SLAT MADE BY BENDING AND INCLUDING PROFILES WITH FOLDED FLAP FOR ATTACHING THE SLAT LOCKING ELEMENT.

Description

DESCRIPTION Attached to a patent application for an INDUSTRIAL INVENTION having by title “LAMELLA MADE BY BENDING AND INCLUDING PROFILES FOLDED FLAP FOR ATTACHING THE ELEMENT “BLOCKING THE LAMELLA” On behalf of: LUPAK METAL SRL VIA GRANAROLO 77 48018 FAENZA RA ******* The present invention relates to a slat for sunshades. Sunshade slats are devices used to partially or completely screen totally the light rays filtering through the windows, and based on the Their inclination allows you to adjust the brightness level of an environment 5 internal. Sunshade slats are part of a sunshade system. A system The sunshade also includes a movement mechanism, configured to attach to the slats via connecting elements, and an actuator to move the slats. 10 The sunshade slats are devices that can be oriented around a tilt axis, parallel to a longitudinal direction, along the which present their maximum extension. The lamellae can be oriented between a first limit position (maximum opening position), in which are parallel and perpendicular to the vertical direction, and a second 15 limit position (closed position) in which they are substantially parallel to each other and parallel to the vertical direction. In the second limit position the slats are also in contact with each other. The sunshade slat comprises an extended base wall in longitudinal direction between a first end and a second end. 20 The base wall of said lamella comprises an external surface and an internal surface. On the respective internal surface two are raised protrusions along a direction normal to the surface itself. first and second protrusion are configured to receive in hook the connecting element between the blade and the mechanism movement. The connecting element comprises a pin, which 5 inserts into the protrusion, and is then blocked by a metal clip. The sunshade slats are made through a mechanical process of extrusion. This production process is an industrial process of plastic deformation that allows the creation of a lamella 10 constant section, i.e. with a single layer. However, this procedure has disadvantages because it does not allow for cutting the slats to size, generating waste, in addition to the fact that it is a relatively energy-intensive manufacturing method. The purpose of this invention is to make available a lamella for 15 sunshades and a method for making the slat that solve the problems of the prior art mentioned above. This purpose is fully achieved by the bent slat for sunshades and from the method for producing the bent slat for sunshades objects of the present invention, which is characterised by what is contained in the 20 claims below. According to one aspect of the present description, the present invention provides provision of a sunshade slat. The sunshade slat comprises a base wall. The respective base wall is elongated along a longitudinal direction. The base wall 25 base is defined by a first end and a second end in longitudinal direction. The base wall is configured to connect to a mechanism for moving the sunshade. The base wall includes an external surface. The base wall includes a internal surface. The respective internal surface is opposite to the surface 30 external. The sunshade slat comprises a first protrusion. The respective first protrusion rises from the said internal surface. The first protrusion is configured to receive a hook element connection. The respective connecting element connects the lamella and the sunshade movement mechanism. 5 The sunshade slat includes a second protrusion. The respective second protrusion rises from the said internal surface. second protrusion is spaced from the first protrusion along a transverse direction. This transverse direction is perpendicular to the longitudinal direction. 10 The second protrusion is configured to receive a hook connecting element. The respective connecting element connects the slat and the sunshade movement mechanism. In one embodiment, the first and / or second protrusion of the lamella comprise a respective first layer and a respective second layer 15 layer. The first and second layers are partly spaced apart along the transverse direction. The first and second layers form the corresponding first and / or second protrusion. The creation of the first and second protrusion with respectively a first layer and a second layer, allow the lamella to be created 20 for folding a flat sheet metal, with the related advantages which are those to cut to size without wasting material, maintaining a adequate and sufficient protrusion resistance. In one embodiment, the first protrusion of the lamella includes a first end. 25 In one embodiment, the first protrusion of the lamella includes a second end. In one embodiment, the first layer and the second layer of the first protrusion are defined by an attachment wall. The respective attachment wall hook is folded to define a curved connection, in correspondence with the 30 respective second end of the first protrusion. In one embodiment, the second protrusion of the lamella includes a first end. In one embodiment, the second protrusion of the lamella includes a second end. In one embodiment, the first layer and the second layer of the 5 second protrusion are defined by a hooking wall. The respective the hooking wall is folded to define a curved connection, in correspondence of the respective second end of the second protrusion. Advantageously, the coupling walls and the curved connections of the respective 10 first and second protrusion allow to obtain the lamella with a particularly efficient process that does not require welding but only sheet metal folds. In one embodiment, the base wall of the slat is made of continuity of material. 