US1205530A - Method of and means for translating sounds. - Google Patents

Method of and means for translating sounds. Download PDF

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US1205530A
US1205530A US9253216A US9253216A US1205530A US 1205530 A US1205530 A US 1205530A US 9253216 A US9253216 A US 9253216A US 9253216 A US9253216 A US 9253216A US 1205530 A US1205530 A US 1205530A
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jet
sound
vane
duration
phases
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Ray E Hall
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C A ROBERTSON
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F15—FLUID-PRESSURE ACTUATORS; HYDRAULICS OR PNEUMATICS IN GENERAL
    • F15C—FLUID-CIRCUIT ELEMENTS PREDOMINANTLY USED FOR COMPUTING OR CONTROL PURPOSES
    • F15C1/00—Circuit elements having no moving parts
    • F15C1/18—Turbulence devices, i.e. devices in which a controlling stream will cause a laminar flow to become turbulent ; Diffusion amplifiers
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y10—TECHNICAL SUBJECTS COVERED BY FORMER USPC
    • Y10S—TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y10S116/00—Signals and indicators
    • Y10S116/22—Heated air
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y10—TECHNICAL SUBJECTS COVERED BY FORMER USPC
    • Y10S—TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y10S200/00—Electricity: circuit makers and breakers
    • Y10S200/20—Sound and vibration operated

Definitions

  • This invention relates to a method of and apparatus for translating sounds. particularly those produced in the receiving apparatus of wireless signaling devices, into mechanical movements to and fro, each corresponding in duration to the duration of the individual sounds produced.
  • FIG. 1 is a vertical section through a translating device, in which the sensitive jet is shownin disrupted form;
  • Fig. 2 is an enlarged sectional view of a portion'of the same apparatus, showing the jet directed through the opening in the vane, and
  • Fig. 3 is a plan view of the vane.
  • nozzle which is in operative communication with a source of fluid, elther liquid or gaseous, under pressure and wluch is adapted Specification of Letters Patent.
  • a lever 6 is pivotally mounted at 7 on the bracket 7 near the junction of the two chambers.
  • the end of the lever 6, extending into the chamber 2 is provided with a vane S of an area substantially equal to the cross-sectional area of the chamber 2.
  • the vane 8 is provided with a central orifice 8" disposed, as indicated in Fig. 2, in the path of the fluid jet.
  • the opposite end of the lever 6 extends into the chamber 5 and is adapted to cooperate with a contact 9 to close the electrical circuit 10. containing a source of electrical energy 11, and an indicating device 1'2,which may be a relay or anyother suitable form of signaling mechanism.
  • a lever 6 is normally biased by a spring 6, disposed be tween an arm of the bracket 7' and the lever, to the position indicated in Fig. '2, in which the lever engages the contact 9.
  • a funnel is disposed through the casing 3 of the chamber 2, eXtending from a sound producing device, such as the wireless re DCver 14. having a sound producing dia-, phragm 15 adapted to be actuated by variations of magnetic force of the magnet 16, when electrical impulses are received thereby, to a point adjacent the discharge orifice 17 of the nozzle 1.
  • the sensitive fluid jet is adapted to assume varying phases. involving relatively gross changes of form, when subjected to sound "ibrations.
  • Figs. 1 and 2 of the drawing represent two phases of the jet and it will be readily understood that the term phases as employed by me doesnot comprehend the minute variations in form,
  • Fig. 2 The normal phase of the fluid jet, according to the usual operation of the device is indicated in Fig. 2, in which the jet is directed through the orifice 8-. the lever 6 being biased by the spring 6 to engage the contact 9 and close the electrical circuitild.
  • the phases of the jet do not necessarily operate in the oider described, since under certain conditions of pressure the jet may assume a normal phase, such as indicated in Fig. 1, and assume that indicated in Fig. 2 when sound waves impinge upon the jet.
  • the operation of the vane in this case is identical with that previously described.
  • the indicating device 12 is a relay, which closes a local circuit to-suitable indicating media.
