to the carriage 15. And the second appendage 21 is more elastic by having a relatively smaller width than the opposing appendage provided with the protruding lip 24 '. Overall, the fixing member for preventing the door from being detached from the sliding rail 24 associated with the carriage 15 is substantially in a fork-wise configuration in the front view. And an end of the second appendage 21 is projected somewhat in the direction opposite to the lip 24 'with the end chamfer and to form a limited extension plane.

Accordingly, the fastening member for preventing the door from escaping from the sliding rail includes a section bar 58 between an inverted S-shaped intermediate wall including a bottom undercut 62 and a vertical wall with a top side 60 '. Suitable for arranging in the longitudinally extending sheet of < RTI ID = 0.0 > The sheet of the device 24 connected to the carriage 15 is indicated by reference numeral 65 in FIG. 5, and the sheet of the device 24 of the carriage 12 is indicated by the reference numeral 65 ′ in the same figure. . The uppermost free end of the middle wall of the section bar 58 is bent 90 ° in the direction of the edge 60 ', thereby forming a barrier for the protruding plane of the appendage 21. The side undercut 64 is formed.

As in FIG. 4, with the frame 12, it is easily coupled for the carriage 15 relative to the outer door by first tilting the door along the section bar 58 and then tilting the carriage itself. Stabilizes. Thereafter, the carriage is straightened by aligning the doors side by side, and the fixing member for preventing the door from being separated from the sliding rail 24 moves into the seat with the second accessory 21, and with the fixing member Together the lip 24 ′ is already arranged in the seat of the section bar 58 and facilitates the top undercut 64 due to the elasticity of the second appendage 21 and the end chamfer of the protruding part of the appendage. Easy surpassing.

Figures 8, 9, 11, 12 and 13 show that the door is prevented from leaving the sliding rail 24 of the type used as the carriage 10 for the inner door as in Figures 1 and 2. An alternative embodiment of a carriage for an outer door is to use a fastening member for the same.

The embodiment also includes several components identical to those already described and illustrated above, which are denoted by the same reference numerals.

The carriage illustrated in detail in FIGS. 8 and 9 is denoted by reference numeral 25, and there is no second attachment 21 in the fixing member for preventing the door from being separated from the sliding rail 24, and shaping It differs from the carriage 15 in that it is arranged in a more advanced position with respect to the rotating member 22 on the machined frame 17, thus similar to the solution in FIGS. 1 and 2. Partially obscured by the device itself. The device 24 is fixed to the front wall 26 of the support 20 by means of rivets 44, wherein the support 10 is shaped, as in the solutions of FIGS. 4-7. Between the wall 19 and the front wall 16 of (17) is constrained by rivets 38, 38 across the slots 36, 36 'and arranged between the walls. Rotating members 22 coupled to front wall 26 and rear wall 28 by means of rivets 42 inserted into holes 40 are arranged into the same support 20.

The carriage 25 is connected to a specific section bar 59 as illustrated in FIGS. 11, 12 and 13, which particular section bar 59 is used for the outer door and is provided with a carriage 12 provided with a frame 12. 10) can be accommodated.

Compared to the section bar 58, the section bar 59 has a semicircular profile 60 having a semicircular profile that is complementary to the recess formed along the rolling surface of the rotating member 22. , 60 '), including two vertical walls.

The fastening member for preventing the door from being deviated from the sliding rails connected to the frames 12, 17 is identical in this case and corresponds to the device 24 with the protruding lips 24 ′ of FIGS. 1 and 2 and said There is no second accessory 21 in the device 24.

The fastening members for preventing the door from being deviated from the sliding rails of the frames 12, 17 are substantially identical to each other from the dimensional standpoint and are provided in the section bar 59 and properly spaced from each other. And received in each sheet disposed.

The seats, denoted by reference numerals 63 and 63 ', are obtained at different heights and are fastening members for preventing the doors from leaving the sliding rails 24 of the frame 12 and of the frame 17. On the side facing the device, the seats 63 and 63 'each include a protruding lip 24' such as a plurality of undercuts, each having a bending at 90 °. To form a bottom 66 and a top 68 to cooperate with. Also in this embodiment, the operation for coupling and stabilizing the outer door carriage 25 and the inner door carriage 10 along the section bar 59 is easily performed and according to the methods already mentioned above. Is implemented.

