CN104281049A - Intelligent watch and timing system and method of intelligent watch - Google Patents

Intelligent watch and timing system and method of intelligent watch Download PDF

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Publication number
CN104281049A
CN104281049A CN201410493467.4A CN201410493467A CN104281049A CN 104281049 A CN104281049 A CN 104281049A CN 201410493467 A CN201410493467 A CN 201410493467A CN 104281049 A CN104281049 A CN 104281049A
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described
unit
time
intelligent watch
communication unit
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CN201410493467.4A
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CN104281049B (en
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熊汉生
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熊汉生
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    • GPHYSICS
    • G04HOROLOGY
    • G04RRADIO-CONTROLLED TIME-PIECES
    • G04R20/00Setting the time according to the time information carried or implied by the radio signal
    • G04R20/02Setting the time according to the time information carried or implied by the radio signal the radio signal being sent by a satellite, e.g. GPS
    • G04R20/04Tuning or receiving; Circuits therefor
    • GPHYSICS
    • G04HOROLOGY
    • G04RRADIO-CONTROLLED TIME-PIECES
    • G04R60/00Constructional details
    • G04R60/06Antennas attached to or integrated in clock or watch bodies

Abstract

The invention provides an intelligent watch and a timing system and method of the intelligent watch. The intelligent watch comprises a sensing unit for triggering the timing request signal, and further comprises a mobile terminal which is in short-distance communication with the intelligent watch. The mobile terminal comprises a GPS unit, a communication unit, a man-machine input unit, a standard time and location unit, a time storage unit and a terminal processing unit. The communication unit is used for conducting communication at a timing center to obtain a standard time signal. The terminal processing unit is used for comparing the location information of the GPS unit with the location information of the standard time and location unit so that timing can be achieved at different locations. The invention further provides the timing method of the intelligent watch. The timing system and method are easy to operate, accurate in timing and capable of conducting timing at any location and at different locations.

Description

A kind of intelligent watch and timing system thereof and method

Technical field

The present invention relates to time set field, more particularly, relate to a kind of intelligent watch and timing system thereof and method.

Background technology

At present, quartz watch is due to quartz crystal oscillator own frequency error, and in normal temperature 25 DEG C of situations, diel walked time error within one second; And along with the impact of variation of ambient temperature, actual use in walk time error round the clock even can be larger.And traditional pointer-type quartz watch be not school time function, can only by manually being corrected after cumulative errors acquire a certain degree.

And existing wrist-watch calibration method mainly contains two large classes: during during GPS school and electric wave school.

Wrist-watch when patent No. CN201210190430 discloses a kind of GPS school, during this GPS school, wrist-watch comprises: moment display movement; Housing, for receiving described movement; Translucent cover, it is arranged at the face side of described housing, and covers the face side of described movement; Antenna, described antenna adopts laser direct structuring technique to obtain, its satellite information sent for receiving satellite; Dial plate, it to be configured between described movement and described translucent cover and to be electrically connected with described antenna, described dial plate comprises controller, described controller at least extracts time information in the satellite information that obtains from antenna, and control described movement according to described in the time information that obtains carry out moment adjustment.This time information generally comprises gps time and positional information; And the gps time in each time zone is different, when more than 2 time zones are crossed over by a country, often the unified local time of time as this country adopting some time zones, in this case, time during GPS school shown by wrist-watch there will be mistake.

In electric wave calibration method, time reference signal is modulated on low frequency long-wave signal by modulation /demodulation, and be sent to antenna tower through power amplifier and launch, because every country adopts different low frequency long-wave signals and time encoding form, therefore, this electric wave calibration method can only be launched having electric wave time signal and use in the good specific region of reception environment, function when or the other countries that do not have different at this facility and area just cannot realize school.

Summary of the invention

The technical problem to be solved in the present invention is, along with the appearance of intelligent watch, if adopt the intelligent watch of pointer quartz movement, in the application by there will be the disunity of pointer instruction time and intelligent system instruction time, brings puzzlement to consumer.The present invention will solve the time synchronized between intelligent watch and intelligent terminal, provides a kind of intelligent watch, intelligent watch timing system and intelligent watch calibration method.

