CN201898505U - Clock controlled radio - Google Patents

Clock controlled radio Download PDF

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Publication number
CN201898505U
CN201898505U CN2010206154250U CN201020615425U CN201898505U CN 201898505 U CN201898505 U CN 201898505U CN 2010206154250 U CN2010206154250 U CN 2010206154250U CN 201020615425 U CN201020615425 U CN 201020615425U CN 201898505 U CN201898505 U CN 201898505U
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CN
China
Prior art keywords
unit
bell
controlling radio
current time
control unit
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Expired - Fee Related
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CN2010206154250U
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Chinese (zh)
Inventor
陈芒
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SHENZHEN CHAOWEI INDUSTRY Co Ltd
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SHENZHEN CHAOWEI INDUSTRY Co Ltd
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Priority to CN2010206154250U priority Critical patent/CN201898505U/en
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Publication of CN201898505U publication Critical patent/CN201898505U/en
Priority to HK11108503A priority patent/HK1150508A2/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses a clock controlled radio, which comprises a current time generating unit, a playing unit, a first receiving unit, a storing unit and a control unit. The current time generating unit is used for generating current time, the playing unit is used for a user to play programs, the first receiving unit is used for receiving modulation frequency and first preset time which are set by the user, the storing unit is used for storing the received modulation frequency and the received first preset time, and the control unit is respectively connected with the current time generating unit, the playing unit, the first receiving unit and the storing unit, and is used for controlling the playing unit to play a program corresponding to the modulation frequency when judging the current time generated by the current time generating unit is identical to the first preset time. The clock controlled radio integrates functions of a radio and a clock, wakes up the sleeping user by the aid of the modulation frequency of the program of the radio, and is convenient and practical as the user can set specific alarm clock reminding time according to self requirements.

