Remote-controlled alarm clock

• US 4,316,273 A
• Filed: 03/17/1980
• Issued: 02/16/1982
• Est. Priority Date: 03/17/1980
• Status: Expired due to Term

• Current Assignee: Milton W. Jetter
• Original Assignee: Milton W. Jetter
• Inventors: Jetter, Milton W.
• Primary Examiner(s): Miska, Vit W.
• Application Number:
  US06/131,122
• Time in Patent Office: 701 Days
• Field of Search: 368/72, 368/73, 368/46, 368/47, 368/55, 368/109, 368/245, 368/249, 368/250, 368/251, 368/255, 368/262, 340/384 E, 340/384 R, 340/147 R, 340/164 R, 340/164 A, 340/164 B
• US Class Current: 368/47
• CPC Class Codes: G04G 13/00 Producing acoustic time signals

Abstract

An alarm clock system consisting of a clock with a local alarm circuit and provided with a remotely located turn-off control device actuated by a push button switch. The local alarm system, in response to an electrical signal produced by the clock at a preset time, generates a first sound in the form of a continuous tone lasting for 40 seconds, followed by a strident pulsating sound for another 40 seconds. To turn off the alarm, the user must get out of bed, walk to the remote location, and then depress the switch push button and hold it for a predetermined time, such as 12 seconds. Actuation of the push button switch causes the remote control component to generate and transmit a radio signal, which is detected by a radio receiver in the alarm clock local component. Also, an indicating lamp on the remote component is energized and goes off after 12 seconds of continuous depression of the push button. The radio signal received by the local component causes interruption of the alarm and completely deactivates the alarm mode after 12 seconds of push button depression. If the pushbutton is released, namely, before 12 seconds, transmission of the radio signal stops and the clock alarm resumes. The push button must again be depressed to start another alarm-deactivation period. The system is arranged so that if so desired, a direct connection of the pushbutton switch alarm turn-off component can be made to the clock component, and the radio link is not used. As another alternative, the remote transmitter can be coupled to the clock radio receiver by a coaxial cable.

Claims

1. An alarm clock system comprising a clock movement including alarm starting means for producing an electrical alarm signal, means to generate an audible alarm responsive to said electrical alarm signal, manually operated deactivation switch means, circuit means to deactivate said audible alarm immediately upon manual operation of said deactivation switch means, and completely responsive to continuous manual operation of said deactivation switch means for a predetermined extended period of time, a visual indicator adjacent said deactivation switch means, means to energize said visual indicator when said deactivation switch means becomes manually operated, and means to deenergize said visual indicator responsive to the continuous manual operation of said deactivation switch means for said predetermined extended period of time.

2. The alarm clock system of claim 1, and wherein said audible alarm generating means includes means to generate a continuous audible alarm tone for a first predetermined period of time and means to generate a second different alarm sound for a second period of time following said first period.

3. The alarm clock system of claim 2, and wherein said second alarm sound comprises relatively shrill pulsations.

4. The alarm clock system of claim 1, and wherein said deactivation switch means is located at a remote location relative to said clock movement, whereby the user must travel to said remote location in order to manually operate said deactivation switch means.

5. The alarm clock system of claim 1, and wherein said alarm clock system includes a radio link between said deactivation switch means and said audible alarm-generating means.

6. The alarm clock system of claim 1, and wherein said deactivation switch means is provided with a radio frequency deactivation signal transmitter, and wherein said audible alarm generating means is provided with a radio receiver in coupling relation with said transmitter, and means to deactivate said audible alarm generating means responsive to a deactivation radio signal from said transmitter which is received by said radio receiver.

7. The alarm clock system of claim 1, and wherein said deactivation switch means comprises a manual switch and a radio frequency transmitter controlled by said manual switch and energized responsive to the manual operation of said switch, and wherein said alarm deactivation means includes a radio receiver in coupling relation with said transmitter, and means to initially turn off the audible alarm when the radio receiver detects a radio signal from said transmitter, and means to turn off the audible alarm completely when the radio signal has been sustained continuously for said predetermined extended period of time.

8. The alarm clock system of claim 1, and means to cause resumption of the audible alarm if the deactivation switch means is released prior to the expiration of said predetermined extended period of time.

9. The alarm clock system of claim 1, and wherein said audible alarm-generating means comprises NAND latch means, means to set said NAND latch means responsive to said electrical alarm signal, a sound reproducer, alarm oscillator means drivingly connected to said sound reproducer, timed energizing means operatively connected to said oscillator means, and means to activate said timed energizing means responsive to the setting of said NAND latch means.

10. The alarm clock system of claim 1, and wherein said audible alarm-generating means comprises NAND latch means, means to set said NAND latch means responsive to said electrical alarm signal, a sound reproducer, alarm oscillator means drivingly connected to said sound reproducer, energizing means operatively connected to said oscillator means, timing control means connected to said energizing means and defining a maximum audible alarm period, and means to activate said energizing means and timing control means responsive to the setting of said NAND latch means.

11. The alarm clock system of claim 10, and means to reset said NAND latch means at the end of said maximum audible alarm time period.

