DE418301C - Register for organs - Google Patents

Description

Register for organs. The invention relates to a register For organs with a common control device (roller or the like) for all Register. The innovation is based "in the fact that between the operating device and the registers are not just a means of setting the registers to different ones Stations, but also a facility for optional interruption ei, izelcier Stations or groups of stations is inserted. By virtue of their simple development the new device can be retrofitted to almost any existing organ with little Cost to be grown.

An exemplary embodiment is illustrated schematically in the drawing.

Fig. I shows the one to be moved from station to station by means of a roller Loop in front view.

Fig. 2 is a vertical longitudinal section to Ahb. i.

Fig. 3 shows the arrangement with a schematic indication of the wind conductors the devices shown individually in the other figures.

Fig. 4 shows the arrangement of the adjustment knobs of the register on the gaming table in a vertical section parallel to the button shafts. Fig. 5 is a schematic front view of the board carrying the buttons.

Fig. 6 is a top view of Fig. D ..

From b. 7 and 8 show a stick of the tubes in front view and in FIG Cut.

Figure 9 is a vertical section through a vent.

Fig. 10 is a section along line A-B of Fig. 9.

Fig. I i shows a wind supply and wind shut-off device in vertical cut.

Fig. 1--2 is part of a schematic floor plan for Fig. I i.

Fig. 13 is a wind feed device common to all stations after the wind chests of the organ in a vertical section.

Fig. 14 is a section along line C-D of Fig. 13.

Fig. 15 is a switching device in section.

Fig.16 is a section along line E-F of Fig. 15.

Fig. 17 shows another switching device in section.

For the sake of simplicity, a work is drawn for only 3 stations and only 7 registers including the other actuating devices. The stations are marked with I, II, III, the registers and other adjusting devices with the numbers i, 2, 3, i.e. .... 7 designated. As far as possible and necessary for understanding, the wind guides are indicated by dashed lines with arrows. The wind entry points to which "always wind" is connected, as well as the exit points into the open air, are marked with arrows shown by double lines. The slider 8 of the loop (Fig. I and 2) is connected in a manner not shown to the game table cylinder, by means of which it can be moved step by step from station to station forwards or backwards. There is no limit to the number of stations and depends on the number of registers, as a larger number of stations will be necessary if the number of registers is larger.

In the position of the loop shown in Fig. 2, there is still none Station connected. At 9 "always wind" is connected, the one at this position of the slide 8 to the outlet openings assigned to the individual stations I, 1I, III io is forwarded.

Each station has one of the three storage or supply devices shown in Fig. Ii as well as an outlet device according to Fig. 9 and 10. The connections between these devices are indicated by the dashed arrow lines or the pipelines in Fig. 3a , b, c .

The number of setting buttons corresponds to the number of registers and other setting devices required for each station multiplied finitely by the number of stations. In the exemplary embodiment shown in the drawing, there are 2i setting buttons. The setting buttons lying in a horizontal row belong to a station, while the setting buttons lying in a vertical row belong to a register or an adjusting device. The buttons ii (Fig. 3, 4 and 6) control the free outlets 13 of the wind lines d by means of sliders 12 in such a way that a pulled button releases the outlet and a pushed-in button (in the rest position) closes the outlet Opening 14 (Fig. 9) of the outflow (leveling device (Fig. 9) belonging to the station and the register or the actuating device and thus the interior of the associated bellows 15 (Fig. 3 and 9) is connected to the outside air so that its movable base 16 (Fig. 9), acting as a valve disk, releases the outflow opening i; in a known manner and thereby winds out of the line G 1111; i of the Eieiströinc> itutllig 1 8 allows flow to the line e and the device shown in Fig. 13 , which, with inflation of the bellows 2o (Fig. 3 and 13), lifts the valve ei and from the rough 22, in which there is always wind, through the opening 23 directs the organ according to the wind chest corresponding to the relevant register.

The interior 24 (Fig. 9 and io) of the Aussiröinvorrichtung receives wind only through the wind feed and shut-off device (Fig. i i), in which at appropriate setting of the loop (Fig. i and 2), Brie by the dashed Arrow line a indicated, enters at 25 wind to exit at 26 and in the Direction of the arrow line b at 27 under one of the two in Fig. I i one behind the other Ball 28, 29, namely to enter (read ball 28, which the valve 3o raises and from the inflow opening 3 i wind to 32 and further along the line c after the entry point i 8 and in the inner grooves 24 of the Ausströmvorrich.tung (Fig. 9 and to) conducts.

