EP1790809B1 - A door stop integrated in a door panel with a lock case integrated in an actuating mechanism - Google Patents

Abstract

The stopper has a door stopper plunger (2) with a plunger base (3) and an actuating mechanism, which has a hand operatable actuating body (6), a connecting unit (8) and a spring (4). The connecting unit couples the body with the plunger, and the spring pretensions the plunger or the base downward. The plunger is selectively movable and lockable in a raised resting position, and brought into a lowered operating position, in which the plunger bar is pressed under prestressing against a ground. An independent claim is included for a door leaf with a door stopper.

Description

The invention relates to an integrable in a door leaf doorstop or door lock with integrated into the lock case actuating mechanism.

Known doorstops, as they have found entrance into the practice, are placed on the door leaf and mounted on it. They are designed for foot control and have a usually provided with a ratchet mechanism, with the foot depressible into the stop position doorstop and a likewise to be operated with the foot release lever. Known doorstops are therefore robust and accordingly bulky. They have a visually disturbing effect and are therefore used almost exclusively on front doors and similar doors, but not on room doors or terrace or balcony doors in living rooms.

However, a need for doorstops on doors, patio doors and balcony doors would already exist, because often you want such doors, for example, for ventilation purposes, completely or partially open, without the risk that wind or draft hits the door in question or strikes and collisions causing damage to the door or door handle with furniture or other furnishings or the wall, causing damage or breakage of glass to the door or furnishings or wall. Because of the strong visual interference of door stoppers on such doors door stoppers are not in demand and are practically not available in an adapted form, and manages with unsuitable and visually disruptive means such as under the door laid wooden wedges or cords or chains for attaching the door on the wall, the latter allowing no locking of the door in an only partially open position.

However, attempts have been made to form doorstops integrated in door panels. For example, the German utility model describes this DE 1 780 520 from 1958 a doorstop, which is to be integrated into the rebate area of the door leaf and is coupled to the door handle. This doorstop has a provided with a brake rubber, biased by a compression spring downwards doorstop, which is coupled via a guided in Türblattfalz linkage with an outside of the lock case, coupled to the square shaft of the doorknob lever is coupled. Upon depression of the door latch, the doorstop is lifted against the spring force and the door can be moved, and when you release the door handle, the doorstop occurs in each case action and locks the door in their respective position. However, this known proposal is unsuitable for several reasons. On the one hand, the arrangement of the linkage and connected to the square shaft lever laterally outside the lock box is not practical, since then next to the lock case in the door leaf must remain free, so that the lock box can not sit as stable in the door leaf, as the Case is when it is inserted into a just in its width corresponding Schlitzeinfräsung. On the other hand, this known proposal is unusable handling technology, since the door can only be moved while holding the door handle, which is impractical.

Another but also practical proposal for a Türplattenintegrierten doorstop is from the German utility model DE 1 805 041 known from 1960, where in turn provided with a brake rubber Türstopperstempel biased by a compression spring down and connected to a guided in Türblattfalz linkage, which ends up in a arranged on both sides of the lock box forklift. The actuation takes place via the doorstop, wherein upon depression of the latch, the doorstop is lifted over the linkage by means of a connected to the square shaft of the doorknob lifting arm and then engages a spring-loaded pawl in the lifted forklift, so that the doorstop in the raised position remains and the Door can be moved. To release the door stopper, the pawl must be moved upwards, whereby the pawl is disengaged from the lifting fork. However, the arrangement is such that even a slight and accidental lifting of the doorknob, the release of the doorstop and the immediate blocking pulls the door to himself, but the real problem is the arrangement of the actuating mechanism on both sides of the lock box, with the result that on the one hand, the space for installation in a standard door is no longer sufficient and a thicker door leaf would be required, and that the other Lock case needed in its receiving opening in the door leaf on both sides free space for receiving the doorstop mechanism, so that the lock case can not be accommodated stable in the door leaf and only depends on the strike plate, so would be mounted completely unstable.

Next is from the DE 1 968 078 a proposal is known in which a means of a compression spring biased in the opening direction door stopper can be depressed by an accommodated in the door lock mechanism cam lever by raising the door handle. However, this does not seem feasible with conventional door locks. Finally, out of the DE 1 947 291 a proposal is known in which a biased by a spring downwardly biased doorstop is connected via a steel cable with a lever which in turn is arranged laterally outside of the lock case and actuated by the doorknob.