15 In one embodiment, the docking walls that define the the first and second protrusions are made in continuity of material. Advantageously, the construction of the base wall and the supporting walls continuous hooking of material allows to reduce waste material during the production process of the lamella. 20 Advantageously, the construction of the base wall and the walls of Continuous attachment of material facilitates and speeds up the process productive of the lamella. Advantageously, the construction of the base wall and the supporting walls continuous attachment of material allows to obtain a lamella for 25 sunshades with high resistance. In one embodiment, the first protrusion of the lamella for The sunshade comprises a first portion. The respective first portion is connected to the base wall. The first portion of the first protrusion is elevated along a first direction of elevation. The first direction of 30 elevation of the first protrusion rises from the base wall of the lamella. In one embodiment, the first protrusion of the lamella for The sunshade comprises a curved portion. The respective curved portion is connected to the said first portion of the first protrusion. In one embodiment, the first protrusion of the lamella for 5 sunshades include a second portion. The respective second portion of the first protrusion extends along a second direction of elevation. The second direction of elevation of the first protrusion rises from the base wall of the lamella. The second portion of the first protrusion extends between the curved portion to the second 10 ends of the respective first protrusion. The first direction of elevation of the first protrusion is inclined with respect to the second direction of elevation of the first protrusion. In one embodiment, the second protrusion of the lamella for The sunshade comprises a first portion. The respective first portion is 15 connected to the base wall. The first portion of the second protrusion is elevated along a first direction of elevation. The first direction of elevation of the second protrusion rises from the wall of base of the lamella. In one embodiment, the second protrusion of the lamella for 20 sunshades include a curved portion. The respective curved portion is connected to the said first portion of the second protrusion. In one embodiment, the second protrusion of the lamella for The sunshade comprises a second portion. The respective second portion portion of the second protrusion extends along a second 25 direction of elevation. The second direction of elevation of the second protrusion rises from the base wall of the lamella. The second portion of the second protrusion extends between the curved portion up at the second end of the respective second protrusion. The first direction of elevation of the second protrusion is inclined 30 with respect to the second direction of the second protrusion. Advantageously, the configuration of the respective first and second protrusions allow for the creation of a solid anchoring for the element of the sunshade connection. The curved profiles of the first and second protrusions allow for obtain a connection that is free of sharp edges and therefore of concentration 5 of the efforts, increasing their mechanical resistance. In one embodiment, the first direction of elevation of the first protrusion and the respective second direction of elevation of the first protrusion are inclined towards each other. The first direction of elevation of the first protrusion and the respective second direction of elevation of the 10 first protrusion defines a first inclination angle. According to one embodiment, the first tilt angle is between 15° and 180°. According to one embodiment, the first tilt angle is between 15° and 90°. 15 According to one embodiment, the first inclination angle is between 90° and 180°. According to one embodiment, the first tilt angle is between 30° and 180°. According to one embodiment, the first tilt angle is 20 between 45° and 180°. According to one embodiment, the first tilt angle is between 110° and 140°. In one embodiment, the first direction of elevation of the second protrusion and the respective second direction of elevation of the 25 second protrusion are inclined towards each other. The first direction of elevation of the second protrusion and the respective second direction of elevation of the second protrusion define a second angle of inclination. According to one embodiment, the second tilt angle is 30 between 15° and 180°. According to one embodiment, the second tilt angle is between 15° and 90°. According to one embodiment, the second tilt angle is between 90° and 180°. According to one embodiment, the second tilt angle is 5 between 30° and 180°. According to one embodiment, the second tilt angle is between 45° and 180°. According to one embodiment, the second tilt angle is between 110° and 140°. 10 The embodiments of the lamella in which the range of the first and / or second tilt angles are between 15° and 180° provides a range of angles within which the solution works adequately. The embodiment of the lamella in which the range of the first and / or second inclination angles are between 15° and 90° giving an excellent 15 holding the hook, at the expense of greater stress exerted on the first and / or second protrusion. The embodiment of the lamella in which the range of the first and / or second inclination angles are between 90° and 180°, you get a solution with a less solid connection but the stresses on the first and / or 20 on the second protrusion are more contained, to the advantage of durability of the lamella. The embodiment of the lamella in which the range of the first and / or second tilt angle is between 100° and 140° is the best compromise between the stresses of the protrusions and the solidity 25 of the hookup. In one embodiment, the first protrusion of the lamella for sunshade extends along a first direction of protrusion. The respective