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DE-202026100776-U1 - Band arrangement for the pivoting mounting of a wing

DE202026100776U1DE 202026100776 U1DE202026100776 U1DE 202026100776U1DE-202026100776-U1

Abstract

Hinge arrangement (10) for pivoting a wing part (12) in a frame part (14), comprising a) Ligament flaps (16, 18) which are connected to each other via a joint (20), wherein - a first ligament flap (16) is attached to the wing part (12) and - a second band flap (18) is attached to the frame part (14), b) an adjusting device (50) for adjusting the band arrangement (10), wherein an adjusting slide (38) is provided in a guide of the first band flap (16) with adjusting means (34, 52) adjustable for positioning on the wing part (12), wherein c) the guide (33) for the adjusting slide (38) is provided as a guide recess (35) in the first band flap (16) and the adjusting slide (38) has at least partially a cross-sectionally complementary shape (46) to the guide recess (35), characterized in that d) the first band flap (16) has a central opening (22) into which a support element (32), which is designed as a screw, a pin or a bolt and which is attached to the wing part (12), engages to guide and/or fasten the first band flap (16).

Assignees

  • HAPS GMBH & CO KG

Dates

Publication Date
20260513
Application Date
20260212
Priority Date
20260212

Claims (10)

  1. A hinge assembly (10) for pivotally mounting a wing part (12) in a frame part (14), comprising: a) hinge leaves (16, 18) which are connected to each other via a hinge (20), wherein: - a first hinge leaf (16) is attached to the wing part (12) and - a second hinge leaf (18) is attached to the frame part (14); b) an adjusting device (50) for adjusting the hinge assembly (10), wherein an adjusting slide (38) is provided in a guide of the first hinge leaf (16) with adjusting means (34, 52) for position on the wing part (12), wherein c) the guide (33) for the adjusting slide (38) is provided as a guide recess (35) in the first hinge leaf (16) and the adjusting slide (38) has at least partially a cross-sectionally complementary shape (46) to the guide recess (35), characterized in that d) the The first band flap (16) has a central opening (22) into which a support element (32), which is designed as a screw, a pin or a bolt and which is attached to the wing part (12), engages to guide and/or fasten the first band flap (16).
  2. Hinge arrangement (10) for pivoting a wing part (12) in a frame part (14) according to Claim 1 , characterized in that the second band flap (18) has a central opening (22) into which a support element (32), which is designed as a screw, a pin or a bolt and which is attached to the frame part (14), engages for positioning and/or fastening the second band flap (18).
  3. Hinge arrangement (10) for pivoting a wing section (12) in a frame section (14) according to one of the Claims 1 or 2 , characterized in that the central opening (22) is designed as an elongated opening.
  4. Hinge arrangement (10) for pivoting a wing section (12) in a frame section (14) according to one of the Claims 1 until 3 , characterized in that guiding means (24) are provided for guiding the band flap (16, 18) on its wing part (12) or frame part (14).
  5. Hinge arrangement (10) for pivoting a wing section (12) in a frame section (14) according to one of the Claims 1 until 4 , characterized in that the guide means (24) have an elongated hole (36) in the wing part (12) and/or in the frame part (14) and a corresponding projection (28) on the hinge flap (16, 18).
  6. Hinge arrangement (10) for pivoting a wing part (12) in a frame part (14) according to Claim 5 , characterized in that the projection (28) is designed as a guide rail which is guided in the elongated hole (36).
  7. Hinge arrangement (10) for pivoting a wing part (12) in a frame part (14) according to Claim 5 , characterized in that at least two projections (28) designed as guide studs are provided, each of which is guided in an elongated hole (36).
  8. Hinge arrangement (10) for pivoting a wing section (12) in a frame section (14) according to one of the Claims 5 until 7 , characterized in that the elongated hole (36) is provided in the wing part (12) and/or the frame part (14).
  9. Hinge arrangement (10) for pivoting a wing section (12) in a frame section (14) according to one of the Claims 5 until 8 , characterized in that the projection (28) in the elongated hole (36) is designed to be displaceable for adjusting the band arrangement (10).
  10. Hinge arrangement (10) for pivoting a wing section (12) in a frame section (14) according to one of the Claims 1 until 9 , characterized in that the band flap (16, 18) has a trapezoidal cross-section shape for receiving the adjusting slide (38).