The technical scheme that the present invention solves prior art problem is:

The invention provides a kind of intelligent watch, comprise timing unit, hand of dial, can with the wireless communication unit of mobile terminal short-range communication and wrist-watch processing unit, the sensing unit of request signal when described intelligent watch also comprises for triggering school, request signal when described wrist-watch processing unit responds described school, time reference signal is obtained by described wireless communication unit, and control signal when producing school, described timing unit is set when walking, and drives described hand of dial to show.

In above-mentioned intelligent watch, described hand of dial comprises hour hands, minute hand and second hand, and control signal during the school produced according to described wrist-watch processing unit, the servo control mechanism of described timing unit drives described hour hands, minute hand and second hand to turn an angle forward or backwards.

In above-mentioned intelligent watch, described sensing unit is pressure transducer or Gravity accelerometer, and described wireless communication unit is WIFI module or bluetooth module or NFC module or ZIGBEE module.

In above-mentioned intelligent watch, described sensing unit is button, and described wireless communication unit is WIFI module or bluetooth module or NFC module or ZIGBEE module.

Present invention also offers a kind of intelligent watch timing system, comprise intelligent watch and carry out the mobile terminal of short haul connection with described intelligent watch; Described intelligent watch comprise timing unit, hand of dial, can with the wireless communication unit of described mobile terminal short haul connection and wrist-watch processing unit; Described mobile terminal comprises GPS unit, man-machine input block and terminal processing units;

The sensing unit of request signal when described intelligent watch also comprises for triggering school;

Described mobile terminal also comprises communication unit, being electrically connected, obtaining time reference signal for carrying out communicating with time service center, request signal and time reference signal when carrying out communications school with described wireless communication unit with described terminal processing units;

The current time of mobile terminal, according to request signal when receiving the school of described intelligent watch, is sent to described intelligent watch as time reference signal by described mobile terminal;

Described mobile terminal also comprises the man-machine input block for inputting location information when needing school, is electrically connected with ground dot element of described standard time.

In above-mentioned intelligent watch timing system, described mobile terminal also comprises the standard time ground dot element and time memory cell that arrange for described intelligent watch, request signal when receiving the school of described intelligent watch according to described mobile terminal, the location information of the more described GPS unit of described terminal processing units and ground dot element of described standard time, wherein, described GPS unit and the described standard time ground dot element location information in same time zone time, the first time reference signal that described time memory cell stores by described terminal processing units sends to described intelligent watch, described GPS unit and the described standard time ground dot element location information in different time zone time, described terminal processing units obtains the second time reference signal of the location information corresponding to ground dot element of described standard time to time service center by described communication unit, this second time reference signal is kept at time memory cell, and sends to described intelligent watch.

Present invention also offers a kind of intelligent watch calibration method, intelligent watch comprise timing unit, hand of dial, can with the wireless communication unit of described mobile terminal short haul connection and wrist-watch processing unit; Mobile terminal comprises GPS unit, communication unit, man-machine input block, standard time ground dot element, time memory cell and terminal processing units, wherein, described terminal processing units obtains time reference signal by the communication at described communication unit and time service center, and described intelligent watch calibration method comprises the following steps:

S1, standard time place when the input of described man-machine input block needs school, be kept in ground dot element of described standard time;

The request signal when sensing unit of S2, described intelligent watch triggers school, and by described wrist-watch processing unit, request signal during this school is sent to described wireless communication unit;

Communication unit in S3, described wireless communication unit and described wireless terminal establishes a communications link, the request signal when communication unit of described mobile terminal receives described school, and sends to the terminal processing units of described mobile terminal;

The current time of described wireless terminal as time reference signal, is sent to the wireless communication unit on described intelligent watch by S4, described terminal processing units;

Wireless communication unit on S5, described intelligent watch receives described time reference signal, and time reference signal described in this is sent to described wrist-watch processing unit; Described wrist-watch processing unit controls described timing unit when walking, the servo control mechanism of described timing unit drives described hand of dial, hour hands on described hand of dial, minute hand and second hand are made zero, point to zero point, described wrist-watch processing unit calculates the mistiming of zero point and described current standard time signal, and according to this mistiming calculated, control signal during generation school, driving arranges described timing unit, and the servo control mechanism of described timing unit drives the hour hands on described hand of dial, minute hand and second hand to rotate this angle corresponding to mistiming calculated respectively.