All these known proposals bear the needs for using a conventional lock case, the stable installation of the lock case in the door, and practical handling is not sufficient account, so that it is hardly surprising that these proposals have found no input into practice.

The object of the invention is therefore to provide an integrable in the door leaf doorstop, which is easy to handle on the door panel is virtually invisible, the mechanics in the lock box is integrated so that both sides of the lock box no voids are needed in the door, and that commercial door fittings remain usable.

This object is achieved according to the invention by the door stopper specified in claim 1. Advantageous embodiments and embodiments of the invention are specified in the subclaims.

The doorstop according to the invention can be integrated in the rebate area of a door in the door leaf, so that it is completely invisible with its entire mechanism from both sides of the door panel and therefore does not affect the door visually. The door stopper according to the invention makes it possible to fix the partially opened door in any desired position and regardless of any unevenness of the floor lying in the pivoting range of the door.

In the door stopper according to the invention, the actuating mechanism is integrated in the lock case, that no parts protrude sideways out of the lock case or survive on this. The lock case can therefore sit full in a just matched to the width of the lock case slot in the door leaf, so that on the one hand no unnecessary weakening of the door leaf occurs and on the other hand, the lock case has an absolutely tight fit. The coupling between the actuating mechanism and the connecting member between the actuating mechanism and Türstopperstempel takes place in the rear region of the lock box, ie behind the same, so that only a certain depression of the lock box receiving slot in the door leaf is required, which the tight fit of the lock case in the door leaf and the strength of Door leaf in no way impaired.

The door stopper according to the invention can be used not only as a door latch for locking a door leaf in its closed position, but also also to an upper and lower side door lock by simultaneous locking in the upper part of the door by engaging in an opening in the door frame and be further developed as a burglar-resistant organ.

die Fig. 1 bis 5

eine Ausführungsform des Türstoppers mit Betätigung über einen im Türschloß integrierten Betätigungshebel,

die Fig. 6 bis 8

eine Ausführungsform des Türstoppers mit Betätigung über die Türklinke,

die Fig. 9 bis 11

eine weitere Ausführungsform des Türstoppers mit Betätigung über die Türklinke,

Fig. 12

eine geschnittene Seitenansicht durch ein Türblatt mit einem zu einem Riegelsystem für obere und untere Verriegelung erweiterten Türstopper nach der Erfindung,

die Fig. 13 und 14

das Türstopper-Riegelsystem nach Fig. 12 (ohne Türblatt) bei nicht gedrückter und gedrückter Türklinke, und

Fig. 15

den Schlossmechanismus der Anordnung nach den Figuren 12 bis 13 in größerer Darstellung.

As the exemplary embodiments described below with reference to the drawings show, the doorstop according to the invention can be designed for installation in a door leaf with different actuation and release mechanisms. In the drawings show:

FIGS. 1 to 5

an embodiment of the door stopper with actuation via an integrated in the door lock operating lever,

FIGS. 6 to 8

an embodiment of the door stopper with actuation via the door handle,

FIGS. 9 to 11

a further embodiment of the door stopper with actuation via the door handle,

Fig. 12

3 a sectional side view through a door leaf with a door stopper according to the invention extended to a locking system for upper and lower locking,

FIGS. 13 and 14

the doorstop bolt system after Fig. 12 (without door leaf) with not pressed and pressed doorknob, and

Fig. 15

the lock mechanism of the arrangement according to the FIGS. 12 to 13 in a larger view.

The door stopper according to the invention has a door stopper stamp 2 with a stamp foot 3 in a housing 1 installed in the lower folding area of the door leaf and a spring 4 biasing the stamp 2 downwards. About a connecting member 5, which may be preferably designed as a Bowden cable, the door stopper 2 is connected to an actuating mechanism which is housed in the lock housing.

In the in the FIGS. 1 to 5 illustrated embodiment, the actuating mechanism for the doorstop has a arranged on the door fitting operating lever 6. Die Figures 1 and 2 show the arrangement in the rest or the working position of the doorstop, FIG. 3 shows cut out the lock mechanism of the door lock with the operating mechanism for the doorstop, FIG. 4 shows the doorstop operating lever 6 in more detail, and FIG. 5 in the view a correspondingly modified door fitting.

