FI92091C - Door sign Arrangements - Google Patents

Description

92091

DOOR PANEL SYSTEM - DORRSKYLTARRANGEMANG

The invention relates to a door sign system according to the preamble of claim 1 for providing surface fitting and for mounting various actuators in different lock frames embedded in the door.

5 There are numerous immersion locks, ie different lock frames installed in a suitable recess inside the door, for different purposes in different countries. However, in general, at least a door button is mounted on the door, by pressing which the bar in the lock body can be moved from its protruding locking position to the inserted release position, whereby the door can be opened. Usually, the doors also have a myOs key function on both sides or only on one side, so that a locking mechanism connected to the lock body and controlling the movement of the bogie, for example a cylinder lock or the like, can be opened or locked.

15 Similarly, on the other side of the door, opposite the locking mechanism, there may be a knob with which the grid can also be moved. Usually the door button is at the top and the lock cylinder with the fittings at the bottom, but the placement can be as opposed to myOs.

20 Toilet doors are generally used with a sling knob on the inside of the toilet room and, as an indicator, for example, a red and white plate connected to the rotation of the sling knob, the position of which indicates whether the door is locked or not from outside the door.

2.5. There may be only a keyhole in place of the cylinder lock or a keyhole with a cover plate in case the lock mechanism is located in the lock body itself.

Thus, the actuators or surface fittings to be connected to the door lock can be varied depending on what features from locking or locking the door 30 are desired or required in the operating environment of the door in question. Similarly, door lock models have been established in different countries, where the functions described above or a selection of them or the like have become common use. In general, in order to achieve such versatile functions, it is necessary for the lock body to have two axes of operation which are spaced apart in the longitudinal direction of the door. However, the lock dimensions vary greatly from country to country, so it is necessary that sufficient different actuators or surface fittings are available for each of the 10 lock body models to meet the desired functions of the lock body.

As a separate solution, lock surface fittings with completely separate parts have been used, which are installed in the manner required for the desired operation of the lock frame-15 size. In many countries, however, there is an established way of installing a uniform so-called long shield. However, TailOin requires a long plate designed for the lock in question, with the functions of the surface fittings 20 and the dimensions just right. Due to the large range of surface fittings, several KilpiS are required in several parallel models to make all operating options feasible.

The object of the invention is to provide a new door sign system based on a long plate, from which the disadvantages of the known solutions 25 have been eliminated and by means of which the different operating options of the lock in connection with different door lock frames can be implemented in an advantageous and simple manner.

The objects of the invention are achieved as specified in claim 1 and the subclaims. The invention HO is characterized in that the system comprises a plate body part dimensioned and shaped so as to fit a mounting opening for each of the operating axes, as well as a plurality of different plate parts which can be mounted in said mounting openings and which are required as necessary. Equipped with various control lines for different 3 92091 actuator options. The plate parts to be mounted on the plate body in each case are selected in each case according to the lock body to be used and the actuators selected for its operating environment.

5 When the body part is dimensioned to be long enough for all commonly used lock bodies, one plate body part and suitably shaped and dimensioned plate parts can be assembled on the desired lock body using a surface fitting combination suitable for each purpose. Since the location of the surface fitting 10 in the panel part can be chosen quite freely, taking into account the appearance factors, the door panel system makes it possible to implement all the conventional locking operating options and the structural solution combinations required by them. The invention also provides good possibilities for the use of different construction materials in the shield parts according to object 15, for example on the basis of different strength requirements but also on the basis of coatings, i.e. purely external aspects.

The invention will be described in more detail below with reference to the accompanying drawing, in which 20 - Figure 1 shows a shield body part according to the invention as seen from the outside,

Fig. 2 shows a section II-II of Fig. 1,

Fig. 3 shows a section III-III of Fig. 1,

Fig. 4 shows the body part of Figs. 1-3 in axonometric view,

Figure 5 is a bottom view of a shield part according to the invention,

Fig. 6 shows a section VI-VI of Fig. 5, Fig. 7 shows the shield part of Figs. 5 and 6 in an axonometric view,

Figure 8 is a bottom view of another shield part according to the invention,

Fig. 9 shows a section IX-IX of Fig. 8,

Fig. 10 shows a section X-X, 35 in Fig. 8. Fig. 11 shows the shield part of Figs. 8-10 in an axonometric view, 492091

Fig. 12 shows an assembly view of a shield body provided with shield parts according to Figs. 7 and 11, Fig. 13 shows a third shield part according to the invention seen from below, 5 - Fig. 14 shows a section XIV-XIV of Fig. 13,

Fig. 15 shows the shield part of Figs. 13 and 14 in an axonometric view,

Fig. 16 is a bottom view of a fourth shield part according to the invention; Fig. 17 is a section XVII-XVII of Fig. 16;

Fig. 18 shows a section XVIII-XVIII of Fig. 16,

Fig. 19 shows the shield part of Figs. 16-18 in an axonometric view,

Fig. 20 shows an axonometric view of a shield part 15 according to a fifth invention,

Fig. 21 shows an axonometric view of a sixth shield part according to the invention.

In the drawing, reference numeral 1 denotes a plate body part to be mounted in connection with a lock body embedded in a door, in which 20 there are mounting openings 2 and 3 for different plate parts 6a-6f.

The mounting holes 2 and 3 for mounting the shield part 6 have a step 4 and ridges 5 for countersunk screws. In practice, it is usually sufficient for the holes 5 to be arranged at two opposite angles as shown in Figure 1. Correspondingly, the shield part 6 has threaded recesses 8 (a-f) at the corners along the respective screws. In this case, the shield parts 6 are fastened to the body part 1 from below before the body part 1 is installed in the door, whereby the screws are not visible at all on top when the shield parts are installed. The plate parts 6 and the step 30 4 are preferably dimensioned in such a way that, when installed, the plate parts 6 and the body part 1 form a uniform plane.