  • the indicating device 12 may, however, be utilized as a sounder, whereby the sounds produced by the diaphragm 15 are reproduced in an amplified form or may be simply a device to call the attention of the operator to the fact that a message is being received by the apparatus.
  • a method of causing sounds of relatively small volume to be readily perceptible which consists in subjecting a vane capable of mechanical movement to and fro to the action of a fluid jet adapted to assume varying phases requiring relatively gross changes in form, impressing sound vibrations on said jet to produce said .varying phases, whereby said vane is caused to move to and fro, said movements being of lesser period and greater magnitude than sound vibrations, and transferring the energy of said movements to suitable indicating media.
  • a method of causing sounds of rela tively small volume to be readily perceptible which consists in subjecting a vane capabio of mechanical movement to and fro and The spring '6'- biased in one direction to the action of a gaseous jet adapted to assume varying phasesrequiring relatively gross changes of form, impressing sound vibrations on said jet to produce said. varying phases, whereby said vane is caused to move to and fro, each of saidmovements corresponding in duration to the duration of the individual sounds, and transferring the energy of said movements to suitable indicating media.
  • a method of causing sounds of relatively small volume to be readily perceptible which consists in producing a sensitive the energy of said oscillations to suitable indicating media.
  • a method of causing sounds of relatively small volume to be readily perceptible which consists in producing a sensitive gaseous jet adapted, when disrupted, to assume a varied form, causing sound vibrations to impinge on and disrupt said jet and subjecting a. vane capable of oscillation to the action of said jet, whereby said vane is caused to oscillate, each of said oscillations corresponding in duration to the duration of the individual sounds, and transferring the energy of said oscillations to suitable indicating media.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations mmprising oscillatable means, and means sensitive to sound adapted to assume 'Varying phases and mechanically coiiperating with said oscillatable meansto icause o'scillations of said oscillatable means, each os cillation corresponding in duration to the duration ofthe individual sounds and being of lesser period than sound vibrations.
  • a device for translating sound waves into mechanical movements of ap reciably greater magnitude than sound vibrations
  • pivotedmeans capable of oscillation, and means sensitive to sound adapted to assume varying phases and mechanically cotiperating with said pivoted means to cause oscillations of said pivoted means, each oscillation corresponding in duration to the duration of the individual sounds and being of lesser period than sound vibrations.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations comprising pivoted means capable of oscil lation, means sensitive to sound adapted to.
  • a device for translating sound waves into mechanical movements of appreciably greater' magnitude than sound vibrations including means for producing a fluid jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, and a pivoted member disposed in the path ofsaid jet and actuated thereby during one of its phases.
  • a device for translating sound waves into'mechanical movements of appreciably greater -magnitude than sound vibrations including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, and a pivoted member disposed in the path of said jet and actuated thereby during one of its phases.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means "for producing a fluid jet adapted to assume varying phases, when sound waves are impressed thereon, sound producing means disposed in proximity to saidjet, a vane disposed in the pathofsaid jet and actuated thereby during one of it's phases, and means for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a gaseous jet adapted to assume varying phases, when sound waves are impressed thereon,.sound producing means disposed in proximity to said jet, a vane disposed in the path of said jet and actuated thereby during one of its bases and means for movin said vane in a direction opposite tothe movement under the actuation of said jet, whereby to and fro movements of saidvane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sound wavesinto mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a fluid et adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, and a vane biased in one direction having an opening therein disposed in the path of said jet, and adapted to be actuated thereby to move in the opposite'direction during one of said phases, said jet passing through said opening during the otherof said phases, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, and a vane biased in one direction having an opening therein disposed in the path of said jet, and adapted to be actuated thereby to move in the opposite direction during one of said phases, said jet passing through said opening during the other or" said phases, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a fluid jet adapted to assume varying phases when means for moving said vane in a direction opposite to the movementnnder the actuation of said jet, whe'rebyitoand fro movements of said vane are produced, each corresponding in duration to the' duration of individual sounds.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity-to said jet, a pivoted vane having an opening therein disposed in the pathof said jet'and adapted to be actuated thereby: during "one of said phases, said jet passing through said opening during the. other of saidphases' ancl means'for moving said vanein a dlre'otlon opposite to the movement under the .actu ation ofsaid jet,-whereby to and-'fro-move-g;
  • eachcor-fl' producing means disposed in proximity to said et, a pivoted vane having an opening assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, a pivoted vane having an opening therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, and a spring for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, sound therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, and a spring for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations is provided.
