CA2257060A1 - Talking alarm clock - Google Patents
Talking alarm clock Download PDFInfo
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- CA2257060A1 CA2257060A1 CA 2257060 CA2257060A CA2257060A1 CA 2257060 A1 CA2257060 A1 CA 2257060A1 CA 2257060 CA2257060 CA 2257060 CA 2257060 A CA2257060 A CA 2257060A CA 2257060 A1 CA2257060 A1 CA 2257060A1
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- alarm clock
- interactive alarm
- clock
- interactive
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- G—PHYSICS
- G04—HOROLOGY
- G04G—ELECTRONIC TIME-PIECES
- G04G13/00—Producing acoustic time signals
- G04G13/02—Producing acoustic time signals at preselected times, e.g. alarm clocks
- G04G13/021—Details
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Abstract
An alarm clock comprises two parts which can communicate with each other to perform certain actions at preset alarm times. When the current time and alarm time are set on one part, internal clocks in each part are synchronized to permit the parts to begin communication at preset times, or to perform certain actions at preset times even in the absence of communication, to simulate interaction. Audible simulated voice instructions may be used for ease of programming.
Description
INTERACTIVE TALKING ALARM CLOCK
Field of Invention This invention generally relates to the field of alarm clocks and in particular to alarm clocks which simulate human speech.
Background of Invention Digital clocks have been available for many years. Digital alarm clocks are also available. Typically, these alarm clocks are programmed to emit an audible signal at alarm time, or to switch on a radio or other electronic device, such as a coffee maker.
The more complicated the functions to be performed by the alarm clock, the more complicated the programming required. Typically, such electronic devices are supplied with a manual which describes how the clock functions are to be programmed. Such manuals are not particularly helpful to children or to persons who have difficulty reading.
Moreover, it is sometimes advantageous to have an alarm clock which works in stages or in parts. For example, existing alarm clocks may trigger a signal which becomes increasingly louder until the sleeper awakes. But these devices do not permit an alarm clock to carry out functions at remote points of a room, or indeed from separate rooms.
In addition, particularly for children, a wake-up alarm should be gentle and friendly in tone rather than jarring.
_2_ Accordingly, it would be an advantage to provide an alarm clock, toy, or novelty item which is programmable in response to audible simulated speech instructions. It would also be beneficial to have the alarm clock comprise two parts which communicate, or appear to communicate with each other. Furthermore, a device which is able to communicate remotely without wire by electro-magnetic signals would be advantageous. If each part contains a clock, and the clocks can be synchronized so that the parts can be triggered to send and receive signals simultaneously, then power requirements will be reduced while maintaining communication ability.
Furthermore, if each part of the alarm clock is able to operate independently, when communication between them is not possible, they will appear to be communicating since their operations are triggered by clocks which are synchronized. The parts can fiznction together in communication or independently when synchronized.
Summary of Invention According to one aspect of the invention, an interactive alarm clock comprises a first part and a second part, the first part comprising a first timing mechanism, transmitting means to transmit electro-magnetic signals to the second part, and first action means to perform a first perceptible action; programming means to program the first timing mechanism with at least one alarm time; the second part comprising a second timing mechanism, receiving means to receive electro-magnetic signals from the first part, and second action means to perform a second perceptible action;
synchronization means to synchronize the second timing mechanism with the first timing mechanism;
such that when an alarm time is reached, the second timing mechanism triggers the receiving means and the first timing mechanism triggers the transmitting means and the first action means. Furthermore, if the second part does not receive a signal from the first part, the second part will perform the second action at a pre-set time after the receiving means have been triggered.
In the preferred embodiment, the receiving means are triggered by an alarm time signal from the second timing mechanism. The receiving means may be triggered by a manual switch to permit synchronization of the first and second timing mechanisms.
The receiving means may be automatically shut off after a pre-set period of time in order to preserve battery life and to prevent corruption by random signals.
The transmitting means may transmit a batch of data multiple times to ensure receipt of the complete batch of data by the second part.
In the preferred embodiment, the first part and the second part are removably attached and the first part contains a visible clock display.
In a further aspect of the invention, the synchronization means are triggered whenever the transmitting means transmits a signal to the receiving means such that the first timing mechanism and the second timing mechanism are periodically automatically synchronized.