Description

A kind of bell-controlling radio
Technical field
The utility model relates to broadcast receiver, relates in particular to a kind of bell-controlling radio.
Background technology
At present, bell-controlling radio is widely used in people's the normal life, progress along with expanding economy and science and technology, people's living standard improves greatly, the bell-controlling radio of simple functions can't satisfy people's demand, existing bell-controlling radio generally only possesses common function of radio receiver and simple alarm clock calling mode (as the bird tweeting sound), the alarm clock calling mode that does not possess FM radio, also do not possess automatic time delay shutdown function, this phenomenon can't satisfy growing life seek of people and cultural need.
The alarm mode of general bell-controlling radio is provided with fairly simple, and the reminder time of quarter-bell can not be set according to user's demand, and having set every day all can quarter-bell, and also can sound the morning on Sunday, influences people's sleep.
After the automatic time delay shutdown mode of general bell-controlling radio set, all shutdown automatically on time can't be reset the time that automatic time delay shuts down according to user's demand after opening every day, have brought inconvenience to the user.
The utility model content
The technical problems to be solved in the utility model is, the defective that only possesses common function of radio receiver and simple alarm clock calling at the bell-controlling radio of prior art, a kind of bell-controlling radio is provided, making radio reception and alarm clock collection is one, modulation frequency by the radio reception program wakes the heavy sleeper up, and the user can be provided with the concrete time of alarm clock calling according to the demand of self, and is convenient practical again.
The technical scheme that its technical problem that solves the utility model adopts is: a kind of bell-controlling radio is provided, this bell-controlling radio comprises the current time generation unit that is used to produce the current time, the broadcast unit of user's broadcast program, be used to receive the modulation frequency of user's setting and first receiving element of first Preset Time, be used to preserve the modulation frequency that received and the memory cell of first Preset Time, and respectively with described current time generation unit, broadcast unit, first receiving element, memory cell links to each other, and be used for when judging that current time that described current time generation unit is produced is consistent with described first Preset Time, the control unit of the pairing program of described modulation frequency is play in the controls playing unit.
In the bell-controlling radio that the utility model provides, also comprise the delay switching-off instruction that is used to receive the user second receiving element, be used for the delay switching-off time that when receiving the delay switching-off instruction, picks up counting default, and when the described delay switching-off time arrives to the timing unit of described control unit transmitting time arriving signal, and link to each other with described second receiving element, timing unit, and also be used for respectively and receiving the described control unit that time arriving signal time control bell-controlling radio is closed.
In the bell-controlling radio that the utility model provides, also comprise:
Be connected with described control unit, and be used for determining the alarm clock calling pattern, described alarm clock calling pattern comprises the pattern determining unit that radio reception prompting, buzzing prompting, natural phonation are reminded;
Be connected with described control unit, and also be used for when determining the pattern that radio reception is reminded, and in the current time when consistent with described first Preset Time, play the pairing program of described modulation frequency, when determining the pattern that natural phonation is reminded, and in the current time when consistent with described first Preset Time, the natural phonation of played pre-recorded and storage, when determining the pattern that buzzing is reminded, and in the current time when consistent with described first Preset Time, the described broadcast unit of broadcast buzzer.
In the bell-controlling radio that the utility model provides, also comprise with described control unit being connected, and be used to make things convenient for the backlight that uses bell-controlling radio night.
In the bell-controlling radio that the utility model provides, also comprise with described control unit being connected, and be used for controlling the acoustic control back light unit of the unlatching of described backlight by the acoustic control function.
In the bell-controlling radio that the utility model provides, also comprise with described control unit being connected, and be used to obtain the gear information of the modulation frequency of user's toggle switch, and described gear information is sent to the toggle switch selected cell of described control unit.
In the bell-controlling radio that the utility model provides, also comprise with described control unit being connected, be used to control the volume of described alarm clock calling by the little described control unit that is enhanced to default volume extremely greatly gradually.