  • a radiant energy receiver disposed in proximity to said'jet, and a pivoted member disposed in the path of said jet and actuated thereby during one of its phases.
  • a device for translating sound Waves into mechanical movements of appreciably greater magnitude than sound vibrations 19.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations is a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations
  • a device for translating sound waves to said jet a vane disposed in the path of said jet and actuated thereby during one of its phases, and means for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a fluid jet adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in proximity to said jet, and a vane having an opening therein disposed in the path of said jet, and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations is
  • a device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a fluid jet adapted to assume varying phases Whensoundwaves are impressed thereon, a radiant energy receiver disposed in proximity to said jet, a pivoted vane having an opening therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases,
  • A. device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in proximity to said jet, a pivoted vane having an opening therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, and means for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a device for translating sounds into mechanical movements of appreciably greater magnitude than sound vibrations including means for producing a fluid jet adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in vproximity to said jet. a pivoted vane having an opening therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, and a spring for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
  • a sound proof casing oscillatable means pivotally mounted within said casing, means sensitive to sound adapted to assume varying phases and mechanically cooperating with said oscillatable means to cause oscillations of said oscillatable means, each oscillation corresponding in duration to the duration of individual sounds and being of lesser period than sound vibrations, and indicating media controlled by the oscillation of said pivoted means.
  • the combination of pivoted means capable of oscillation, and means for causing oscillation of said pivoted means comprising a sensitive fluid jet adapted to assume varying phases involving relatively gross changes of form and mechanically coi'iperating with said pivoted means.
  • a sound proof casin means within said casing for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in proximity to said jet.
  • a pivoted member within said casing, normally biased in one direction, a vane having an opening therein at one end of said member, in the path of said jet and adapted to be actuated thereby during one of said phases, whereby movements of said member are produced. each corresponding in duration to the duration of individual sounds, and indicating media controlled by said movements.

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
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  • Physics & Mathematics (AREA)
  • Fluid Mechanics (AREA)
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  • Apparatuses For Generation Of Mechanical Vibrations (AREA)

Description

R. E. HALL.
METHOD OF AND MEANS FOR TRANSLATING SOUNDS.
A'PPLICATION FILED APR. 16, 1914. RENEWED APR-20,1916.
Patented N 0v. 21, 1916.
UNITED STATES PATENT OFFICE.
RAY E. HALL, OF PORTLAND, OREGON, ASSIGNOR OF ONE-HALF T0 C. A. ROBERTSON, OF PORTLAND, OREGON.
METHOD OF AND MEANS FOR TRANSLATING SOUNDS.
Application filed April 16, 1914, Serial No. 832,219.
To all whom it may concern: Be it known that I, RAY E. HALL, a c tizen of the United States of America, resid- .ing at Portland, in the county of Multnomah, in the State of Oregon, have in vented certain new and useful Methods of and Means for Translating Sounds, of which the following is a specification,- refer ence being bad to the accompanying drawings.
This invention relates to a method of and apparatus for translating sounds. particularly those produced in the receiving apparatus of wireless signaling devices, into mechanical movements to and fro, each corresponding in duration to the duration of the individual sounds produced.
\Vireless signals are commonly detected and received by the use of a receiver worn by the operator adjacent the ear. The sounds produced by wireless receivers are generally so faint that the operator is subjected to a considerable nervous strain to detect all signals and messages and it has been found necessary in some instances to locate the receiver in a sound-proof room where absolute quiet is constantly maintained. Even with such precautions messages are sometimes unintelligible because of their faintness.
