KR20020031586A - Moving toy for recognizing mobile phone call - Google Patents

Abstract

PURPOSE: An operation toy for informing the origination of a cellular phone is provided to satisfy the various request of a user by adding a recorder in the operation toy for informing the origination of the cellular phone as a body operation and a sound. CONSTITUTION: A power supply unit(35) has a pocket for receiving a cellular phone and supplies a power. A power switch(S1) is operated for turning on/off the power by the cellular phone received in the pocket. A motor is electrically operated for generating a power. A movement performs a body operation of a toy body using the power of the motor. A recording and reproducing chip(39) records a voice and repeatedly reproduces the recorded voice. A radio wave receipt sensing unit(36) detects an origination signal for informing the origination when the cellular phone is called. A motor driving unit(41) supplies the power to the motor(35) on the basis of the origination signal of the radio wave receipt sensing unit(36). A switching driving unit(37) selects a reproducing mode of the recording and reproducing chip(39) on the basis of the origination signal of the radio wave receipt sensing unit(36).

Description

Moving toy for notifying mobile phone call {Moving toy for recognizing mobile phone call}

The present invention is to put a pocket on the toy products such as dolls to mount the mobile phone and to inform the mobile phone by the unique motion and sound when the incoming call, especially the incoming call to the cell phone that can be repeatedly played by recording the desired voice or music The notification relates to a moving toy.

Mobile phones, such as cellular phones and personal communication system (PCS) phones, are designed to announce incoming calls with a ring tone or vibration when a call comes in. With a mobile phone in your body, there is no difficulty in recognizing the ringing tone or vibration ringing when you receive a call. However, indoors such as homes and offices move frequently without having a mobile phone on the desk or holder, and furthermore, by not changing the vibration state to the ring tone state, it is not aware of the ringing tone or vibration alerting the incoming call and makes an important call. Often missed.

In addition, the existing mobile phone holders used in homes or offices are often placed in a corner where they are not easily seen because they do not provide any interest in terms of aesthetics considering the surrounding environment or use of a mobile phone. Will get bigger.

On the other hand, Utility Model Registration 20-0183730 describes a stuffed toy designed to notify the caller with a gesture and sound when a call comes with a mobile phone mounting function at home or office. It uses the melody IC that stores the melody to play the stored melody repeatedly whenever a call is received. But no specific means of gesture were shown.

On the other hand, Utility Model Registration 20-0196565 describes in detail the structure that can cause the body movement, such as stirring the head of the doll to the left and right as a specific means for the body movement.

In other words, the body of the stuffed toy is equipped with a battery and a motor, and an operation mechanism capable of causing a body movement by the motor, and a built-in sound generation and control circuit that detects a mobile phone call, operates the motor and simultaneously reproduces sound. By doing so, when the incoming and outgoing mobile phone can be informed more fun and reliably by the motion and sound, in particular, the moving doll can be provided for the effect that can also be used for decoration or toys.

As known in the art, a stuffed toy that emits a gesture and sound when receiving a mobile phone is, however, a simple gesture and reproduced sound.

In addition, because the mobile phone does not provide any operation except when receiving a mobile phone, there was a problem that no longer interests.

Therefore, the main object of the present invention is to record the message or the user desired to the toy, such as a doll that informs the incoming and outgoing mobile phone call by allowing the user to recognize through the recorded comment or music when receiving the needs of various consumers It is intended to provide an action toy that notifies the incoming and outgoing mobile phone that can respond to the recording.

It is also an object of the present invention to provide an action toy for notifying the incoming and outgoing mobile phone recording having a more interesting visual notification function by allowing the body to move up and down as well as the left and right directions when receiving a mobile phone.

Still another object of the present invention is to provide an action toy for notifying the incoming and outgoing mobile phone call function, which is enhanced so that a user can be welcomed or other people approaching the mobile phone call notification function.

1 is a perspective view showing a state in which a mobile phone is mounted on a doll as an operation toy for informing a mobile phone call according to the present invention.

Figure 2 is a perspective view showing the separation of the operating mechanism used for the action toy for notifying incoming calls according to the present invention.

Figure 3 is an exploded perspective view of the movement of the operating mechanism used for the action toy for notifying incoming calls according to the present invention.

Figure 4 is a block diagram showing a control circuit of the operating mechanism used in the operation toy for notifying incoming calls according to the present invention.