14 and 15 relate to a further embodiment of the wardrobe sliding door device according to the invention, in which case the door is separated from the sliding rail 24 on the carriages for the inner and outer doors indicated by reference numeral 35. It is only considered for the use of the fastening member to prevent it. The carriage comprises two shaped frames 37 and 39 which support both the fixing member and the rotating member 22 to prevent the door from being deviated from the sliding rail, the sliding rail being a frame for the inner door. Reference numeral 43 is used for the reference numeral 39, and reference numeral 41 is used for the frame 37 for the outer door. Frames 37 are similar to frame 17 described above, but face each other curved 90 ° outward at the base of the front vertical wall, indicated by reference numeral 70, relative to frame 17. An integral end tab 72 is provided, one of the tabs receiving a fixing member for preventing the door from being detached from the sliding rail 41 at the bottom. The same wall 70 constitutes a support for the rotating member 22. The fastening member for preventing the door from escaping from the sliding rail 41 is composed of a body having a square or L-shaped profile, the two planes being oriented substantially 90 ° with respect to each other and perpendicular to each other. The planar end extends outwardly in an integral appendix 41 ′, similar to the lip 24 ′ of the device 24.

The frame 39 arranged at the rear part of the frame 37 is composed of a plate shaped into an L shape, and the horizontal wall 74 faces the vertical wall 70 of the frame 37 and at the end the sliding rail ( An end supporting the fixing member for preventing the door from being separated from 43, wherein the sliding rail 43 is marked 43 'and protrudes outward, except for a more limited height. It is the same as the device 41 of the frame 37 in that an end appendix is provided. The vertical wall 76 of the frame 39 houses the rotating member 22.

The carriage 35 is connected to the section bar indicated by reference numeral 78 in FIG. 15, in particular one of the coupling edges with the rotating member 22, received by the frame 37, of the section bar itself. Formed from a fold, the sides separating two identical longitudinally extending sheets 82, 84, indicated by reference numeral 80, arranged on the same plane, the sheets being To accommodate the fixing members for preventing the door from being separated from the sliding rails 43 and 42, respectively. The side portion at which the rotating member 22 of the frame 39 slides is indicated by reference numeral 80 '. The seats 82, 84 are provided with undercuts 82 ′, 84 ′ for cooperating with the attachments 43 ′, 41 ′ of the fastening members to prevent the door from escaping from the sliding rail.

Also in accordance with the above embodiment of the wardrobe sliding door arrangement, the coupling engagement and stabilization of the carriage 35 is quick and easy starting from the inner door fixed to the frame 39 according to the same methods described for the previous solutions. Is implemented.

As can be noted above, the advantages realized by the present invention are apparent. In the wardrobe sliding door device of the present invention, all the fastening members for preventing the door from detaching from the sliding rail are restrained beforehand to the carriage frame and each seat of the section bar provided with undercuts to prevent accidental detachment. It is easily accommodated within.

A particular advantage with respect to the solutions shown in FIGS. 1 to 13 is that without affecting or changing the position of the fastening members to prevent the door from escaping from the sliding rails constrained to different carriages. The possibility of adjusting the height of the door.

Although the present invention has been described with respect to some specific embodiments by way of non-limiting example, some changes and modifications will be apparent to those skilled in the art as described above.

Accordingly, the present invention may include any modifications and variations without departing from the spirit and scope of the following claims.

Features of the construction and function of the wardrobe sliding door according to the invention will be better understood from the following detailed description with reference to the accompanying drawings which show some preferred and non-limiting embodiments.

1 is a perspective view schematically showing a carriage of the wardrobe sliding door device of the present invention;

2 is an exploded view illustrating the same carriage of the wardrobe sliding door device.

3 is a front partial cross-sectional view diagrammatically showing the top carriage of the inner door in the step of connecting in each seat of a metal section bar, according to a first shape;

4 is a front partial cross-sectional view schematically showing the top carriage of the outer door in the step of connecting in each seat of the same metal section bar;

5 is a front partial cross-sectional view schematically illustrating the top carriage of the inner door and the outer door connected and stabilized in each seat of the same metal section bar;

Figure 6 is an exploded view schematically showing the carriage of the wardrobe sliding door device of the present invention.

Figure 7 is a perspective view of the same carriage of the previous figure.

8 and 9 are exploded and perspective views schematically illustrating the carriage of a wardrobe sliding door according to an alternative embodiment;

10 is an enlarged view schematically showing components of carriages for inner and outer doors.

FIG. 11 is a front partial cross-sectional view schematically illustrating the top carriage of the inner door in the step of connecting in each seat of the metal section bar, according to an alternative shape; FIG.

12 is a schematic, front partial cross-sectional view of the carriage of FIGS. 8 and 9 for use for an exterior door, in the step of connecting in each seat of the same metal section bar, according to an alternative configuration;

13 is a front partial cross-sectional view schematically showing the carriage of FIGS. 11 and 12 connected and stabilized in each sheet of the metal section bar;

14 and 15 are perspective and front partial cross-sectional views schematically illustrating carriages for inner and outer doors in accordance with a further alternative embodiment.