It is an object of my invention to provide a method of and apparatus whereby the sound waves set up by the diaphragm of a wireless receiver are automatically translated into mechanical movements to and fro, which may actuatesuitable indieating devices to produce signals corresponding'to these movements and of such magnitude that they are readily perceptible.
Other objects and advantages of my invention Will be apparent as it is better understood by reference. to the following specification when read in connection with the accompanying drawing, in which- Figure 1 is a vertical section through a translating device, in which the sensitive jet is shownin disrupted form; Fig. 2 is an enlarged sectional view of a portion'of the same apparatus, showing the jet directed through the opening in the vane, and Fig. 3 is a plan view of the vane.
Referring to the drawmg,
nozzle which is in operative communication with a source of fluid, elther liquid or gaseous, under pressure and wluch is adapted Specification of Letters Patent.
Patented Nov. 21, 1916.
Renewed April 20, 1916. Serial No. 92,532.
to direct a jet 1 of the fluid into the chamher 2, formed by the sound-proof casing 3,
chamber 5, communicating with the chamher 2, and a lever 6 is pivotally mounted at 7 on the bracket 7 near the junction of the two chambers. The end of the lever 6, extending into the chamber 2, is provided with a vane S of an area substantially equal to the cross-sectional area of the chamber 2. The vane 8 is provided with a central orifice 8" disposed, as indicated in Fig. 2, in the path of the fluid jet.
The opposite end of the lever 6 extends into the chamber 5 and is adapted to cooperate with a contact 9 to close the electrical circuit 10. containing a source of electrical energy 11, and an indicating device 1'2,which may be a relay or anyother suitable form of signaling mechanism. A lever 6 is normally biased by a spring 6, disposed be tween an arm of the bracket 7' and the lever, to the position indicated in Fig. '2, in which the lever engages the contact 9.
A funnel is disposed through the casing 3 of the chamber 2, eXtending from a sound producing device, such as the wireless re ceiver 14. having a sound producing dia-, phragm 15 adapted to be actuated by variations of magnetic force of the magnet 16, when electrical impulses are received thereby, to a point adjacent the discharge orifice 17 of the nozzle 1.
The sensitive fluid jet is adapted to assume varying phases. involving relatively gross changes of form, when subjected to sound "ibrations. Figs. 1 and 2 of the drawing represent two phases of the jet and it will be readily understood that the term phases as employed by me doesnot comprehend the minute variations in form,
comprising the condensation and rarefac- 1 indicates a era not'utilize the jet to transfer sound waves per 86.
The normal phase of the fluid jet, according to the usual operation of the device is indicated in Fig. 2, in which the jet is directed through the orifice 8-. the lever 6 being biased by the spring 6 to engage the contact 9 and close the electrical circuitild.
cated in Fig.- 1, and since it can no longer pass through the orifice 8 the force of the jet is directed against the vane 8 and the lever 6 is turned about its pivot 7 against the action of the spring 6, breaking the circuit at contact 9. The disruption of the jet continues for a period equal in duration to the duration of the sound produced by the diaphragm 15 and assumes its normal phase as the sound ceases. immediately moves the lever 6 to again close the circuit at 9. i j
It is to be understood that the phases of the jet do not necessarily operate in the oider described, since under certain conditions of pressure the jet may assume a normal phase, such as indicated in Fig. 1, and assume that indicated in Fig. 2 when sound waves impinge upon the jet. The operation of the vane in this case is identical with that previously described.
It will be readily understood from the foregoing description that I have devised a method and apparatus whereby the constant nervous strain under which wireless operators work is eliminated. In the preferred embodiment of the invention the indicating device 12 is a relay, which closes a local circuit to-suitable indicating media. The indicating device 12 may, however, be utilized as a sounder, whereby the sounds produced by the diaphragm 15 are reproduced in an amplified form or may be simply a device to call the attention of the operator to the fact that a message is being received by the apparatus.
