WO2016092122A1

WO2016092122A1 - Mobile door panel for a closure system of mobile panels

Info

Publication number: WO2016092122A1
Application number: PCT/ES2014/000209
Authority: WO
Inventors: Francisco OÑA GONZÁLEZ; Jorge Luis PÉREZ FALCÓN
Original assignee: Allglass Confort Systems, S.L.
Priority date: 2014-12-12
Filing date: 2014-12-12
Publication date: 2016-06-16
Also published as: EP3231974A1; EP3231974A4; ES2903141T3; EP3231974B1; PT3231974T

Abstract

The invention relates to a panel for the windbreak system, which function in the same manner as a normal panel, but comprises specific anchoring parts that provide the possibility for same to be opened when all the other panels are closed. The door panel comprises: a window pane (7) of between 6 and 12mm in thickness; an upper profile (2a) with a section that accommodates the window pane (7) on one side and provides a hollow on the opposite side; a lower profile (2b) with a section that accommodates the window pane (7) on one side and provides a hollow on the opposite side; a lower rotation assembly (4) and a lower guide (6), which are secured the lower profile (2b); and finally an upper rotation assembly (3) and an upper guide (5), which are fixed to the upper profile (2a).

Description

MOBILE DOOR PANEL FOR A SYSTEM

CLOSURE OF MOBILE PANELS

Technical sector

The present invention consists of a mobile door panel for the windshield system that works the same as a normal panel but comprises specific anchoring parts that give it the possibility of opening when all other panels are closed. These windshield systems are made of glass and aluminum, and are used to delimit, isolate and close spaces, both in homes and in businesses.

The sector of the technique where the present invention is included is in the building systems or materials.

State of the art

Documents PCT / ES2010 / 000187 and PCT / ES201 1/00210 describe a windshield system. In this type of windshield system the panels have to be moved to the side where the door panel is located to be opened, since the axles do not have any support along the guide rail to pivot. If you want to go to the other side, you have to open the door panel at one of the ends of the installation, said opening being not possible in an intermediate place between the ends of the installation. In installations of great length, this is a problem since in public places such as restaurants or shops, the door is usually at an intermediate point on one side and not at one end so, in case you want to create a passage door in In the middle of the installation, it is necessary to place a fixed door, with the disadvantage that it could not move to the end of the installation, thus breaking the aesthetics of the glazed hole.

The system of the present invention consists of a series of elements that are added to the system described in documents PCT / ES2010 / 000187 and PCT / ES / 201 1/00210 which allows the mobile door panel to be opened when the rest of the panels are closed. When you want to open the system you can move the mobile door panel to the end of the installation and open it like the rest of the panels, leaving the glazed hole free.

Explanation of the invention.

The panel called mobile door consists of a glass joined to two aluminum profiles, one lower and one upper. To these profiles are anchored two axes, one lower and one upper, called rotation sets. These axes will allow the door to pivot in the two positions where it can do so. To always keep the panel longitudinally to the rail guide when you do not want to open the panel and be able to slide it along it, guides will be installed on the opposite side of the profile from the turning assemblies.

The object of the invention is a mobile door panel for a closing system of mobile panels that move on a lower rail and guided by an upper rail.

The mobile door panel comprises a glass between 6 and 12mm thick, an upper profile with a section such that on one side it hugs the glass and on the opposite side it offers a hollow, a lower profile with a section such that on one side it hugs the glass and on the opposite side offer a gap, a lower turn assembly and a lower guide fixed to the lower profile, an upper turn assembly and an upper guide fixed to the upper profile.

The lower rail and the upper rail have a cross section comprising a base, two inner faces perpendicular to the base and parallel to each other, a side opposite the base, comprising an opening in the center and two slits on both sides of the opening, such that homogeneous polymer strips are located in the two grooves.

The lower pivot assembly of the mobile door panel object of the invention comprises a first plate, a first axis perpendicular to the first plate and fixed thereto, a bushing on the first axis and a rectangular metal block bolted to the first axis at the opposite end to the fixation to the first plate.

The first plate has a configuration in two heights, where side walls are distinguished, a first floor comprising transverse protrusions that fix the lower turn assembly to the lower profile and a second floor with a width that corresponds to the profile hollow lower.