This device has the effect that when the loop (Figs. I and 2) reaches station I, by means of which all stations are brought together for each register representing device for guiding the wind to the wind chests (Fig. 13 and i, t) winch is led into the windchest of those registers whose buttons i i have been dragged into the corresponding station.

The special adjusting devices still required in the case of the one shown Execution example "Free group" and "Toggle switch" are the last setting buttons i i introduced each station, so that the buttons 6 to the>: Free group ", buttons 7 to the" Lm switch ".

The connections that apply to the “Free Group” are drawn in for the case (let the “Free Group” in station 2 be set by pulling the corresponding penultimate button of this station. The corresponding ball 15 (Fig. 3 and 9) The outlet opening 32 corresponding to the outlet device of the second station (Fig. ii) is connected according to the dashed arrow line f (Fig. 4) to outlet 1 3 controlled by the penultimate button ii of station 2, the corresponding outlet i9 (Fig. 9 ) of the outflow device according to the arrow line e finite the inlet 33 (Fig. i5), which corresponds to the L m switching device (Fig. 1 5 and 16) of the second station 35 and lifts the valve 36 in order to control the outlet 38 from the supply line 37, which in itself travels through a so-called seduction 39 via the plate valve 3d to the inlet 33 of the next station is bound.

From the opening 38, the wind passes according to the arrow line h to the inlet opening do of the wind supply and parking device (Fig. I 1), namely after the device of the previous station (here station i) geliöri.geii device, lifts the bellows 41 and closes by means of the valve d.2 the connection of the lines a and b ab, so that the station i is switched off. As a result of the temptations in the switching device (Figs. 15 and 16), using the button "Free group" of any station similarly causes all previous stations released by the loop (Figs. 1 and 2) to be switched off first .

For the "switch" (here the last button i i of each station) is in addition to the first uni, switching device (Fig. 15 and 16) also another one Switching device (Fig. 17) available. The wind lines are drawn in such a way that as if the button "L'nisclialter" had been pulled at Station III. The outlet of this Button stands according to the arrow line 1 @ (Fig. D.) With your interior of the associated Bä lgleiils 15 of the discharge device (Fig. S) and to) in connection. The one from this one The outlet ig controlled by a ball is after the opening 43 of the switching device Fig. 17 guided according to the arrow line m. The outlet of this second essentially corresponding to the first switching device (Fig. 15 u = id 16) Switch device in which the seductions only in a different sense is after opening 44 of the first switchgear (Fig. 15 and 16) guided according to the arrow line 1a and continues to work as described above, on the Abstellbälglein 41 (Fig. 3 and i i) of the previous stations.

A second outlet .I5 from the second switching device; (Fig. 17) acts via a wind pipe o on the shut-off bellows 4.1 (Fig. 3 and 1i) of the associated station. From the Unischalter of the last station, however, a wind line p (Fig. 12) leads to the ball 29 (Fig. Ii) of the same-i station, so that the associated valve 30 yog) , * opens and by inflating this ball 29 with the wind in this way the outflow device of the corresponding station can be put into operation via 32 and a corresponding line. The device according to Fig. 15 to 17 enables the following: If, for example, there are 8 stations and the loop is on station 6, you can switch off station 6, stations z to 5 by pulling the button "Free group". By moving the loop on to station 7 "-earth, if the" free group "has not been drawn there, the registers of station 7 are added to those of station 6, but it is also the" free group "in station 7; is pulled, the effect is achieved that when transitioning to station only the registers of station 7 can be played, while the registers of stations i to 6 are switched off.

The toggle makes it possible without the game of a drawn station to interrupt, move on to any station, by checking the registers of the last Keeps the drawn station open until after moving the loop to the desired other Station the switch is reset, whereupon the stops of that station are playable are.

The device can deviate from the illustrated embodiment be arranged so that the slider 12 of the buttons i i rather than outflow Induce influx. Other similar reversals are also possible. Furthermore can individual or all types of cables instead of wind cables electrical cables be.

Claims (1)

PATSNT RULES: i. Register for organs with a common Operating device (roller) for all registers and arbitrarily assemblable Stations, characterized in that between this operating device and The registers are not just a facility for setting registers to different ones Stations is inserted, which for each register or the like in each station j #: has a special adjusting knob, but also a device for optional Interrupt individual stations or groups of stations. Register according to Claim i, characterized in that the adjusting knobs for the individual registers lie in as many rows one above the other as stations are required *, and in each of them Row next to each other except for the register buttons, buttons to bring about a There are interruptions in individual stations or in a series of stations.