CN202837839U - Intelligent quartz watch movement - Google Patents
Intelligent quartz watch movement Download PDFInfo
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- CN202837839U CN202837839U CN201220449672.7U CN201220449672U CN202837839U CN 202837839 U CN202837839 U CN 202837839U CN 201220449672 U CN201220449672 U CN 201220449672U CN 202837839 U CN202837839 U CN 202837839U
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Abstract
The utility model provides an intelligent quartz watch movement. The intelligent quartz watch movement comprises a conventional watch movement and a multi-functional integrated circuit. The conventional watch movement comprises a battery, a conventional watch movement integrated circuit with a quartz oscillator, a function control switch, a stepper motor, a gear drive structure, a hour hand, a minute hand, and a second hand, wherein the stepper motor is connected with the gear drive structure in a driving mode, the gear drive structure is connected with the second hand, the minute hand, and the hour hand in a driving mode, a multi-functional integrated circuit quartz oscillator is electrically and respectively connected with the battery, the function control switch, and the stepper motor for replacing that the conventional watch movement integrated circuit is electrically and respectively connected with the battery, the function control switch, and the stepper motor. The intelligent quartz watch movement only needs to conduct a few changes to the conventional quartz watch movement and then can supply multiple functions, and therefore the manufacture cost is lowered.
Description
Technical field
The utility model relates to the quartz watch technology, particularly a kind of intelligent Quartzcrystal watch movement.
Background technology
Quartzcrystal watch movement of the prior art generally comprises battery, quartz (controlled) oscillator, integrated circuit, step motor, gear transmission structure and pointer.Quartz (controlled) oscillator produces signal, and as driving step motor, step motor driven wheel drive mechanism makes pointer by certain rotational speed to signal at last after integrated circuit is regulated.
Along with the progress of science and technology, the function of wrist-watch no longer is limited to time-division second hand displaying time, also provide went through in 24 hours pointers, calendar, monthly calendars, weeks, the attach feature such as timing code table, star disk.These functions generally are by increase corresponding gear transmission structure in the original gear transmission structure of movement, for example, calendar can be axle tooth, date setting wheel and date wheel when the hour wheel of movement increases, make date wheel and the time axle tooth ratio of gear be 2: 1, thereby date wheel was turned around in per 24 hours, turned around in per 24 hours with the calendar indicator on the merit date wheel.Hence one can see that, and the function that movement provides is more, and cassette mechanism structure is more complicated, and the gear transmission structure of central various functions must be accurately interactive mutually, otherwise will affect the accuracy of various functions.Therefore, the cost of manufacture of these Multifunctional cores is also very high, generally only is applied to high-grade wrist-watch, the difficult wrist-watch that is applied to low and middle-grade times.
Summary of the invention
The purpose of this utility model is to provide a kind of intelligent Quartzcrystal watch movement, and it, only needs to do a small amount of change to the Quartzcrystal watch movement of routine and just can provide several functions, thereby lower cost of manufacture as the basis with the Quartzcrystal watch movement of routine.
The purpose of this utility model is achieved through the following technical solutions:
A kind of intelligent Quartzcrystal watch movement comprises conventional movement and a multifunctional integrated circuit; Conventional movement comprises battery, is provided with conventional movement integrated circuit, function control switch, step motor, gear transmission structure, hour hands, minute hand and the second hand of quartz (controlled) oscillator; Step motor drives and connects gear transmission structure; Gear transmission structure drives and connects second hand, minute hand and hour hands; Multifunctional integrated circuit is provided with quartz (controlled) oscillator, and be electrically connected with battery, function control switch and step motor respectively to replace conventional movement integrated circuit respectively with being electrically connected of battery, function control switch and step motor; Function control switch is electrically connected multifunctional integrated circuit with to the multifunctional integrated circuit input control order; Multifunctional integrated circuit comprises second hand mobile module and a minimum functional module; Functional module operates according to steering order, and enters or leave the at the appointed time dial plate position that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand according to the result of calculation of operation to second hand mobile module output control second hand; The second hand mobile module is according to the output of functional module, when entered function shows the second hand pattern according to the output of functional module and second hand current location control step motor drive second hand at the appointed time in the dial plate position of arrival appointment, and when leaving Fumction display second hand pattern, drive second hand and move second hand is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor of second hand when the Fumction display second hand pattern, and after continue to move with the demonstration current time.