In the preferred embodiment:
(a) the first and second timing mechanisms are digital clocks;
(b) the first and second timing mechanisms are synchronized by means of electromagnetic signals;
(c) the first and second perceptible actions comprise simulated speech;
(d) the second action is movement, specifically vibration;
(e) the first and second actions comprise a wake-up alarm comprising movement and simulated speech;
(f) the first and second actions comprise a bed-time protocol comprising movement and simulated speech;
(g) the first action or the second action comprises an hourly alarm comprising simulated speech;
(h) the first part and the second part function independently to generate simulated speech;
(i) the simulated speech is generated in response to sound activation or by manually triggering a switch;
(j) the simulated speech is conversational; and (k) the simulated speech announces the time of day.
In a further aspect of the invention, the alarm clock comprises a toy. :ln the preferred embodiment, the first part is a rigid toy figure or shape containing a visible clock, and the second part is a soft toy.
Brief Description of Drawing The foregoing and other aspects of the invention are discussed in greater detail below with reference to the following drawings, provided for the purpose of description and not of limitation, wherein:
Figure 1 is a perspective view of the two parts of the alarm clock of the preferred embodiment illustrating sound and movement of the respective parts;
Figure 2 is a perspective view of the first part of the alarm clock of the preferred embodiment;
Figure 3 is a perspective view of the two parts of the alarm clock of the preferred embodiment illustrating communication between them;
Figure 4 is a perspective view of the second part of the alarm clock of the preferred embodiment illustrating additional features for simulated speech functions;
Figure 5 is a plan view of the base of the first part of the alarm clock of the preferred embodiment;
Figure 6 is a perspective view of the control unit containing batteries and switches in the second part of the alarm clock of the preferred embodiment;
Figure 6A is an expanded view of the alarm control switches illustrated in Figure 6.
Detailed Description of Preferred Embodiments The figures illustrate an interactive talking alarm clock in the form of a child's toy or novelty item although the invention is not restricted to toys. Indeed, alarm clocks which function in the manner of the invention may be very useful and attractive to adults.
As illustrated in Figures 1 and 2, the first part 1 comprises a rigid plastic shape 3 designed to sit on a desk, table, or other flat surface. The first part 1 contains a visible clock display S as well as several programming buttons or switches 7, 9, 11, 13 and 15. When a first programming button 11 is depressed, the first part issues audible programming instructions, illustrated by jagged lines 21 in Figure 1, according to a suitable computer program. Simulated speech computer chips and programs are known in the art. Computer chips and programs to control the operation of digital clocks are also known in the art. The audible instructions invite the user to depress certain buttons, specifically buttons 13 and 15, to set the clock for present time and morning and evening alarm times. When these features have been selected, the user presses the transmission button 7; the first part then audibly prompts the user to bring the second part 2 close to the first part. This allows the first part to transmit an electromagnetic signal to the second part so that the internal clocks in both devices can be synchronized. A suitable electromagnetic transmitter 17 is mounted in the first part, and a suitable electromagnetic receiver 25 as shown in Figure 3 is mounted is the second part. In the preferred embodiment, infrared electromagnetic signals are used _ 7 _ rather than radio signals. Although infrared signals are limited in range as well as by angle and ambient light conditions, they are ideal for close quarters communication between the first and second parts and may be less subject to extraneous electro magnetic signals in the radio frequency range. In addition, governmental regulations governing the use of radio frequencies tend to be more demanding than those governing the use of infrared signals.
The user is prompted by an audio instruction from the first part, to depress a switch 19 (as illustrated in Figure 3) on the second part which triggers the receiver 25 in the second part. If the auditory instructions are followed, when the receiver is switched on, the first part will already be transmitting data. A packet, bundle, or bunch of data is transmitted repeatedly to the second part. When the second part has received the entire bunch of data in an uncorrupted form, it signals the first part that this has occurred, and issues an audible confirmation to the user that it has received the information. Clearly, any suitable computer chip technology can be used to assist in performing these steps.
From this point on, the first part and the second part are able to communicate without further input from the user. This communication back and forth is illustrated by dotted line 27 with arrows at each end in Figure 3. When an alarm time is reached, a signal from the internal clock in the second part, under the control of a computer chip in that part, will turn on the infrared receiver 25. Since the infrared receiver uses a considerable amount of battery power, it is preferable to leave it on only for limited periods of time. Accordingly, whether switched on automatically by an alarm time, or manually by the user, the receiver is programmed to turn off after a relatively short period of time, such as 30 seconds.