The Figures 1 and 2 each show a door leaf with the door rebate F, a door fitting B, a door handle K, a keyhole S in the door fitting, and arranged below the door handle K on the door fitting operating lever 6, which is connected to the pull cable 7 of the Bowedenzugs 5 is connected to operate the Türstopperstempels 2. Instead of a Bowden cable 5 with pull rope 7, another tension member could be used.

FIG. 1 shows the rest position, so the position with ineffective, ie raised door stopper stamp. In this position, the actuating lever 6 vertically downwards. FIG. 2 shows the working position, ie the position with lowered door stopper stamp. In this position, the actuating lever 6 is pivoted to the left from its rest position.

FIG. 3 shows a section through the door lock, wherein on average also with the operating lever 6 rotatably connected shaft 8 is visible, on the circumference of the end of the traction cable 7 is fixed. In this case, to increase the circumference of the shaft 8, a disc (not shown) may be arranged, on which the pull cable 7 is attached. The traction cable is then deflected over a deflection roller 9 and at the same time guided out of the lock housing at the rear.

FIG. 4 shows the operating lever 6 with the fitting B in a sectional side view. FIG. 5 shows only the fitting B in view. As can be seen from these figures, the actuating lever on its side facing the fitting has a protruding nose 10, and the fitting has a corresponding complementary recess 11 which is formed in the embodiment as a notch at the edge of the bore for receiving the shaft 8, but different thereof may also be formed as a separate opening. In the rest position, so with raised door stopper stamp 2, the nose 10 engages in the recess 11 and thus locks the operating lever in this position.

Thus, the door stopper can be actuated, sitting the actuating lever 6 while rotatably, but against the biasing force of a spring 12 axially displaceable in the direction away from the fitting B on the shaft 8, so that the nose 10 exits from the recess 11 and the actuating lever 6 with the Wave 8 now, as in FIG. 2 shown is rotatable. Since the doorstop cancel 2 is under the bias of its compression spring 4, the door punch 2 is brought to the stamping foot 3 by the compression spring 4 in its working position as soon as the operating lever 6 is released, and on the pull cable 7 acting train is the operating lever 6 then held in the pivoted position. To reset the door stopper in its rest position with raised punch 2, the actuating lever 6 is pivoted back into its rest position pointing downwards until the nose 10 engages in the recess 11, which is supported by the spring 12, which biases the operating lever against the fitting B.

The FIGS. 6 to 11 an embodiment in which the operation of the door stopper is performed by the door handle K. FIG. 6 shows the door lock with the operated by the doorknob locking latch R in side view and FIG. 7 the castle in rear view. In the lock a with its front end about an axis 30 pivotally hinged lever 31 is installed, which projects backwards out of the lock housing, and the rear, protruding from the lock housing end is connected to a pull cable 7, which in turn, for example, as a cable of a Bowden cable 5 may be formed. The rear view of the castle after FIG. 7 shows that the rear lock housing has a vertical slot 32 for guiding the rear end of the lever 31, and the slot 32 has at the top a sideways locking opening 33, in which the lever 31 engages at rest befindlichem door stopper (this position is shown at 31a ). The lower position of the lever 31 at the lower end of the slot 32 is shown at 31b. The lever 31 is resiliently biased (not shown) in the direction of the latching opening 33. If the lever 31 is moved in the slot 32 from its lower position to the upper position, so he automatically engages in the latching opening 33 a. The FIGS. 8 to 11 each show a section through the door lock with the built-in operating mechanism for the doorstop in various operating conditions, which are explained below.

At the means of the door handle rotatable square shaft, a driver 34 is arranged to move the bolt R against its spring bias in the opening direction, and this driver is extended by a running in the drawing counterclockwise disk-shaped part with an arcuate (or even) slot 35, the bottomed in a cam 36. The cam 36 is located immediately next to the lever 31, and the lever 31 has, as indicated by the transverse lines, a crank 37 in the direction of the cam 36 out, ie the Kröpfungsabschnitt, which is denoted by 37 and extending between the two transverse edges , forms an inclined ramp surface between the laterally offset major surfaces of the portions of the lever 31 in front of and behind the crank 37.

FIG. 8 shows the "neutral" position of the door lock with befindlicher in rest position doorknob and in-rest position doorstop, ie with raised doorstop cancel The lever 31 points upwards and is engaged in the latching opening 33.

