Classifications

• • E—FIXED CONSTRUCTIONS
  • E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
  • E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
  • E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
  • E06B9/24—Screens or other constructions affording protection against light, especially against sunshine; Similar screens for privacy or appearance; Slat blinds
  • E06B9/26—Lamellar or like blinds, e.g. venetian blinds
  • E06B9/28—Lamellar or like blinds, e.g. venetian blinds with horizontal lamellae, e.g. non-liftable
  • E06B9/34—Lamellar or like blinds, e.g. venetian blinds with horizontal lamellae, e.g. non-liftable roller-type; Roller shutters with adjustable lamellae

Definitions

• Shutters and blinds are known in a variety of embodiments.
• the advantage of having an exterior exterior is that the glass is shaded from the outside and in summer the heat can not get in, as the window or the door is in the shade of the blind.
• the main advantage is the generous light intake with transversal slats, without having the sunbeams in the house. A complete darkening is
• Shutters are available in many designs. This is already used in built-in roller shutters and blind shutters However, this has less influence on the roller shutter shell.
• the benefits of roller shutters are higher burglary protection, the ability to completely darken and, of course, privacy, no matter what the weather. The downside is, if you have one in the summer
• Heat protection would like the room to be heavily darkened to completely dark, depending on the design of the roller shutter shell. All shown solutions are made of many different materials. For example, there are wood, plastic profiles, aluminum, composite materials and more as execution material. Likewise, there are a variety of dimensions and shapes.
• EP000000023974 EP460521, EP0189091, EP330192, EP0382172, DE000002929675, DE102006005750, DE102004048252,
• the invention has the object, a roller shutter with the function of
• the task is solved with a roller shutter, which is also designed as a blind.
• the roller shutter is preferably designed so that it can set the slats in a defined area.
• the roller shutter is preferably designed so that the adjustment of the adjustable slats on the traction means.
• the roller shutter is preferably designed so that it consists of guide elements and adjustable slats.
• All fins are preferably designed so that they can be reduced to the required size.
• the roller shutter is preferably designed so that it can be industrially prefabricated on defined or standard dimensions.
• the guide elements, or guide blades are not limited to.
• the guide elements, or guide blades are not limited to.
• the guide elements, or guide blades are not limited to.
• the guide elements, or guide blades are preferably designed so that they are made as longer pieces, or by the meter, to the structural
• the adjustable slat begins and the part above the window frame remains firm.
• the guide elements, or guide blades are not limited to.
• the guide elements, or guide blades are not limited to.
• the guide elements, or guide blades are not limited to.
• the roller shutter is preferably designed so that you can make a solid lamella from guide blades and adjustable slats by means of a fixing element, or a fixing rod.
• the roller shutter is preferably designed so that it also has fixed blades that are not adjustable.
• the roller shutter is preferably designed so that a hinge, or other movable unit between the guide part, which runs in the rail, and the movable plate makes the connection.
• the roller shutter is preferably designed so that a hinge rod between the guide part, which runs in the rail, and the movable plate makes the connection.
• the hinge rod is preferably designed to
• the hinge rod is preferably designed so that it is introduced only during assembly of the roller shutter.
• the hinge rod is preferably designed so that it is available by the meter, in order to be able to be adapted to the circumstances.
• the hinge rod is preferably designed so that it can run for greater stability through the entire lamella, or a larger part of the lamella.
• the roller shutter is preferably designed so that the hinge rods are ball-mounted either in the movable plate, or in the guide plate.
• the roller shutter is preferably designed so that the hinge rods either in the movable plate, or in the guide plate have a plain bearing.
• the guide plate is preferably designed so that between the hinge rods and the guide plates, which sit in the rail, a distance increase is incorporated, which ensures that the slats are easy to move and can not wedge.
• the roller shutter is preferably designed so that the adjustable slats can be infinitely inclined.
• the roller shutter is preferably designed so that the adjustable blades are rotatably mounted at the bottom and in the closed state upwards to show the
• the roller shutter is preferably designed so that the top adjustable slat, or certain slats run into a device that fixes the adjustable slats at a specific location on the loose side of the slat, to further by lowering the
