DE6604370U - PIVOT HINGE BEARING FIXED IN ONE WALL PART FOR ASSEMBLING AT LEAST TWO PIECES OF A WALL - Google Patents

Description

BUS Waut A, G., Spielhof 5, Glarus ^(a witzerland)

In a Y / andteil attachable pivot hinge bearing for Assemble at least two parts of a wall

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Living and working rooms are made up of removable walls, some of which act as barriers are divided. The use of standardized and prefabricated wall parts and doors made of wood, plastic or the like. is only possible if this has fittings are provided that allow assembly in various combinations without changing the hardware. In addition to the various possible uses, major series production can lead to significant Savings can be achieved.

There are many variations on the market for hinges and pivot hinges. Most of the time, however, the

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The types of installation are not adapted to the requirements that are placed on built-in wardrobes, for example, which leads to unnecessary additional costs. In the case of built-in cupboards with several doors installed next to and on top of each other, there are nodes at which four doors come together in a corner * With conventional fittings, a separate set of fittings must be installed for each door. There are fittings in which it is possible to hang up to four doors on a hinge, which is a fitting similar to a piano hinge with hinge sleeves that are connected to one another by a hinge pin. These hinges have the disadvantage that they can only be used in prefabrication if the position of the doors and panels to be attached is already predetermined and these parts are provided with the fittings. A change on the construction site results in a complete assembly of the individual parts.

Furthermore, screws must be screwed in with the conventional hinges, provided they are pivot hinges to hang the doors, or axles must be used while all doors and Blinds are already to be held in place. This is a disadvantage for efficient production. Such assembly processes should be able to be brought back to simple plug connections.

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: A simple solution to the problem is revealed

which can be fastened in a wall part according to the invention

yes pivot hinge bearing for the attachment of one to four parts

a wall to a load-bearing wall part, e.g. a door

J Side or partition wall, which is characterized by-

<j indicates that the warehouse is optional at the construction site

with one to four articulation parts to the known

Wise plugging of one to four add-on parts with each

^II an Eekstelle is provided, whereby of the four

possible articulation points are in a square, two each at the same level next to each other and two each below each other are located.

An embodiment according to the invention, preferably with two parallel to one another, from above through holes downwards and pivot pins that can be inserted therein, is characterized by the fact that the Bores consist of an upper part of larger and a lower part of smaller diameter, and that

these bores stepped, above and / or or below protruding axle journals to accommodate a known tape holder are assigned to a door.

In contrast to conventional fittings, where each door has its own set of fittings must be installed, a single fitting according to the invention is sufficient for this.

If you hit such a pivot hinge bearing, you can meet all tasks, regardless of whether it is meeting by two, three or four in a corner Doors of a very good deal. Whatever the wall may look like and whatever parts of the V7and are to be installed, all combinations of doors can be hinged with the pivot hinge bearing according to the invention will. The worker only needs to take a limited number of fittings with him on the construction site and has the guarantee of being able to realize all desired construction options.

In the drawing, the subject matter of the invention is shown using an exemplary embodiment. Show it:

Pig. I the front view of a built-in wardrobe with doors,

II shows a section through the upper band in side view,

III shows a section through a junction in which four doors meet,

Fig. IV shows a section through the lower band,

Fig. V shows a section along the line A-A in Fig. III,

Fig. VI is an isometric view of the journal bearing, which is in the

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Side of the cabinet is let in, tmd

! "ig. VII an isometric representation of the Pivot hinge holder, which is let into the door.

With 1, 2, 3 and 4 are in Pig. I denotes four swing-out doors of a closet, two of which are arranged one below the other and two next to one another. In Fig. Y, section A = A, the vertical partition, which lies behind the doors 1, 2, 5 and is therefore invisible in the front view of the cabinet, is denoted by 5. The ceiling 6 'is above the doors 3> 4j the floor 6 "below the doors 1 and 2. Since ax front edges of the intermediate floor 6, ceiling 6' and floor 6" are level with the door front, these are in the front view of FIG visible. The doors 1, 2, 3 and 4 are therefore above the wall 5, but are ^{flush with the intermediate floor ■ ', ceiling 6 1} and floor 6 ″.