first direction of protrusion is rectilinear. The first direction of protrusion is inclined with respect to the transverse direction. The inclination between 30 the first direction of protrusion and the transverse direction defines a first grip angle. The respective first grip angle is included between 15° and 165° respectively. In one embodiment, the first direction of protrusion coincides with the first direction of elevation of the first protrusion. In one embodiment, the second protrusion of the lamella for 5 sunshades extend along a second protrusion direction. The respective second direction of protrusion is rectilinear. The second protrusion direction is inclined with respect to the transverse direction. The inclination between the second direction of protrusion and the direction transversal defines a second grip angle. The respective second 10 grip angle is between 15° and 165° respectively. In one embodiment, the second direction of protrusion coincides with the first direction of elevation of the second protrusion. Advantageously, the values ​​of the first grip angle and the second claimed grip angles provide an excellent compromise between ease 15 of construction, mechanical resistance and stability of the attachment. In one embodiment, the first grip angle and the second grip angle of grip are between 0° and 90°. This embodiment allows for the creation of a groove between the first and second protrusion. The respective groove allows for 20 insert and extract the respective element longitudinally connection. Advantageously, the insertion and extraction of the element of longitudinal connection allows the locking of the element connection without the aid of a locking element, such as a clip 25 metallic. In one embodiment, the first grip angle and the second grip angle of grip are between 90° and 180°. The present embodiment allows for insertion and extraction of the connecting element in the direction normal to the lamella. 30 The respective connecting element is inserted into the groove which creates between the first and second protrusion. Advantageously, the insertion and extraction of the element of connection in the direction normal to the blade may require the locking of the connecting element with the aid of a locking element block, such as a metal clip. 5 In one embodiment, the sunshade slat comprises several transverse portions. The sunshade slat comprises a portion transverse plane. The respective transverse plane portion comprises a first transverse end. The flat transverse portion comprises a second transverse end. In the flat transverse portion it is 10 including the first protrusion. In the flat transverse portion it is including the second protrusion. The sunshade slat comprises a first inclined portion. The respective first inclined portion is inclined with respect to the portion transversal plane. The first inclined portion includes a first 15 transverse end. The first inclined portion includes a second transverse end. The respective second transverse end is connected to the first transverse end of the transverse portion flat. The sunshade slat includes a second inclined portion. The 20 respective second inclined portion is inclined with respect to the portion flat transversal. The second inclined portion includes a first transverse end. The second inclined portion comprises a second transverse end. The respective second transverse end it is connected to the second transverse end of the transverse portion 25 flat. According to a further embodiment, the sunshade slat includes a second flat transverse portion. The second portion flat includes a first transverse end. The respective first transverse end is connected to the second transverse end of the 30 second inclined portion. The second flat portion includes a second transverse extremity. In one embodiment, at the respective first transverse end of the first inclined portion there is a first curl. In one embodiment, at the respective second 5 transverse end of the second inclined portion there is a second curl. In a further embodiment, in correspondence with the respective second transverse end of the second flat portion is present a second curl. 10 Advantageously, the first and second curls create a fit stable between consecutive lamellae. In one embodiment, the sunshade comprises a plurality of slats. The respective plurality of slats is configured to be moved in one direction of adjustment. The respective direction of 15 adjustment is perpendicular to the longitudinal direction. The direction of regulation is perpendicular to the transverse direction. The plurality of slats are configured to be fixed with respect to movement in longitudinal direction. In the present embodiment, the sunshade comprises a 20 movement mechanism. The respective movement mechanism movement is configured to transmit a movement to the said plurality of lamellae. The transmission of movement to the plurality of slats occurs along one direction of adjustment. In the present embodiment, the sunshade comprises a plurality 25 of connecting elements. The said plurality of connecting elements is configured so as to respectively connect the said plurality of slats with the said movement mechanism. The single element of connection includes a peg. In the present embodiment, the sunshade comprises a 30 actuator. The respective actuator is associated with the said mechanism movement to move it. According to one aspect of the present description, the present invention provides also provides a mechanical processing method for the production of the bent slat for sunshades. The method for making the folded lamella includes a phase of 5. Preparation of a flat blade on the appropriate machine. The respective flat lamella is elongated along a longitudinal direction. The lamella flat is defined by a first end in the longitudinal direction. flat lamella is defined by a second end in the direction longitudinal. The flat lamella includes an internal surface. The 10 flat plate includes an outer surface. The method for making the folded lamella includes a phase of first fold of the flat blade. The respective first fold occurs at a first folding position transverse. The first fold forms the first protrusion. 