US1740355A

US1740355A - Carillon mechanism

Info

Publication number: US1740355A
Application number: US231750A
Authority: US
Inventors: Johnston Cyril Frederick
Original assignee: Individual
Current assignee: Individual
Priority date: 1926-12-23
Filing date: 1927-11-07
Publication date: 1929-12-17
Anticipated expiration: 1946-12-17

Description

9 17, 1929. c. F. JOHNSTON 1,740,355

CARILLON MECHANISM Filed Nov. 7, 1927 2 Sheets-Sheet 1 Dec. 17, 1929. c JOHNSTQN 1,740,355

CARILLON MECHANI SM Filed Nov. 7, 1927 2 Sheets-Sheet 2 Patented Dec. 17, 1929 UNETED STATES.

PATENT or -rice CYRIL FREDERICK Jor Ns'ro OF" CROYDON, ENGLAND cARILitoN MECHANISM Application filed November 7, 1927, Serial 'No. 231,756, and in Great Britain December 23, 1926.

This invention relatesto carillon mechanism and has for'its object to provide efficient mechanism of this type particularly applicable to apparatus of the kind having pneumatic or fluid operating-devices'or actions. The present invention consists broadly of carillon mechanism wherein 'm'eans are provided whereby the striking blow of a bell or a number of bells whether effected manually or by fluid motor mechanism controlled from a manual can be supplemented by power when required.

In the preferred form-of the mechanism the bells are struck by fluid motorimech'arii'sm of which the valves are controlled'by electric power mechanism of which the circuits are closed by switches" operated byt hel levers or keys of the foot operated notes or the manual,

or either when the' levers or claviers of the foot key board are coupled with those of the manual.

Each'unit of the power me'chanism'may be provided with two or more motors 'of the a same or different power, and means whereby any of them or any group of them can be brought into operation when desired.

When the bell striking mechanism is'operated by, or supplemented by, fluid operated 3 motors, they may be provided with fluidadmission controlling valves operated'by electric power devices controlled by switches arranged on or near a manual;

Some or all of the bells may be provided with two-or more clappers each operated by a separate motor, the motors being adapted to be brought into operation'singly, or two or more of them simultaneously, from the manual or key board mechanism.

The controlling mechanism for each degree of loudness maybe connected to' a separate manual so that one manual may be used for normal loudness say 7', a second for if and a third for fff, and when fluid operated mechanism is used for the striking mechanism' this may be arranged'to control the bells singly or in groups.

Eachbell striklngmotor may be of the same size and connected to a se arate supply of motive fluid, each supply 0 motive fluid beingat a different pressure from the others, or each bell striking motor may have -'tw'oor' more admission valves leading to a'co minon fluid supply under pressure, the controlling mechanism being arranged to bring into op eration one of them, or any numberof them simultaneously. Also the mechanism transmitting motion from the motors to theclap pers may be provided with any suitable kind of'relay-apparatus. I

- Various manners of carrying 'out the invention are illustrated diagrammatically by the accompanyingdrawings wherein Figure 1 is a general view of -one form of the apparatus, Figure 1 a front view of the manual, Figure 2 a modification of the fluid driven element and Figure -3a modification of the apparatus as applied to a bell having two clappers." p v In these drawings 2 is one of the bells, and 3, 4 and 5-the cylinder of fluid motors say pneumatic motors of which the piston rods 3?, 4c" and-5 operate through arms 3", 4" and 5 fixed on a rocking shaft 6 and operating through the end of the arm 4", the rod 7,

arms 8 and 9 fixed on a rocking shaft 9, link 10, the rod 11 of the clapper 12. The rocking shaft 9 of this clapper operating mechanism can also be operated from a clavier 13 of the manual 13 through a rod 14: and arm 15 fixed on the rocking shaft 9.