At the intersection of the wall 5 with the intermediate floor 6 is the pivot hinge bearing 7, which has a rectangular, mostly square cross-section and the width of the thickness of the wall 5 and the height of which corresponds to the thickness of the intermediate floor 6. The length of the pivot hinge bearing 7 is determined by the strength of the door. The pivot hinge bearing is in the front something before, while it is by the other hand

Location of the end face of the wall 5 is limited, on which wall the back of the pivot hinge bearing 7 rests. The front sides of the pivot hinge bearing, seen from the cabinet front $. has a slot 9, which is of the same width as the vertical joint 8 and is in the extension of this joint 8. The joint 8 corresponds to that between the adjacent doors 1 and 2, respectively. 3 and 4 formed space and extends together with the slot 9 continuously over the entire height of the cabinet. The slot 9 is only made so deep that material remains in the form of a path 10. The slot 9 is only for technical reasons, it is therefore for the function of the pivot hinge is not necessary.

In a simpler embodiment, the slot 9 can therefore be dispensed with, εο that the conical edge forms a prism or a cube.

The slot 9 creates two tabs 11 on the pivot hinge bearing 7, which together with the cheek 10 form a U-shape or fork. In the direction of the central axis 12 of the rectangular cross-section of the Pivot band bearing 7 is located on the back of the / pliers 10 a short cylindrical pin 13, which into the one attached to the face of page 5

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Hole 14 is inserted or screwed in. on Half the length of the pin, the pin 13 has a G-e diaper hole 15, which lies transversely to the central axis 12, parallel to the intermediate floor 6 and perpendicular to the side 5. Means G-r screw 16 is through the bore 17 of the pin 13 and thus the pivot hinge bearing 7 in the wall 5 attached.

Each tab 11 of the U-shaped part of the pivot hinge bearing 7 has a stepped bore whose axis runs parallel to the slot 9. When installing the pivot hinge bearing 7, the larger one is located Hole 19 above and the smaller hole 20 below. The holes are used to accommodate one of the later too descriptive pivot. The depth of the larger bore 19 is approximately two thirds of the height of the pivot hinge bearing tab 11th

Another part of the pivot hinge is the pivot hinge holder 22, which is in a groove-shaped manner Recess 23 of the doors 1 to 4, in each case in the corners, is embedded. The pivot hinge holder consists from an L-shaped flat plate, one leg 24 being slightly narrower than the thickness of the Doors and fits into groove-shaped recesses in the doors. The length of the leg 24 is dimensioned so that

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there is space for two countersunk holes 26 for wood screws. The second standing perpendicular to the leg 24 Leg 25 is flush with the outer edge of the door and is the same width as the tab 11 of the pivot hinge bearing 7 · The length of the leg 25 is dimensioned so that it coincides with the front edge of the tab 11. The groove-shaped recess 23 of the door, in which the leg 24 lies, is seen from the front in a width corresponding to that of the leg 25, cut open so that the pivot hinge holder in the door can be let in with the front edge protruding beyond the front surface of the door. In the thigh 25 is a trunnion hole 27 extending through the thickness of the plate, in which one of the later to be described pivot pin takes up. The position of the pivot hole 27 coincides exactly with the position of the stepped bores 18 of the pivot hinge bearing 7.

The third element of the complete fitting is formed by the pivot, which depending on the Use to accommodate an upper, two stacked or a lower door. Of the Pivot 28 (Fig. II) for the upper pivot point of a door is a step-shaped cylindrical bolt consisting of the head 29, the diameter of which is somewhat

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Is larger than the bore 19 of the _{pivot hinge bearing 7, the shaft 30 i} which corresponds to the diameter and length of the bore 19 and a further shaft 31, v / which corresponds to the bore 20 of the pivot hinge bearing. The length of the shaft part 31 is dimensioned so large that it protrudes over the pivot hinge bearing 7 into the pivot hinge holder 22.

The middle, double-acting pivot pin 32 (Pig. Ill) has approximately the same shape as that upper pivot pin 28. It is only extended by the shaft 33 »v / elcher as an extension exactly in the Central axis is attached to the head 29, with the same diameter as the shaft part 31 The length of the shaft corresponds to the thickness of the pivot hinge holder 22.