15 first protrusion rises out of the inner surface of the lamella. The first protrusion includes a first layer. The first protrusion includes a strange second. The respective first layer and the respective second layer are placed side by side along a transverse direction. The respective direction transverse is perpendicular to the longitudinal direction. 20 The method for making the folded lamella includes a phase of second fold of the flat blade. The respective second fold occurs at a second folding position transverse. The respective second transverse folding position is spaced from the first transverse folding position along the 25 transverse direction. The second fold of the lamella forms the second protrusion. The second protrusion rises out of the internal surface of the lamella. The second protrusion includes a first layer. The second protrusion includes a second strange. The respective first layer and the respective second layer are placed side by side along the 30 transverse direction. Advantageously, the method for making a bent lamella reduces production waste. Advantageously, the method for making a bent lamella optimizes the mechanical processing of the blade itself. Advantageously, the method for making a bent lamella 5 facilitates and speeds up the mechanical processing of the lamella same. Advantageously, the method for making a bent lamella allows for a connection to be created between the blade and the element very strong connection. 10 In one embodiment, the method for making a lamella folded includes a cutting phase of a continuous sheet metal roll. The respective roll of continuous sheet metal is cut to size to obtain a full plate. The flat sheet metal is cut transversely to obtain a predetermined longitudinal length. 15 Advantageously, the cutting phase for the creation of a lamella flat allows to reduce material waste. This and other features will be more highlighted from the following description of a preferred embodiment, illustrated in purely illustrative and non-limiting title in the attached drawing tables, in 20 of which: - figure 1 shows a view of a sunshade; - figure 2 shows a view of a bent sunshade slat; - figure 3 shows a side view of a bent sunshade slat; - Figure 3A shows a side view of the first curl of the lamella 25 bent for sunshades; - Figure 3B shows a lateral view of the first protrusion of the bent slat for sunshades; - Figure 3C shows a lateral view of the second protrusion of the bent slat for sunshades; 30 - 3D figure shows a side view of the second curl of the bent slat for sunshades; - figure 4 shows a side view of the bent sunshade slat in a further embodiment; - Figure 5 shows a side view of the bent sunshade slat in a further embodiment; 5 - Figure 6 shows a side view of a continuous sheet metal roll used in the method of making a bent slat for sunshades; - Figure 6A shows a side view of a flat plate for the making a bent slat for sunshades; - figure 6B illustrates a first folding phase of the flat sheet for the 10 making a bent slat for sunshades; - figure 6C illustrates a second folding phase of the flat plate for the creation of a bent slat for sunshades; - Figure 7 shows a view of a continuous sheet metal roll used in the method of making a bent slat for sunshades; 15 - Figure 7A shows a view of a flat plate for the production of a bent slat for sunshades; - figure 7B illustrates a first folding phase of the flat sheet for the making a bent slat for sunshades; - figure 7C illustrates a second folding phase of the flat plate 20 for the creation of a bent slat for sunshades; In the context of this description, reference number 1 has been used to indicate a bent blade as a whole sunshade, hereinafter referred to for simplicity as “bent slat 1”. The sunshade 100 comprises a plurality of slats 105, a mechanism 25 of movement 106, a plurality of connection elements 103 and a actuator 104. The plurality of slats 105 is connected to the sunshade 100 via the plurality of connecting elements 103. The plurality of connecting elements 103 is in turn connected to the movement mechanism 106. 30 The plurality of slats 105 is configured to be moved in a direction of regulation R respectively perpendicular to a longitudinal direction L and a transverse direction T. The plurality of slats 105 are configured to be fixed with respect to movement in longitudinal direction L. The plurality of connection elements 103 is configured so as to 5 respectively connect the plurality of blades 105 with the mechanism movement 106. The drive mechanism 106 is configured to transmit a movement of the plurality of blades 105. The transmission of the movement of the plurality of blades 105 occurs along the direction of 10 R adjustment. The actuator 104 is connected to the movement mechanism 106 for move it. The folded plate 1 comprises a base wall 10 elongated along a longitudinal direction L. The base wall 10 is defined by a first 15 ends 10A and from a second end 10B in the longitudinal direction L. The base wall 10 comprises an external surface 101 and a internal surface 102. The respective internal surface 102 is opposite to the external surface 101. The internal surface 102 of the base wall 10 comprises a first protrusion 11 and a second protrusion 12. The 20 first protrusion 11 and second protrusion 12 rise from the said internal surface 102 along a normal direction N respectively perpendicular to the longitudinal direction L. The second protrusion 12 is spaced from the first protrusion 11 along the transverse direction T respectively perpendicular to the longitudinal direction L and to the 25 normal direction N. The first protrusion 11 and the second protrusion 12 are configured to to receive in hook a connecting element of the plurality of elements connection 103. In one embodiment, the bent blade 1 comprises a 30 flat transverse portion 21, a first inclined portion 31, and a second inclined portion 32. The flat transverse portion 21 comprises a first end transverse 211 and a second transverse end 212. In the portion flat transverse 21 includes the first protrusion 11 and the second protrusion 12. 