The upper pivot assembly of the mobile door panel object of the invention comprises a second plate, a second axis perpendicular to the second plate and fixed thereto, a bushing on the second axis and a rectangular projection with rounded sides that is part of the second shaft at one end opposite the fixing to the second plate.

The second plate of the mobile door panel object of the invention has a configuration in two heights, where a side faces are distinguished, a first floor comprising up to 0.5mm projections that fix the upper turn assembly to the upper profile, and a second floor with a width equal to the hollow of the upper profile. The second axis of the upper rotation assembly of the mobile door panel object of the invention comprises a first section with a first diameter and a second section with a second diameter, the diameter of the first section being smaller than the diameter of the second section, to pass through the opening of the upper rail, where the rectangular projection comprises a transverse hole for fixing a piece in the form of a circular segment.

The lower guide comprises a base with a two-story structure and a projection, such that the projection protrudes from the lower profile and makes contact with one side of the homogeneous polymer blend strips.

The mobile door panel object of the invention comprises an upper plate fixed to the inner base of the upper rail and a lower plate fixed to the base of the lower rail.

The lower plate has the same width as the interior of the lower rail and a first longitudinal groove formed by two facing faces comprising the following sections:

a first section in which the two straight facing faces are inclined to each other, a second section with the two straight and parallel facing faces,

a third section with the two faces facing each other circular and

- a fourth section with the two faces facing straight and parallel exit,

The first longitudinal groove comprises at its bottom a through groove in the first section, a hole in the third section and a step in the fourth section.

The top plate comprises a second longitudinal groove formed by a first side wall and a second side wall, where the first side wall comprises a first straight section, then a first circular section until reaching a second straight section that reaches a second circular section oriented in the opposite direction to the first circular section being the second circular section symmetrical to the first circular section and ending in a third straight section symmetrical to the first straight section, and where the second side wall comprises a first straight section, then a first circular section which ends in a second straight section that is the same dimensions as the second straight section of the first side wall, then a second circular section that is symmetrical to the first circular section and finally a third straight section that is symmetrical to the first straight section . In the mobile door panel object of the invention the upper turn assembly makes contact with the upper plate at the same time as the lower turn assembly makes contact with the lower plate.

In the mobile door panel object of the invention, the circular segment shaped parts of the upper turn assembly, when said upper turn assembly reaches the upper plate block a movement of the upper turn assembly along the upper rail, making contact with the sections circular of the first wall of the upper plate with the piece in the form of a circular segment and because, with the upper turn assembly in this position, the mobile door panel rotates, resting on one of the circular sections of the first wall of the plate higher.

The bushing has a "T" shape, from which two perpendicular arms come out, with two flat side faces and a rounded front face and rear face, such that the two arms are identical in length to the rectangular block.

The lower turn assembly is inserted into the lower plate until it is braked by the step where the first axis of the lower turn assembly is centered between the circular faces of the lower plate and the bushing rests on the parallel flat faces of the bottom plate.

The lower rail comprises an exit piece, through which the lower guide exits the lower rail in the opening movement of the mobile door panel.

The exit part of the mobile door panel object of the invention comprises a rectangular base and two trapezoidal protuberances at the ends of the rectangular base, each protuberance comprises a bore with a countersink and have two faces facing each other.

In the mobile door panel for a mobile panel enclosure system object of the invention, the first plate of the lower turn assembly comprises a first wedge opposite the first axis.

The first axis of the lower pivot assembly comprises a square section in its final part with a groove inside in which the rectangular block is screwed. The second plate of the upper pivot assembly of the mobile door panel object of the invention comprises a second wedge opposite the second axis.

In the mobile door panel for a mobile panel enclosure system object of the invention, the bushing introduced on the second section of the second shaft has a section of larger diameter than the rest of the bushing to be in contact with the inner walls of the upper rail.

The bushing in the preferred embodiment of the mobile door panel for a panel closing system object of the invention is made of polyamide.

The protrusion of the lower guide has a semicircular shape and comprises a flat face that interrupts the semicircular shape.

The bushing of the mobile door panel for a panel closing system object of the invention comprises a width smaller than the opening of the cross-section of the lower rail.

The bushing of the mobile door panel for a panel closing system object of the invention is centered with respect to the first axis and has the capacity to move to maintain the parallelism between the lateral faces of the bushing and the lower rail.