_ $ _ Since the clocks in the first part and the second part are synchronized, when the receiver in the second part is triggered to open by a signal from its clock, the transmitter in the first part is also triggered by a signal from its own clock at the alarm time to begin transmitting data appropriate for the alarm time. In the preferred embodiment illustrated, a simulated speech signal from the first part advises that it is time to wake up. At wake-up time and bed-time, the second part is programmed to vibrate, as illustrated by rounded lines 23 in Figure I, particularly to wake up a child in a gentle manner. After vibrating once or twice, the second part is then programmed to emit an audible simulated speech signal to advise the child to wake up or that it is bed-time. Thus, the first part and the second part communicate by electromagnetic signals and appear to be interacting according to their sequential actions, including movement of the second part and simulated speech by both parts when appropriate.
In the event, however, that the second part is unable to receive a signal from the first part at alarm time, it can still function as if the first part and the second part were interacting and communicating. This is possible since the internal clocks of both parts are synchronized. If no signal is received by the second part from the first part within a relatively short period of time after the alarm time triggers the receiver in the second part to be turned on, the second part will automatically perform the pre-programmed functions that it would otherwise have been directed to perform by a signal from the first part. The time delay to await a signal may be short, for example, 5 seconds. If no signal is received, then the second part will nonetheless vibrate and emit simulated speech. The short delay in the second part performing these functions will not be apparent to the sleeper as long as sufficient time is allowed between simulated speech signals from the first part.
_g_ Although not illustrated, the first part and the second part may be removably attached.
This ensures that the parts are close enough to transmit and receive signals quickly and accurately, but allows the parts to be located remotely at other times.
In the preferred embodiment, as illustrated in Figure 2, a switch 9 on the first part 1 permits the morning and night alarms to be turned on or off. When the alarms are turned off, the first part remains silent except when being programmed by the user.
The second part 2 may be provided with several different switches. In the preferred embodiment, the second part contains a first switch 19 (located in one ear of the soft toy illustrated in Figure 3) to turn on the receiver 25 when prompted by an audio instruction from the first part upon pressing the transmission button 7 in the first part.
In the preferred embodiment, the second part also contains two additional switches.
The second switch 29 (located on the front paw of the soft toy illustrated in Figure 4) triggers the second part to emit one of a series of programmed simulated speech sentences. The number of these sentences is limited only by the imagination of the manufacturer and the amount of storage space available on the computer chip within the second part. The operation of the second part in this mode is independent of the first part and even independent of the clock contained within the second part.
The third switch 31 (located on a rear paw of the soft toy illustrated in Figure 4) triggers the second part to emit a simulated speech time announcement. In this mode, the clock in the second part provides this time information to a computer chip which converts the digital data into simulated speech. Obviously, other fixnctions could be performed by triggering suitable switches on the second part or the first part.
- 1~ -When packaged for in-store display, the first part and the second part can be connected by wires to allow them to emit simulated speech signals without the need to turn on the receiver 25, which consumes a considerable amount of power.
When the toy is purchased, these connecting wires can be discarded.
Thus, the device can function in the in-store display mode for a considerable period of time without needing a change of batteries. In terms of power source, the device can operate either by electrical power from wall sockets, or by battery power, which is the preferred embodiment, particularly when the alarm clock is embodied in a child's toy.
If the first and second parts are to be truly portable, they must use battery power. As illustrated in Figure 5, the base of the first part contains a suitable number of batteries 33 protected by a cover plate 35. The first part also contains a switch 37 which moves between "play" and "try me" positions. When packaged for in-store display, the switch is placed in the "try me" position. When in use after purchase, the switch is placed in the "play" position.
In the preferred embodiment, the second part contains a control unit comprising a battery pack, alarm switches, and a display/play mode switch. This control unit may be conveniently hidden inside the outer "skin" of the second part, particularly when the second part is a child's soft toy.
In the preferred embodiment, as illustrated in Figures 6 and 6A, on the control unit of the second part, as with the first part there is a switch 39 to permit the second part to fiznction either in the "try me" mode, or in the normal "play" mode intended for use of the device after purchase. In addition, there is a switch 41 to turn the morning and night alarms on or off, and another switch 43 to turn on or off an hourly alarm. When switch 43 is in the on position, the hourly alarm will be sounded by means of simulated speech each hour by the second part. The alarm is triggered by the second internal clock located in the second part and does not depend upon any signal from the first part. Like the first part, the second part is powered by batteries 45 held in place by a cover plate 47.