FIG. 5 is a detailed circuit diagram of a radio wave reception detecting unit and its switching unit driving unit shown in FIG. 4;

6 is a detailed circuit diagram of an object detecting unit and a switching unit driving unit among the blocks shown in FIG. 4;

Figure 7 is a cross-sectional view of the main part explaining the up and down operation of the operating mechanism used in the operation toy for notifying the incoming call according to the present invention.

Figure 8 is a cross-sectional view of the main part explaining the left and right swinging operation of the operating mechanism used for the action toy for notifying incoming calls according to the present invention.

Figure 9 is a front view showing the overall operating state of the operation toy for notifying incoming calls according to the present invention.

Explanation of symbols on the main parts of the drawings

1: toy body 2: pocket

4: infrared sensor 5: recording switch

6: Regeneration switch 7: Power switch

8: light emitting diode 11: movement

13,13 ': battery 18: microphone

20: speaker 25: motor

31,33: gear member 31a, 33a: eccentric cam

32: lifting operation member 33: left and right swinging member

32a, 33a: cam groove 35: power supply

36: radio wave detection unit 37: switching driver

38: object detection unit 39: recording and playback chip

41: motor drive unit

In order to achieve the first object described above, the present invention has a pocket for mounting a mobile phone, a power supply means for supplying power, a power switch operated to open and close power by a mobile phone mounted on the pocket, A motor that is electrically operated to generate power, a movement for causing the movement of the toy body by the power of the motor, recording and reproducing means for recording voice and reproducing the recorded voice repeatedly, a mobile phone mounted in the pocket An incoming call detection means for detecting an incoming signal informing the incoming call when a call is received, the motor driving means for applying power to the motor based on the incoming signal of the incoming detection means, and based on the incoming signal of the incoming detection means. Switching drive means for selecting the recording / playback means as the playback mode, so that the user can record It is configured to play when incoming.

Preferably, as the recording and reproducing means, a microphone for converting sound waves into electric signals, a speaker for converting electric signals into sound waves, a recording switch operated to select a recording mode, an input / output terminal to which the microphone and the speaker are connected, and a recording switch, respectively. Has a recording terminal to which the recording terminal is connected and a playback terminal to which the output terminal of the driving means is connected, and when the recording signal is input by the recording switch, the audio information is stored from the signal of the microphone in the selected mode, and the playback mode is activated by the incoming signal. When selected as a built-in recording and playback chip to reproduce the stored voice information and output through the speaker, more preferably, using the built-in microphone as the microphone, audio jack that can connect a separate external microphone or audio device By installing it, as well as the comments you want, MIDI waves for melody And so it was able to record MP3 files for music.

In addition, the present invention, in order to achieve the above-described second object to the left and right swinging the entire movement in the toy body and at the same time to the lifting housing is configured to move the lifting operation member to enhance the visual effect of the body movement.

The present invention further includes an infrared sensing circuit as an object sensing means connected to the input side of the switching driving means in parallel with the incoming sensing signal and outputting a signal for sensing an object approaching around the toy body and informing thereof. A third purpose was achieved.

When described in detail with reference to the accompanying drawings a preferred embodiment of the operation toy for notifying the incoming call according to the present invention as follows.

In the accompanying drawings, Figure 1 shows a character doll as an action toy for notifying incoming or outgoing mobile phone according to the present invention, a pocket (2) on the belly of the toy body (1) made of a fabric constituting the body of the doll shaped human It is expressed as sitting and holding it with both hands. In the toy main body 1, a battery, a motor, a circuit board, etc. are mounted, and a sound and an operation mechanism 3 for supporting a movement for body movement are incorporated. In each hand, a recording switch 5 and a playback switch 6 are built in, respectively, so that the user can select and operate. And the pocket (2) is equipped with a mobile phone (HP), when the mobile phone (HP) is mounted in this way is turned on the power switch 7 is installed inside the pocket. The light emitting diodes 8, which slightly protrude from the tip of the nose of the toy body 1, are for display which is turned on during recording, and the infrared sensor 4 for object detection is exposed to the lower mouth. In this case, the recording switch 5 and the playback switch 6 are pressed once to close the contact (ON) and release (OFF) the tack switch to be used, and the power switch 7 has a lever for smooth switching operation. A microswitch with the same lever was used.

