JPH084401A - Window or simulant thereof with vertical revolving door or horizontal revolving door and vertical revolving door bearing or horizontal revolving door bearing - Google Patents

Abstract

PURPOSE: To selectively and sequentially manufacture a window with a vertical revolving door and that with a horizontal revolving door, with no adjustment for machine nor replacement of tools, and without wasting time. CONSTITUTION: Appropriate measurement of a horizontal revolving door bearing 3 and the casing for a vertical revolving door bearing allows that a switching shape material or its switching strip parts 11 and 12, which are usual for windows with horizontal or vertical revolving door be formed to the same length and cross section. At least a part of horizontal revolving door bearing 3 and vertical revolving door bearing are housed in a recess common to both frames. The bearing is formed into almost identical size and form independent of kinds of bearings used accordingly.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention comprises a fixed frame and a door supported on the fixed frame by two vertical rotary door bearings or horizontal rotary door bearings, each bearing having a door frame bearing portion and a fixed frame. A bearing portion is provided, the bearing portions are connected to each other via a vertical rotation device or a horizontal rotation device, and at least a part of the bearing portion is housed so as to be embedded in a frame member of a fixed frame and a door frame, and beside each bearing. Is provided with a switching strip composed of two portions that cover the clearance space between the fixed frame member and the door frame member from the inside of the room, one switching strip portion is provided on the fixed frame, and the other switching strip portion is provided. Relates to a window provided on a door frame or the like.

[0002]

2. Description of the Related Art A vertical revolving door is a door which is rotatable about a central vertical axis extending parallel to a door plane. When opened, for example, the right half of the door enters the interior of the room and the left half of the door moves outward.

On the other hand, in the case of a horizontal revolving door, its bearing extends in the horizontal direction. In this case, the horizontal revolving door bearing is attached to the central area of the vertical frame member between the door and the fixed frame. Vertical revolving doors have only one vertical revolving shaft, whereas horizontal revolving doors have two horizontal revolving shafts extending parallel to each other. During the first opening movement, the door first rotates about the lower horizontal axis, so that the upper door end is inside the room and the lower door end is outside. This rotational movement is limited to angles of the order of 60 °, for example.

Subsequently, when the upper door end is further pulled into the room, the second rotational movement of the door is performed around the second parallel rotation axis relative to the fixed frame. This second axis of rotation is preferably higher than the first axis of rotation. The door can be rotated further such that when the door is closed the outer surface reaches completely inside the room and occupies a particularly vertical position. In this case, of course, the door is displaced parallel to the starting position.

As can be seen from the above description, the vertical rotating device for the vertical revolving door is technically and kinematically different from the horizontal rotating device for the horizontal revolving door. The vertical rotation device generally consists of a lower bearing half and an upper bearing half which are connected to one another via bearing pins. In this case, the bearing or its geometrical axis is usually located somewhat inside the room relative to the plane of the door.

On the other hand, the horizontal rotating device for the horizontal rotary door includes an intermediate member. This intermediate member is actually a lever pivoted on both sides. In this case, for example, the lower end of the intermediate member is rotatably supported on the fixed frame bearing part, which bearing axis forms the first axis of rotation of the horizontal revolving door. The upper end of the intermediate member when the door is closed is supported by the door frame bearing portion via the second rotating shaft. This second axis of rotation extends parallel to the first axis of rotation and forms the second axis of rotation of the door.

In the case of both doors, one half of the door moves out when it is opened, and the other half of the door moves toward the inside of the room. Since the gap space between the fixed frame and the door frame is covered by the frame strip, the door can be opened only when the frame strip is divided into two parts. In the case of a horizontal rotary door bearing, one part of this frame strip is provided on the fixed frame and extends from the horizontal frame member below the fixed frame to the horizontal rotary door bearing. The other part of this frame strip extends from the upper end of the horizontal revolving door bearing or its protruding casing part to the transverse frame member above the door,
When the door is opened and closed, the rotary motion is performed together. This frame strip material is generally called a switching strip.

The same applies to the case of a vertical revolving door. That is, a switching strip divided into two is provided. But,
This switching strip is attached to the door and the horizontal member of the fixed frame, and is divided into two parts.