Given that digital clocks will not keep perfect time, it may be necessary to reset the clocks from time to time. It is most important, however, given the function of the alarm clock of the invention, that the two clocks be synchronized.
Accordingly, it is beneficial to synchronize the clocks from time to time to ensure that they perform their interactive or apparently interactive functions, accurately. In an alternative embodiment, the first part and the second part are programmed to re-synchronize their clocks each time an alarm signal is successfully transmitted from the first part to the second part. In this way, the clocks can be synchronized once or twice daily, and less expensive clocks can thereby be employed, thus reducing the cost of the device while maintaining its accuracy.
Those skilled in the art will appreciate that numerous modifications and variations may be made to the preferred embodiments without departing from the spirit and scope of the invention.
G:\GJZ\THII~TICTEC\ALARM\F'ATENT.APP
Field of Invention This invention generally relates to the field of alarm clocks and in particular to alarm clocks which simulate human speech.
Background of Invention Digital clocks have been available for many years. Digital alarm clocks are also available. Typically, these alarm clocks are programmed to emit an audible signal at alarm time, or to switch on a radio or other electronic device, such as a coffee maker.
The more complicated the functions to be performed by the alarm clock, the more complicated the programming required. Typically, such electronic devices are supplied with a manual which describes how the clock functions are to be programmed. Such manuals are not particularly helpful to children or to persons who have difficulty reading.
Moreover, it is sometimes advantageous to have an alarm clock which works in stages or in parts. For example, existing alarm clocks may trigger a signal which becomes increasingly louder until the sleeper awakes. But these devices do not permit an alarm clock to carry out functions at remote points of a room, or indeed from separate rooms.
In addition, particularly for children, a wake-up alarm should be gentle and friendly in tone rather than jarring.
_2_ Accordingly, it would be an advantage to provide an alarm clock, toy, or novelty item which is programmable in response to audible simulated speech instructions. It would also be beneficial to have the alarm clock comprise two parts which communicate, or appear to communicate with each other. Furthermore, a device which is able to communicate remotely without wire by electro-magnetic signals would be advantageous. If each part contains a clock, and the clocks can be synchronized so that the parts can be triggered to send and receive signals simultaneously, then power requirements will be reduced while maintaining communication ability.
Furthermore, if each part of the alarm clock is able to operate independently, when communication between them is not possible, they will appear to be communicating since their operations are triggered by clocks which are synchronized. The parts can fiznction together in communication or independently when synchronized.
Summary of Invention According to one aspect of the invention, an interactive alarm clock comprises a first part and a second part, the first part comprising a first timing mechanism, transmitting means to transmit electro-magnetic signals to the second part, and first action means to perform a first perceptible action; programming means to program the first timing mechanism with at least one alarm time; the second part comprising a second timing mechanism, receiving means to receive electro-magnetic signals from the first part, and second action means to perform a second perceptible action;
synchronization means to synchronize the second timing mechanism with the first timing mechanism;
such that when an alarm time is reached, the second timing mechanism triggers the receiving means and the first timing mechanism triggers the transmitting means and the first action means. Furthermore, if the second part does not receive a signal from the first part, the second part will perform the second action at a pre-set time after the receiving means have been triggered.
In the preferred embodiment, the receiving means are triggered by an alarm time signal from the second timing mechanism. The receiving means may be triggered by a manual switch to permit synchronization of the first and second timing mechanisms.
The receiving means may be automatically shut off after a pre-set period of time in order to preserve battery life and to prevent corruption by random signals.
The transmitting means may transmit a batch of data multiple times to ensure receipt of the complete batch of data by the second part.
In the preferred embodiment, the first part and the second part are removably attached and the first part contains a visible clock display.
In a further aspect of the invention, the synchronization means are triggered whenever the transmitting means transmits a signal to the receiving means such that the first timing mechanism and the second timing mechanism are periodically automatically synchronized.
In the preferred embodiment:
(a) the first and second timing mechanisms are digital clocks;
(b) the first and second timing mechanisms are synchronized by means of electromagnetic signals;
(c) the first and second perceptible actions comprise simulated speech;
(d) the second action is movement, specifically vibration;
(e) the first and second actions comprise a wake-up alarm comprising movement and simulated speech;
(f) the first and second actions comprise a bed-time protocol comprising movement and simulated speech;
(g) the first action or the second action comprises an hourly alarm comprising simulated speech;
(h) the first part and the second part function independently to generate simulated speech;
(i) the simulated speech is generated in response to sound activation or by manually triggering a switch;
(j) the simulated speech is conversational; and (k) the simulated speech announces the time of day.