In above-mentioned intelligent watch calibration method, described step S4 is further comprising the steps of:

The location information of the positional information of more described GPS unit and ground dot element of described standard time, and by described communication unit the time reference signal of acquisition sent to the wireless communication unit on described intelligent watch.

In above-mentioned intelligent watch calibration method, described step S4 is further comprising the steps of:

If the location information of the described GPS unit of S41 and ground dot element of described standard time is in same time zone, then described terminal processing units obtains the first time reference signal of described time memory cell, and the communication that this first time reference signal is set up by the wireless communication unit on described communication unit and described intelligent watch is sent to described wireless communication unit;

If the location information of the described GPS unit of S42 and ground dot element of described standard time is in different time zone, described terminal processing units obtains second time reference signal corresponding with ground dot element of described standard time by the communication between described communication unit with time service center, is stored in described time memory cell; The communication that this second time reference signal is set up by the wireless communication unit on described communication unit and described intelligent watch is sent to described wireless communication unit by described terminal processing units;

In above-mentioned intelligent watch calibration method, before described step S41, described terminal processing units obtains first time reference signal corresponding with the location information of described GPS unit by the communication between described communication unit with time service center, and remains on described time memory cell.

The present invention is connected with communication of mobile terminal by intelligent watch, make intelligent watch obtain time reference signal to be calibrated, ensure the synchronous of the time of intelligent watch and mobile terminal, simultaneously, mobile terminal is by comparing the location information of GPS unit and standard time ground dot element, the information during school of quick obtaining different location.The beneficial effect of intelligent watch of the present invention, intelligent watch timing system and intelligent watch calibration method is, accurate during simple to operate, school, in any place all can school time, simultaneously, the time in another place can be corrected, when can realize school, different location at the three unities.

Accompanying drawing explanation

Fig. 1 is the intelligent watch of first embodiment of the invention.

Fig. 2 is the intelligent watch timing system of second embodiment of the invention.

Fig. 3 is calibration method first embodiment of the intelligent watch timing system of Fig. 2.

Fig. 4 is calibration method second embodiment of the intelligent watch timing system of Fig. 2.

Embodiment

In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.

As shown in Figure 1, be the intelligent watch of first embodiment of the invention.Intelligent watch 10 comprise the timing unit 111 for timing, the hand of dial 112 for displaying time, can with the wireless communication unit 113 of mobile terminal short-range communication, wrist-watch processing unit 114 and the sensing unit 115 for triggering correcting delay signal, timing unit 111, hand of dial 112, wireless communication unit 113 and sensing unit 115 are all electrically connected with wrist-watch processing unit.Wherein, timing unit 111 is pointer quartz cassettes.Can be able to be WIFI module or bluetooth module or NFC module or ZIGBEE module with the wireless communication unit 113 of mobile terminal short-range communication, short haul connection is carried out with the communication unit 122 in mobile terminal, WIFI module or bluetooth module or NFC module or ZIGBEE module etc. all belong to the prior art of wireless near field communication, are not just described in detail at this.

The sensing unit 115 of request signal when sensing unit 115 in Fig. 1 is for triggering school, can be pressure transducer or Gravity accelerometer, when sensing unit 115 adopts pressure transducer, can by by, touch this pressure transducer, make to convert to electric signal and export request signal when triggering school; When sensing unit 115 adopts Gravity accelerometer, can by vibrating, moving up and down intelligent watch, make to convert electric signal to and export request signal when triggering school, meanwhile, sensing unit 115 also can be knob.

Hand of dial 112 in Fig. 1 comprises hour hands, minute hand and second hand, and the servo control mechanism of timing unit 111 drives described hour hands, minute hand and second hand to turn an angle forward or backwards.