5 The first inclined portion 31 is inclined with respect to the transverse portion flat 21. The first inclined portion 31 comprises a first end transverse 311 and a second transverse end 312. The second cross end 312 is connected to the first cross end 211 of the flat transverse portion 21. 10 The second inclined portion 32 is inclined with respect to the portion transverse plane 21. The second inclined portion 32 comprises a first transverse end 321 and a second transverse end 322. The second transverse end 322 is connected to the second end transverse 212 of the flat transverse portion 21. 15 According to a further embodiment, the bent blade 1 includes a second flat transverse portion 22. The second flat transverse portion 22 comprises a first transverse end 221 and a second transverse end 222. The first end transverse 221 is connected to the second transverse end 322 of the 20 second inclined portion 32. In one embodiment, the first protrusion 11 comprises a first end 11A and a second end 11B. The first protrusion 11 comprises a first layer 111 and a second layer 112 between them parts spaced along the transverse direction T. 25 In one embodiment, the first layer 111 and the second layer 112 in correspondence of the first end 11A are partly spaced along the direction T. In one embodiment, the first layer 111 and the second layer 112 in correspondence of the first end 11A are superimposed along the 30 direction T. In one embodiment, the first layer 111 and the second layer 112 in corresponding to the second end 11B are superimposed. In one embodiment, the first layer 111 and the second layer 112 are defined by a 100A hookup wall. The 100A hookup wall it is folded to define a curved connection R1, in correspondence with the 5 second end 11B. In one embodiment, the first protrusion 11 comprises a first portion 113 connected to the base wall 10. The first portion 113 includes both the first layer 111 and the second layer 112. The first portion 113 extends along a first elevation direction DE11. The 10 first direction of elevation DE11 rises from the base wall 10. In one embodiment, the first protrusion 11 comprises a curved portion 114 connected to the first portion 113. The curved portion 114 includes both the first layer 111 and the second layer 112. In one embodiment, the first protrusion 11 comprises a 15 second portion 115 connected to the curved portion 114. The second portion 115 includes both the first layer 111 and the second layer 112. The second portion 115 extends from the curved portion 114 to the second end 11B. The second portion 115 extends along a second direction of elevation DE21. The second direction of 20 elevation DE21 rises from the base wall 10. The second direction of elevation DE21 and the first elevation direction DE11 are respectively inclined to define a first inclination angle β. According to one embodiment, the first inclination angle β is between 15° and 180°. 25 According to one embodiment, the first inclination angle β is between 15° and 90°. According to one embodiment, the first inclination angle β is between 90° and 180°. According to one embodiment, the first inclination angle β is 30 between 30° and 180°. According to one embodiment, the first inclination angle β is between 45° and 180°. According to one embodiment, the first inclination angle β is between 110° and 140°. In one embodiment, the second protrusion 12 comprises a 5 first end 12A and a second end 12B. The second protrusion 12 comprises a first layer 121 and a second layer 122 between they are partly spaced along the transverse direction T. In one embodiment, the first layer 121 and the second layer 122 in correspondence of the first end 12A are partly spaced along the 10 direction T. In one embodiment, the first layer 121 and the second layer 122 in correspondence of the first end 12A are superimposed along the direction T. In one embodiment, the first layer 121 and the second layer 122 in 15 correspondence of the second end 12B are superimposed. In one embodiment, the first layer 121 and the second layer 122 are defined by a 100B docking wall. The 100B docking wall it is folded to define a curved connection R2, in correspondence with the second end 12B. 20 In one embodiment, the second protrusion 12 comprises a first portion 123 connected to the base wall 10. The first portion 123 includes both the first layer 121 and the second layer 122. The first portion 123 extends along a first elevation direction DE12. The first elevation direction DE12 rises from the base wall 10. 25 In one embodiment, the second protrusion 12 comprises a curved portion 124 connected to the first portion 123. The curved portion 124 includes both the first layer 121 and the second layer 122. In one embodiment, the second protrusion 12 comprises a second portion 125 connected to the curved portion 124. The second 30 portion 125 includes both the first layer 121 and the second layer 122. The second portion 125 extends from the curved portion 124 to the second end 12B. The second portion 125 extends along a second direction of elevation DE22. The second direction of elevation DE22 rises from the base wall 10. The second direction of elevation DE22 and the first elevation direction DE12 are 5 respectively inclined to define a second inclination angle γ. According to one embodiment, the second inclination angle γ is between 15° and 180°. According to one embodiment, the second inclination angle γ is between 15° and 90°. 