In the mobile door panel for a panel closing system object of the invention, the radius of the circular shape of the piece in the form of a circular segment is equal to the radius of the rounded outer sides of the projection of the second axis and said radii are concentric, where the circular segment shaped piece together with the rounded outer sides of the projection of the second axis form a continuous circular surface.

Brief description of the drawings

Figure 1 shows the mobile door panel with its elements.

Figure 2 shows the lower plate on which the lower pivot assembly of the mobile door panel pivots.

Figure 3 shows the lower turn assembly of the mobile door panel.

Figure 4 shows the top plate on which the upper pivot assembly of the mobile door panel pivots.

Figure 5 shows the upper turn assembly of the mobile door panel. Figure 6 shows the output of the lower guide of the mobile door panel.

Figure 7 shows the lower guide of the mobile door panel.

Figure 8 shows the tongue-shaped stop of the mobile door panel.

Figure 9 shows the section of the guide rail.

Figure 10 shows the placement of the bottom guide outlet in the guide rail. Explanation of an embodiment of the invention

The object of the invention is a mobile door panel (1) for a glass panel closing system, which functions as a door in an intermediate position on one side that is closed by means of said glass panel closing system. In the closing systems of glass panels known to date the doors were always placed at the ends of the side to be closed, and along the length of the enclosure once the panels were placed there was no panel with an intermediate fastening system that allow to make a rotation movement for opening.

A glass panel closing system is formed by a series of panels that move on a lower rail (65) and guided by an upper rail (65) whose section is identical. The lower rail (65) is placed with the cross section in a position like the one seen in Figure 9 and the upper rail (65) is placed with the cross section rotated 180 ° with respect to the position of Figure 9, although The cross section of the lower and upper rails (65) is identical and comprises the same elements.

The cross section of the rails (65) is a section comprising:

- a base (67),

- two inner faces (68) perpendicular to the base (67) and parallel to each other,

- a side opposite the base (67), which comprises an opening (64) in the center and two grooves (66) on both sides of the opening (64).

Figure 1 shows the mobile door panel (1) object of the invention. This mobile door panel (1) comprises:

- a glass (7) between 6 and 12mm thick,

a superior profile (2nd),

a lower profile (2b),

- a lower turning assembly (4) and a lower guide (6) fixed to the lower profile (2b),

- an upper turning assembly (3) and an upper guide (5) fixed to the upper profile (2a). Both the upper profile (2a) and the lower profile (2b) comprise a section with a shape such that on one side it hugs the glass (7) and on the opposite side it leaves a gap free to embrace another element. The two profiles (2a, 2b) are made of aluminum.

The mobile door panel (1) performs three possible movements:

a first longitudinal movement by sliding on strips of homogeneous polymer mixture (70), located in the two slits (66) of the lower rail (65). This movement can be done as long as any of the panels is open.

- a second rotation movement in the position where the fixed door is located. a third opening movement, once all the panels are arranged longitudinally in the lower and upper rails (65).

In the first two movements the mobile door panel (1) object of the invention behaves like a normal panel, while for the third movement the mobile door panel (1) requires the specific elements that allow it to perform the rotational movement in The chosen position.

The mobile door panel (1) to perform the third rotation movement in an intermediate position between the two ends of the side that is to be closed with a closing system, requires a lower plate (8) fixed to the base (67) of the lower rail (65) located in the lower position and of an upper plate (28) fixed to the base (67) of the upper rail (65) located in the upper position.

The lower plate (8) has the same width as the interior of the lower rail (65) and a first longitudinal groove (72) formed by two facing faces comprising the following sections:

- a first section in which the two straight facing faces are inclined to each other (9), a second section with the two straight and parallel facing faces (4a),

- a third section with the two circular faces facing each other (10) and

a fourth section with the two straight and parallel facing faces of exit (14b),

As for the bottom of the first longitudinal groove (72) in the section of the flat faces inclined to each other (9) a through groove (12) is located, in the third section a hole (13) is located and in the fourth section there is a step (11). The lower plate (8) is fixed to the lower rail (65) by means of two screws placed in the through slot (12) and in the hole (13). The lower turn assembly (4) (observable in Figure 3) comprises:

- a first plate (18),

- a first axis (19) perpendicular to the first plate (18) and fixed thereto,

- a casquiiio (20) that is mounted by pressure on the first axis (19),

a rectangular metal block (23) screwed to the first shaft (19) at the opposite end to the one attached to the first plate (18).