Due to their construction, at least the horizontal rotary door bearings known hitherto have, depending on their construction, the parts of the switching strips which are divided in two have different lengths. This is disadvantageous in terms of manufacturing technology.

The door frame bearing part and the fixed frame bearing part together form a casing of a horizontal rotary door bearing or a vertical rotary door bearing. As a result, the door and the frame member of the fixed frame must be provided in the area of the bearing part with correspondingly sized and conformable recesses into which the bearing can be inserted. In the case of horizontal swivel door bearings, this bearing casing is normally inserted into the frame by about two-thirds and about one-third projects into the room. The switching strip part is attached to this protruding part of the casing. That is, in this view, when the switching strip portion is ideologically separated from the frame, the switching strip portion is located to some extent in front of the inner surface of the frame. Of course, as described above, both parts are fixedly connected to the door or the fixed frame,
This forms one unit. The bearings extend in all cases forward and are flush with the switching strips on the sides.

The same applies to the case of a vertical rotary door bearing. With the exception of the switching strip, this vertical swivel door bearing projects beyond the inner surface of the window into the interior of the room and the rest is inserted in a common recess in both frames.

When a window maker has to manufacture vertical revolving doors and horizontal revolving doors alternately, the window maker must form recesses of different sizes in the frame member according to the type of windows to be manufactured. I have to. This is because the casings of both bearings have different sizes. As a result, the machine must be switched and possibly equipped with different tools when transitioning from making one window to making the other. In most cases, different hole gauges are needed when the holes are made by hole gauges. Horizontal rotary door bearings and vertical rotary door bearings usually comprise at least one article extending parallel to the axis of rotation, for which matching holes must be drilled.

[0013]

SUMMARY OF THE INVENTION The object of the present invention is to allow window manufacturers to install vertical and horizontal revolving door windows one after another without changing machine adjustments or changing tools, and thus without wasting time. To improve a window or the like having a fixed frame and a door supported on the fixed frame by two vertical rotary door bearings or horizontal rotary door bearings so that it can be manufactured selectively. .

[0014]

In order to solve this problem, according to the invention, both switching strip parts have the same length and accommodate the embedded mounting part of a vertical door bearing or a horizontal door bearing. To this end, a window of the type mentioned at the outset is proposed, characterized in that the common recesses in each frame for each bearing are formed to be approximately the same size and approximately the same. It

When the window maker manufactures the fixed frame and the door frame, that is, when they are formed from individual frame members (in this case, a wooden frame member or an aluminum or synthetic resin frame member may be used). Is a suitable concave portion, that is, a milling portion, in the frame member concerned, that is, in the case of a horizontal revolving door, in the vertical frame member of the fixed frame and the window frame
If necessary, make holes. Instead, when a window maker manufactures vertical revolving doors of the same size, the recesses for the vertical revolving door bearings are made with the same mechanical adjustments and the same tools with the fixed frame and the upper and lower frame members of the door frame. Can be formed. Especially, in the case of both horizontal and vertical revolving doors, since both switching strips have the same length, it is possible to manufacture double the amount, and the short switching strips can be assembled at the time of assembly. Since it is not necessary to distinguish between long switching strips,
Very easy to make. Since the casings of the horizontal rotary door bearing and the vertical rotary door bearing have the same or substantially the same recesses, the recesses of the frame member for both bearings can have the same size. Of course, in a place that does not affect the formation, shape and size of the bearing recess in the frame member,
There may be slight differences.

Another embodiment of the invention is described in claim 2. This claim relates to the fabrication of holes for accommodating pins in horizontal and vertical rotary door bearings. This pin is especially important and necessary for the transmission of forces from the bearing to the frame. In that case, the horizontal or vertical revolving door is quite large, and in all cases at least double glass is fitted, so that the weight of the door as a whole can be ignored. .

