DE1559985B

DE1559985B - Hinge for profile or tubular frames of doors or the like

Info

Publication number: DE1559985B
Authority: DE
Inventors: Ernst von Dr.-Ing. 4814 Senne; Mühle Manfred 4971 Löhne Wedel
Original assignee: Heinz Schürmann & Co, 4800 Bielefeld

Description

3 43 4

Scharnierlappen 1 auf die Rahmenaußenfläche ge- bolzen 17 ist ferner mit einer kegelstumpfförmigenThe hinge tab 1 is bolted to the outer surface of the frame 17 is also frustoconical

preßt. Bohrung 19 ausgestattet, die mit der Spannschraubepresses. Bore 19 fitted with the clamping screw

Bei der Konstruktion nach der F i g. 2 ist in dem 20 zusammenwirkt. Aus der F i g. 3 ergibt sich, daß Scharnierlappen 11 ein Verriegelungszapfen 12 diese Spannschraube 20 versetzt zu der kegelstumpfschwenkbar gelagert. Diesem Verriegelungszapfen 5 förmigen Bohrung 19 angeordnet ist. Beim Anziehen 12, der die Bohrung 4 des Profilrahmens 5 durchtritt, der Spannschraube 20 arbeitet die konische Schrauist eine Spannschraube 13 zugeordnet. Über diese benspitze 21 mit der Begrenzungsfläche der kegel-Spannschraube 13 kann der Verriegelungszapfen 12 stumpfförmigen Bohrung 19 zusammen und bewegt in der in Fig.2 aufgezeigten Verriegelungsstellung den Befestigungsbolzen 17 in Fig.3 nach oben, festgelegt werden. Die Spannschraube 13 durchtritt io Nach dem Anziehen der Spannschraube 20 nimmt die Seitenwand? und einen laschenartigen Befesti- der Befestigungsbolzen 17 die in Fig.4 aufgezeigte gungsvorsprung 14. Sie kann also gleichzeitig zum Stellung ein. Da die obere Wand 22 des Profils in die Festlegen des Befestigungsvorsprungs 14 an der Sei- exzentrische Nut 18 des Befestigungsbolzens hineintenwand7 benutzt werden. Bei der in Fig.2 darge- ragt, wird beim Anziehen der Spannschraube 20 eine stellten Ausführung ragt der Befestigungsvorsprung 15 Verklemmung zwischen dem Befestigungsbolzen 17 14 in den Innenraum des Profils und ist somit mit und dem Rahmenprofil erreicht,
der Innenseite der Seitenwand 7 verbunden. Der Scharnierlappen 15 ist ferner mit einem Ia-In the construction according to FIG. 2 is where 20 interacts. From FIG. 3 shows that the hinge tab 11 a locking pin 12, this clamping screw 20 offset to the truncated cone mounted pivotable. This locking pin 5-shaped bore 19 is arranged. When tightening 12, which passes through the bore 4 of the profile frame 5, the clamping screw 20 works, the conical screw is assigned a clamping screw 13. About this benspitze 21 with the boundary surface of the conical clamping screw 13, the locking pin 12 frusto-shaped bore 19 together and moves the fastening bolt 17 in Figure 3 upwards in the locking position shown in FIG. The clamping screw 13 passes through. After tightening the clamping screw 20, the side wall takes? and a tab-like fastening the fastening bolt 17, the projection 14 shown in FIG. Since the upper wall 22 of the profile can be used to fix the fastening projection 14 on the side eccentric groove 18 of the fastening bolt. In the case of the one shown in FIG. 2, when the clamping screw 20 is tightened, the fastening projection 15 jamming protrudes between the fastening bolts 17 and 14 into the interior of the profile and is thus achieved with and the frame profile,
the inside of the side wall 7 connected. The hinge tab 15 is also provided with an Ia-

Bei der Ausführung nach den F i g. 3 bis 6 ist der schenartigen Befestigungsvorsprung 23 ausgerüstet, Scharnierlappen 15 mit einer zylindrischen Bohrung der in den Profilinnenraum ragt und über Schrauben 16 versehen. In dieser Bohrung 16 ist ein Befesti- 20 24, 25 mit der Seitenwand 26 lösbar verbunden wird, gungsbolzen 17 längsverschiebbar gelagert. Am Befe- Bei der Konstruktion nach der Fig. 6 ist der Iastigungsende ist dieser zylindrische Bolzen mit einer schenartige Befestigungsvorsprung 23 an der Außenexzentrischen Nut 18 versehen. Sein Absatz 18 α hin- seite der Seitenwand 26 über Schrauben 27, 28 festtergreift die Wand der Bohrung 4. Der Befestigungs- gelegt.In the execution according to the F i g. 3 to 6 are equipped with the small-like fastening projection 23, hinge tabs 15 with a cylindrical bore that protrudes into the profile interior and provided with screws 16. In this bore 16 a fastening bolt 17 is releasably connected to the side wall 26 and is mounted so as to be longitudinally displaceable. In the construction according to FIG. 6, the load end of this cylindrical bolt is provided with a section-like fastening projection 23 on the externally eccentric groove 18. Its paragraph 18 α back side of the side wall 26 by screws 27, 28 the wall of the bore festtergreift 4. The mounting set.