The first plate (18) of the lower turn assembly (4) has a configuration in two heights, where they are distinguished:

lateral walls (15) that guarantee the longitudinal position of the lower turning assembly (4) of the mobile door panel (1) with respect to the lower profile (2b);

a first floor (16) comprising projections (26) that fix the lower turn assembly (4) to the lower profile (2b); Y

- a second floor (17) with a width corresponding to the hollow of the lower profile (2b), thus guaranteeing the centering of the lower turning assembly (4) with the lower profile (2b).

The first plate (18) of the lower turn assembly (4) of the mobile door panel (1) is inserted inside the lower profile (2b).

In the lower part of the first plate (18) there is a first wedge (27), on which the lower turn assembly (4) is supported and guarantees that the first axis (19) is in an upright position once it is set the lower turn assembly (4). The first axis (19) is mostly cylindrical and at the end of the first axis (19) it has a square section with a groove inside where a rectangular metal block (23) is screwed.

The bushing (20) has a "T" shape, from which two perpendicular arms (21) come out, with two flat side faces (22) and a front face (24a) and a rounded rear face (24b). The width of the bush (20) is smaller than the opening of the cross section of the lower rail (65), which allows the panels to be mounted and removed without the need to open a hole in said lower rail (65). The casquiiio (20) is centered with respect to the first axis (19), having the ability to move to maintain the parallelism between the lateral faces (22) of the casquiiio (20) and the lower rail (65). The two arms (21) of the casquiiio (20) have the same length as the rectangular block (23). At the end of the first axis (19) the rectangular block (23) having its rounded ends is placed. This rectangular block (23) is fixed by means of a screw (25) to the first shaft (19), which has been previously drilled to accommodate said screw (25). In this way the lower turn assembly (4) of the mobile door panel (1) is longer than the lower turn assemblies of the rest of the panels. This allows the rest of the panels to pass over the lower plate (8) without interference but the lower turn assembly (4) of the mobile door panel (1) is braked by the step (11) of the lower plate ( 8). When the mobile door panel (1) is opened, it is this rectangular block (23), by means of its rounded faces (24a, 24b), which rests on the circular faces (10) of the lower plate (8).

When sliding the mobile door panel (1) to a position in which it is desired to establish a door, the lower turn assembly (4) of the mobile door panel (1) is inserted into the lower plate (8). This lower plate (8) having the same width as the interior of the lower rail (65) is fitted between the inner faces (68) of said lower rail (65). The lower turning assembly (4) is driven by means of the two flat faces inclined to each other (9) of the lower plate (8). The lower turning assembly (4) of the mobile door panel (1) continues to move until it is braked by the step (11). In this position, the first axis (19) of the lower turning assembly (4) is centered between the circular faces (10) of the lower plate (8), while the arms (21) of the bushing (20) of the assembly Lower turning (4) of the mobile door panel (1) rest on the parallel flat faces (14a) of the lower plate (8).

The upper turn assembly (3) (observable in Figure 5) makes contact with the upper plate (28) at the same time as the lower turn assembly (4) makes contact with the lower plate (8). The function of the upper plate (28) is the same as that of the lower plate (8): hold the mobile door panel (1) in the opening process to prevent it from moving longitudinally in the upper rail (65).

The upper plate (28) is fixed to the inner base (67) of the upper rail (65), being fitted between the inner faces of the rail (68). The upper plate (28) comprises a groove (31) that allows adjustment in the fixing process and a hole (32) for fixing to the base (67) of the upper rail (65)

The upper plate (28) comprises a second longitudinal groove (73), said second longitudinal groove (73) is symmetrical with respect to an axis passing through the center of the upper plate (28) transverse to the second longitudinal groove (73) . Said second longitudinal groove (73) is defined by lateral walls. TO Next, the second longitudinal groove (73) is defined along each side wall. The first side wall comprises a first straight section (74), then a first circular section (29a) until a second straight section (30a) is reached that reaches a second circular section (29b) oriented in the opposite direction to the first circular section ( 29a) (which is symmetrical to the first circular section (29a)) and ends in a third straight section (75) (which is symmetrical to the first straight section (74)). The second side wall comprises a first straight section (76), then a first circular section (28a) that ends in a second straight section (30b) that is the same dimensions as the second straight section (30a) of the first wall lateral, then a second circular section (28b) (symmetrical to the first circular section (28a)) and finally a third straight section (77) (which is symmetrical to the first straight section (76)).