As shown in Figure 2, in the intelligent watch timing system of second embodiment of the invention, comprise intelligent watch 10 and carry out the mobile terminal 20 of short haul connection with intelligent watch.Intelligent watch timing system in the present embodiment is by triggers sense unit 115, wrist-watch processing unit 114 obtains time reference signal by wireless communication unit 113, thus correcting timing unit 111 when walking, the servo control mechanism table-drive index 112 of timing unit 111 shows.

Mobile terminal 20 can be smart mobile phone, generally include GPS unit 121, communication unit 122, for intelligent watch arrange standard time ground dot element 124, with time memory cell 125 and terminal processing units 126, wherein, GPS unit 121, communication unit 122, standard time ground dot element 124, time memory cell 125 are all electrically connected with terminal processing units 126.

In the present embodiment, communication unit 122 is for passing through communication connection to access objective network.Particularly, this communication unit 122 comprises 4G module, 3G module or 2G module etc.; Behind the region of the quorum sensing inhibitor of mobile terminal 120 target approach network, communication unit 122 can communicate with objective network, the foundation of the communication wherein between mobile terminal 20 and objective network belongs to prior art, and the equipment used also is existing, is not just described in detail at this.Here, objective network is internet or telephone network etc.;

Terminal processing units 126 is communicated with objective network by communication unit 122, thus obtains the time reference signal from objective network, and is stored on time memory cell 125 by terminal processing units 126 by this time reference signal.Particularly, objective network comprises time service center 130; Time reference signal is issued to objective network in this time service center 130.

Be appreciated that terminal processing units 126 also obtains signal by objective network to time service center 300 transmitting time, then current standard time signal is sent to terminal processing units 126 by objective network by communication unit 122 by time service center 30.Here, time service center 30 can be national time service center, also can be time calibration in network server.

In this intelligent watch timing system, terminal processing units 126 can be the integrated circuit comprising microcontroller (i.e. MCU), and microcontroller can comprise CPU (central processing unit) (CPU), read-only memory module (ROM), random memory module (RAM), time block, digital-to-analogue conversion module (A/D Converter) and some input/output end ports.Certainly, microcontroller also can adopt other forms of integrated circuit.As application-specific IC (Application Specific Integrated Circuits, ASIC) or field programmable gate array (Field-programmable Gate Array, FPGA) etc.

In this intelligent watch timing system, GPS unit 121 comprises the antenna adopting laser direct structuring technique to make, and this antenna can be omni-directional antenna or dipole antenna.GPS unit 121 is extract location information from the satellite information that this antenna obtains.

In this intelligent watch timing system, mobile terminal 20 also comprises man-machine input block 123, and be electrically connected with standard time ground dot element 124, for inputting location information when needing school, user can be arranged according to individual demand.

As shown in Figure 3, be calibration method first embodiment of the intelligent watch timing system of Fig. 2, comprise the following steps:

S1a, man-machine input block 123 input standard time place, are stored in standard time ground dot element 124;

Request signal when sensing unit 115 on S2a, intelligent watch triggers school, and request signal during this school is sent to the wrist-watch processing unit 114 on intelligent watch, request signal when wrist-watch processing unit 114 obtains the school sent by sensing unit 115, and request signal during this school is sent to the wireless communication unit 113 on intelligent watch, request signal when wireless communication unit 113 obtains the school sent by wrist-watch processing unit 114;

S3a, wireless communication unit 113 connect with the communication unit 122 in mobile terminal 20, communicate, and by the communication unit 122 of mobile terminal 20, this correcting delay signal are sent to the terminal processing units 126 of mobile terminal 20;

Be not successfully established if wireless communication unit 113 is connected with the communication unit 122 in mobile terminal 20, then request signal during this school is sent to the wireless communication unit 113 on intelligent watch by wrist-watch processing unit 114 again, wireless communication unit 113 is re-established with the communication unit 122 in mobile terminal 20 be connected, until successful connection;