As shown in FIG. 2, the sound and operating mechanism was made of an injection molding to divide the cases 9 and 9 'back and forth and be assembled with screws, and to form hinge parts 10 and 10' on the same line of each inner surface. The hinge shafts 12 and 12 'of the movement 11 were fitted to allow the entire movement 11 to swing left and right inside the cases 9 and 9'. The front case 9 is provided with a battery compartment 14 for detachably accommodating the batteries 13 and 13 ', and a cover 15 is provided so that the battery can be replaced from the outside, and the circuit board 16 ) The support part 17, the microphone 18 hole 19, and the speaker 20 support part 21 were formed. The rear case 9 'is provided with a hole 23 through the audio jack 22 mounted on the circuit board 16 so that an external microphone or audio device (not shown) can be connected using a pin plug. On the other hand, the wirings of the recording switch 5, the reproduction switch 6, the power switch 7, and the light emitting diode 8, which are drawn out from the circuit board 16, are led to the outside at the junctions of the cases 9 and 9 '. After the wiring was completed in a completely concealed state along the body and the arm portion inside the toy body (1).

Referring to FIG. 3, the housings 23 and 23 ′ of the movement 11 are divided back and forth, and the motor 25, the pulleys 26 and 27 and the belt ( 28) and a gear train (gear train) consisting of a plurality of gear members (29, 30, 31) was connected to reduce the speed. And forming an eccentric cam 30a in one gear member 30 of the gear train, and having a cam groove 32a for accommodating the eccentric cam 30a, and installing an elevating operation member 32 which is elevated according to its rotation. On the other hand, the other gear member 31 is also provided with an eccentric cam 31a and a left and right swing member 33 having a cam groove 33a for accommodating the eccentric cam 31a. The elevating operation member 32 was allowed to be elevated while protruding upward between the housings 23 and 23 ', and the cap 32b was fixed to the upper end thereof. The left and right rocking member 33 protrudes in the lateral direction of the housings 23 and 23 'so that the whole movement 11 can swing left and right about the hinge shafts 12 and 12' according to the rocking motion. The protrusion 34 formed on the front case 9 of the actuator shown in Fig. 2 was rotated.

4 shows a block diagram of a circuit mounted on the circuit board. The power supply unit 35 contacts the contact S1 of the power switch 7 located in the above-described pocket 2 connected to the output side of the drive voltage Vcc by the series connection of the above-described batteries 13 and 13 '. Output through That is, the contact S1 of the power switch 7 is turned on until the mobile phone is mounted in the above-described pocket, and the driving voltage is output to be applied to each circuit part described later.

The radio wave detection unit 36 is to detect the radio frequency of all frequency bands used for cellular communication such as cellular phones or PCS phones in Korea, and has an antenna (ANT), as shown in the detailed circuit diagram of FIG. The same circuit as the conventional radio frequency receiver including the detector D1 and the amplifier U1 was used. Herein, the antenna ANT may use an electrode pattern printed on the circuit board 16 described above, or a separate antenna element may be incorporated in the toy main body 1, and a relatively narrow reception radius may be avoided in order to prevent malfunction due to incoming mobile phones. It is good to be designed to have.

The switching driver 37 operates the recording / reproducing chip 39 in the reproducing mode based on the incoming signal detected by the radio wave reception detecting unit 36. As shown in FIG. 5, the collector ground type switching transistor Q1 is used. The base terminal was connected to the output terminal of the amplifier U1 of the electric wave reception detecting unit 36 using the, and the emitter terminal was connected to the reproducing terminal PLAY of the recording / reproducing chip 39. The diode D2 connected between the base terminal of the switching transistor Q1 and the electric wave reception detecting unit 36 is for preventing the backflow.

The object detecting unit 38 detects an object, such as a person moving in or out of the electric wave receiving detecting unit 36, a person moving in or near the door, and the light emitting unit and the light receiving unit as shown in the detailed circuit diagram of FIG. 6. Conventional infrared detectors, including an infrared sensor (4) with a multi-stage amplifier (U2, U3), and inverting and non-inverting amplifiers (U4, U5) for operating both positive and negative of the sensed and amplified signal The same circuit was used, and for this, backflow prevention diodes D3 and D4 and a collector ground switching transistor Q2 were added to the switching driver 37 described above.