The first straight section (74) of the first side wall is faced with the first straight section (76) of the second side wall configuring the entry / exit of the rotation assemblies. The first straight section (76) of the second side wall is shorter than the first straight section (74) of the first side wall. The first circular section (29a) of the first side wall is shorter than the first circular section (28a) of the second side wall, since the end of the first two circular sections (28a, 29a) of the two walls is opposite, and the first two circular sections (28a, 29a) form a first semicircular hollow (78) which is where the upper turn assembly (3) of the mobile door panel (1) object of the invention is supported in the third movement of rotation of the mobile door panel (1).

The two second straight sections (30a, 30b) of the two side walls face each other and have the same length.

Equally symmetrical to the first semicircular hollow (78) and configured by the second circular sections (28, 29b) of the two lateral walls, the upper plate (28) comprises a second semicircular hollow (79).

In the center of the upper plate (28), longitudinally, there is sufficient space between the two second straight sections (30a, 30b) of the two side walls for the upper turning assemblies of the normal panels to pass.

The upper turning assembly (3) (observable in Figure 5) of the mobile door panel (1) comprises:

- a second plate (80), - a second axis (38) perpendicular to the second plate (80) and fixed thereto with a rectangular projection (44) at the opposite end of the fixing to the second plate (80) counting said rectangular projection with rounded sides (45 ),

- a bush (39) that is mounted by pressure on the second shaft (38),

The upper turning assembly (3) (observable in Figure 5) is inserted inside the upper profile (2a), and is fixed by means of a screw (37) housed in a threaded bore of the second plate (80).

The second plate (80) comprises a second wedge (46) which, together with the screw (37), keep the second axis (38) vertical with respect to the upper profile (2a).

The second plate (80) of the upper turning assembly (3) has a configuration in two heights, where they are distinguished:

- lateral faces (34) that guarantee the longitudinal position of the upper turning assembly (3) with respect to the upper profile (2a),

- a first floor (35) comprising projections (43) of up to 0.5mm that completely fix the upper turning assembly (3) to the upper profile (2a),

- a second floor (36) with a width equal to the hollow upper profile (2a), thus guaranteeing the centering of the upper turning assembly (3) in the upper profile (2a).

The second axis (38) has a first section (81) with a first diameter and a second section (82) with a second diameter, the diameter of the first section (81) being smaller than the diameter of the second section (82), for pass through the openings (64) of the upper rail (65). In the second section (82) the plastic bushing (39) is introduced, which comes under pressure. Following the second section (82), there is the rectangular projection (44) comprising a transverse hole for fixing a piece in the form of a circular metal segment (41)

In the process of opening the mobile door panel (1) the rounded sides (45) make contact either with the first circular section (28a) or with the second circular section (28b) of the second wall of the upper plate (28).

The upper turning assembly (3) of the mobile door panel (1) is braked when it reaches the upper plate (28) by means of the circular segment-shaped part (41). The radius of the circular shape of the piece in the form of a circular segment (41) is equal to the radius of the sides rounded (45) of the projection (44) of the second axis (38) and said radii are concentric. In this way, the circular segment-shaped part (41) together with the rounded outer sides (45) of the projection (44) of the second axis (38) forms a continuous circular surface.

The circular segment-shaped part (41) makes the width of the upper turn assembly (3) of the mobile door panel (1) larger than the turn assemblies of the rest of the panels of the enclosure system, and thus , when said upper turn assembly (3) reaches the upper plate (28) in a movement along an upper rail (65) it stops, because the circular sections (29a, 29b) of the first wall of the upper plate (28) make contact with the piece in the form of a circular segment (41). With the upper rotation assembly (3) of the mobile door panel (1) in this position, said mobile door panel (1) can be rotated, resting on one of the circular sections (29a, 29b) of the first wall of the plate upper (28) thus preventing longitudinal displacement of the mobile door panel (1) in the upper rail (65).

The bushing (39) introduced on the second section (82) of the second axis (38), is made of polyamide to avoid noise and vibrations in the movement of the mobile door panel (1) on the upper rail (65). The bushing (39) has a section (40) of greater diameter than the rest of the bushing (39), so that with the bushing (39) inserted in the upper rail (65), the section of larger diameter (40) of the bushing (39) is in contact with the inner walls (68) of the upper rail (65) which also guarantees the centering of the mobile door panel (1).