The fluid motors in the present example are pneumatic motors having admission valves 3, 4 and 5 connected by passages 3, 4 and 5 to a main 16 leading to a source of air under pressure. The valves 3", 4 and 5 are lifted by electromagnets of which the coils 3", 4 and 5 are connected to a battery or other source of electricity indicated by 17; The circuits of these coils are closed by switches 13" on the claviers 13, a similar set of switches .18" is shown on foot pedals 18.

A controlling switch 19 is provided so that the bells can be rung by the manual claviers 13 or the foot pedals 18. \Vith larger bells such mechanism is insnflicient to strike the bells with the desired force hence the manual force may be supplemented by power upon closing the switch 19 thereby enabling the closing. of the

switch

13 and 18 bythe manuals and foot pedals which brings into operation the pneumatic bower devices for each bell.

In the example illustrated the cylinders 3, 4 and 5 are of different powers so that each will operate the mechanism to strike the bell 2 with the clapper 1:2 with .a .blow of difl'erent strength from the others and thereby obtain a different degree of loudness from the bell. Switch stops 3% 4 and 5 are provided for bringing into operation the corresponding cylinders. Thus when the switch stop 3 is pushed in, circuit from the battery 17 can be closed by the olnvier switch 13 through the lead 3" contacts 3 and 3" lead 3", coil 3* and return lead 20, thereby energizing the eleetromagnet lifliing the valve 3 and .zdmitting air under pressure to the cylinder 3 so as to impel tlwough the :aurm rod and link mechanism the clapper 12 against the hell .2. If a heavierstnolce is required the switch stop 4 is pushed in,:so that circuit from the battery 17 can be closed by the clavier switch '13- 'tlnrongrh the lead 3 contacts l and 4 lead 4, coil 4 and return lead 20. thereby energizing the electromagnet lifting the valve 4 and admitting air under pressure to the larger cylinder domes-to impel through the arm, rod and link mechanism the clapper 1-2 against the bellg. Vhen a. still heavier stroke is required the switch stop 5 is pushed in, so that circuit from the battery 17 can be elosed by the clav-ier switch 13" through the lead 3', 5" contacts 5 and 5",, lead 5", coil 5 and return lead 20, thereby energizing the electromagnet lifting the valve 5 and admitting .air under pressure to the largest cylinder 5 so as to impel through the arm, rod and link mechanism theclappcr 12 with still greater force against the bell The same operations can be effected by each foot pedal 11) by means of the switch 1-8" and leads 18* and 18. The pistons of the cylinders 3 are arranged to open an exhaust port when at the lower end of their strokes and suitable springs. weights or other suitable mechanism may be provided for returning the mechanism to its normal position. Also any suitable automatic or non-automatic means may be provided for returning the stop switches 3 4 and 5 to their norn' al positious.

The clavicrs l3 and foot pedals l6 and rod and arm mechanism 14. ll, 14", Hi and 15 may be substituted by a. three manual latboard. one key board being arranged to control directly :1 series of switches corresponding to switches 3*, another a series of switches corresponding to '1' and a. third a series corresponding to 5. the pneumatic mechanism being similar to that illustrated by Figure 1.

In a modification of the apparatus illustrated by Figure l, the three air supply pipes 13. 4 and 5 instead of bci fed by a common supply 16 may each have its own supply of fluid under a different pressure. and in Hrli a case the cylinders- 3. l and 3 may lw of the. same size.

In a modification of the pneumatic |ll it)l.\ as illustrated b Figure 2 instead of three r: \'linder units one large cylindri- 3H l l with three valves 3, 4 and I), each operated by mechanism similar to b unt in Figure l. the corresponding parts being given the sumo reference numerals. 'lhe (bl'jt 'l ol' li!l.\ lumiific'ation is to provide a greater \ulltfltt of air to the cylinder for increasing tln- \t-lnrit ot' the piston according to \\'hi(h stop switch is pushed in and consequently increasethe striking blow on the hell '1.