The recording / reproducing chip 39 uses, for example, a semiconductor device known as ISD1110 or its series, and has a flash memory capable of recording and storing voice information for a predetermined time. Audio input / output terminals IN and OUT, a recording terminal REC for mode selection, a playback terminal PLAY, and signal terminals P1 and P2 for outputting a pulse voltage. The internal microphone 18 and the audio jack 22 are connected to the audio input terminal IN through the switching circuit 40, and the speaker 20 is connected to the output terminal OUT between the recording terminal REC and the ground. The contact S2 of the recording switch 6 and the contact S3 of the reproducing switch 5 were connected between the reproducing terminal PLAY and ground for mode selection. The light emitting diodes 8, which will emit light in the recording mode, and the motor driver 41 for driving the motor 25 together in the regeneration mode are connected to the signal terminals P1 and P2. The motor drive part 41 applied the drive voltage Vcc to the collector terminal using the switching transistor Q3, for example, and grounded the collector terminal through the motor 25. As shown in FIG.

The resistors and capacitors that are not described in the above-described circuits are general ones, and thus, detailed descriptions thereof are omitted for convenience.

Hereinafter, a description will be given of a method of using an operation toy for notifying incoming call of the mobile phone according to the present invention configured as described above and each operation state.

When the mobile phone HP is placed in the pocket 2 as shown in FIG. 1, the power switch 7 is pressed against the mobile phone HP so that the contact point S1 shown in FIG. 4 is turned on, and thus, from the power supply unit 35. The driving voltage Vcc is output and applied to each circuit part. That is, while mounting the mobile phone (HP) in the pocket (2), each circuit enters into a standby state, which is operable, leaving the mobile phone (HP) is to stop the circuit is to prevent unnecessary power waste.

With the mobile phone HP mounted on the pocket 2, when a radio wave calling the mobile phone HP is received from the wireless base station, the mobile phone HP naturally announces the incoming state with a ring tone or vibration. Radio waves are detected by the antenna ANT of the radio wave reception detection unit 36 shown in FIG. 4, and the radio wave reception detection unit 36 detects and amplifies radio wave signals detected by the antenna to indicate an incoming signal. Detect. When the incoming signal is applied to the switching driver 37, the switching transistor Q shown in FIG. 5 is turned on. At this time, the reproducing terminal PLAY of the recording / reproducing chip 39 is at a low level of the ground potential. do. Therefore, the recording / playback chip 39 reads the voice information stored in the flash memory and repeatedly plays back the audio information stored in the flash memory, and outputs the recorded comment or song through the speaker 20 connected to the output terminal (OUP). do.

At the same time, a high level pulse signal is output from the signal terminal P2 of the recording / playback chip 39 to turn on the switching transistor Q3 of the motor driver 41. When the switching transistor Q3 is turned on, the driving voltage Vcc is applied to the motor 25 to drive the motor 25.

When the motor 25 is driven, the gear members constituting the gear train shown in FIG. 3 are sequentially decelerated, and the eccentric cam 30a of one gear member 30 and the cam groove 32a in which the eccentric cam 30a is accommodated. ), The up and down operation member 32 is reciprocated up and down as shown in FIG. At the same time, the interlocking movement of the left and right swing members 33 which has the eccentric cam 31a of the other gear member 31 and the cam groove 33a of the eccentric cam 31a, and one side of which is rotatably supported by the protrusion 34. As a result, the movement 11 oscillates from side to side around the hinge shaft 12 formed in the housing as shown in FIG. 8. That is, as shown in FIG. 9, the whole movement 11 oscillates from side to side in the case of the actuating mechanism 3 embedded in the toy body 1, and the up and down actuation member protruding from the movement of the movement 11 ( In the lifting operation of 32), the toy body 1 moves the doll's torso and head from side to side and the head up and down. As a result, the doll's body movement and the above-described reproducing operation of the above-described recording and reproducing chip 38 will produce a fun atmosphere as if the doll is singing.

Therefore, the user can easily recognize that the call is received as the sound generated with the body movement shaking the doll together with the call sound of the mobile phone HP mounted on the pocket 2.

When the user picks up the cellular phone HP to receive an incoming call, the contact point S1 of the power switch 7 installed in the pocket 2 is turned off, and the driving voltage Vcc is cut off, so that each part of the circuit stops its operation. Of course, even if the driving voltage is reapplied again after the call is completed and the mobile phone HP is placed in the pocket 2 again, each part of the circuit is reset, thus waiting for the next call in the stem-by state without malfunction.

In the stem-by state, the user can record the desired message through the built-in microphone 18 while pressing the recording switch (5). In addition, by connecting an external audio device such as an MP3 player through the audio jack 22, it is possible to record music MP3 files or MIDI files for melody to output the desired music during playback. While the recording switch 5 is pressed, the light emitting diode 8 connected to the signal terminal P1 of the recording / playback chip 39 lights up to indicate that recording is in progress. After the recording is finished, it can be played by pressing the play switch (6) to confirm. While the play switch 6 is pressed, the same operation as in the above-mentioned cellular phone reception is performed.