In a further aspect of the invention, the alarm clock comprises a toy. :ln the preferred embodiment, the first part is a rigid toy figure or shape containing a visible clock, and the second part is a soft toy.
Brief Description of Drawing The foregoing and other aspects of the invention are discussed in greater detail below with reference to the following drawings, provided for the purpose of description and not of limitation, wherein:
Figure 1 is a perspective view of the two parts of the alarm clock of the preferred embodiment illustrating sound and movement of the respective parts;
Figure 2 is a perspective view of the first part of the alarm clock of the preferred embodiment;
Figure 3 is a perspective view of the two parts of the alarm clock of the preferred embodiment illustrating communication between them;
Figure 4 is a perspective view of the second part of the alarm clock of the preferred embodiment illustrating additional features for simulated speech functions;
Figure 5 is a plan view of the base of the first part of the alarm clock of the preferred embodiment;
Figure 6 is a perspective view of the control unit containing batteries and switches in the second part of the alarm clock of the preferred embodiment;
Figure 6A is an expanded view of the alarm control switches illustrated in Figure 6.
Detailed Description of Preferred Embodiments The figures illustrate an interactive talking alarm clock in the form of a child's toy or novelty item although the invention is not restricted to toys. Indeed, alarm clocks which function in the manner of the invention may be very useful and attractive to adults.
As illustrated in Figures 1 and 2, the first part 1 comprises a rigid plastic shape 3 designed to sit on a desk, table, or other flat surface. The first part 1 contains a visible clock display S as well as several programming buttons or switches 7, 9, 11, 13 and 15. When a first programming button 11 is depressed, the first part issues audible programming instructions, illustrated by jagged lines 21 in Figure 1, according to a suitable computer program. Simulated speech computer chips and programs are known in the art. Computer chips and programs to control the operation of digital clocks are also known in the art. The audible instructions invite the user to depress certain buttons, specifically buttons 13 and 15, to set the clock for present time and morning and evening alarm times. When these features have been selected, the user presses the transmission button 7; the first part then audibly prompts the user to bring the second part 2 close to the first part. This allows the first part to transmit an electromagnetic signal to the second part so that the internal clocks in both devices can be synchronized. A suitable electromagnetic transmitter 17 is mounted in the first part, and a suitable electromagnetic receiver 25 as shown in Figure 3 is mounted is the second part. In the preferred embodiment, infrared electromagnetic signals are used _ 7 _ rather than radio signals. Although infrared signals are limited in range as well as by angle and ambient light conditions, they are ideal for close quarters communication between the first and second parts and may be less subject to extraneous electro magnetic signals in the radio frequency range. In addition, governmental regulations governing the use of radio frequencies tend to be more demanding than those governing the use of infrared signals.
The user is prompted by an audio instruction from the first part, to depress a switch 19 (as illustrated in Figure 3) on the second part which triggers the receiver 25 in the second part. If the auditory instructions are followed, when the receiver is switched on, the first part will already be transmitting data. A packet, bundle, or bunch of data is transmitted repeatedly to the second part. When the second part has received the entire bunch of data in an uncorrupted form, it signals the first part that this has occurred, and issues an audible confirmation to the user that it has received the information. Clearly, any suitable computer chip technology can be used to assist in performing these steps.
From this point on, the first part and the second part are able to communicate without further input from the user. This communication back and forth is illustrated by dotted line 27 with arrows at each end in Figure 3. When an alarm time is reached, a signal from the internal clock in the second part, under the control of a computer chip in that part, will turn on the infrared receiver 25. Since the infrared receiver uses a considerable amount of battery power, it is preferable to leave it on only for limited periods of time. Accordingly, whether switched on automatically by an alarm time, or manually by the user, the receiver is programmed to turn off after a relatively short period of time, such as 30 seconds.
_ $ _ Since the clocks in the first part and the second part are synchronized, when the receiver in the second part is triggered to open by a signal from its clock, the transmitter in the first part is also triggered by a signal from its own clock at the alarm time to begin transmitting data appropriate for the alarm time. In the preferred embodiment illustrated, a simulated speech signal from the first part advises that it is time to wake up. At wake-up time and bed-time, the second part is programmed to vibrate, as illustrated by rounded lines 23 in Figure I, particularly to wake up a child in a gentle manner. After vibrating once or twice, the second part is then programmed to emit an audible simulated speech signal to advise the child to wake up or that it is bed-time. Thus, the first part and the second part communicate by electromagnetic signals and appear to be interacting according to their sequential actions, including movement of the second part and simulated speech by both parts when appropriate.