10 According to one embodiment, the second inclination angle γ is between 90° and 180°. According to one embodiment, the second inclination angle γ is between 30° and 180°. According to one embodiment, the second inclination angle γ is 15 between 45° and 180°. According to one embodiment, the second inclination angle γ is between 110° and 140°. Advantageously, the first inclination angle β and the second inclination angle inclination γ define the compromise between the stresses of the 20 protrusions 11, 12 and the solidity of the grip. In one embodiment, the bent blade 1 comprises a first curl A1. The first curl A1 is located at the first transverse end 311 of the first inclined portion 31. In one embodiment, the bent blade 1 comprises a 25 second curl A2. In one embodiment, the second curl A2 is located in correspondence of the second transverse end 222 of the second flat transverse portion 22. In one embodiment, the second curl A2 is located in 30 correspondence of the second transverse end 322 of the second inclined portion 32. In one embodiment, the first protrusion 11 extends along a first direction of protrusion DP1. The first direction of protrusion DP1 it is rectilinear and inclined with respect to the transverse direction T. In one embodiment, the first protrusion direction DP1 5 coincides with the first elevation direction DE11 of the first protrusion 11. The inclination between the first protrusion direction DP1 and the direction transversal T defines a first grip angle α. In one embodiment, the first grip angle α is comprised 10 between 0° and 90° respectively. In one embodiment, the first grip angle α is comprised between 90° and 180° respectively. In one embodiment, the second protrusion 12 extends along a second direction of protrusion DP2. The second direction of 15 protrusion DP2 is rectilinear and inclined with respect to the transverse direction T. In one embodiment, the second protrusion direction DP2 coincides with the first elevation direction DE12 of the second protrusion 12. 20 The inclination between the second protrusion direction DP2 and the direction transversal T defines a second grip angle θ. In one embodiment, the second grip angle θ is comprised between 0° and 90° respectively. In one embodiment, the second grip angle θ is comprised 25 between 90° and 180° respectively. In one embodiment, the first protrusion 11 and the second protrusion 12 define a groove S. In one embodiment, the S-groove allows for the insertion and extract in the longitudinal direction L a connecting element of the 30 plurality of connecting elements 103. Advantageously, the way of inserting and extracting a connecting element of the plurality of connecting elements 103 in the S groove in the longitudinal direction L allows locking of the connecting element without the aid of a locking element, for example for example a metal clip. 5 In one embodiment, the S-groove allows for the insertion and extract in the normal direction N a connecting element of the plurality of connecting elements 103. Advantageously, the way of inserting and extracting a connecting element of the plurality of connecting elements 103 10 in the S groove in the normal direction N may require the locking of the connecting element with the aid of a locking element block, such as a metal clip. In one embodiment, a roll of continuous sheet metal 200 is cut transversely to size to obtain a full lamella 2. The lamella 15 plane 2 is elongated along a longitudinal direction L and is defined by a first end 20A and a second end 20B. The blade flat surface 2 comprises an internal surface 402 and an external surface 401. In one embodiment, the mechanical processing method for the 20 manufacturing of the folded lamella 1 includes a first stage folding of the flat blade 2. The first folding phase takes place in correspondence of a first transverse folding position 201. The first folding phase forms the first protrusion 11 which rises in exit from the internal surface 402 of the lamella. 25 In one embodiment, the first protrusion 11 is made in the flat lamella 2 is equivalent to the first protrusion 11 present in the bent blade 1, so we refer to the manufacturing forms previously illustrated for a detailed description of the characteristics related to the first protrusion 11. 30 In one embodiment, the mechanical processing method for the manufacturing of the folded lamella 1 includes a second phase folding of the flat blade 2. The second folding phase takes place in corresponding to a second transverse folding position 202. The respective second transverse folding position 202 is spaced from the first transverse folding position 201 along the direction 5 transverse T. The second folding phase forms the second protrusion 12 which rises out of the internal surface 402 of the lamella. In one embodiment, the second protrusion 12 is made in the flat lamella 2 is equivalent to the second protrusion 12 present in the bent blade 1, so we refer to the manufacturing forms 10 previously illustrated for a detailed description of the characteristics related to the second protrusion 12 According to one embodiment, at the end of the second phase folding of the lamella, the inner surface 402 and the outer surface 401 of the flat plate 2 coincide with the respective internal surface 15 102 and the respective external surface 101 of the bent blade 1. Advantageously, the method for making a bent lamella 1 reduces production waste. Advantageously, the method for making a bent lamella 1 optimizes, facilitates and speeds up the mechanical processing of the 20 lamella itself. Advantageously, the method for making a bent lamella 1 allows for a connection to be created between the blade and the element very strong connection. THE AGENCY Eng. Luca Scipioni (Registered no. 1885B)