In the bell-controlling radio that the utility model provides, also comprise being used for the modulation frequency of bell-controlling radio is reminded subelement as the radio reception of reminding the radio receiver module circuit that the electromagnetic high-frequency signal detection that described radio reception is reminded subelement to comprise to be connected with described control unit respectively and be used for that antenna is received is an audio signal, be used to control the volume control circuit of the volume of modulation frequency, that be connected with described volume control circuit respectively and be used to import the audio frequency input circuit of described audio signal, be used to amplify the power amplifier of described audio signal, and the audio output circuit that is connected with described power amplifier and be used to export the audio signal after the amplification.
In the bell-controlling radio that the utility model provides, also comprise the buzzing prompting subelement that is used to play buzzer, described buzzing reminds subelement to comprise the acoustic control piezo that is connected and is used to play the buzzer under described acoustic control function with described acoustic control back light unit.
In the bell-controlling radio that the utility model provides, comprise that also the natural phonation that is used for bell-controlling radio is prerecorded and stored is as the natural phonation prompting subelement of reminding, described natural phonation comprises tweedle, rain sound, sound of sea wave, that small bridge over the flowing stream sound, described natural phonation are reminded subelement to comprise to be connected with described control unit and be used to control the natural phonation speech chip control circuit of the voice signal of natural phonation, that be connected with described natural phonation speech chip control circuit and be used to control the natural sound amount control circuit of the volume of natural phonation, and the natural phonation horn circuit that is connected with described natural sound amount control circuit and be used to play natural phonation.
Implement the bell-controlling radio that the utility model provides, making radio reception and alarm clock collection is one, and the modulation frequency by the radio reception program wakes the heavy sleeper up, and the user can be provided with the concrete time of alarm clock calling according to the demand of self, convenient practical again.
Implement the bell-controlling radio that the utility model provides, the bell-controlling radio realization is delayed time shut down automatically, and the user can be according to the automatic time of shutting down of demand adjustment time-delay of self, convenient practicality again.
Description of drawings
The utility model is described in further detail below in conjunction with drawings and Examples, in the accompanying drawing:
Fig. 1 is the building-block of logic of the utility model bell-controlling radio embodiment one;
Fig. 2 is the building-block of logic of the utility model bell-controlling radio embodiment two;
Fig. 3 is the building-block of logic of the utility model bell-controlling radio embodiment three;
Fig. 4 is the schematic diagram of the Chinese liquid crystal display of the utility model bell-controlling radio embodiment one;
Fig. 5 is the schematic diagram of the English liquid crystal display of the utility model bell-controlling radio embodiment two;
Fig. 6 is the circuit diagram of the utility model bell-controlling radio embodiment.
Embodiment
As shown in Figure 1, in the building-block of logic of the utility model bell-controlling radio embodiment one, this bell-controlling radio comprises current time generation unit 120, broadcast unit 130, first receiving element 140, memory cell 150, reaches the control unit 110 that links to each other with current time generation unit 120, broadcast unit 130, first receiving element 140, memory cell 150 respectively.Specify various piece below:
Current time generation unit 120 is used to produce the current time; Broadcast unit 130 is used for user's broadcast program; First receiving element 140 is used to receive the modulation frequency and first Preset Time that the user is provided with; Memory cell 150 is used to preserve the modulation frequency and first Preset Time that are received; Control unit 110 is used for when judging that current time that current time generation unit 120 is produced is consistent with this first Preset Time the pairing program of controls playing unit 130 these modulation frequencies of broadcast.
As shown in Figure 2, in the building-block of logic of the utility model bell-controlling radio embodiment two, should be noted that, current time generation unit 120 among this embodiment, first receiving element 140, memory cell 150 are identical with current time generation unit 120, first receiving element 140, memory cell 150 among the embodiment one, do not repeat them here, different parts below only is described: this bell-controlling radio also comprises second receiving element 160 that is connected with control unit 110, timing unit 170, pattern determining unit 180.Specify various piece below:
Second receiving element 160 is used to receive user's delay switching-off instruction;
Timing unit 170 is used for receiving the delay switching-off time that the delay switching-off instruction time picks up counting default, and when this delay switching-off time arrives to control unit 110 transmitting time arriving signals;
Control unit 110 also is used for closing receiving time arriving signal time control bell-controlling radio;
Pattern determining unit 180, be connected with control unit 110, and be used for determining the alarm clock calling pattern, this alarm clock calling pattern comprises bell-controlling radio program reminding, buzzing prompting, natural phonation prompting, should be noted that natural phonation comprises tweedle, rain sound, sound of sea wave, small bridge over the flowing stream sound, the action that this alarm clock calling pattern is set is according to the toggle switch on the bell-controlling radio is provided with this three kinds of patterns, those skilled in the art person should understand, and repeats no more here;