It will be obvious that various changes may be made in the form, construction and arrangement of the parts without departing from the spirit and scope of the invention or sacrificing any of its material advantages the form hereinbefore described being merely a preferred embodiment thereof.
I claim:
l. A method of causing sounds of relatively small volume to be readily perceptible, which consists in subjecting a vane capable of mechanical movement to and fro to the action of a fluid jet adapted to assume varying phases requiring relatively gross changes in form, impressing sound vibrations on said jet to produce said .varying phases, whereby said vane is caused to move to and fro, said movements being of lesser period and greater magnitude than sound vibrations, and transferring the energy of said movements to suitable indicating media.
2. A method of causing sounds of rela tively small volume to be readily perceptible, which consists in subjecting a vane capabio of mechanical movement to and fro and The spring '6'- biased in one direction to the action of a gaseous jet adapted to assume varying phasesrequiring relatively gross changes of form, impressing sound vibrations on said jet to produce said. varying phases, whereby said vane is caused to move to and fro, each of saidmovements corresponding in duration to the duration of the individual sounds, and transferring the energy of said movements to suitable indicating media.
3. A method of causing sounds of relatively small volume to be readily perceptible, which consists in producing a sensitive the energy of said oscillations to suitable indicating media.
1. A method of causing sounds of relatively small volume to be readily perceptible, which consists in producing a sensitive gaseous jet adapted, when disrupted, to assume a varied form, causing sound vibrations to impinge on and disrupt said jet and subjecting a. vane capable of oscillation to the action of said jet, whereby said vane is caused to oscillate, each of said oscillations corresponding in duration to the duration of the individual sounds, and transferring the energy of said oscillations to suitable indicating media. o 7
A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, mmprising oscillatable means, and means sensitive to sound adapted to assume 'Varying phases and mechanically coiiperating with said oscillatable meansto icause o'scillations of said oscillatable means, each os cillation corresponding in duration to the duration ofthe individual sounds and being of lesser period than sound vibrations.
6. A device for translating sound waves into mechanical movements of ap reciably greater magnitude than sound vibrations,
comprising pivotedmeans capable of oscillation, and means sensitive to sound adapted to assume varying phases and mechanically cotiperating with said pivoted means to cause oscillations of said pivoted means, each oscillation corresponding in duration to the duration of the individual sounds and being of lesser period than sound vibrations.
7. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, comprising pivoted means capable of oscil lation, means sensitive to sound adapted to.
assume varyingphases and mechanically cooperating with said pivoted means to cause oscillations of said pivoted means, each oscillation corresponding in duration to the duration of the individual sounds and being of lesser period than sound vibrations, and indicating media controlled by the oscillations of said pivoted means.
8. A device for translating sound waves into mechanical movements of appreciably greater' magnitude than sound vibrations, including means for producing a fluid jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, and a pivoted member disposed in the path ofsaid jet and actuated thereby during one of its phases.
9. A device for translating sound waves into'mechanical movements of appreciably greater -magnitude than sound vibrations, including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, and a pivoted member disposed in the path of said jet and actuated thereby during one of its phases.
10. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means "for producing a fluid jet adapted to assume varying phases, when sound waves are impressed thereon, sound producing means disposed in proximity to saidjet, a vane disposed in the pathofsaid jet and actuated thereby during one of it's phases, and means for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
11. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a gaseous jet adapted to assume varying phases, when sound waves are impressed thereon,.sound producing means disposed in proximity to said jet, a vane disposed in the path of said jet and actuated thereby during one of its bases and means for movin said vane in a direction opposite tothe movement under the actuation of said jet, whereby to and fro movements of saidvane are produced, each corresponding in duration to the duration of individual sounds.