As described above, there is a gap between the door frame and the fixed frame or the window frame. This gap allows the door to move relative to the fixed frame. The gap must be large enough to allow the frames to be opened without contact if the door is pulled in the wrong direction. On the other hand, this means that the gap must be sealed. Therefore, between the inside and the end of the bearing attached to the bottom of the common recess and each frame,
It is common to insert one seal, either individually or in common. In this case, of course, the problem arises that the inserted seal must be split in two. This is because, when the door is opened, one sealing portion moves together with the door and the other sealing portion does not move relative to the fixed frame. For this reason, the inner surface of the bearing casing is in all cases provided with so-called lateral seams. In the case of a horizontal revolving door, when the door is opened, for example, the part of the bearing casing below the transverse seam stops,
The upper parts together make a rocking movement. The same is true for vertical revolving doors.

Claim 3 describes another embodiment of the invention for this range of bearings. The fixed strip according to claim 3 is immovably shaped in the door frame part or the fixed bearing part, i.e. co-cast in the case of cast production, without post-processing in all cases. as a result,
A sealing strip portion can be attached to each of both parts of the fixed strip. The ends of the sealing strips are in direct contact with each other. The cross-sectional shape of the sealing strip is free. In the area of the fixed strip, of course, the sealing strip must be designed so that it can be easily attached to the fixed strip and in some cases can be removed again for replacement. The width viewed perpendicular to the door plane is measured so that when the window is closed, the edge of the sealing strip opposite the frame is pressed against the edge of the fixed frame or door frame with a certain force. can do. Therefore, the fixed frame and the door frame can have different cross-sectional shapes. If other sealing arrangements are allowed, both sealing strip sections can extend upwards and downwards over the bearing in question. In some cases, further extending sealing strip portions can be connected to both sealing strip portions of the bearing. This sealing strip section is connected to the ends of the two sealing strip sections of the bearing and reaches the next sealing frame section which extends transversely thereto.

The horizontal revolving door bearing has, for example, a handle rotatably supported in the central region of the lower horizontal door frame member. With this handle, the closed door can be locked with respect to the fixed frame. In the case of modern constructions, the range of this rotary handle is not always sufficient and the rotary handle acts on a suitable window transmission. With this window transmission, the drive rod can be slid back and forth. The drive rod is provided with a locking element, such as an adjustable roller pin. This roller pin cooperates with the locking element of the fixed frame. This is, for example, a lock plate or the like. Thus, the door can be locked on all of the four frame members by operating the rotary handle. In this case, the drive rod is guided via the corner guide. This structure is known per se and will not be described in detail.

European Patent Application Publication No. 0563550
In the specification, a special bearing structure of the door, which is rotatable around a central axis, requires a shift of the groove for the drive rod in the bearing range.

According to claim 5, another embodiment of the horizontal rotary door bearing or the vertical rotary door bearing is described. This bearing enables problem-free storage and bearing of the respective connecting element in the door bearing part. In this case, it is advantageous for both bearings to be of the same type. This is for both types of bearings
The same connection space according to claim 6 can be used. The curved shape of the connecting element makes it possible to very advantageously shift the sliding planes of the two drive rods towards and away from the bearing.

Other shapes of the bearing, especially in the area of the connecting elements, will be apparent from the dependent claims and the following description of the exemplary embodiments. The action and advantages of the special shape of the bearing and the special shape of the frame in the bearing area can be inferred further from the description of this embodiment.

[0023]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT The figures show an embodiment of the present invention.

The window with horizontal revolving door shown in FIG. 1 has a fixed frame 1.
And a door frame 2 fitted with glass. The fixed frame and the door frame are connected to each other via two horizontal rotary door bearings 3 in a known manner. The locking between the fixed frame and the door frame can be released via the rotary handle 4 which is rotatably supported by the door frame 2, and the door can be subsequently opened. that time,
The door frame 2 is first tilted about the first lower rotary shaft 5. The rotary shaft extends horizontally in parallel with the upper and lower frame members. As a result, when the door is opened,
The lower door end goes out and the upper door end goes inside the frame. This swinging or tilting movement of the door 2 is for example about 60
Finish at a given angle of °.

As is known, the door can then be further rotated in the same direction about the parallel second rotary shaft 6 in the upper position. Then, in the rotated position, the door 2 is substantially parallel to the starting position, but is displaced toward the inside of the room with respect to the fixed frame. At that time, since the outer surface of the glass faces the inside of the room, it can be easily cleaned. Closing is done in reverse order. That is, first, the door is rotated around the second rotation shaft 6, and then the door is rocked back to the starting position around the first rotation shaft.