If the doorstop is to be brought into its working position in a completely or partially open position of the door, that is to say actuated, the door latch is lifted somewhat, ie pivoted in opposite directions to the rotary movement when the door is opened. The square shaft with the driver 34 and the cam 36 is thus pivoted by a certain rotation angle in the counterclockwise direction (in the drawing). This position is in FIG. 9 shown. In this case, the cam 36 moves along the crank 37 of the lever 31 and therefore pushes it sideways out of the latch opening 33 ( FIG. 7 ), so that the lever 31 has now moved to its lowered position along the slot 32. The door handle returns to its normal position of rest after releasing it, but, unlike in the "neutral" position, it retreats FIG. 8 where the lever 31 is locked in its upper position, the lever 31 is now in its lower position. This is in FIG. 10 shown.

To release the doorstop now only the door handle in the open position, as when opening the door, to be pivoted. this shows FIG. 11 , The lever 31 is, as in the FIGS. 8 to 11 shown connected via a bracket 38 with the driver 34, and the bracket 38 engages in the slot 35 of the driver 34 a. In the "neutral" position ( FIG. 8 ) is the bracket 38 somewhere in the middle region of the slot 35; If the door stop is actuated and the door handle is in its rest position ( FIG. 10 ), the bracket 38 is located at the lower end of the slot 35. If now, as in FIG. 11 shown, the doorknob is actuated in the opening direction, is pivoted with the square shaft of the driver 34 in the clockwise direction (in the drawing), ie the lower end of the slot 35 moves arcuately upwards, takes the bracket 38, and thus pulls the lever 31st upwards into its uppermost position, where it engages again in the latching opening 33. The lever 31 in turn pulls the pull rope 7 ( FIG. 6 ) upwards and thereby lifts the doorstop 2 with the stamp foot 3 in its rest position. The door latch can then be released again or brought into its rest position, because the lever 31 is now locked in its upper position again and thus locked ( FIG. 7 ), and the door can be swiveled freely.

FIG. 12 shows a sectional side view of a door with a door stopper arrangement, which is extended to a double locking mechanism and locking the door in the closed position allows both bottom and top by the Stendelfuß the door stopper punch engages in a bottom opening and an upper latch bolt in an upper opening in the door frame , When the door is open, the doorstop can be operated in any position of the door and thus lock the door to the floor. The Figures 13 and 14 show the lock-integrated operating mechanism, the door stopper and the upper latch (without door leaf) in more detail in more detail, and FIG. 15 shows in even greater detail the details of the lock mechanism without doorstop and upper latch to better recognize the parts of the lock mechanism.

It shows FIG. 13 the arrangement with not pressed door handle and FIG. 14 the arrangement with pressed doorknob. The doorstop consists, as in the other embodiments, of a housing 1, guided therein a door stopper stamp 2 with stamp foot 3, a stamping the plunger 2 in the direction of its locking position spring 4 and a connecting member in the form of a Bowden cable 5 to the actuating mechanism. The bolt arranged at the top of the door has a similar construction and has a housing 41, a locking bolt 42 guided therein, a spring 43 biasing the locking bolt into its locking position, and a connecting element in the form of a Bowden cable 44 for the actuating mechanism.

According to the FIGS. 13 to 15 For example, the lock integrated actuating mechanism has a modified nut 51 which is rotatable by means of the pawl over the square shaft. On the nut 51 not only a driver 52 is arranged to operate the latch bolt R, but a backwards out of the lock housing extending lever 53, to which by means of a common trailer 54 both the pull cable 7 of the Bowden cable 5 and the pull cable 45 of Bowden cable 44 is attached. In this case, coming from the doorstop, upwardly extending traction cable 7 via a guide roller 61 which is mounted in a pivot housing 62, guided and deflected down to the common pivot point 54. The swivel housing 62 is hinged about a horizontal axis by means of a hinge joint 63 in the rear upper corner region of the lock housing. At the lower end, the swivel housing 62 has a suspension device 64 for the end of the Bowden cable jacket of the Bowden cable 5. At the upper part of the the end of the Bowden cable jacket of the Bowden cable 5. At the upper part of the pivot housing 62, suitably by means of the axis for the guide roller 61, a suspension device 65 hinged for suspending the Bowden cable jacket 44 of the Bowden cable. By pivoting the pivot housing 62 about the hinge joint 63, it is easily possible to guide the pull cable 7 of the Bowden cable 5 via the guide pulley 61 and hook on the lever 53 and hook the Bowden cable jacket of the Bowden cable 5 in the suspension device 64. In the upper area, the pivot housing 62 has a slot opening 66, through which the pull cable 45 of the Bowden cable 44 can be passed. In this way, the pull cable 45 is easily suspended on the lever 53.