• Roller shutter armor the inclination angle of the movable
• the roller shutter is preferably designed so that the weight is sufficient to make the adjustable slats infinitely inclined.
• the roller shutter is preferably designed so that springs are used to support the adjustable blades when changing the inclination.
• the roller shutter is preferably designed so that a traction system is used to support the adjustable blades when changing the inclination.
• the roller shutter is preferably designed so that the weight of train system, or bands, cords, chains, links, ropes, or belts, or other flexible
• the roller shutter is preferably designed so that the tension system, or bands, links, cords, ropes, or Belt to be attached to the roller shutter shaft at the top.
• the roller shutter is preferably designed so that the tension system, or bands, links, cords, ropes, or
• the roller shutter is preferably designed so that the tension system, or bands, links, cords, ropes, or
• the adjustability of the roller shutter is preferably designed so that the adjustable slats can be adjusted continuously and without a stop.
• the adjustability of the roller shutter is preferably designed so that the adjustable slats a
• the roller shutter is preferably designed so that the tension system, or bands, links, cords, ropes, or straps are attached to the adjustable slats.
• the roller shutter is preferably designed so that the tension system, or straps, links, cords, ropes, or straps are attached to the lower fixed slats.
• the roller shutter is preferably designed so that the tension system, or bands, links, cords, ropes, or
• the slats are preferably designed so that you have devices in which the traction device can be attached.
• the slats are preferably designed so that you have recesses in which the traction device can be attached.
• the devices, or recesses are preferably designed so that you are open at one point to the outside to introduce the traction means can.
• the roller shutter is preferably designed so that the traction system, or tapes, cords, ropes, or belts at the top of the fixed blades run through guides.
• These slats are preferably designed so that the guides are already available at the factory on these slats.
• These guides are preferably designed so that the traction means can be attached to them, or go through loosely.
• These guides are preferably designed so that they can be attached to lamellae when mounted.
• These guides are preferably designed so that when mounted on slats attached, plugged, riveted, glued, clipped, or can be screwed.
• These guides are preferably designed so that the traction means can both be attached to it, as well as go through.
• These slats are preferably designed so that the guides are already available at the factory on all slats and are simply removed when not needed.
• the traction means is preferably designed so that it has loops, or mounting options to be attached to the slats can.
• the traction means is preferably designed so that
• the roller shutter is preferably designed so that the lower slats, or the bottom slat are made more stable.
• Possible materials are aluminum, metal, reinforcements in the lamella, or other stable materials.
• the roller shutter is preferably designed so
• End rail is located.
• This graduation rail, or end piece is
• the roller shutter is preferably designed so that it improves the insulation properties.
• the roller shutter is preferably designed so that it consists of composite materials.
• the roller shutter is preferably designed so that it consists mainly of plastic.
• the roller shutter is preferably designed so that it consists mainly of wood.
• the roller shutter is preferably designed so that it consists mainly of coated or painted aluminum.
• the roller shutter is preferably designed so that it consists mainly of a chamber system, a chamber, or more chambers.
• the roller shutter is preferably designed so that the chamber / chambers are filled with insulating material.
• the roller shutter is preferably designed so that it has a limiter on the bottom lamella, so as not to be pulled into the roller shutter box.
• the roller shutter is preferably designed so that it has a cap on the bottom guide plate.
• the roller shutter is preferably designed so that it at the bottom guide plate one or more
• the end pieces are preferably designed so that continuous slats can be attached to them.
• the fins next to the end pieces are preferably designed so that they can be attached to continuous slats.
• the louver under the first adjustable louver is preferably designed to be shorter than the louver
• adjustable slats do not hinder.
• the fins are preferably designed so that the
• Slats can be shortened against the side with the hinge means to shorten this, which is below the first adjustable slat, so that it is shorter than the remaining slats, so as not to hinder an oblique position of the adjustable slats.
• the roller shutter is preferably designed so that it can be exchanged against existing roller shutter in an existing shutter system.
• the slats of the roller shutter are preferably designed so that they have seals, or sealing lips in the edges, to better seal against cold and moisture.