FIG. 2 shows a window with a vertical revolving door. The window likewise comprises a fixed frame 1 and a door frame 2 fitted with glass. This door frame is rotatable around a central vertical axis of rotation 7. For example, the door 2 can be rotated around a vertical axis of rotation 7 after operating a rotary handle 4 provided on the right frame member of the door frame 2 to unlock a known type of locking device. At this time, for example, the right half of the door enters the inside of the room, while the left half of the door swings outward. This is possible by using a second vertical revolving door bearing 8. The second vertical revolving door bearing is attached to upper and lower frame members of the fixed frame 1 and door frame 2. On the other hand, the horizontal rotary door bearings 3 are provided on the left and right sides of the fixed frame 1 and door frame 2.

A clearance space is provided between the fixed frame 1 and the door frame 2 to allow relative movement.
This interstitial space must be sealed as described below in order to prevent the entry of cold air into the room or the outflow of warm internal air from the room. Therefore, in any case, a so-called door cover is provided which covers the clearance space from the inside. In the case of the horizontal rotary door of FIG. 1, this door cover is composed of upper and lower horizontal strips 9 or 10 and left and right vertical strips. The left and right strips are also called switching strips (switching strips). As a result, a lower switching strip portion 11 and an upper switching strip portion 12 are provided on the left and right sides. The lower switching strips and the lower horizontal strip 10 are fixed to a fixed frame,
Both upper switching strips 12 and the upper horizontal strip 9 are fixed to the door frame. At that time, the upper end of the lower switching strip portion 11 reaches the casing 13 of the horizontal rotary door bearing, to be more precise, the protruding lower end of the casing, and the upper switching strip portion 12 extends to the horizontal rotary door bearing. Casing 1 of 3
It has reached the top of 3. The dimensions of the casing 13 are selected so that the lower switching strip portion and the upper switching strip portion have the same length. In Figures 1 and 2, both frames are preferably cut diagonally. The lower end of the upper switching strip portion 12 rests on the upper end surface 14 of the casing 3, as is known. On the other hand, the upper end of the lower switching strip portion 11 is in contact with the downward surface 15 of the casing 13.

The same applies for vertical revolving doors. That is, the left switching strip portion 16 and the right switching strip portion 17 are present at the upper and lower door ends. The left switching strips are connected to the fixed frame 1, and the left vertical strip of the door cover connects the switching strips. With proper shaping and sizing, the left and right switching strip sections 16, 17 are of equal length. Of course, the switching strips each have the same cross section, which cross section corresponds to the associated bearing housing part.

The casing 13 of the horizontal rotary door bearing 3 and the casing 18 of the vertical rotary door bearing 8 are similarly dimensioned. As a result, the common recesses of the frame member of the fixed frame and the door frame are formed to have the same size and the same shape, regardless of whether they are vertical rotary doors or horizontal rotary doors. The same is true for the two pins 19 on the fixed frame and the door frame, each protruding to the left and right (horizontal rotary door bearing) or to the upper and lower (vertical rotary door bearing). The same applies to the size and arrangement of the holes in the. This unifies the production of horizontal and vertical revolving door frames, and therefore changes the equipment of machines or other equipment for the production change from horizontal revolving doors to vertical revolving doors and vice versa. No need to use other tools or hole gauges.

According to FIGS. 3 and 6, the horizontal door bearing 3 comprises a door frame bearing portion 20, a fixed frame bearing portion 21 and an intermediate member 22. The lower end of the intermediate member is supported by the fixed frame bearing portion 21 so as to be horizontally rotatable. This horizontal axis of rotation forms the aforementioned first axis of rotation 5 (Fig. 1). On the other hand, the upper end of the intermediate member 22 and the fixed frame bearing portion 21 are rotatably interconnected via the upper side or the second rotating shaft 6.
Since this structure is known in principle, detailed illustration and description thereof will be omitted.