. 12. A device for translating sound wavesinto mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a fluid et adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, and a vane biased in one direction having an opening therein disposed in the path of said jet, and adapted to be actuated thereby to move in the opposite'direction during one of said phases, said jet passing through said opening during the otherof said phases, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
13. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, and a vane biased in one direction having an opening therein disposed in the path of said jet, and adapted to be actuated thereby to move in the opposite direction during one of said phases, said jet passing through said opening during the other or" said phases, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds. 7
14. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a fluid jet adapted to assume varying phases when means for moving said vane in a direction opposite to the movementnnder the actuation of said jet, whe'rebyitoand fro movements of said vane are produced, each corresponding in duration to the' duration of individual sounds. p I I 15. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity-to said jet, a pivoted vane having an opening therein disposed in the pathof said jet'and adapted to be actuated thereby: during "one of said phases, said jet passing through said opening during the. other of saidphases' ancl means'for moving said vanein a dlre'otlon opposite to the movement under the .actu ation ofsaid jet,-whereby to and-'fro-move-g;
means for producingafluid jet adaptedjto.
ments of saidvane are produced, eachcor-fl' producing means disposed in proximity to said et, a pivoted vane having an opening assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet, a pivoted vane having an opening therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, and a spring for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
17. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, sound therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, and a spring for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
18. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations,
including means for producing a fluid jet.
adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in proximity to said'jet, and a pivoted member disposed in the path of said jet and actuated thereby during one of its phases.
19. A device for translating sound Waves into mechanical movements of appreciably greater magnitude than sound vibrations,
including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, a radiantvenergy receiver disposed in proximity to said jet, and a pivoted member disposed in the path of said jet and actuated thereby during one of its phases.
20. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations,
including means for producing a fluid. jet adapted to assume varying phases, when sound waves are impressed thereon, a radiant energy receiver disposed in proximity to said jet, a vane disposed in the path of said jet and actuated thereby during one of its phases, and means for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each cor ffisponding in duration to the duration of individual sounds.
21. A device for translating sound waves to said jet, a vane disposed in the path of said jet and actuated thereby during one of its phases, and means for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
22. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a fluid jet adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in proximity to said jet, and a vane having an opening therein disposed in the path of said jet, and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
23. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations,
including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, a radiant p nergy receiver disposed in proximity to said jet, and a vane having an opening therein disposed in the path of said jet, and
adapted-to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases,
whereby to and fro movements of said vane are produced, each corresponding in du- 5 ration to the duration of individual sounds.
24. A device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a fluid jet adapted to assume varying phases Whensoundwaves are impressed thereon, a radiant energy receiver disposed in proximity to said jet, a pivoted vane having an opening therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases,
and means for moving said vane in a direction opposite tothe movement under the actuation of said jet, whereby to and fro movements of said vane are produced,.each corresponding in duration 'to the duration of individual sounds.
25. A. device for translating sound waves into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in proximity to said jet, a pivoted vane having an opening therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, and means for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
26. A device for translating sounds into mechanical movements of appreciably greater magnitude than sound vibrations, including means for producing a fluid jet adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in vproximity to said jet. a pivoted vane having an opening therein disposed in the path of said jet and adapted to be actuated thereby during one of said phases, said jet passing through said opening during the other of said phases, and a spring for moving said vane in a direction opposite to the movement under the actuation of said jet, whereby to and fro movements of said vane are produced, each corresponding in duration to the duration of individual sounds.
27. In a device of the character described. the combination of a sound proof casin", oscillatable means pivotally mounted within said casing, and means sensitive to sound adapted to assume varying phases and mechanically cooperating with said oscillatable ineans to cause oscillations of said oscillatable means, each oscillation correspondin in duration to the duration of indivi ual sounds and being of lesser period than sound vibrations.
28. In a device of the character described, the combination of a sound proof casing oscillatable means pivotally mounted within said casing, means sensitive to sound adapted to assume varying phases and mechanically cooperating with said oscillatable means to cause oscillations of said oscillatable means, each oscillation corresponding in duration to the duration of individual sounds and being of lesser period than sound vibrations, and indicating media controlled by the oscillation of said pivoted means.