• the slats of the roller shutter are preferably designed so that they can have all dimensions in order to optimally fit the particular application.
• the slats of the roller shutter are preferably designed so that the slat height meets the requirements
• the adjustable slats are adapted, manufactured.
• the slat heights of 37, 45, 52, and 55 mm are standard. However, other dimensions are possible. For example, also longer, so that when tilted the adjustable slats a higher
• the slats of the roller shutter are preferably designed so that they are so short that the adjustable slats between the window, or door frame, or glass so much Patz that they can be placed as far as possible, or completely tilted.
• the slats of the roller shutter are preferably designed so that the slat height longer than usual can be made, since at Vorsatzrollläden, or new buildings, the distance of the guide rails can be increased. Especially with new buildings larger roller shutter boxes are possible through the thicker walls, or superior ETICS, which could accommodate longer slats. This would be at
• the slats of the roller shutter are preferably designed so that the curves depending on the direction of retraction, from the geometire ago, can be made differently.
• the adjustable slats of the roller shutter are preferably designed so that they fold downwards.
• the overall solution is preferably designed so that one or more additional guides mounted on the roller shutter box, glued, or otherwise secured, which entangle the roller shutter at the edge of the
• the overall solution is preferably designed so that at the shutter box one or more additional
• the roller shutter is preferably designed so that it increases the burglary protection.
• the increased burglary protection is preferably designed so that the roller shutter in trying to push him up the slats are inclined and thus prevents pushing up into the roller shutter box.
• the increased burglary protection is preferably designed so that the roller shutter armor additional devices, or
• Figure 1 is a plan view of a section of a closed alousierbaren
• FIG. 2 shows a plan view of a section of a jam-lockable roller shutter in which the adjustable slats are inclined;
• Figure 3 is a plan view of the lower left end of a j alousierbaren roller shutter, in which the guide rail for better
• Figure 4 is a plan view of the top, from the outside
• Guide louvers protrude a little further from the guide rail, as in the previous figures, a plan view of the lower left end of a j alousierbaren roller shutter with solid continuous lower slats, in which the guide rail is shown transparent for clarity, a plan view of the lower left end of a j alousierbaren roller shutter, with fixed lower slats, wherein the guide rail for is shown transparently and the movable slats are tilted, a sectional view of a side view of a section of a j alousierbaren roller shutter, in which the
• adjustable slats are slanted, a sectional drawing of a side view of a section of a sliding blind roller shutter, in which the
• adjustable lamellae are closed, a plan view of a section of a lamella, in which a possible variant of the mounting options of the
• Venetian blinds in which the adjustable slats are closed and in this position the
• Figure 11 is a sectional drawing of a side view of the shutter box of a
• Venetian blind roller shutter in which the adjustable slats are inclined inwards, with a
• Figure 12 is a sectional drawing of a side view of the shutter box of a
• Venetian blind roller shutter in which the adjustable slats are tilted outwards, with the image of the guide rail,
• Figure 13 is a sectional drawing of a side view of the shutter box of a
• Venetian blinds in which the adjustable slats are closed and the roller shutter against the more common direction of rotation over
• FIG. 14 shows the detail view of a
• Figure 1 is a plan view of an embodiment of the arrangement of a section of a closed
• Venetian blind roller shutter shown.
• Guide rails 4 run the guide plates 2. These are connected by the hinge rods 3 with the adjustable blades 1 and rotatably supported.
• Figure 2 is a plan view of an embodiment of the arrangement of a section of a louvers
• Figure 3 is a plan view of an embodiment of the arrangement of a section of a closed
• Hinge rods 3 connected to the adjustable blades 1 and the fixed blades 9 and rotatably mounted.
• the lower two fins are designed in this example as solid fins 9, since they are connected by a fixing rod 6 with the guide plates 2. At the bottom guide blade end pieces are 12. At the
• Bottom plate 9 are fixed limiter 7, which ensure that the roller shutter is stopped at the shutter box camber and can not be drawn.
• Figure 4 is a plan view of an embodiment of the arrangement of a section of a closed
• Venetian blind roller shutter shown at the upper visible end, the externally visible area is terminated by the shutter box 8.
• the guide plates 2 are again designed slightly wider than in Fig.l and Fig.2.
• the guide blades run 2. These are by the hinge rods 3 with the adjustable blades 1 and the fixed blades. 9