In the modification illustra-lml by Figure 3,eacl1 hell 2 is provided with two clappers l2 and 40 each being nonnected nespecti-Vcly by links 12%, 40 arms l2", l0 and l2", 40" tixcd on rocking shafts l2. l0 and connected by rods 1, 4O with levers l2. l0". pivoted at 12 and 4 0 and marrying the rods 1:2. ll) of pistons 12*, 470 operating in cylinders 12, 40", the cylinder LZ'" being larger than the cylinder 40" so as to give. a heavier striking blow on the hell .2. The air supply to the cylinders is frame pipe 16 connected by pipes 12 and 40 to the respective cylinders and provided with valves 112 and 144.)". these valves being oontnofled in :a similar manner to those described with reference to l ig-ure l.

The valves 3, 4 and 5 of the pneumatic motors instead of admitting fluid directly to the cylinders 3, 4 and 5 ma y be arranged to operate the pistons of relay mechanism opmating the admission valves proper of the cylinders.

The-electric lead system shown may be sub stituted by any other suitable system. also the. switch stops may be arranged to close circuit when pulled out instead of when pushed in.

\Vhat I claim and desire to secure by Let tors Patent is:

1. Carillon mechanism comprising manually operated means for Striking a hell. fluid motor operated means for striking the same bell, and means whereby the fluid motor operated means can be made to supplement the manual means when desired.

2. Carillon mechanism comprising fluid motor operated means for strikin; a hell, :1 manual and supplementary fluid motor operated means for-striking the same bell, the manual being arranged to bring into operation the first fluid motor and means whereby the two motors can be brought into operation simultenwusly when desired.

3. Carillon mechanism comprising munually operated means for operating a bell clapper, tluid operated means for operating the bell clapper, and means whereby when required the fluid opera-ted means can be made to increase the striking force of the bell clapper produced by the manual means.

4. Carillon mechanism comprising fluid motor operated means for operating a bell clapper, a manual and supplementary fluid motor 0 erated means for operating the same bel clapper, the manual being arranged to bring into operation the first fluid motor and means whereby the two motors can be brought into operation simultaneously when desired.

5. Carillon mechanism comprising manually operated bell striking lever mechanism, fluid motor operated bell striking lever mechanism having electrically controlled valves, a hand operated manual, a foot operated manual, means for coupling both manuals, separate switches for controlling each valve arranged to be closed by operating the corresponding element of the manual, and a main switch, the main switch being arranged to open the circuit of the electrically controlled valves so that the bells can be operated by the manually operated mechanism only when required.

6. Carillon mechanism comprising bells having two clappers, fluid motor operating means for operating one of the clappers, fluid motor operated means for operating the second clapper, manually operated means for bringing into operation the first fluid motor, and manually operated means for bringing into operation when desired both motors simultaneously.

7. Carillon mechanism comprising bell striking lever mechanism operated by manual force from a manual, bell striking lever mechanism for each bell operated by a multiplicity of pneumatic motors, means whereby any of the motors may be brought into operation simultaneously with the manual means.

8. Carillon mechanism comprising lever mechanism for operating the clapper of each bell, a rocking shaft, pneumatic motor mechanism having a multiplicity of motors for operating the clapper of each bell, a manual having elements for imparting a striking force to each bell and provided with a switch closing device, an electrically operated valve for each motor main switch for bringing into a power circuit any of the electrically controlled valves, the rocking shaft being connected to the lever mechanism operating the clapper of each bell and also to the striking elements of the manual of which the switch closing (hwices bring into operation the power circuit of the "alves of the motors.

i 9. Carillon mechanism comprising a hell clapper operating arm, a clapper operating manual of which each element carries a switch, a shaft for rocking the said arm, arms and link mechanism for rocking the said shaft, a series of pneumatic motors, a

second rocking shaft having arms operated by each motor and connected to the link and lever mechanism of the first rocking shaft and also by link and lever mechanism to an element of clapper striking manual, electrically operated valves for each motor having circuits closable by switches arranged near the manual, each switch being arranged to close the circuit for one of the valves and each circuit being closable by the switch on the element of the clapper striking manual.

In witness whereof I afiix my signature.

CYRIL FREDERICK JOHNSTON.