Hierzu 1 Blatt Zeichnungen1 sheet of drawings

Claims

1 2 patent application profile can be fastened and in which an axially adjustable one running parallel P 'to the frame plane

1. Hinge for profile or tubular frame of clamping screw is provided, which by the together doors Od. The like., In which a hinge flap menaktiv a wedge surface assigned to it by at least one inside and parallel to an abutment surface, one perpendicular to the screw end Fastening screw located at the frame level, axis-directed, the hinge tab on the Raham Frame profile can be fastened and exerts pressing force on the outer surface of the frame.

an axially parallel to the frame plane due to the additional non-positive connection

adjustable clamping screw is provided between the hinge tab and the frame, through the interaction of an assigned surface, the hinge can accommodate high, alternating wedge surface with an abutment surface without the risk of the hinge being perpendicular to the screw axis detaches from the frame.
The invention is based on the object of the

exerts pressing force, to further develop the subject matter of the main application after patent application and P 1559983.4-25, thereby marked 15 the hinge constructively and for assembly e t that on the hinge tab (1.11) a fold in one.

Bore (4) in the outer surface of the frame Fastening projection (2) loosens with one side that a hole in the hinge tab is inserted into lent protruding wedge-shaped extension (6) in front of the outer frame surface protruding fastening is that when screwing on a second, 20 supply projection with a laterally protruding wedge tab-like Fastening projection (3) is provided on the shaped approach, the screw-on side wall (7) of the frame, the wall of the ben of a second, tab-like fastening pre-bore (4) engages behind. Jump to the side wall of the frame the wall

2. Hinge according to claim 1, characterized by engaging behind the bore.

indicates that the hole (4) penetrates a second solution according to the invention tend fastening projection than in the hinge lap in that one in a hole in the frame outer pen (11) pivotably mounted locking surface protruding fastening bolts with a pin (12) is formed, which engages behind the bore wall through the clamping shoulder, in a drilling screw (13) is adjustable. tion of the hinge tab mounted longitudinally displaceable

3. Hinge for profile or tubular frames of 30 and with a frustoconical hole verse doors or the like, in which a hinge tab is hen that cooperates with the clamping screw, by at least one within and parallel to Further developments of the invention are areas Fastening screw located at the frame level stood in the dependent claims 2, 4 and 5.

can be attached to the frame profile and in the embodiments of the invention are in the

an axially extending drawing running parallel to the plane of the frame is shown and is adjustable in the following Tensioning screw is provided who wrote. It shows

through the cooperation of a F i g. 1 a frame profile with attached

th wedge surface with an abutment surface a hinge tab in section,

perpendicular to the screw axis, Figure 2 shows a modification in which the group

Hinge tabs on the outer surface of the frame, a pivotable locking pin exerts pressing force, is provided according to patent application,

P 1559983.4-25, characterized in that Figure 3 shows a further embodiment with a

a fastening bolt (17) slidably arranged in a bore (4) in the outer frame and longitudinally projecting in a bore of the hinge lug,
with a shoulder (18 a) the wall of the bore behind the 45 Fig. 4 the embodiment according to Fig. 3 in the Befegänge, in a bore (16) of the hinge lap- stigungsstellung,

pens (15) mounted longitudinally displaceable and with F i g. 5 is a view in the direction of arrow A in FIG

a frustoconical bore (19) verse- F i g. 4 and

hen that is assembled with the tensioning screw (20). 6 a slight modification of the

acts. 50 instruction according to the f i g. 3 to 5.

4. Hinge according to Claim 3, characterized in that in the embodiment shown in FIG indicates that the fastening bolt (17) has the hinge tab 1 fastening pre-cylindrical is formed and cracks 2 and 3 at its end. The fastening protrusion 2 has an eccentric groove (18). passes through a cylindrical bore 4 of the frame

5. Hinge according to one of claims 1 to 5, 55 profile 5 and is with a laterally protruding wedge through it characterized in that the additional la-shaped projection 6 is provided. The fastener type Fastening projection (3, 14, 23) jump 3 is designed like a tab. So that the fastening is optional on the inside or outside of the projection 3 on the side wall 7 of the frame side wall (7, 26) can be fastened. profile can be screwed, must accordingly

60 of its width of the profile web 8 are notched. the

Fastening projection 3 is not shown,

at the same time acting as tensioning screws fastening screws 9, 10 with the side wall? of the frame

Subject of the patent application P 15 59 983.4- connected. The fastening projection 3 has from is a hinge for profile or tubular frames from the fastening projection 2 of such a door Od. Like. In which a hinge tab stood up that when tightening the fastening at least one inside and parallel to the square bolts 9, 10, the wedge-shaped extension 6, the wall plane located fastening screw on the frame of the bore 4 engages behind. This will make the