When S4a, terminal processing units 126 obtain school after request signal, compare the location information of GPS unit 121 and standard time ground dot element 124; If GPS unit 121 belongs to same time zone with the location information of standard time ground dot element 124, first time reference signal of terminal processing units 126 acquisition time storage unit 125, and the communication that this first time reference signal is set up by communication unit 122 and the wireless communication unit 113 on intelligent watch is sent to wireless communication unit 113;

Wherein, first time reference signal is the time reference signal of the current time of wireless terminal 20, that terminal processing units 126 is corresponding with the positional information of GPS unit by the communication acquisition between communication unit 122 with time service center, or the first time reference signal is that the positional information extracted in the satellite information obtained according to antenna by GPS unit is determined, belongs to automatic Real-time Obtaining category;

Wireless communication unit 113 on S5a, intelligent watch receives the first time reference signal, and this first time reference signal is sent to wrist-watch processing unit 114; Wrist-watch processing unit 114 controls timing unit 111 when walking, the servo control mechanism table-drive index 112 of timing unit 111, hour hands on hand of dial 112, minute hand and second hand are made zero, point to zero point, wrist-watch processing unit 114 calculates the mistiming of zero point and this first time reference signal, and according to this mistiming calculated, control signal during generation school, driving arranges timing unit 111, and hour hands, minute hand and the second hand on table-drive index 112 rotates this angle corresponding to mistiming calculated respectively.

As shown in Figure 4, for calibration method second embodiment of the intelligent watch timing system of Fig. 2, the difference of this embodiment and calibration method first embodiment is: in described step S4, the location information of GPS unit 121 and standard time ground dot element 124 not in same time zone, for being calibrated the time of different location;

Particularly, in the present embodiment, calibration method comprises the following steps:

S1b, man-machine input block 123 input standard time place, are stored in standard time ground dot element 124;

Request signal when sensing unit 115 on S2b, intelligent watch triggers school, and request signal during this school is sent to the wrist-watch processing unit 114 on intelligent watch, request signal when wrist-watch processing unit 114 obtains the school sent by sensing unit 115, and request signal during this school is sent to the wireless communication unit 113 on intelligent watch, request signal when wireless communication unit 113 obtains the school sent by wrist-watch processing unit 114;

S3b, wireless communication unit 113 connect with the communication unit 122 in mobile terminal 20, communicate, and by the communication unit 122 of mobile terminal 20, this correcting delay signal are sent to the terminal processing units 126 of mobile terminal 20;

Be not successfully established if wireless communication unit 113 is connected with the communication unit 122 in mobile terminal 20, then request signal during this school is sent to the wireless communication unit 113 on intelligent watch by wrist-watch processing unit 114 again, wireless communication unit 113 is re-established with the communication unit 122 in mobile terminal 20 be connected, until successful connection;

When S4b, terminal processing units 126 obtain school after request signal, compare the location information of GPS unit 121 and standard time ground dot element 124, wherein, GPS unit 121 and standard time ground dot element 124 location information belong to different time zone;

S5b, terminal processing units 126 obtain second time reference signal corresponding with standard time ground dot element 124 by the communication between communication unit 122 with time service center 30, are stored in time memory cell 125; The communication that this second time reference signal is set up by communication unit 122 and the wireless communication unit 113 on intelligent watch is sent to wireless communication unit 113 by terminal processing units 126, and wherein, the second time reference signal is the time reference signal of current time.

Wireless communication unit 113 on S6b, intelligent watch receives the second time reference signal, and this second time reference signal is sent to wrist-watch processing unit 114; Wrist-watch processing unit 114 controls timing unit 111 when walking, the servo control mechanism table-drive index 112 of timing unit 111, hour hands on hand of dial 112, minute hand and second hand are made zero, point to zero point, wrist-watch processing unit 114 calculates the mistiming of zero point and this second time reference signal, and according to this mistiming calculated, control signal during generation school, driving arranges timing unit 111, and hour hands, minute hand and the second hand on table-drive index 112 rotates this angle corresponding to mistiming calculated respectively.