The vertical rotary door bearing 8 comprises a fixed frame bearing portion 23 and a door frame bearing portion 24. The two bearing parts are rotatably interconnected via a vertical axis of rotation. In this case, the geometric vertical axis of rotation is 7 in FIGS.
Indicated by In the area of the bearing pins, the bearing casing bulges inward according to FIG.

As can be seen from FIGS. 3 and 7-9, for example, a fixed strip 26 is provided on the back surface of each bearing or bearing casing in the assembled state. This fixing strip preferably has a T-shaped cross section in all embodiments. The fixed strip is divided in two in FIGS. In this case, both parts reach the lateral seam 28 of the bearing. The sealing strip 27 can be attached to the fixed strip 26 according to FIGS. The sealing strip is likewise divided in two, with the two ends facing each other reaching the transverse seam 28 in each case. The cross section is T
In the case of the V-shaped fixed strip 26, the sealing strip 27 has a substantially V-shaped cross section. In this case, the free end of the V-arm is provided with a locking groove for locking to the free end of the T-shaped transverse web of the fixed strip. The V-shaped tip is provided with a patch strip 29 whose cross-section is reduced in particular on both sides. This patch strip preferably has a higher elasticity than the rest of the sealing strip 27. In the case of an aluminum molded body or a synthetic resin molded body, the vertical free end of the strip 29 is the web 30 or 31 of the door frame 2 or the fixed frame 1.
Is in sealed contact with. The shapes of the cross sections of the frames 1 and 2 can be changed within a relatively wide limit range, like the cross sections of the seal strip 27 and the fixed strip 26. The sealing strip serves to bridge the intermediate space between the horizontal rotary door bearing 3 or the vertical rotary door bearing 8 and the contact surface on the frame side for sealing. As a result, in any case, both frames 1,
The gap 32 on the outer surface of 2 is closed. As is known, additional seals can be provided, especially in the area inside the two frames. This seal is usually a circumferentially extending seal. As can be easily seen from FIGS. 6 and 7, both parts of the sealing strip 27 are moved upwards and downwards or to the left or right until they cross over both parts of the fixed strip 26 and reach the next laterally extending frame member. It can be extended. Both parts of the sealing strip are then connected to respective sealing strips extending in the lateral direction.

The connecting element 33 is shown in FIG. This connecting element can be used in the same way in horizontal and vertical rotary door bearings. That is, both bearings have the same guide for that purpose. The guides are provided in the door frame bearing portions 20 or 24, respectively. The guide is an important part of the locking device, not shown in detail, with a rotating handle 4 (Figs. 1, 2). Connecting element 33
Has a curved shape with a long arm 34 and a short arm 35. The short arm is provided with a similarly curved removable extension piece 36. A coupling element 37 is attached to the free arm of this extension piece. A coupling element is likewise attached to the free end of the long arm 34. Both connecting elements are pins. This pin projects in the same direction from the plane of the arm. The pins serve to hook onto drive rods (not shown) with corresponding holes. Both drive rods move in a frame groove in the door frame. The frame groove has a certain height which is bridged by the connecting element 33. The structure of this door frame is also known in the art.

At least one of the drive rods has a locking member or locking pin, in particular an adjustable roller pin, at a suitable location. The roller pin cooperates with a locking counterpart provided on a fixed frame, for example a so-called locking plate. Additionally or alternatively, the free end of the drive rod can be locked directly in the corresponding housing of the fixed frame.

The releasable attachment of the extension piece 36 to the connecting element 33 allows an easy adaptation to the spatial conditions and the type of drive rod. Furthermore, the connecting element 37 does not necessarily have to be a pin, but may be another connecting element, such as a pair of racks. See the known state of the art in the field of drive rod control. As can be seen in FIGS. 4 and 5, in the position approximately in the middle of the connecting element 33, the coupling element 37 at the free end projects by approximately the same width, measured approximately in the longitudinal direction.