Broadcast unit 130, also be used for when selecting the pattern of bell-controlling radio program reminding, and in the current time when consistent with this first Preset Time, play the pairing program of this modulation frequency, when determining the pattern that buzzing is reminded, play buzzer, in the pattern of determining that natural phonation is reminded, and in the current time when consistent with this first Preset Time, the natural phonation of played pre-recorded and storage.
As shown in Figure 3, in the building-block of logic of the utility model bell-controlling radio embodiment three, should be noted that, current time generation unit 120 among this embodiment, the first receiving element (not shown), memory cell (not shown) are identical with current time generation unit 120, first receiving element 140, memory cell 150 among the embodiment one, current time generation unit 120 is a clock oscillation circuit, do not repeat them here, below different parts only be described:
This bell-controlling radio also comprises control unit 110, the broadcast unit 130 that is connected with control unit 110 respectively, power subsystem 190, toggle switch selected cell 200, liquid crystal display 210, reset unit 220, BIBI sound output unit 230, push-button unit 240, temperature measuring unit 250, backlight 260, acoustic control back light unit 270.
Wherein, broadcast unit 130 comprises radio reception prompting subelement 131, buzzing prompting subelement 132, natural phonation prompting subelement 133, and radio reception reminds subelement 131 to comprise radio receiver module circuit 1311, volume control circuit 1312, the audio frequency input circuit 1313 that is connected with volume control circuit 1312 respectively, power amplifier 1314 that is connected with control unit 110 respectively and the audio output circuit 1315 that is connected with power amplifier 1314; Buzzing reminds subelement 132 to comprise the acoustic control piezo 1321 that is connected with acoustic control back light unit 270.Natural phonation reminds subelement 133 to comprise the natural phonation speech chip control circuit 1331 that is connected with control unit 110, the natural sound amount control circuit 1332 that is connected with natural phonation speech chip control circuit 1331 and the natural phonation horn circuit 1333 that is connected with natural sound amount control circuit 1332.
Control unit 110, the volume that also is used to control this alarm clock calling by little to being enhanced to default volume greatly gradually.
Subelement 131 is reminded in radio reception, is used for modulation frequency with bell-controlling radio as prompting; Radio receiver module circuit 1311, the electromagnetic high-frequency signal detection that is used for antenna is received is an audio signal; Volume control circuit 1312 is used to control the volume of modulation frequency; Audio frequency input circuit 1313 is used to import this audio signal; Power amplifier 1314 is used to amplify this audio signal to drive audio output circuit 1315; Audio output circuit 1315 is used to export the audio signal after the amplification.
Subelement 132 is reminded in buzzing, is used to play buzzer; Acoustic control backlight circuit 1321 is used for using night the acoustic control function; Acoustic control piezo 1322 is used to play the buzzer under the acoustic control function.
Natural phonation is reminded subelement 133, and the natural phonation that is used for bell-controlling radio is prerecorded and stored is as prompting; Natural phonation speech chip control circuit 1331 is used to control the voice signal of natural phonation; Natural sound amount control circuit 1332 is used to control the volume of natural phonation; Natural phonation horn circuit 1333 is used to play natural phonation.
Power subsystem 190 is used to provide power supply; Toggle switch selected cell 200 is used to obtain the gear information of the modulation frequency of user's toggle switch, and this gear information is sent to control unit 110; Liquid crystal display 210 is used to show the state of bell-controlling radio; Reset unit 220, the setting when being used to recover bell-controlling radio and dispatching from the factory; BIBI sound output unit 230 is used to export BIBI sound; Push-button unit 240 is used to import user's key command; Temperature measuring unit 250 is used to measure temperature, should be noted that this temperature is the temperature in the space under this bell-controlling radio; Backlight 260 is used to make things convenient for and uses bell-controlling radio night, and this backlight 260 is not subjected to the influence of IC program, only just lights this backlight 260 in the time spent of doing of acoustic control function; Acoustic control back light unit 270 is used for controlling closing of backlight 260 by the acoustic control function.
Fig. 4 is the schematic diagram of the Chinese liquid crystal display of the utility model bell-controlling radio embodiment one, does not repeat them here, and describes in conjunction with Fig. 6.
Fig. 5 is the schematic diagram of the English liquid crystal display of the utility model bell-controlling radio embodiment two, does not repeat them here, and describes in conjunction with Fig. 6.
As shown in Figure 6, in the circuit diagram of the utility model bell-controlling radio embodiment, this bell-controlling radio comprises following circuit:
Circuit 601 comprises main control MCU, LCD display circuit, reset circuit, power circuit and clock oscillation circuit, clock oscillation circuit in the present embodiment is identical with the current generation unit of implementing in, wherein, the model that main control MCU adopts is AST5A36, the power supply of input is a direct current, and this direct current is 3V.