The present invention is connected with communication of mobile terminal by intelligent watch, make intelligent watch obtain time reference signal to be calibrated, ensure the synchronous of the time of intelligent watch and mobile terminal, simultaneously, mobile terminal is by comparing the location information of GPS unit and standard time ground dot element, the information during school of quick obtaining different location.The beneficial effect of intelligent watch of the present invention, intelligent watch timing system and intelligent watch calibration method is, accurate during simple to operate, school, in any place all can school time, the time in another place can be corrected at the three unities, when can realize school, different location simultaneously.

The above; be only the present invention's preferably embodiment, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of claim.

Claims (10)

1. an intelligent watch, comprise timing unit (111), hand of dial (112), can with the wireless communication unit of mobile terminal short-range communication (113) and wrist-watch processing unit (114), it is characterized in that, the sensing unit (115) of request signal when also comprising for triggering school, request signal when described wrist-watch processing unit (114) responds described school, time reference signal is obtained by described wireless communication unit (113), and control signal when producing school, described timing unit (111) is set when walking, and drive described hand of dial (112) to show.
2. intelligent watch according to claim 1, it is characterized in that, described hand of dial (112) comprises hour hands, minute hand and second hand, the control signal during school produced according to described wrist-watch processing unit (114), the servo control mechanism of described timing unit (111) drives described hour hands, minute hand and second hand to turn an angle forward or backwards.
3. intelligent watch according to claim 2, it is characterized in that, described sensing unit (115) is pressure transducer or Gravity accelerometer, and described wireless communication unit (113) is WIFI module or bluetooth module or NFC module or ZIGBEE module.
4. intelligent watch according to claim 2, it is characterized in that, described sensing unit (115) is button, and described wireless communication unit (113) is WIFI module or bluetooth module or NFC module or ZIGBEE module.
5. an intelligent watch timing system, comprises intelligent watch (10) and mobile terminal (20); Described intelligent watch (10) comprise timing unit (111), hand of dial (112), can with the wireless communication unit (113) of described mobile terminal (20) short haul connection and wrist-watch processing unit (114); Described mobile terminal (20) comprises GPS unit (121), man-machine input block (123) and terminal processing units (126), it is characterized in that,
The sensing unit (115) of request signal when described intelligent watch (10) also comprises for triggering school;
Described mobile terminal (20) also comprises communication unit (122), being electrically connected, obtaining time reference signal for carrying out communicating with time service center (30), request signal and time reference signal when carrying out communications school with described wireless communication unit (113) with described terminal processing units (126);
The current time of mobile terminal (20), according to request signal when receiving the school of described intelligent watch (10), is sent to described intelligent watch (10) as time reference signal by described mobile terminal (20);
Described mobile terminal (20) also comprises the man-machine input block (123) for inputting location information when needing school, is electrically connected with described standard time ground dot element (124).
6. intelligent watch timing system according to claim 5, it is characterized in that, described mobile terminal (20) also comprises standard time ground dot element (124) and time memory cell (125) that arrange for described intelligent watch (10), request signal when receiving the school of described intelligent watch (10) according to described mobile terminal (20), the location information of described terminal processing units (126) more described GPS unit (121) and ground dot element of described standard time (124), wherein, the location information of described GPS unit (121) and described standard time ground dot element (124) in same time zone time, the first time reference signal that described time memory cell (125) stores is sent to described intelligent watch (10) by described terminal processing units (126), the location information of described GPS unit (121) and described standard time ground dot element (124) in different time zone time, described terminal processing units (126) obtains the second time reference signal of the location information corresponding to ground dot element of the described standard time (124) to time service center (30) by described communication unit (122), this second time reference signal is kept at time memory cell (125), and sends to described intelligent watch (10).
7. an intelligent watch calibration method, intelligent watch (10) comprise timing unit (111), hand of dial (112), can with the wireless communication unit (113) of described mobile terminal (20) short haul connection and wrist-watch processing unit (114); Mobile terminal comprises GPS unit (121), communication unit (122), man-machine input block (123), standard time ground dot element (124), time memory cell (125) and terminal processing units (126), wherein, described terminal processing units (126) obtains time reference signal by described communication unit (122) and the communication at time service center (30), it is characterized in that, described intelligent watch calibration method comprises the following steps:
The input of S1, described man-machine input block (123) needs standard time place during school, is kept in ground dot element of the described standard time (124);
The request signal when sensing unit (115) of S2, described intelligent watch triggers school, and by described wrist-watch processing unit (114), request signal during this school is sent to described wireless communication unit (113);
S3, described wireless communication unit (113) establish a communications link with the communication unit (122) in described wireless terminal (20), the request signal when communication unit (122) of described mobile terminal (20) receives described school, and send to the terminal processing units (126) of described mobile terminal (20);
The current time of described wireless terminal as time reference signal, is sent to the wireless communication unit (113) on described intelligent watch (10) by S4, described terminal processing units (126);
Wireless communication unit (113) on S5, described intelligent watch receives described time reference signal, and time reference signal described in this is sent to described wrist-watch processing unit (114), described wrist-watch processing unit (114) controls described timing unit (111) when walking, the servo control mechanism of described timing unit (111) drives described hand of dial (112), make the hour hands on described hand of dial (112), minute hand and second hand zero, point to zero point, described wrist-watch processing unit (114) calculates the mistiming of zero point and described current standard time signal, and according to this mistiming calculated, control signal during generation school, driving arranges described timing unit (111), the servo control mechanism of described timing unit (111) drives the hour hands on described hand of dial (112), minute hand and second hand rotate this angle corresponding to mistiming calculated respectively.
8. method according to claim 7, it is characterized in that, described step S4 is further comprising the steps of:
The location information of the positional information of more described GPS unit (121) and ground dot element of described standard time (124), and by described communication unit (122) time reference signal of acquisition sent to the wireless communication unit (113) on described intelligent watch (10).
9. method according to claim 8, it is characterized in that, described step S4 is further comprising the steps of:
If the location information of the described GPS unit of S41 (121) and ground dot element of described standard time (124) is in same time zone, then described terminal processing units (126) obtains the first time reference signal of described time memory cell (125), and the communication that this first time reference signal is set up by described communication unit (122) and the wireless communication unit (113) on described intelligent watch is sent to described wireless communication unit (113);
If the location information of the described GPS unit of S42 (121) and ground dot element of described standard time (124) is in different time zone, described terminal processing units (126) obtains second time reference signal corresponding with described standard time ground dot element (124) by described communication unit (122) and the communication between time service center, is stored in described time memory cell (125); The communication that this second time reference signal is set up by described communication unit (122) and the wireless communication unit (113) on described intelligent watch is sent to described wireless communication unit (113) by described terminal processing units (126).
10. method according to claim 9, it is characterized in that, before described step S41, described terminal processing units (126) obtains first time reference signal corresponding with the location information of described GPS unit (121) by the communication between described communication unit (122) with time service center (30), and is arranged on described time memory cell (125).
CN201410493467.4A 2014-09-24 2014-09-24 Intelligent watch timing system and method CN104281049B (en)

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Family Cites Families (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TW542919B (en) * 2001-05-23 2003-07-21 Inventec Appliances Corp Time-updating method of communication apparatus using global positioning system
GB2379132A (en) * 2001-08-22 2003-02-26 Inventec Appliances Corp Using global positioning in a mobile telephone to update system time
CN1436020A (en) * 2002-01-29 2003-08-13 英业达(上海)电子有限公司 Electronic communication device and method for automatic acquisition of local time
KR100724408B1 (en) * 2005-01-28 2007-06-04 엘지전자 주식회사 Time setting method for mobile communication terminal
CN100448314C (en) * 2006-08-25 2008-12-31 柳峰 Mobile phone time calibration and method and system for time setting and display in different time zone
CN101340665A (en) * 2008-08-15 2009-01-07 青岛海信移动通信技术股份有限公司 Method and terminal for time calibrating
CN102420900A (en) * 2011-11-18 2012-04-18 上海华勤通讯技术有限公司 Mobile terminal and time updating method thereof
CN103235502B (en) * 2013-04-26 2015-12-09 东莞丝丽雅电子科技有限公司 Time set when utilizing short-range wireless communications interfaces to carry out automatic pair and system

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