As can be seen further from FIGS. 3 and 5, one pin 19 for transmitting the force and / or for orienting the bearing with respect to the frame passes through a slot 38 in the end region of the long arm 34. . Furthermore, this end area is defined by the lateral edge strips 39,
40 (FIG. 4). This edge strip engages from below one of the two short strips 41 or 42 of the door frame bearing part 20 or 24, respectively. This prevents lifting and disengagement in this range. For example, FIGS. 5 and 6 show a longitudinal guide of a door frame bearing part for the connecting element 33. The guide extends over the entire length of the door frame bearing portion. Pin 19 and slot 38
Additional longitudinal guidance is provided via. In the upper area of FIG. 6, the formed web 4 is shown in the longitudinal guide.
3 is overlaid, whereby the longitudinal guide is in the form of a tunnel at this point. As a result, it does not come off to the outside. One pin 19 is located outside the formed web 43.

In the area of connection from the long arm 34 to the short arm 35, the connecting element 33 comprises two lateral strips 44, 45 which project in opposite directions. Each of these edge strips is slidably guided in a guide groove 46 or 47 in the cross section of the door frame bearing part.

The connecting area of the connecting element 33 from the short arm 35 to the removable extension piece 36 is provided with two guide grooves 48, 49 laterally or perpendicular to the door plane. This guide groove has an open edge. In the guide groove,
Two guide strips 50 of the door frame bearing part facing each other,
The longitudinal edges of 51 are engaged. This improves the longitudinal guidance and makes it difficult to disengage. Guide strip 50,
51 extends to the upper end of the intermediate member 22.

In the above embodiments, the case in which the present invention is applied to the window has been described in detail. However, the present invention is not limited to the window, and the fixed frame and the fixed frame are pivotally supported to rotate the open position and the closed position. It can also be applied to articles including openable and closable objects such as doors.

[0040]

In the case of the window according to the invention, the two switching strip parts have the same length and are provided on both frames for accommodating the embedded parts of the vertical or horizontal door bearings. Common recesses for each bearing, which are formed to be approximately the same size and to be approximately the same, so that one does not have to change the adjustment of the machine or change tools, one after the other, thus not wasting time Thus, window manufacturers can selectively produce vertical and horizontal revolving door windows.

[Brief description of drawings]

FIG. 1 is a view of a horizontal rotary door bearing as viewed from the inside when the door is closed.

FIG. 2 is a view of the vertical rotary door bearing as viewed from the inside when the door is closed.

FIG. 3 is a perspective view showing an assembled state of the horizontal rotary door bearing when the door is in the closed position.

4 is a perspective view of the connecting element of FIG. 3;

FIG. 5 is a perspective view showing an assembled state of a vertical revolving door bearing.

FIG. 6 is a perspective view showing a back surface of a horizontal rotary door bearing.

FIG. 7 is a perspective view showing the back surface of a vertical revolving door bearing.

FIG. 8 is a cross-sectional view of both frames in the range of a horizontal revolving door bearing.

FIG. 9 is a cross-sectional view of both frames in the range of the vertical revolving door bearing.

[Explanation of symbols]

 1 Fixed Frame 2 Door Frame 3 Horizontal Revolving Door Bearing 4 Operating Device 5, 6, 7 Rotation Axis 8 Vertical Revolving Door Bearing 11, 11, 12, 16, 17 Switching Strip Part 19 Pin 20, 24 Door Frame Bearing Part 21, 23 Fixed frame bearing part 22 Horizontal rotation device 25 Vertical rotation device 26 Fixed strip 27 Seal strip 28 Seam 33 Connecting element 34, 35 Connecting element arm 36 Extension piece 37 Coupling element 39, 40 Edge strip 41, 42 Strip 44 , 45 Edge strip 46, 47 Guide groove 48, 49 Guide groove 50, 51 Guide strip

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Walter Lenz Germany 71254 Ditzin Gembruckner Strasse 25 (72) Inventor Manfred Päller Federal Republic of Germany 70327 Stuttgart Revret Strasse 7

Claims (12)