The lever 53 is formed as part of a disc body, which is connected to the nut 51 and an arcuate cam slot 55, in which a pin 56 engages, so that the nut 51 with the lever 53 by a certain pivoting range, by the extension of the Slotted slot 55 is pivotable. In addition, the disk body of the nut 51 in the front region has a notch, whereby a locking lug 57 is formed. In the front region of the lock housing, an angle lever 71 is rotatably mounted about a pivot pin 72, which is biased by a spring 73 in a sense of rotation, which urges a lever arm 74 against the nut 51. The other lever arm 75 is designed as a pushbutton, which projects into a corresponding opening of the striking plate of the lock housing and is finger-operable from the outside.

FIG. 13 shows, as already said, the arrangement with not pressed door handle. The locking bolt 42 and the Türstopperstempel 2 protrude from the respective housing 1 and 42 by a certain distance, but only to the extent that the pivoting of the door is not obstructed when the door is open. At the top of the frame and at the bottom are (not shown) each provided with a ramp plates or the like arranged with a latch receiving opening, so that when closing the door automatically the Stempelfuß 3 and the locking bolt 42 through the ramp against their spring bias back slightly into the respective housings are pressed and then lock with the door closed in the respective latch receiving opening.

FIG. 14 shows the arrangement with pressed doorknob. The nut 51 with the lever 53 is pivoted clockwise (in the drawing) until the slide slot 55 with the upper End at the pin 56 strikes. As a result, over the Bowden cables 5, 44 of the locking bolt 42 and the Türstopperstempel 2 retracted, so that the door can be opened. This is done automatically, as to open the door, the door handle must be pressed so that the latch bolt is withdrawn. The door can now be opened easily. Upon return of the doorknob to its normal position, the latch bolt 42 and the doorstop cancel 2 then move off again, but only to the extent that the movement of the door is not obstructed. If the door is now locked by the doorstop, a pressure on the designed as a push button lever arm 75 of the angle lever 71 causes the notching of the lever arm 74 from the region of the locking lug 57 of the nut 51, so that the nut can pivot counterclockwise until the bottom end of the cam slot 55 abuts the pin 53. This rotational movement of the nut 51 is due to the force of the springs 4 and 43, which bias the door stopper or the locking bolt 42 and thereby exert tension on the traction cables 7 and 45, which transmit the train to the lever 53. While the locking bolt 42 extends without effect further upward, presses the doorstop against the floor and locks the door in the respective position. Because of the forward rotational movement of the nut 51, the door handle tilted obliquely upward, thereby also giving a visual indication of the operated door stopper. Upon depression of the latch, the door stopper is moved to its normal position and the lever arm 74 engages again in front of the locking lug 57 of the turned back with the doorknob nut 51, so that the door is now free to move again.

Notwithstanding the embodiment described above, the arrangement can be made so that no automatic engagement of the locking bolt 42 and the Stempelfußes 3 when closing the door, in which case no Einführrampen for the bolt receiving openings are necessary. Instead, an actuatable, for example, from the door plate forth organ in the form of a push button or a lever (not shown) may be provided which lifts a lifting of the lever arm 74 or a instead provided pawl from the locking nose 57 forming notch of the nut 51 so that an extension of the locking bolt and the stamping foot can be done in top or bottom arranged latch receiving openings. In this case, however, the doorknob also stands diagonally upwards and signals the locked state. Again, the lock is automatically released when you open the door by the necessary pressing the door handle.

Claims (15)