In the event, however, that the second part is unable to receive a signal from the first part at alarm time, it can still function as if the first part and the second part were interacting and communicating. This is possible since the internal clocks of both parts are synchronized. If no signal is received by the second part from the first part within a relatively short period of time after the alarm time triggers the receiver in the second part to be turned on, the second part will automatically perform the pre-programmed functions that it would otherwise have been directed to perform by a signal from the first part. The time delay to await a signal may be short, for example, 5 seconds. If no signal is received, then the second part will nonetheless vibrate and emit simulated speech. The short delay in the second part performing these functions will not be apparent to the sleeper as long as sufficient time is allowed between simulated speech signals from the first part.
_g_ Although not illustrated, the first part and the second part may be removably attached.
This ensures that the parts are close enough to transmit and receive signals quickly and accurately, but allows the parts to be located remotely at other times.
In the preferred embodiment, as illustrated in Figure 2, a switch 9 on the first part 1 permits the morning and night alarms to be turned on or off. When the alarms are turned off, the first part remains silent except when being programmed by the user.
The second part 2 may be provided with several different switches. In the preferred embodiment, the second part contains a first switch 19 (located in one ear of the soft toy illustrated in Figure 3) to turn on the receiver 25 when prompted by an audio instruction from the first part upon pressing the transmission button 7 in the first part.
In the preferred embodiment, the second part also contains two additional switches.
The second switch 29 (located on the front paw of the soft toy illustrated in Figure 4) triggers the second part to emit one of a series of programmed simulated speech sentences. The number of these sentences is limited only by the imagination of the manufacturer and the amount of storage space available on the computer chip within the second part. The operation of the second part in this mode is independent of the first part and even independent of the clock contained within the second part.
The third switch 31 (located on a rear paw of the soft toy illustrated in Figure 4) triggers the second part to emit a simulated speech time announcement. In this mode, the clock in the second part provides this time information to a computer chip which converts the digital data into simulated speech. Obviously, other fixnctions could be performed by triggering suitable switches on the second part or the first part.
- 1~ -When packaged for in-store display, the first part and the second part can be connected by wires to allow them to emit simulated speech signals without the need to turn on the receiver 25, which consumes a considerable amount of power.
When the toy is purchased, these connecting wires can be discarded.
Thus, the device can function in the in-store display mode for a considerable period of time without needing a change of batteries. In terms of power source, the device can operate either by electrical power from wall sockets, or by battery power, which is the preferred embodiment, particularly when the alarm clock is embodied in a child's toy.
If the first and second parts are to be truly portable, they must use battery power. As illustrated in Figure 5, the base of the first part contains a suitable number of batteries 33 protected by a cover plate 35. The first part also contains a switch 37 which moves between "play" and "try me" positions. When packaged for in-store display, the switch is placed in the "try me" position. When in use after purchase, the switch is placed in the "play" position.
In the preferred embodiment, the second part contains a control unit comprising a battery pack, alarm switches, and a display/play mode switch. This control unit may be conveniently hidden inside the outer "skin" of the second part, particularly when the second part is a child's soft toy.
In the preferred embodiment, as illustrated in Figures 6 and 6A, on the control unit of the second part, as with the first part there is a switch 39 to permit the second part to fiznction either in the "try me" mode, or in the normal "play" mode intended for use of the device after purchase. In addition, there is a switch 41 to turn the morning and night alarms on or off, and another switch 43 to turn on or off an hourly alarm. When switch 43 is in the on position, the hourly alarm will be sounded by means of simulated speech each hour by the second part. The alarm is triggered by the second internal clock located in the second part and does not depend upon any signal from the first part. Like the first part, the second part is powered by batteries 45 held in place by a cover plate 47.
Given that digital clocks will not keep perfect time, it may be necessary to reset the clocks from time to time. It is most important, however, given the function of the alarm clock of the invention, that the two clocks be synchronized.
Accordingly, it is beneficial to synchronize the clocks from time to time to ensure that they perform their interactive or apparently interactive functions, accurately. In an alternative embodiment, the first part and the second part are programmed to re-synchronize their clocks each time an alarm signal is successfully transmitted from the first part to the second part. In this way, the clocks can be synchronized once or twice daily, and less expensive clocks can thereby be employed, thus reducing the cost of the device while maintaining its accuracy.