The lower guide (6) of the mobile door panel (1) serves to guide the panel along the lower rail (65).

The lower guide (6) comprises:

- a base (33) with a structure of a first floor (55) and a second floor (56), and

- a projection (57) with a semicircular shape, comprising a flat face (58) that cuts the semicircular shape.

The projection (57) of the lower guide (6) protruding from the lower profile (2b) and makes contact with the side (71) of the homogeneous polymer blend strips (70) preventing the mobile door panel (1) from being able to Open in an incorrect position.

The lower guide (6) is inserted into the lower profile (2b) by means of the base (33). The first floor (55) of the base prevents the lower guide (6) from leaving the lower profile (2b), and the second floor (56) has a width that coincides with the hollow of the lower profile (2b), whereby the lower guide (6) is fully centered on the lower profile (2b). To fix the lower guide (6) to the lower profile (2b), said lower guide (6) comprises two threaded holes (59, 60) through which two headless screws are screwed.

In order for the lower guide (6) to exit the lower rail (65) in the opening movement of the mobile door panel (1), an outlet part (47) is installed in said lower rail (65).

The output piece (47) comprises:

a rectangular base (48) comprising two holes (49) in its lower zone, - two trapezoidal protuberances (50) at the ends of the rectangular base (48), each protuberance (50) comprises a bore (53) with a countersunk (54) and they have two faces facing each other (52).

To place this outlet piece (47) in the lower rail (65), the rectangular base (48) is inserted in the slot (66) in the upper part of the lower rail (65), being fixed by means of two screws (69). The two holes (49) of the rectangular base (48) allow the screws (69) to pass through. Once the exit (47) of the lower guide (6) to the lower rail (65) has been fixed, the two protuberances (50) leave enough space between their facing faces (52) to pass the projection (57) of the lower guide (6). The trapezoidal shape helps the lower guide (6) pass between the facing faces (52) of the protuberances (50). The countersink (54) of the holes (53) houses the head of the screws (69) so that they do not protrude.

The upper guide (5) of the mobile door panel (1) drives the mobile door panel (1) along the upper rail (65). In the position in which the upper guide (5) remains when all the panels are closed, a cut is made on the side of the upper rail (65) to allow the upper guide (5) to exit the inside of the rail (65) higher.

To open the mobile door panel (1) on the opening side of the normal panels, the mobile door panel (1) is moved towards the end of the system. To place the mobile door panel (1) in the corresponding turning mechanism, a tongue-shaped stop (61) comprising a base (62) and a projection (63) is placed. The projection (63) acts as a stop for the mobile door panel (1), making contact with the lower turn assembly (4). This is necessary since the turning assemblies (3, 4) of the mobile door panel (1) are displaced towards the center of the moving door panel (1), creating a flight with respect to the turning assembly (3, 4) which would make it impact the profile (2a, 2b) of the panel of the mobile door panel (1) with the profile of the previous panel.

List of elements cited in the figures

I. mobile door panel,

2nd. top profile,

2b bottom profile,

3. upper turn assembly,

4. lower turn assembly,

5. top guide,

6. bottom guide,

7. crystal,

8. bottom plate,

9. flat faces inclined to each other,

10. circular faces,

I I. step,

12. through slot,

13. drill,

14 to. parallel flat faces,

14b parallel flat faces of exit,

15. side walls of the first floor plate of the first plate,

16. first floor of the first deck,

17. second floor of the first deck,

18. first plate,

19. first axis,

20. cap,

21. cap arms,

22. side faces,

23. rectangular block,

24th front face,

24b upper side,

25. screw,

26. Highlights of the first floor of the first deck,

27. first wedge,

28. upper plate,

28a. first circular section of the second wall of the second groove, b. second circular section of the second wall of the second groove, a. first circular section of the first wall of the second groove, b. second circular section of the first wall of the second groove, a. second straight section of the first wall of the second groove, b. second straight section of the second wall of the second groove,. top plate slot,