Claims (12)

A rolling assembly fixed to the sliding rails 58, 59, 78 and respective sliding doors, the rolling assembly A shaping receiving one or more rotating members 22 for sliding engagement with shaped shaped edges 60, 60 ', 80, 80' of the sliding rails 58, 59, 78; A carriage 10, 15, 25, 35 having a machined frame 12, 17, 37, 39, A wardrobe sliding, comprising fastening members 24, 41, 43 for preventing the door from being disengaged from the sliding rails 58, 59, 78 as a means for adjusting the door in a vertical direction. In the door device, The sliding rails 58, 59, 78 are provided with undercuts 62, 64, 66, 68, 82 ′ and 84 ′ that cooperate with the protruding lips of the fastening members 24, 41, 43. Wardrobe longitudinally extending seat (seat, 63, 63 ', 65, 65', 82, 84). The shaped frame (12, 17) is coupled to an upturned "U" support (20), and on the opposite vertical walls (26, 28), said U-shaped support Is provided with one or more through slots 36, 36 ′ and a hole 40 for the rivet 42 that constrains the rotating member 22 between the walls 26, 28. Wardrobe sliding door device, characterized in that. 3. The frame (12) according to claim 1 or 2, wherein the frame (12) forms an inverted U-shaped section having opposing rear walls (14) and front walls (16) of different heights, with support (20) between the walls. ) Is fixedly arranged on the walls by rivets (38, 38 ') across the through slot (36, 36'). 3. The frame 17 according to claim 1 or 2, wherein the frame 17 forms an inverted U-shaped section with rear walls 14 and front walls 16 facing each other, with an additional vertical wall 19 between the walls. And the support 20 is secured between the walls 16, 19 by means of rivets 38, 38 'across the through slots 36, 36' of the support. Door device. The support (20) according to any of the preceding claims, wherein the support (20) is provided with downwardly curved tabs (32) on one or more heads, the tabs having a front wall (26) and a rear wall. Starting from the top wall 30 of the connection of 28, the tab 32 cooperates with the stem of the screw 50 provided with the groove 52 and is vertically oriented. Wardrobe sliding door device characterized in that it has a recess (34) oriented in the direction. 6. The screw (50) according to claim 5, wherein the screw (50) traverses the threaded hole (48) of the block (46), which is fixed to the shaped frame (17) by means of pins (56) and supports ( 20. A wardrobe sliding door device, characterized in that aligned with the head of 20). 7. The fastening members according to any one of claims 1 to 6, wherein the fastening members for preventing the door from being separated from the sliding rails 24 are oriented in a vertical direction fixed to the support 20 by means of rivets 44. A shaped shaped plate, wherein the integral lip protrudes from the bottom end of the plate toward the front wall 16 of the shaped frames 12, 17 of the carriages 10, 15. (integral lip, 24 ') is formed closet sliding door device. 8. The fastening member according to claim 7, wherein the fastening member for preventing the door from being detached from the sliding rail 24 connected to the shaped frame 17 of the carriage 15 has a vertical attachment facing the lip 24 '. vertical appendix (21), said appendage having a smaller thickness and projecting in a direction opposite to the lip to form an extended plane confined by an end chamfer. 2. The carriage 35 according to claim 1, wherein the carriage 35 comprises two shaped frames 37, 39, each of which is a fastening member for preventing the door from being released from the sliding rails 41, 43. And a rotating member (22) for sliding and sliding along the section bar (78). 10. The shaped frame 37 forms an inverted U-shaped section, wherein the front vertical wall 70 extends into two opposing tabs 72 that are curved at 90 ° outwards. And a fixing member for preventing the door from being deviated from the sliding rails 41 and 43 is fixed to one of the tabs, wherein the tab is composed of an element having an L-shaped profile. Wardrobe sliding door device. 10. The machined frame (39) according to claim 8 or 9, wherein the shaped frame (39) consists of two integral horizontal walls (74) and vertical walls (76) and includes a plate curved at 90 [deg.]. 74 supports a fixing member for preventing the door from being separated from the sliding rail (43), the rotating member (22) is fixed to the vertical wall (76). 12. The method according to any one of the preceding claims, wherein one of the sliding edges 80 of the rotating member 22 in the section bar 78 connected to the carriage 35 is a folding of the section bar itself. And a seat (82, 84) formed from and provided with the undercut (82 ', 84') and located on the same plane.

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