On the other hand, in addition to the incoming call, when a user or another person approaches the front of the operation toy, a signal is detected on the receiver side of the infrared sensor 4 and the signal is multistage amplifiers U2 and U3 shown in FIG. It is amplified by the onion amplifiers U4 and U5 and then turns on the switching transistor Q2 of the switching driver 37. When the switching transistor Q2 is turned on, the playback terminal PLAY of the recording / playback chip 39 is set to a low state so that the playback mode is selected. Therefore, the sound is generated in the same manner as when the mobile phone is received. do.

Through such an object detection function, the operation toy of the present invention will be used not only for the incoming call notification function, but also to make the visitor easily noticed, for example, to further enhance the user's convenience.

As described through the above embodiments, the present invention can respond to various demands of the user by adding a recording function to an action toy to notify a mobile phone call with a gesture and a sound, and also a simple gesture that shakes the body from side to side. The unique movement of shaking the left and right and up and down both directions can be more interesting, thereby providing a more fun and reliable mobile phone incoming notification function.

In addition, the present invention provides an effect that enhances the practicality by creating a welcoming atmosphere with motion and sound even when a person or an object approaches, in addition to the incoming call notification function.

Claims (8)

It has a pocket to mount a mobile phone, the power supply means for supplying power, a power switch to open and close the power by the mobile phone mounted in the pocket, a motor electrically operated to generate power, the motor Movement to cause the body movement of the toy by power, recording and reproducing means for recording voice and reproducing the recorded voice, and incoming call detection for detecting an incoming signal informing the incoming call when a call is made to the mobile phone mounted in the pocket Means, motor driving means for applying power to the motor based on the incoming signal of the incoming detection means, switching driving means for selecting the recording and playback means as the playback mode based on the incoming signal of the incoming detection means; When you receive a mobile phone, you can make a motion and make a recorded sound until the mobile phone leaves your pocket. Operation Toys inform the configured incoming phone. The recording and reproducing means according to claim 1, wherein the recording and reproducing means includes a microphone for converting sound waves into electric signals, a speaker for converting electric signals into sound waves, a recording switch operated to select a recording mode, and an input and output terminal to which the microphone and the speaker are connected, respectively. A recording terminal to which a switch is connected and a reproducing terminal to which an output terminal of the driving means is connected, and when the recording mode is selected by a recording switch, the voice information input to the input terminal is stored and selected as a reproducing mode by the incoming signal When the toy that notifies the incoming call is equipped with a recording playback chip to play the stored voice information. The operation toy of claim 2, further comprising a playback switch connected to a playback terminal of the sound reproduction chip to operate a playback mode for selecting a playback mode. The operation toy of claim 2, further comprising means for indicating that recording is performed by light emission in the recording mode of the sound reproducing chip. The method according to claim 2, wherein the microphone is embedded in the toy main body, and an external connection means for connecting a separate external microphone or an audio reproducing mechanism for recording from the outside through the recording terminal of the sound reproducing chip is further provided. Action toys that inform you of incoming calls. The housing according to claim 1, wherein the movement is rotatably supported from side to side while accommodating the motor, a lift operation member supported to reciprocate up and down on the housing, and a plurality of speed reduction and transmission powers of the motor. A gear train connected to a gear member of the gear train, left and right interlocking means for swinging the housing from side to side in one gear member of the gear train, and lifting interlocking means for reciprocating the lifting operation member from the other gear member of the gear train. Action toys that announce incoming calls. The said left and right interlocking means of Claim 6 which has a rotation cam provided in the eccentric position of one gear member in the gear train, and the cam groove which accommodates the rotation cam at one end, and the other end is rotatable outside the said housing. It is supported so that the left and right interlocking member is provided to interlock to swing the housing from side to side according to the cam groove, As the vertical interlocking means, a rotation cam is provided at an eccentric position of another gear gear member in the gear train, and the lifting operation member is configured to receive the rotation cam and to be linked up and down according to its rotation. Action toy to notify the incoming call of a mobile phone that has a cam groove. The apparatus of claim 1, further comprising: an object detecting means connected to the input side of the switching driving means in parallel with the incoming detection signal and detecting an object approaching the toy body and outputting a signal indicating the object; Action toys that notify the incoming call of the mobile phone, characterized in that the body motion and sound is added.