Claims

1. Slat (1) for sunshade (100), comprising: - a base wall (10) elongated along a longitudinal direction (L) 5 between a first end (10A) and a second end (10B), each configured to connect to a movement mechanism (106) of the sunshade, the base wall (10) comprising an external surface (101) and an internal surface (102), opposite to the external surface (101); - a first protrusion (11), which rises from the internal surface (102); 10 - a second protrusion (12), which rises from the internal surface (102) and is spaced from the first protrusion (11) along a direction transverse (T), perpendicular to the longitudinal direction (L); the first and second protrusions (11, 12) being configured for receive a connecting element hooked between the blade (1) and the 15 movement mechanism (106) of the sunshade, characterized by the fact that the first protrusion (11) and the second protrusion (12) comprise a respective first layer (111, 121) and a respective second layer (112, 122), placed side by side along the direction transverse (T), to form the corresponding first and second protrusion 20 (11, 12).

2. Lamella (1) according to claim 1, wherein the first and second protrusion (11, 12) include a respective first end (11A, 12A) and a respective second end (11B, 12B), wherein each of said 25 first layer (111, 121) and second layer (112, 122) are defined by a respective hooking wall (100A, 100B), folded to define a curved connection (R1, R2) at the respective second ends (11B, 12B) of the first and second protrusions (11, 12). 30 3. Lamella (1) according to claim 2, wherein the base wall (10) and the attachment walls (100A, 100B) are made in continuity of material.