Description

Technical field The innovation concerns a hinge arrangement for the pivotable mounting of a wing section in a frame section, containing a) Ligament flaps which are connected to each other via a joint, wherein - a first ligament flap is attached to the wing part and - a second strap is attached to the frame part, b) an adjusting device for adjusting the band arrangement, wherein an adjusting slide is provided in a guide of the first band flap adjustable by adjusting means for positioning on the wing part, c) the guide for the adjusting carriage is provided as a guide recess in the first belt flap and the adjusting carriage has at least a partially complementary shape in section to the guide recess. Description Hinges for doors or windows, also known as hinges, have long been known and serve to pivot a door or window sash to a fixed frame member. Such hinges typically consist of two hinge leaves that are movably connected to each other via a joint, in particular a hinge pin or pivot. The first hinge leaf is attached to the sash side of a door leaf, door sash, or window sash, while the second hinge leaf is located on the frame side of a door frame, door jamb, or window frame. The joint allows the hinge leaves to open and close the sash in a controlled manner relative to the frame member. In addition to their basic pivoting function, these hinges must withstand consistently high mechanical loads, resulting in particular from the weight of the sash, dynamic forces during opening and closing, and long-term settling and wear. A key requirement is therefore to ensure the sash remains securely and stably in place in every operating position, preventing any unintentional slippage, sagging, or tilting. At the same time, it is necessary for hinges to be adjustable in order to compensate for manufacturing tolerances, assembly inaccuracies, and subsequent changes in the sash's position. Numerous adjustment mechanisms are known in the prior art for this purpose, in which, for example, hinge leaves are designed to be displaceable relative to each other or relative to the sash or frame component. Such adjustment mechanisms allow, in particular, horizontal and/or vertical alignment of the sash to achieve precise contact with the frame, uniform gap formation, and reliable closing and sealing. Common designs utilize, among other things, elongated holes, guide profiles, adjusting slides, clamping connections, or positive-locking support elements that allow adjustment of the hinge leaf when the fastening is loosened and fixation in the set position after tightening. However, this often creates a conflict between a design that is as simple and easy to install as possible and a permanently stable guide that ensures precise positioning of the sash even under load and over long periods of use. State of the art The DE 296 22 639 U1 Disclosure reveals a door or window hinge with a sash-side, two-part hinge leaf consisting of an adjustable first leaf section and a sash-fixed second leaf section. The first leaf section is designed as a U-profile with a base and side legs, between which the second leaf section is guided. The sash-fixed leaf section is attached to the sash by means of screws and positioning pins, while the adjustable leaf section can be moved relative to the sash-fixed leaf section via an adjusting spindle. Guidance is achieved via elongated holes and legs that provide a vertical positive fit. The known design allows for horizontal adjustment of the hinge leaf, but is structurally relatively complex and can lead to play in the guide due to tolerances or prolonged stress, which can impair the stability of the set position. In the DE 298 20 314 U1 A door or window hinge is described in which a hinge leaf is horizontally displaceable on the sash. The hinge leaf is attached to the sash by means of a clamping plate and guided through horizontal elongated holes. To provide additional security against vertical slippage, projections are provided that penetrate the sash material during installation, creating a positive-locking connection. The hinge leaf can be adjusted by loosening and retightening the clamping connection. This known solution is particularly suitable for sashes made of soft materials, as the projections must penetrate the surface. For harder materials... However, the holding effect can decrease with materials or repeated stresses, so that slippage of the strap flap and thus misalignment of the wing cannot be reliably ruled out. The DE 196 42 636 C2 The drawing also reveals a door hinge with a two-part hinge leaf on the sash side. The hinge leaf on the sash side comprises a sash-side retaining element and a hinge-side sash part. The retaining element consists of a main leg and a secondary leg, which engage with projections in recesses in the sash and are screwed firmly to it. The retaining element guides the sash part vertically in a form-fitting manner and is connected to it via an adjustment device for horizontal