12. The alarm clock system of claim 10, and wherein said circuit means to immediately deactivate said audible alarm comprises means to disable said oscillator means responsive to manual operation of said deactivation switch means, and wherein said means to deactivate the audible alarm completely comprises means to reset said NAND latch means responsive to the continuous manual operation of said deactivation switch means for said predetermined extended period of time.

13. An alarm clock system comprising a clock movement including alarm starting means for producing an electrical alarm signal, means to generate an audible alarm responsive to said electrical alarm signal, manually operated deactivation switch means, circuit means to deactivate said audible alarm immediately upon manual operation of said deactivation switch means, and completely responsive to continuous manual operation of said deactivation switch means for a predetermined extended period of time, wherein said alarm clock system includes a radio link between said deactivation switch means and said audible alarm-generating means, and wherein said radio link is normally disabled, and means to enable said radio link responsive to said electrical alarm signal.

14. The alarm clock system of claim 13, and indicating means to show the expiration of said predetermined extended period of time.

15. An alarm clock system comprising a clock movement including alarm starting means for producing an electrical alarm signal, means to generate an audible alarm responsive to said electrical alarm signal, manually operated deactivation switch means, circuit means to deactivate said audible alarm immediately upon manual operation of said deactivation switch means, and completely responsive to continuous manual operation of said deactivation switch means for a predetermined extended period of time, and wherein said deactivation switch means includes a push button switch, an indicator lamp, means to energize said lamp when said push button switch becomes manually operated, and means to deenergize said lamp after the push button switch has been manually held operated for said predetermined extended period of time.

16. An alarm clock system comprising a clock movement including alarm starting means for producing an electrical alarm signal, means to generate an audible alarm responsive to said electrical alarm signal, manually operated deactivation switch means, circuit means to deactivate said audible alarm immediately upon manual operation of said deactivation switch means, and completely responsive to continuous manual operation of said deactivation switch means for a predetermined extended period of time, wherein said deactivation switch means comprises a manual switch and a radio frequency transmitter controlled by said manual switch and energized responsive to the manual operation of said switch, wherein said alarm deactivation means includes a radio receiver in coupling relation with said transmitter, means to initially turn off the audible alarm when the radio receiver detects a radio signal from said transmitter, and means to turn off the audible alarm completely when the radio signal has been sustained continuously for said predetermined extended period of time, and wherein said manual switch and transmitter are normally located at a remote location relative to said clock movement, means to at times directly connect said manual switch to said alarm-deactivating circuit means, and means to disable said transmitter when said manual switch is thus directly connected to said alarm-deactivating circuit means.

17. An alarm clock system comprising a clock movement including alarm starting means for producing an electrical alarm signal, means to generate an audible alarm responsive to said electrical alarm signal, manually operated deactivation switch means, circuit means to deactivate said audible alarm immediately upon manual operation of said deactivation switch means, and completely responsive to continuous manual operation of said deactivation switch means for a predetermined extended period of time, wherein said deactivation switch means comprises a manual switch and a radio frequency transmitter controlled by said manual switch and energized responsive to the manual operation of said switch, wherein said alarm deactivation means includes a radio receiver in coupling relation with said transmitter, means to initially turn off the audible alarm when the radio receiver detects a radio signal from said transmitter, and means to turn off the audible alarm completely when the radio signal has been sustained for said predetermined extended period of time, and indicating means to show the expiration of said predetermined extended period of time, and wherein said indicating means comprises a lamp, means to energize said lamp responsive to manual operation of said switch, and means to deenergize said lamp at the expiration of said predetermined extended period of time.

18. The alarm clock system of claim 17, and wherein said means to deenergize said lamp comprises electronic time counter means, and electronic switch means in circuit with said lamp and controlled by said time counter means.

19. An alarm clock system comprising a clock movement including alarm starting means for producing an electrical alarm signal, means to generate an audible alarm responsive to said electrical alarm signal, manually operated deactivation switch means, and circuit means to deactivate said audible alarm immediately upon manual operation of said deactivation switch means, and completely responsive to continuous manual operation of said deactivation switch means for a predetermined extended period of time, and wherein said deactivation switch means includes a push button switch, an indicator lamp, means to energize said lamp when said push button switch becomes manually operated and includes electronic switch means in circuit with said lamp, means to render said electronic switch means conducting responsive to manual actuation of said push button switch, and timer means to open said electronic switch means after said predetermined extended period of time, whereby to deenergize said indicator lamp.

20. An alarm clock system comprising a clock movement including alarm starting means for producing an electrical alarm signal, means to generate an audible alarm responsive to said electrical alarm signal, manually operated deactivation switch means, circuit means to deactivate said audible alarm immediately upon manual operation of said deactivation switch means, and completely responsive to continuous manual operation of said deactivation switch means for a predetermined extended period of time, electrical indicator means, means to energize said electrical indicator means when said deactivation switch means becomes manually operated, and means to deenergize said electrical indicator means responsive to the continuous manual operation of said deactivation switch means for said predetermined extended period of time.