Circuit 602 comprises switch J1, the end (BZ) of switch J1 is connected with SEG52 (64) pin of main control MCU, the other end of switch J1 is connected with the INT of main control MCU (77) pin, when switch J1 opens, liquid crystal display Chinese show the same day date, week, volume, temperature, current time, alarm clock mode, shut down between countdown automatically, information such as modulation frequency, as shown in Figure 4; When switch J1 closes, date, week, volume, temperature, current time, the alarm clock mode on liquid crystal display English display same day, shut down between countdown automatically, information such as modulation frequency, as shown in Figure 5, the user can be provided with the above-mentioned information of bell-controlling radio according to the demand of oneself, and is convenient practical again.
Circuit 603 comprises switch J2, and the end (IOD4) of switch J2 is connected with SEG56 (68) pin of main control MCU, and the other end of switch J2 is connected with the 3.3V DC power supply, and when switch J2 opened, this bell-controlling radio used voice IC control volume; When switch J2 closes, this bell-controlling radio does not use voice IC control volume, should be noted that, no matter be the volume of time opening of bell-controlling radio or the volume of the unlatching of natural phonation quarter-bell, all by little next to sounding gradually greatly, like this, volume is very natural awakening people, be unlikely suddenly and wake up with a start, influence people's health.
Circuit 604 comprises triode Q3, light-emitting diode, resistance R 3, resistance R 4, the base stage of triode Q3 is connected with COM9 (24) pin of main control MCU via resistance R 3, collector electrode is connected with the negative electrode of light-emitting diode, emitter is connected with ground, and the anode of light-emitting diode is connected with the 3.3V DC power supply via resistance R 4, in the present embodiment, light-emitting diode is the backlight of this bell-controlling radio, when COM9 is high level, triode Q3 conducting, backlight 260 is bright; When COM9 was low level, triode Q3 ended, and backlight 260 goes out.
Circuit 605 comprises triode Q2, loudspeaker BZ and inductance L 1 and resistance R 5, the base stage of triode Q2 is connected with loudspeaker BZ via resistance R 5, collector electrode is connected with the end of BZ and the end of L1 respectively, emitter is connected with ground, BZ is in parallel with L1, and the other end of BZ and L1 is connected with the 3.3V DC power supply, when BZ is high level, triode Q2 conducting, the loudspeaker of broadcast unit 130 are started working; When BZ was low level, triode Q2 ended, and the loudspeaker of broadcast unit 130 quit work.
Circuit 606 is a temperature measurement circuit, circuit 606 comprises thermistor RT, resistance R 6, capacitor C 9, wherein, the end of RT and the IOA3(75 of main control MCU) pin is connected, the end of R6 and the IOA2(74 of main control MCU) pin is connected, the other end of RT with after the other end of R6 is connected respectively with the IOA1(73 of main control MCU) end of pin and capacitor C 9 is connected, the other end of capacitor C 9 is connected with ground.
Circuit 607 is the radio receiver module circuit, circuit 607 comprises chip, wherein, first (IOB1) pin of this chip, second (IOB2) pin, the 3rd (IOB3) pin respectively with the SEG41(53 of main control MCU) pin, SEG42(54) pin, SEG43(55) pin is connected, the 4th pin of this chip is connected with ground, when first (IOB1) of this chip pin, second (IOB2) pin and the 3rd (IOB3) pin all during input high level, the radio receiver module circuit is started working.
Circuit 608 is the audio frequency input circuit, and the input IOB4 of this circuit is connected with the SEG44 pin of main control MCU, and when input IOB4 was low level, the audio frequency input circuit was started working.
Circuit 609 is the acoustic control backlight circuit, when SW1 opens, the acoustic control backlight circuit quits work, when SW1 closes, the acoustic control backlight circuit is started working, should be noted that, this acoustic control backlight circuit has automatic detection management function, whether the operating current that main control MCU can constantly go to detect loudspeaker Bz1 by the IOA4 mouth changes, if loudspeaker Bz1 has in work, for example quarter-bell rings or broadcast receiver work, then has electric current to pass through among the loudspeaker Bz1, main control MCU meeting this moment automatic pause acoustic control function is to avoid the acoustic control misoperation.
Circuit 610 is the natural phonation horn circuit, circuit 610 comprises chip, loudspeaker, capacitor C 5, resistance R 33, resistance R 34, resistance R 35, resistance R 36, triode Q12 and triode Q11, wherein, the OKY1 pin of chip and the COM7(22 of main control MCU) pin is connected, the base stage of triode Q11 respectively with an end of resistance R 33, one end of resistance R 34, one end of resistance R 35 and an end of resistance R 36 connect, the other end of resistance R 33, the other end of resistance R 34, the other end of the other end of resistance R 35 and resistance R 36 respectively with SEG60 (IOC4) pin of main control MCU, SEG59 (IOC3) pin, SEG58 (IOC2) pin, SEG57 (IOC1) pin connects.
Circuit 611 is selected circuit for toggle switch, this circuit is connected with main control MCU, those skilled in the art should understand, toggle switch select in the circuit switch open with closure be the open and close that are used for controlling certain function of bell-controlling radio, do not repeat them here.
The above is a preferred embodiment of the present utility model only, is not limited to the utility model, and for a person skilled in the art, the utility model can have various changes and variation.All within spirit of the present utility model and principle, any modification of being done, be equal to replacement, improvement etc., all should be included within the claim scope of the present utility model.