The shield parts 6 themselves can be of various types. The panel parts 6a-6d have guide openings 7a-7d, respectively, of which the guide openings 7a and 7c are suitable for installing a door handle and the guide openings 7b and 7d, respectively, are suitable for so-called For mounting a lock cylinder in accordance with DIN standards. The fastening of these actuators can take place in any way known per se. For example, the locking cylinder can be fastened with screws extending through the door and the door knob can be rotatably supported in the guide opening by using alternatively a seeg ring-5 fastening, a blind fastening, a retaining screw fastening, etc.

It is clear that the guide opening 7 of the panel part can be shaped and dimensioned for each door lock actuator in question. In addition to the above, these include, for example, a flap knob, a toilet flap knob and other lock cylinders of various shapes. The exact position of the guide opening 7 in the shield part, in turn, determines the position of the operating axes of the lock body to be used in each case so that the actuator to be mounted strikes the operating axis of the lock body. For different applications, the shield part can be shaped as a completely flat solid shield with 15 gaps completely removed from the control opening. The panel parts can also be made of different materials and with different coatings, depending on, for example, the strength requirements set by the operating environment of the door in question, but on the other hand, only the external aspects can be advantageously taken into account.

20 Of course, many alternative structural solutions and ways of attaching the body part and the shield parts to each other and to the door itself can be used. The method of fastening the shield parts 6 according to the application examples of the figures to the frame part 1 according to the figures has already been described. In these embodiments, the body part 1 of the shield 25 does not have to be fastened to the door, but the whole assembly is fastened to the shield part 6 by means of holes 9 (af). , which are located at least substantially outside the step 4 in the mounting opening 2.3 of the body part 1. In use, a preferred solution is obtained if a long plate according to the invention is installed on each side of the door, whereby the plate parts 6 are fastened to each other by means of screws extending through the door of the door to be installed in the holes 9. Holes 9c-9f (cf. 35 Figures 13-21) in the shield parts to be installed outside the door of the door have insoles, so that the screws do not divide the installation.

Claims (9)

A door sign system for providing surface fitting and mounting 30 different actuators in different lock frames embedded in a door, having two operating axes 7 92091 spaced apart in the longitudinal direction of the door for said actuators, characterized in that the system comprises (a) a body part (1) is dimensioned and shaped in such a way that it abuts the mounting hole (2,3) on each of the operating shafts when mounted on them, as well as a plurality of different shield parts (6a-6f) which can be mounted on said mounting holes (2,3) and which is provided with different control means as required for different actuator options, and that the plate parts (6a-6f) to be mounted on the plate body part (1) in each case are selected according to the actuators selected in each case according to the lock body used and its operating environment. A door panel system according to claim 1, characterized in that the control means of the panel part (6a-6d) cover a control opening (7a-7d), the location and shape of which in each case is determined according to the selected lock body and the actuator to be mounted therein. Door sign system according to Claim 1, characterized in that the sign part covers a uniform cover plate (6e, 6f). Door sign system according to one of the preceding claims, characterized in that the mounting opening (2,3) of the sign body part (1) has a step (4) along the sign part (6a-6f) such that the sign part (6a-6f) is mounted at least in its main part embedded in the body part (1) and preferably forms a plane with it 25. Door sign system according to one of the preceding claims, characterized in that the mounting opening (2,3) of the sign body part (1) is substantially rectangular. Door sign system according to claim 4 or 5, characterized in that said step (4) is preferably provided with _______ T ”92091 8 holes (5) for fastening the panel part (6a-6f) to the body part ( 1). 6 92091 Attachment of a long shield can also be achieved, for example, by attaching the shield part 6 to the body part 1 at opposite angles as shown above, but the body part 1 is fixed separately to the door or the body part 1 and 5 the shield part 6 is fixed to the door with common screws. with screws on the opposite side of the door to the attitude — but on the long shield. In the step 4 of the TailG body part 1, the holes required for the joint fastening of the parts (not shown in Figs. 10) can be arranged at the holes 9a-9f of the plate parts. The body part 1 is thus shaped depending on the selected fastening method and provided with fastening members accordingly. The length of the frame part is preferably chosen so that it is suitable for all conventional door lock frames. In use, this means in particular that the mounting openings 2 and 3 sufficiently hit the locations of the operating shafts of the lock body, so that the actuators hit the operating shafts of the mounting of the shield parts as already described above. The door panel assembly according to the invention can thus be used for almost all types of door lock frames, as long as the panel parts are designed in a manner suitable for different actuators. For example, the door lock body may have more than one bar or latch. Thus, the invention is not limited to the embodiments shown, but several variations are conceivable within the scope of the appended claims. PATENTT1VAATIMUKSET Door sign system according to one of the preceding claims, characterized in that the shield part (6a-6f) 5 preferably has fastening openings (9a-9f) for screws or the like at its opposite edges, and in that the shield part (6a-6f) has said fastening openings (9a-9f). ) is fastened to the corresponding plate part (6a-6b) on the other side of the door by means of screws going through the door 1Spi. Door sign system according to claim 7, characterized in that said fastening openings (9a-9f) are arranged at the mounting opening (2,3) of the body part at least substantially outside said step (4) in the mounting opening (2,3). Door sign system according to claim 7, characterized in that said step (4) in the mounting opening (2,3) and said fastening openings (9a-9f) are arranged such that the body part (1) and the sign parts (6a-6f ) can be attached to the door with common screws. 2C PATENTKRAV