Those skilled in the art will appreciate that numerous modifications and variations may be made to the preferred embodiments without departing from the spirit and scope of the invention.
G:\GJZ\THII~TICTEC\ALARM\F'ATENT.APP
Claims (44)
1. An interactive alarm clock comprising a first part and a second part;
(a) the first part comprising a first timing mechanism, transmitting means to transmit electromagnetic signals to the second part and first action means to perform a first perceptible action;
(b) programming means to program the first timing mechanism with at least one alarm time;
(c) the second part comprising a second timing mechanism, receiving means to receive electromagnetic signals from the first part, and second action means to perform a second perceptible action;
(d) synchronization means to synchronize the second timing mechanism with the first timing mechanism;
such that when an alarm time is reached, the second timing mechanism triggers the receiving means, the first timing mechanism triggers the transmitting means and the first action means, and if the signals are received, the second action means performs the second action.
(a) the first part comprising a first timing mechanism, transmitting means to transmit electromagnetic signals to the second part and first action means to perform a first perceptible action;
(b) programming means to program the first timing mechanism with at least one alarm time;
(c) the second part comprising a second timing mechanism, receiving means to receive electromagnetic signals from the first part, and second action means to perform a second perceptible action;
(d) synchronization means to synchronize the second timing mechanism with the first timing mechanism;
such that when an alarm time is reached, the second timing mechanism triggers the receiving means, the first timing mechanism triggers the transmitting means and the first action means, and if the signals are received, the second action means performs the second action.
2. An interactive alarm clock as defined in Claim 1, wherein if the second part does not receive the signals from the first part, the second part will automatically perform the second action at a presettime after the receiving means have been triggered.
3. An interactive alarm clock as defined in Claim 1, wherein the receiving means is triggered by an alarm time signal from the second timing mechanism.
4. An interactive alarm clock as defined in Claim 1, wherein the receiving means is triggered by a manual switch to permit synchronization of the first and second timing mechanisms.
5. An interactive alarm clock as defined in Claim 1, wherein the receiving means is automatically shut off after a preset period of time.
6. An interactive alarm clock as defined in Claim 1, wherein the transmitting means transmits a batch of data multiple times to ensure receipt of the complete batch of data by the second part.
7. An interactive alarm clock as defined in Claim 1, wherein the first part and the second part are removably attached.
8. An interactive alarm clock as defined in Claim 1, wherein the first part comprises a visible clock display.
9. An interactive alarm clock as defined in Claim 1, wherein the synchronization means is triggered whenever the transmitting means transmits a signal to the receiving means such that the first timing mechanism and the second timing mechanism are periodically automatically synchronized.
10. An interactive alarm clock as defined in Claim 1, wherein the first and second timing mechanisms are clocks.
11. An interactive alarm clock as defined in Claim 1, wherein the first and second timing mechanisms are digital clocks.
12. An interactive alarm clock as defined in Claim 1, wherein the first and second actions comprise programmed simulated speech.
13. An interactive alarm clock as defined in Claim 1, wherein the second action is movement.
14. An interactive alarm clock as defined in Claim 13, wherein the movement is vibration.
15. An interactive alarm clock as defined in Claim 1, wherein the first part comprises a rigid toy figure containing a visible clock and the second part comprises a soft toy.
16. An interactive alarm clock as defined in Claim 1, wherein the first and second actions comprise a wake-up alarm comprising movement and simulated speech.
17. An interactive alarm clock as defined in Claim 1, wherein the first and second actions comprise a bed-time protocol comprising movement and simulated speech.
18. An interactive alarm clock as defined in Claim 1, wherein the first action or the second action comprises an hourly alarm comprising simulated speech.
19. An interactive alarm clock as defined in Claim 1, wherein the first part and the second part function independently to generate simulated speech on command.
20. An interactive alarm clock as defined in Claim 19, wherein the simulated speech is conversational.
21. An interactive alarm clock as defined in Claim 19, wherein the simulated speech announces the time of day.
22. An interactive alarm clock comprising a first part and a second part;
(a) the first part comprising a first timing mechanism;
(b) the second part comprising a second timing mechanism;
(c) means to synchronize the first and second timing mechanisms;
such that when the first part is caused to perform a first action in response to a signal triggered by the first timing mechanism, and the second part is caused to perform a second action in response to a signal triggered by the second timing mechanism simultaneously or sequentially with the first action, the first part and the second part appear to be communicating.