Claims (10)

1. bell-controlling radio, it is characterized in that, comprise the current time generation unit that is used to produce the current time, the broadcast unit of user's broadcast program, be used to receive the modulation frequency of user's setting and first receiving element of first Preset Time, be used to preserve the modulation frequency that received and the memory cell of first Preset Time, and respectively with described current time generation unit, broadcast unit, first receiving element, memory cell links to each other, and be used for when judging that current time that described current time generation unit is produced is consistent with described first Preset Time, the control unit of the pairing program of described modulation frequency is play in the controls playing unit.
2. bell-controlling radio according to claim 1, it is characterized in that, also comprise the delay switching-off instruction that is used to receive the user second receiving element, be used for the delay switching-off time that when receiving the delay switching-off instruction, picks up counting default, and when the described delay switching-off time arrives to the timing unit of described control unit transmitting time arriving signal, and link to each other with described second receiving element, timing unit, and also be used for respectively and receiving the described control unit that time arriving signal time control bell-controlling radio is closed.
3. bell-controlling radio according to claim 1 is characterized in that, also comprises:
Be connected with described control unit, and be used for determining the alarm clock calling pattern, described alarm clock calling pattern comprises the pattern determining unit that radio reception prompting, buzzing prompting, natural phonation are reminded;
Be connected with described control unit, and also be used for when determining the pattern that radio reception is reminded, and in the current time when consistent with described first Preset Time, play the pairing program of described modulation frequency, when determining the pattern that natural phonation is reminded, and in the current time when consistent with described first Preset Time, the natural phonation of played pre-recorded and storage, when determining the pattern that buzzing is reminded, and in the current time when consistent with described first Preset Time, the described broadcast unit of broadcast buzzer.
4. bell-controlling radio according to claim 1 is characterized in that, also comprises with described control unit being connected, and is used to make things convenient for the backlight that uses bell-controlling radio night.
5. bell-controlling radio according to claim 1 is characterized in that, also comprises with described control unit being connected, and is used for controlling by the acoustic control function acoustic control back light unit of the unlatching of described backlight.
6. bell-controlling radio according to claim 1, it is characterized in that, also comprise with described control unit being connected, and be used to obtain the gear information of the modulation frequency of user's toggle switch, and described gear information is sent to the toggle switch selected cell of described control unit.
7. bell-controlling radio according to claim 1 is characterized in that, also comprises being used to control the volume of described alarm clock calling by the little described control unit that is enhanced to default volume extremely greatly gradually.
8. bell-controlling radio according to claim 1, it is characterized in that, also comprise being used for the modulation frequency of bell-controlling radio is reminded subelement as the radio reception of reminding the radio receiver module circuit that the electromagnetic high-frequency signal detection that described radio reception is reminded subelement to comprise to be connected with described control unit respectively and be used for that antenna is received is an audio signal, be used to control the volume control circuit of the volume of modulation frequency, that be connected with described volume control circuit respectively and be used to import the audio frequency input circuit of described audio signal, be used to amplify the power amplifier of described audio signal, and the audio output circuit that is connected with described power amplifier and be used to export the audio signal after the amplification.
9. bell-controlling radio according to claim 1, it is characterized in that, also comprise the buzzing prompting subelement that is used to play buzzer, described buzzing reminds subelement to comprise the acoustic control piezo that is connected and is used to play the buzzer under described acoustic control function with described acoustic control back light unit.
10. bell-controlling radio according to claim 1, it is characterized in that, comprise that also the natural phonation that is used for bell-controlling radio is prerecorded and stored is as the natural phonation prompting subelement of reminding, described natural phonation comprises tweedle, rain sound, sound of sea wave, that small bridge over the flowing stream sound, described natural phonation are reminded subelement to comprise to be connected with described control unit and be used to control the natural phonation speech chip control circuit of the voice signal of natural phonation, that be connected with described natural phonation speech chip control circuit and be used to control the natural sound amount control circuit of the volume of natural phonation, and the natural phonation horn circuit that is connected with described natural sound amount control circuit and be used to play natural phonation.
CN2010206154250U 2010-11-19 2010-11-19 Clock controlled radio Expired - Fee Related CN201898505U (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
CN2010206154250U CN201898505U (en) 2010-11-19 2010-11-19 Clock controlled radio
HK11108503A HK1150508A2 (en) 2010-11-19 2011-08-12 A clock-controlled radio

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Application Number Priority Date Filing Date Title
CN2010206154250U CN201898505U (en) 2010-11-19 2010-11-19 Clock controlled radio

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CN201898505U true CN201898505U (en) 2011-07-13

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HK (1) HK1150508A2 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102468860A (en) * 2010-11-19 2012-05-23 深圳市超维实业有限公司 Clock control radio and program broadcasting method thereof

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102468860A (en) * 2010-11-19 2012-05-23 深圳市超维实业有限公司 Clock control radio and program broadcasting method thereof
CN102468860B (en) * 2010-11-19 2014-08-27 深圳市超维实业有限公司 Clock control radio and program broadcasting method thereof

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Publication number Publication date
HK1150508A2 (en) 2011-12-30

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EE01 Entry into force of recordation of patent licensing contract

Assignee: SHENZHEN LIGHT LIFE TECHNOLOGY CO., LTD.

Assignor: Shenzhen Chaowei Industry Co., Ltd.

Contract record no.: 2017990000017

Denomination of utility model: Clock control radio and program broadcasting method thereof

Granted publication date: 20110713

License type: Exclusive License

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LICC Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model
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CF01 Termination of patent right due to non-payment of annual fee