. top plate drill,

. bottom guide base,

. side faces of the second plate,

. first floor of the second deck,

. second floor of the second deck,

. screw,

. second axis,

. cap

. section of larger diameter of the bushing,

. circular segment shaped piece,

. Highlights of the second floor of the second deck,

. rectangular ledge,

. rounded sides,

. second wedge,

. output piece,

. rectangular base,

. hole,

. boss,

. facing faces,

. drill,

. countersunk,

. first floor of the base of the lower guide,

. second floor of the base of the lower guide,

. protrusion of the lower guide,

. flat face of the projection,

. threaded hole of the lower guide,

. stop, top, maximum as a noun, top as an adverb,

. bumper base,

. bumper overhang, 64. rail opening,

65. bottom lane,

66. cleft,

67. rail base,

68. inside face,

69. screws,

70. homogeneous polymer mixing strip,

71. side of the homogeneous polymer blend strips,

72. first longitudinal groove,

73. second longitudinal groove,

74. first straight section of the first wall of the second groove,

75. third straight section of the first wall of the second groove,

76. first straight section of the second wall of the second groove,

77. third straight section of the second wall of the second groove,

78. first semicircular hole,

79. second semicircular hole,

80. second top turn assembly plate,

81. first section of the second axis,

82. second section of the second axis,

Claims

1.- Mobile door panel (1) for a closing system of mobile panels that move on a lower rail (65) and guided by an upper rail (65), where the mobile door panel (1) comprises:

- a glass (7) between 6 and 12mm thick,

- a top profile (2a) with a section such that on one side it hugs the glass (7) and on the opposite side it offers a gap,

- a lower profile (2b) with a section such that on one side it hugs the glass (7) and on the opposite side it offers a gap,

- a lower turn assembly (4) and a lower guide (6) fixed to the lower profile (2b), an upper turn assembly (3) and an upper guide (5) fixed to the upper profile (2a), where the rail (65) lower and the upper rail (65) have a cross section comprising:

- a base (67),

- a side opposite the base (67), comprising an opening (64) in the center and two slits (66) on both sides of the opening (64), such that strips (66) are located in the two slits (66) homogeneous polymer blend (70); where the lower turn assembly (4) comprises:

- a first plate (18),

a first axis (19) perpendicular to the first plate (18) and fixed thereto,

- a bushing (20) on the first axis (19),

- a rectangular metal block (23) screwed to the first shaft (19) at the opposite end of the fixing to the first plate (18), where the first plate (18) has a configuration in two heights, where side walls are distinguished (15), a first floor (16) comprising transverse protrusions (26) that fix the lower turn assembly (4) to the lower profile (2b) and a second floor (17) with a width corresponding to the gap of the lower profile (2b), and where the upper turning assembly (3) comprises:

- a second plate (80), - a second axis (38) perpendicular to the second plate and fixed thereto comprising a rectangular projection (44) with rounded sides (45) at an opposite end to that of fixing to the second plate,

- a bushing (39) on the second axis (38), where the second plate (80) has a configuration in two heights, where a lateral faces (34) are distinguished, a first floor (35) comprising some highlights ( 43) up to 0.5mm that fix the upper turning assembly (3) to the upper profile (2a), and a second floor (36) with a width equal to the hollow of the upper profile (2a). characterized in that the second axis (38) comprises a first section (81) with a first diameter and a second section (82) with a second diameter, the diameter of the first section (81) being smaller than the diameter of the second section (82) , to pass through the opening (64) of the upper rail (65), where the rectangular projection (44) comprises a transverse hole for fixing a piece in the form of a circular segment (41), and the lower guide (6) comprises a base (33) with a two-story structure (55, 56) and a projection (57), such that the projection (57) of the lower guide (6) protrudes from the lower profile (2b) and makes contact with a lateral (71 ) of the homogeneous polymer blend strips (70); and comprises an upper plate (28) fixed to the inner base (67) of the upper rail (65) and a lower plate (8) fixed to the base (67) of the lower rail (65); and the lower plate (8) has the same width as the interior of the lower rail (65) and a first longitudinal groove (72) formed by two facing faces comprising the following sections:

a first section in which the two straight facing faces are inclined to each other (9), a second section with the two straight and parallel facing faces (14a), a third section with the two circular facing faces (10) and