(a) the first part comprising a first timing mechanism;
(b) the second part comprising a second timing mechanism;
(c) means to synchronize the first and second timing mechanisms;
such that when the first part is caused to perform a first action in response to a signal triggered by the first timing mechanism, and the second part is caused to perform a second action in response to a signal triggered by the second timing mechanism simultaneously or sequentially with the first action, the first part and the second part appear to be communicating.
23. An interactive alarm clock as defined in Claim 22, wherein the first and second timing mechanisms are clocks.
24. An interactive alarm clock as defined in Claim 22, wherein the first and second timing mechanisms are digital clocks.
25. An interactive alarm clock as defined in Claim 22, wherein the first and second timing mechanisms are synchronized by means of electromagnetic signals.
26. An interactive alarm clock as defined in Claim 22, wherein the first and second timing mechanisms are synchronized by means of wireless electromagnetic signals.
27. An interactive alarm clock as defined in Claim 22, wherein the first and second timing mechanisms are synchronized by means of infrared signals.
28. An interactive alarm clock as defined in Claim 22, wherein the first and second actions comprise programmed simulated speech.
29. An interactive alarm clock as defined in Claim 22, wherein the second action is movement.
30. An interactive alarm clock as defined in Claim 22, wherein the second action comprises vibration followed at an interval by simulated speech.
31. An interactive alarm clock as defined in Claim 22, wherein the first part is a rigid toy figure containing a visible clock and the second part is a soft toy.
32. An interactive alarm clock as defined in Claim 22, wherein the first and second actions comprise a wake-up alarm comprising at least one of movement and simulated speech.
33. An interactive alarm clock as defined in Claim 22, wherein the first and second actions comprise a bed-time protocol comprising at least one of movement and simulated speech.
34. An interactive alarm clock as defined in Claim 22, wherein the first action or the second action comprises an hourly alarm comprising simulated speech.
3 5. An interactive alarm clock as defined in Claim 22, wherein the first part and the second part function independently to generate simulated speech.
36. An interactive alarm clock as defined in Claim 22, wherein the simulated speech is generated in response to sound activation or by manually triggering a switch.
37. An interactive alarm clock as defined in Claim 22, wherein the simulated speech is conversational.
38. An interactive alarm clock as defined in Claim 22, wherein the simulated speech announces the time of day.
39. A programmable interactive alarm clock with simulated speech capability wherein simulated speech commands prompt the user to take appropriate programming steps.
40. An interactive alarm clock comprising a first part and a second part;
(a) the first part comprising a first clock and transmitting means to communicate electromagnetic signals to the second part;
(b) the second part comprising receiving means to receive communications from the first part and means to perform an action comprising movement, sound, or visual display;
such that when the first clock, at a preset time, communicates signals to the second part, the second part performs the action in response.
(a) the first part comprising a first clock and transmitting means to communicate electromagnetic signals to the second part;
(b) the second part comprising receiving means to receive communications from the first part and means to perform an action comprising movement, sound, or visual display;
such that when the first clock, at a preset time, communicates signals to the second part, the second part performs the action in response.
41. An interactive alarm clock as defined in Claim 40, wherein the second part additionally comprises a second clock which is synchronized with the first clock.
42. An interactive alarm clock as defined in Claim 40, wherein the second clock triggers the means to receive communications from the first part at the preset time.
43. An interactive alarm clock as defined in Claim 40, wherein the first clock and the second clock are synchronized prior to the preset time by means of electromagnetic signals.
44. A programmable toy with simulated speech capability wherein simulated speech commands prompt the user to take appropriate programming steps.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CA 2257060 CA2257060A1 (en) | 1998-12-30 | 1998-12-30 | Talking alarm clock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CA 2257060 CA2257060A1 (en) | 1998-12-30 | 1998-12-30 | Talking alarm clock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CA2257060A1 true CA2257060A1 (en) | 2000-06-30 |
Family
ID=29425900
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CA 2257060 Abandoned CA2257060A1 (en) | 1998-12-30 | 1998-12-30 | Talking alarm clock |
Country Status (1)
| Country | Link |
|---|---|
| CA (1) | CA2257060A1 (en) |
-
1998
- 1998-12-30 CA CA 2257060 patent/CA2257060A1/en not_active Abandoned
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| Date | Code | Title | Description |
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| FZDE | Dead |