[Claims] 1. A fixed frame (1) and a door (2) bearing on this fixed frame by two vertical rotary door bearings (8) or horizontal rotary door bearings (3), each bearing (3) being provided. , 8) are the door frame bearing parts (20, 24) and the fixed frame bearing parts (21, 2).
3), the bearing portions are connected to each other via a vertical rotation device (25) or a horizontal rotation device (22), and at least a part of the bearing portions is a frame member of the fixed frame (1) and the door frame (2). Each bearing (3,
Beside 8), a switching strip (11, 2 consisting of two parts that covers the space between the fixed frame member and the door frame member from the inside of the room).
12; 16, 17), one switching strip portion (11, 16) is provided on the fixed frame (1), and the other switching strip portion (12, 17) is provided on the door frame (2). In the window or the like provided, both switching strip parts (11,
12; 16, 17) have the same length and are provided on both frames (1, 2) to accommodate the embedded mounting part of the vertical door bearing (8) or horizontal door bearing (3) ,
A window or the like, characterized in that the common recess for each bearing (3, 8) is formed to be approximately the same size and approximately the same. 2. At least for force transmission and / or as an assembly aid, extending parallel to the door plane and to the geometrical axes (5, 6; 7) of the bearings (3, 8). One pin (19) serves as a door frame bearing portion (20, 24) and a fixed frame bearing portion (21, 2) of each bearing (3, 8).
3), at least the holes provided in the frames (1, 2) for accommodating this pin (19) are drilled in each case with the same machine adjustment and the same tool, regardless of bearing type The window according to claim 1, characterized in that. 3. A specially shaped fixing strip (26) for a sealing strip (27) is formed on the rear side of the bearing (3, 8), at least a part of which is a door frame bearing part ( 20, 24) and the other part is provided on the fixed frame bearing part (21, 23) and the fixed strip (26) and the sealing strip (27) are located at the lateral seam (between both frame bearing parts). Two
A window according to claim 1 or 2, characterized in that it is interrupted at 8). 4. The fixed strip (26) has a T-shaped cross section, and the end of the sealing strip separated from the bearing provides a clearance between the door frame member and the fixed frame member at least in the bearing range. The window according to claim 3, wherein the window is covered so as to seal from the inside. 5. A horizontal revolving door (3) for a connecting element (33) of a locking device, each end of which can be connected to one drive rod.
Or door frame bearing part (20, 24) of vertical revolving door (8)
Is provided, and at least one drive rod has at least one locking member, which lock member cooperates with the locking counterpart member of the fixed frame (1), and further the drive rod is the door frame. The window according to any one of claims 1 to 4, wherein the window can be slid back and forth by an operating device (4) provided in (2). 6. The connecting element (33) is formed in a curved shape and comprises a connecting element (37) for a drive rod, the drive rod comprising at least one geometric axis of rotation (5, 6; 7).
6. A window as claimed in claim 5, characterized in that they are offset from each other by approximately the inner width of the bearing (3, 8) in the direction of. 7. The long arm (34) of the connecting element (33)
Is slightly longer than the length of the bearing in the direction of the bearings (3, 8), the free end of a short arm (35) is provided with a similarly curved removable extension piece (36), The extension piece comprises one of the coupling elements (37), in the sliding position approximately in the middle of the coupling element (33), the coupling element (3
7. A window according to claim 6, characterized in that the free end of the coupling element with 7) projects from the casing of the bearing by substantially the same distance. 8. The window according to claim 5, wherein the coupling element (37) is a hooking pin which projects laterally in the same direction as the drive rod plane. 9. One of the pins (19) for force transmission passes through a slot (38) in the end area of the long arm (34) and lateral edges of this end area (39, 40). Alternatively, the rim engages from below the short strips (41, 42) of the door frame bearing parts (20, 24) facing towards each other from below. Windows. 10. Lateral strips (44, 45) of the long arm (34) formed in the transition from the long arm to the short arm (35) of the connecting element (33) have a transverse cross section thereto. Is adapted to be slidably guided in each one guide groove (46, 47) of the door frame bearing part (20, 24). . 11. Short arm (3) of the connecting element (33).
At the transition from 5) to the removable extension piece (36),
Two guide grooves (48,49) on the side of which the edges are open or perpendicular to the plane of the door are provided in which two guide rails of the door frame bearing part (20,24) facing each other are provided. Window according to any one of claims 5 to 10, characterized in that the pieces (50, 51) are engaged. 12. A vertical rotary door bearing or a horizontal rotary door bearing (8 or 3) for a window according to claim 1.