The pivot 34 (Fig. IV) for the lower pivot point of a! Eure corresponds approximately to the shape

of the middle pivot 32, only in this case the lower shaft part 31 is omitted.

The assembly of the doors by means of the described fitting consisting of pivot hinge bearing 7, pivot hinge holder 22 and pivot pins 28, 32, 3 ^, happens as follows: After the pivot hinge bearing 7 has been

660437

i \ es pin 13 is preassembled in the wall 5 of the cabinet and the Zapfenban4halter 22 in the door During the final assembly on the building, the lower pivot 34 is first inserted into the lower pivot hinge bearing 7. Then the lower door 1, respectively. 2 hooked, the pivot pin 34 in the bore 27 of the pivot hinge holder comes to rest. The door is now brought into the correct position and by means of the central pivot 32, which is inserted through the stepped bore 19, is held. The protruding shaft 33 of the pivot 32 forms now again the pivot point for the upper doors 3, respectively. 4. Again, the doors come first hung at the bottom and then held in place by means of the upper insertable pivot pin 30.

Characteristic -for. the embodiment described is - and this is what the technical progress that the proposed solution entails is based brings - that optionally one, two, three or four doors are stored on a pivot hinge in a junction can be and the storage itself can be carried out screwless by simple plug connections. The use of the hardware described allows that is, the attachment of one to four pivot points for a corresponding number of doors.

Claims (8)

- 1 security claims 1. Pivot laser, which can be fastened in a wall part, for the attachment of one to four parts of a wall to one load-bearing wall part, e.g. door on the side or intermediate wall, characterized in that the bearing / four articulation points for optionally plugging in one to four add-on parts with one each in a known manner Has corner point, with two of the four possible articulation parts in the quadrangle on the same Height next to each other and two below each other. 2. pivot hinge bearing according to Anspruca 1 with two parallel, from top to bottom through bores and pivot pins insertable therein, characterized in that the bores (18) from an upper part (19) larger and a lower part (20) smaller! exist, and that these bores are assigned correspondingly stepped, above and / or below protruding axle journals for receiving a known hinge holder (22) of a door. 3. pivot hinge bearing according to claims 1 and 2, for mounting a wall part with its upper corner a load-bearing wall part, characterized in that the lower pin part of the smaller diameter of the inserted pin is longer than the corresponding one Bore part, so that a journal protrudes downwards (Fig. II). 4-, pivot hinge bearings according to claims 1 and 2, for mounting a wall part with its lower corner on a load-bearing wall part, characterized in that that the upper spigot part of the larger diameter of the inserted pin is longer than the corresponding bore part, so that a journal protrudes upwards (Fig. IV). 5 · Pivot hinge bearings according to claims 1 and 2, for mounting two wall parts on top of one another on one supporting wall part, namely the upper wall part with its lower corner and the lower wall part with its upper corner, characterized in that both the upper pin part of larger diameter is longer is than the corresponding bore part, so that ever one axle pin protrudes upwards and downwards (Fig. III) 6. pivot hinge bearing according to one or more of claims 2 ois 5 _? characterized in that the bearing has a cube-like or prismatic shape. 7. pivot hinge bearing according to one or more of claims 2 to 6, characterized in that the Bearing (7) in the axial direction of the two parallel 66043? 0 It α * Λ ·· · ■ ιι * ♦ · · α * φ 4 the lying bores (18) have a U-shaped cross-sectional shape Has, \ 8. Pivot bearing according to one or more of the Claims 2 to 7, for fastening at least two parts or cabinet doors arranged side by side, characterized in that the bearing (7) ₅ which is at the intersection of the support or side wall (5) with the floor (6 ¹ ), the intermediate floor (6) or the ceiling (6 ") of the cabinet is in the cabinet front view ι has a rectangular or square shape. 9 · Pivot hinge bearing according to one or more of Claims 2 to 8, for fastening at least two "Adjacent parts or cabinet doors, characterized in that the height of the pin tape bearing (7) the thickness of the floor or ceiling J corresponds to. 28869 / K