4. Lamella (1) according to any of the preceding claims, in each of the said first and second protrusions (11, 12) include: 5 - a first portion (113, 123), connected to the base wall (10) and rising along a respective first direction of elevation (DE11, DE12); - a curved portion (114, 124), connected to the first portion (113, 123); - a second portion (115, 125), extending along a respective 10 second direction of elevation (DE21, DE22) between the curved portion (114, 124) up to the second end (11B, 12B) of the respective first and second protrusion (11, 12); where the first direction of elevation (DE11, DE12) is inclined with respect to to the corresponding second direction of elevation (DE21, DE22).

5. Lamella (1) according to claim 4, wherein the first and second elevation direction (DE11, DE21) of the first protrusion (11) are between their inclinations to define a first inclination angle (β) between 15° and 180°.

6. Lamella (1) according to claim 4 or 5, wherein the first and second direction of elevation (DE12, DE22) of the second protrusion (12) are inclined to each other to define a second inclination angle (γ) between 15° and 180°.

7. Lamella (1) according to any of the preceding claims, wherein the first protrusion (11) extends along a respective first direction of protrusion (DP1), rectilinear and inclined with respect to the transverse direction (T) to define a first grip angle (α), included respectively between 30 15° and 165°, and in which the second protrusion (12) extends along a respective second direction of protrusion (DP2), rectilinear and inclined with respect to the transverse direction (T) to define a second angle of grip (θ), between 15° and 165° respectively.

8. Lamella (1) according to claim 7, wherein the first gripping angle 5 (α) and the second grip angle (θ) are between 0 and 90°.

9. Lamella (1) according to claim 7, wherein the first gripping angle (α) and the second grip angle (θ) are between 90 and 180°. 10 10. Lamella (1) according to any of the preceding claims, including: - a flat transverse portion (21), including a first end transverse (211) and a second transverse end (212); - a first inclined portion (31), including a respective first 15 cross end (311) and second cross end (312), connected to the first transverse end (211) of the transverse portion flat (21) and inclined with respect to the flat transverse portion (21), - a second inclined portion (32), including a respective first transverse end (321) and second transverse end (322), 20 connected to the second transverse end (212) of the portion flat transverse (21) and inclined with respect to the flat transverse portion (21).

11. Lamella (1) according to claim 10, wherein the first end 25 transverse (311) of the first inclined portion (31) includes a first curl (A1) and in which the second transverse end (322) of the second inclined portion (32) includes a second curl (A2).

12. Sunshade (100) comprising: 30 - a plurality of slats (105), according to any of the claims previous ones, configured to be moved along a direction of regulation (R); - a drive mechanism (106), configured to transmit a movement along the direction of regulation (R) to the plurality of lamellae (105); 5 - a plurality of connecting elements (103), each configured for connect a respective blade of said plurality to the mechanism movement (106); - an actuator (104), associated with the movement mechanism (106) to move it; 10 Where the direction of regulation (R) is respectively perpendicular to both to the longitudinal direction (L) and to the transverse direction (T).

13. Method for producing a lamella (1), comprising the following steps: - preparation of a flat sheet metal (2), mainly extended along 15 a longitudinal direction comprising an internal surface (402) and an external surface (401); - first folding of the flat sheet metal (2), in correspondence with a first transverse folding position (201), to form a first protrusion (11), rising out of the internal surface (402), including a first 20 layer (111) and a second layer (112), placed side by side along one direction transverse (T), perpendicular to the longitudinal direction (L), - second folding of the flat sheet metal (2), in correspondence with a second transverse folding position (202), spaced from the first transverse folding position (201), along the transverse direction 25 (T) to form a second protrusion (12), rising out of the internal surface (402) and including a first layer (121) and a second layer (122), placed side by side along the transverse direction (T).

14. Method according to claim 13, wherein the flat sheet (2) is a 30 continuous sheet metal roll (200) and wherein the method comprises a step of cutting of flat sheet metal to size (2), in which the sheet metal is cut transversely to obtain a predetermined longitudinal length. Bologna, September 20, 2024 THE AGENCY Eng. Luca Scipioni (Registered no. 1885B)