• Hinge rods 3 shims 20 The upper two fins are designed in this example as a solid slats 9 by the traction means is not fixed there, and they are connected by a fixing rod 6 with the guide plates 2.
• Figure 5 is a plan view of an embodiment of the arrangement of a section of a closed
• the lower two slats are designed in this example as a continuous slats 10, which are not rotatably mounted.
• the end pieces 12 of the guide plates 2 sit between the guide plates 2 and the continuous lamellae 10.
• the lowermost fixed lamella 10 has a finishing rail 18.
• limiters 7 are attached, which ensure that the roller shutter is stopped at the shutter box lintel and can not be involved.
• FIG. 6 is a plan view of one embodiment of the arrangement of a section of a closed one
• Venetian blind roller shutter shown at the bottom, in which the guide plates 2 are designed to be wider than in Fig. 1 and Fig. 2.
• the adjustable slats 1 are inclined in this figure.
• the guide rails 4 here transparent for a better view of the arrangement
• roller shutter is stopped and can not be pulled in.
• the traction means run 5.
• Figure 7 is a side view of an embodiment of the arrangement of a section of a j alousierbaren
• Figure 8 is a side view of an embodiment of the arrangement of a section of a j alousierbaren
• Roller shutter tank shown, in which the slats
• the guide blades run 2. These are connected by the hinge rods 3 with the adjustable blades 1 and rotatably supported. At the end of the adjustable blades 1, the traction means run 5.
• the Switzerlandstoff5 are connected to the adjustable blades 1 via a fastening.
• FIG. 9 the top view of one end of a
• the slat has a recess 17 to a fastening 13 the
• FIG. 10 is a sectional drawing of a side view of an embodiment of the arrangement of a j alousierbaren roller shutter with roller shutter box 15 shown in which the slats are closed and would be ready to be pulled up, or by slackening the traction means, the adjustable slats 1 obliquely put.
• Guide plates 2 are connected by the hinge rods 3 with the adjustable blades 1 and rotatable
• the traction means are connected to the adjustable blades 1. Due to the fixing rod 6, the upper two slats to solid slats 9. Through the upper fixed blades 9, the traction means 5 pass through a guide 14 before they are attached to the shutter shaft 16.
• Figure 11 is a sectional view of a side view of an embodiment of the arrangement of a j alousierbaren roller shutter with roller shutter box 15 is shown, in which the slats are inclined inwards.
• Guide plates 2 are connected by the hinge rods 3 with the adjustable blades 1 and rotatable
• the traction means are connected to the adjustable blades 1. Through the upper fixed blades 9, the traction means 5 pass through a guide 14, before they on the
• Roller shutter shaft 16 are attached. On the shutter box 15 one or more guides 21 is mounted, which ensure that the roller shutter can not hang on the edge of the roller shutter box 21.
• Figure 12 is a sectional view of a side view of an embodiment of the arrangement of a j alousierbaren roller shutter shell with roller shutter box 15 is shown, in which the slats are tilted outwards.
• Guide plates 2 are connected by the hinge rods 3 with the adjustable blades 1 and rotatable
• the traction means 5 are with the adjustable
• Figure 13 is a sectional drawing of a side view of an embodiment of the arrangement of a j alousierbaren roller shutter shell with roller shutter box 15 is shown, in which the slats are closed.
• the Aufrolloplasty is in this example contrary to the more common practice.
• Roller shutter armor is diverted and guided by guide rollers 22.
• the guide plates 2 are through the
• the traction means 5 are connected and rotatably mounted.
• the traction means 5 are connected to the adjustable blades 1 via a fastening 13. Through the upper fixed blades 9, the traction means 5 pass through a guide 14, before they on the
• Roller shutter shaft 16 are attached. On roller shutter box 15, one or more guide rollers 22 is mounted, which ensure that the roller shutter is deflected and guided.
• FIG. 14 shows a detailed detail from a top view of an embodiment of the arrangement of a closed roller shutter shell that can be closed.
• Guide rail 4 run the guide plates 2. These are connected by the hinge rods with the adjustable blades 1 and rotatably mounted.
• a spring 19 supports the rotational movement of an adjustable slat. 1

Landscapes

• Engineering & Computer Science (AREA)
• Structural Engineering (AREA)
• Architecture (AREA)
• Civil Engineering (AREA)
• Operating, Guiding And Securing Of Roll- Type Closing Members (AREA)
• Specific Sealing Or Ventilating Devices For Doors And Windows (AREA)

Applications Claiming Priority (2)

Publications (2)

Family

ID=48537936

Family Applications (1)

Country Status (2)

Families Citing this family (1)

Citations (23)

Family Cites Families (13)

• 2012
  • 2012-04-10 DE DE102012007141A patent/DE102012007141A1/de not_active Ceased
• 2013
  • 2013-04-08 WO PCT/EP2013/057319 patent/WO2013153035A2/fr not_active Ceased

Patent Citations (26)

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