29. In a device of the character described, the combination of pivoted means capable of oscillation, and means for causing oscillation of said pivoted means comprising a sensitive fluid jet adapted to assume varying phases involving relatively gross changes of form and mechanically coi'iperating with said pivoted means.
30. In a device of the character described. the combination of a sound prooi" casing. means within said casing for producing a fluid jet adapted to assume varying phases when sound waves are impressed thereon, sound producing means disposed in proximity to said jet. a pivoted member within said casing. normally biased in one direction,
.a vane having an opening therein at one end of said member. in the path of said jet and adapted to be actuated thereby during one of said phases. whereby movements of said member are produced. each corresponding in duration to the duration of individual sounds, and indicating media controlled by said movements.
31. In a device of the character described, the combination of a sound proof casin". means within said casing for producing a gaseous jet adapted to assume varying phases when sound waves are impressed thereon, a radiant energy receiver disposed in proximity to said jet. a pivoted member within said casing, normally biased in one direction, a vane having an opening therein at one end of said member, in the path of said jet and adapted to be actuated thereby during one of said phases, whereby movements of said member are produced. each corresponding in duration to the duration of individual sounds, and indicating media controlled by said movements.
In testimony whereof, l have hereunto set my hand in the presence of two subscribing witnesses.
RAY E. HALL. \Vi tnesses .l'osnrn L. ATKINS, Jenn B. CLELAND.
US9253216A 1916-04-20 1916-04-20 Method of and means for translating sounds. Expired - Lifetime US1205530A (en)

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Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3208464A (en) * 1963-04-22 1965-09-28 Sperry Rand Corp Fluid stream deflecting means
US3234955A (en) * 1962-10-01 1966-02-15 Raymond N Auger Fluid amplifiers
US3311122A (en) * 1964-01-13 1967-03-28 Richard N Gottron Electro-fluid transducer
US3325612A (en) * 1964-06-26 1967-06-13 Sanders Associates Inc Fluid flow sensing device
US3379165A (en) * 1966-06-16 1968-04-23 Honeywell Inc Object detecting system
US3428068A (en) * 1967-02-06 1969-02-18 Howie Corp Turbulence amplifier
FR2002307A1 (en) * 1968-02-21 1969-10-17 Pitney Bowes Inc
US3499458A (en) * 1966-04-01 1970-03-10 Johnson Service Co Fluid jet modulating control
US3502092A (en) * 1965-02-25 1970-03-24 Bowles Eng Corp Turbulence amplifier and circuits
US3703907A (en) * 1970-10-30 1972-11-28 George B Richards Fluid amplifiers
US4468532A (en) * 1982-11-22 1984-08-28 General Electric Company Pneumatic reed switch

Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3234955A (en) * 1962-10-01 1966-02-15 Raymond N Auger Fluid amplifiers
US3208464A (en) * 1963-04-22 1965-09-28 Sperry Rand Corp Fluid stream deflecting means
US3311122A (en) * 1964-01-13 1967-03-28 Richard N Gottron Electro-fluid transducer
US3325612A (en) * 1964-06-26 1967-06-13 Sanders Associates Inc Fluid flow sensing device
US3502092A (en) * 1965-02-25 1970-03-24 Bowles Eng Corp Turbulence amplifier and circuits
US3499458A (en) * 1966-04-01 1970-03-10 Johnson Service Co Fluid jet modulating control
US3379165A (en) * 1966-06-16 1968-04-23 Honeywell Inc Object detecting system
US3428068A (en) * 1967-02-06 1969-02-18 Howie Corp Turbulence amplifier
FR2002307A1 (en) * 1968-02-21 1969-10-17 Pitney Bowes Inc
US3703907A (en) * 1970-10-30 1972-11-28 George B Richards Fluid amplifiers
US4468532A (en) * 1982-11-22 1984-08-28 General Electric Company Pneumatic reed switch

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