1. Door stop integrated into a door panel, with an actuating mechanism integrated into the lock case, having a door stop plunger (2) with a plunger foot (3), the plunger being guided in a housing (1) and downwardly pretensioned by means of a spring (4), and having a pulling member (5, 7) connecting the door stop plunger (2) with an actuating mechanism, characterised in that the actuating mechanism is accomodated in the lock casing of the door and has an actuating member (6, 31, 53) which is movable between a first stable position, corresponding to the release position of the door stop, and a second stable position, corresponding to the operating position of the door stop, and which has an area or part connected to the pulling member and projecting out of the lock casing on the rear, or is connected to the pulling member within the lock casing, said pulling member being inserted into the lock casing, and deflected, through a rear opening therein.
2. Door stop according to claim 1, wherein the actuating element is an actuating lever (6) which is combined with the door hardware and operably coupled, by means of the pulling member (7) inserted, via a deflection element, into the lock casing through a rear opening, or by means of a rod assembly, to the plunger (2) which is pretensioned into the lowered operating position by the spring (4), and which can be locked in the position corresponding to the raised resting position of the plunger (2).
3. Door stop according to claim 2, wherein the actuating lever (6) is connected, in a rotationally fixed manner, to a shaft or disk (8) on the periphery of which the pulling member (7) is mounted.
4. Door stop according to claim 2 or 3, wherein the actuating lever (6) is arranged on the door hardware (B) and has a detent (10) engageable with a complementary catch recess (11) of the door hardware (B), and wherein the actuating lever (6) can be moved against the pretensioning force of a spring (12) relative to the door hardware (B) in order to disengage the detent (10) from the catch recess (11).
5. Door stop according to claim 1, wherein the door handle (K) serves as the actuating element, and a mechanism (31, 36, 38) that can be actuated by means of the door handle is integrated into the door lock, with a lever projecting out of the lock casing on the rear, said lever actuating the pulling member (7) connected to the plunger (2).
6. Door stop according to claim 5, wherein the mechanism integrated into the door lock has a lever (31) which is pivotably mounted with its front end region, is projecting from the lock casing with its rear end connected to the pulling member or rod assembly and is guided in a guiding slot (32) with a lateral upper catch opening (33), and which can selectively be disengaged from its upper locking position (31a) or raised from its lower position (31b) into the upper locking position (31a) by means of a member seated on the square shaft of the door handle.
7. Door stop according to claim 6, wherein the lever (31) has a lateral cranking (37) or a lateral knob or the like, and the member (34) seated on the square shaft of the door handle has a cam (36) which, when the door handle (K) is raised, performs a pivoting movement against the cranking (37) or the knob of the lever (31) and thus pushes the lever (31) sideways out of its upper locking position (31a).
8. Door stop according to claim 7, wherein the member (34) seated on the square shaft of the door handle has a driving element (35) which interacts with a coupling element (38) linked to or arranged on the lever (31), performs a pivoting movement when the door handle is pressed down and raises the lever (31), by driving along the coupling element (38), from its lower position (31b) into its upper position (31a) in which said lever engages the catch opening (33) because of its corresponding lateral pretionsioning.
9. Door stop according to claim 1, wherein the nut (51) of the locking mechanism has a lever (53) projecting out of the lock casing on the rear, said lever being connected to the end of the pulling member (5, 7) which is deflected downwards by means of a deflection member (61), and wherein the nut (51) can be locked in a position corresponding to the release position of the door stopper by means of a manually operable locking element (57, 71).
10. Door stop according to claim 9, wherein the locking element (71) has a pawl (74) that interacts with a locking projection (57) of the nut (51).
11. Door stop according to claim 10, wherein the pawl (74) is part of a rotatably mounted (72) angle lever (71) which can be operated against the pretensioning force of a spring (73), in order to release the nut (51), by means of a push button leg (75) projecting into an opening of the striking plate of the lock.
12. Door stop according to any one of claims 1 to 11, wherein further a latching bolt (42) is connected to the actuating member (53) via another pulling member (44, 45), said latching bolt being arranged on the upper portion of the door and being pretensioned in a housing (41) by means of a spring (43).
13. Door stop according to any one of claims 1 to 12, wherein the pulling member is the pulling rope (7, 45) of a Bowden cable (5, 44).
14. Door stop according to claim 12 and according to any one of claims 9 to 11, wherein a pivotable casing (62) is linked (63) to the the lock casing on the rear thereof, said pivotable casing having a deflection pulley (61) for the pulling member (7) of the door stop plunger (2) as well as hanging devices (64, 65) for the sheath of the Bowden cables (5, 44) of the door stop plunger (2), or of the latching bolt (42), respectively.
15. Door stop according to claim 12 and according to any one of claims 9 to 11, wherein in the upper portion of the door frame or down at the bottom, in a position corresponding to the closing position of the door, sheet metal plates or similar members are provided, said plates or members having ramps for the latching bolt (42) or the plunger foot (3), respectively, as well as bolt receiving openings for engaging the latching bolt (42) or the plunger foot (3), respectively.

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