a fourth section with the two straight and parallel facing faces of exit (14b), where the first longitudinal groove comprises at its bottom a through groove (12) in the first section, a bore (13) in the third section and a step ( 1 1) in the fourth section. and the upper plate (28) comprises a second longitudinal groove (73) formed by a first side wall and a second side wall, where the first side wall it comprises a first straight section (74), then a first circular section (29a) until reaching a second straight section (30a) that reaches a second circular section (29b) oriented in the opposite direction to the first circular section (29a) being the second circular section (29b) symmetrical to the first circular section (29a) and ending in a third straight section (75) symmetrical to the first straight section (74), and where the second side wall comprises a first straight section (76), a then a first circular section (28a) that ends in a second straight section (30b) that is the same dimensions as the second straight section (30a) of the first side wall, then a second circular section (28b) that is symmetrical to the first circular section (28a) and finally a third straight section (77) that is symmetrical to the first straight section (76). and the upper turn assembly (3) makes contact with the upper plate (28) at the same time as the lower turn assembly (4) makes contact with the lower plate (8). and the circular segment-shaped parts (41) of the upper turn assembly (3) when said upper turn assembly (3) reaches the upper plate (28) blocks a movement of the upper turn assembly (3) along the upper rail (65), making contact with the circular sections (29a, 29b) of the first wall of the upper plate (28) with the piece in the form of a circular segment (41) and because, with the upper turning assembly (3) in this position, the mobile door panel (1) rotates, relying on one of the circular sections (29a, 29b) of the first wall of the upper plate (28). and the bushing (20) has a "T" shape, from which two perpendicular arms (21) come out, with two flat side faces (22) and a front face (24a) and a rounded rear face (24b), such that the two arms (21) of the bushing (20) have the same length as the rectangular block (23) and the lower turning assembly (4) is inserted into the lower plate (8) until it is braked by the step (11) where the first axis (19) of the lower turning assembly (4) is centered between the circular faces (10) of the lower plate (8) and the bushing (20) rests on the parallel flat faces (14a) of the bottom plate (8). and the lower rail (65) comprises an outlet piece (47), through which the lower guide (6) exits the lower rail (65) in the opening movement of the mobile door panel (1).

2 - Mobile door panel (1) for a mobile panel closing system according to claim 1, characterized in that the output part (47) comprises:

- a rectangular base (48),

- two protuberances (50) trapezoidal in the ends of the rectangular base (48).

3. - Mobile door panel (1) for a mobile panel enclosure system according to claim 2, characterized in that each protuberance (50) comprises a bore (53) with a countersink (54) and has two facing faces (52).

4. - Mobile door panel (1) for a mobile panel closing system according to any of the preceding claims characterized in that the first plate (18) of the lower turning assembly (4) comprises a first wedge (27) opposite the first axis (19).

5. - Mobile door panel (1) for a mobile panel enclosure system according to any of the preceding claims, characterized in that the first axis (19) comprises a square section in its final part with a groove inside which it is screwed the rectangular block (23).

6. - Mobile door panel (1) for a mobile panel enclosure system according to any of the preceding claims, characterized in that the second plate (80) of the upper turning assembly (3) comprises a second wedge (46) opposite the second axis (38).

7. - Mobile door panel (1) for a mobile panel enclosure system according to the preceding claims, characterized in that the bushing (39) introduced on the second section (82) of the second axis (38) has a larger diameter section (40 ) than the rest of the bushing (39) to be in contact with the inner walls of the upper rail (65).

8. - Mobile door panel (1) for a mobile panel enclosure system according to any of the preceding claims characterized in that the bushing (39) is made of polyamide.

9. - Mobile door panel (1) for a mobile panel enclosure system according to any of the preceding claims characterized in that the projection (57) of the guide Lower (6) has a semicircular shape and comprises a flat face (58) that interrupts the semicircular shape.

10. - Mobile door panel (1) for a mobile panel closing system according to any of the preceding claims characterized in that the bushing (20) comprises a width smaller than the opening (64) of the cross section of the lower rail (65) .

11. - Mobile door panel (1) for a mobile panel enclosure system according to any of the preceding claims characterized in that the bushing (20) is centered with respect to the first axis (19) and has the capacity to move to maintain the parallelism between the side faces (22) of the bushing (20) and the lower rail (65).

12. - Mobile door panel (1) for a mobile panel closing system according to any of the preceding claims, characterized in that the radius of the circular shape of the piece in the form of a circular segment (41) is equal to the radius of the outer sides rounded (45) of the projection (44) of the second axis (38) and said radii are concentric, where the piece in the form of a circular segment (41) together with the rounded outer sides (45) of the projection (44) of the second axis ( 38) forms a continuous circular surface.