Functional module comprises the code table function module, and function control switch comprises the code table function button.
Functional module comprises perpetual calendar set-up function module, and function control switch comprises perpetual calendar set-up function button.
Functional module comprises world time zone's set-up function module, and function control switch comprises world time zone's set-up function button.
Functional module comprises the functional module of countdowning, and function control switch comprises countdown set-up function button and the start and stop function button of countdowning; Also comprise in addition the electromagnetic shaker that is electrically connected with multifunctional integrated circuit.
Functional module comprises the alarm clock function module, and function control switch comprises alarm clock set-up function button and alarm clock start and stop function button; Also comprise in addition electromagnetic shaker and the hummer that is electrically connected with multifunctional integrated circuit.
Functional module comprises the function of passometer by using module, and function control switch comprises the function of passometer by using button; Also comprise in addition the acceleration transducer that is electrically connected with multifunctional integrated circuit.
In addition, the utility model also is provided with the additional function motor, and it is electrically connected with multifunctional integrated circuit, and drives connection additional function indicating structure.
Functional module comprises reserved energy Presentation Function module, function control switch comprises energy Presentation Function button for subsequent use, the additional function indicating structure is energy indicator wheel for subsequent use, can also be to comprise additional function pointer gear transmission structure and the energy pointer for subsequent use that is connected with its driving.
In addition, the utility model also is provided with one or above additional function gear transmission structure, itself and the hour wheel engagement of gear transmission structure, and drive the rotation of additional function indicating structure.
The additional function gear transmission structure is 24 hours gear transmission structures, and the additional function indicating structure is 24 hours pointers or rotating disk.
The additional function gear transmission structure is sun, the moon and the stars dish gear transmission structure, and the additional function indicating structure is sun, the moon and the stars dish or pointer.
The additional function gear transmission structure is two places time difference gear transmission structure, and the additional function indicating structure is two places time difference pointer or rotating disk.
The utility model also provides a kind of intelligent Quartzcrystal watch movement, comprises conventional movement and a multifunctional integrated circuit; Conventional movement comprises battery, is provided with conventional movement integrated circuit, function control switch, step motor, the gear transmission structure of quartz (controlled) oscillator; Step motor drives and connects gear transmission structure; Multifunctional integrated circuit is provided with quartz (controlled) oscillator, and be electrically connected with battery, function control switch and step motor respectively to replace conventional movement integrated circuit respectively with being electrically connected of battery, function control switch and step motor; Function control switch is electrically connected multifunctional integrated circuit with to the multifunctional integrated circuit input control order, and the control of multifunctional integrated circuit output control signal drives step motor; Gear transmission structure comprises that the first gear, reduction gear ratio are 30: 1 reduction gearing and second wheel, and step motor drives every group of signal of the first gear and rotates 180 degree, and the first gear drives every group of signal of second wheel by reduction gearing and rotates 6 degree; Second wheel linkage function pointer or dish, it is according to the set and display function information of multifunctional integrated circuit.
Description of drawings
Fig. 1 shows the structural representation of embodiment one.
Fig. 2 shows the dial plate planimetric map of embodiment one.
Fig. 3 shows the dial plate planimetric map of embodiment two.
Fig. 4 shows the dial plate planimetric map of embodiment three.
Fig. 5 shows the dial plate planimetric map of embodiment four.
Fig. 6 shows the dial plate planimetric map of embodiment five.
Fig. 7 shows the dial plate planimetric map of embodiment six.
Fig. 8 shows the dial plate planimetric map of embodiment seven.
Fig. 9 shows the structural representation of embodiment eight.
Figure 10 shows the dial plate planimetric map of embodiment eight.
Figure 11 shows the structural representation of embodiment nine.
Figure 12 shows the dial plate planimetric map of embodiment nine.
Embodiment
Below in conjunction with embodiment and accompanying drawing the utility model is described in further detail, but embodiment of the present utility model is not limited to this.
Embodiment one
To shown in Figure 2, the intelligent Quartzcrystal watch movement of present embodiment comprises conventional movement, and a multifunctional integrated circuit 1 such as Fig. 1.Conventional movement comprises battery 2, is provided with conventional movement integrated circuit 4, function control switch 5, step motor 6, gear transmission structure 7, hour hands 8, minute hand 9 and the second hand 10 of quartz (controlled) oscillator 3; Step motor 6 drives and connects gear transmission structure 7; Gear transmission structure 7 drives and connects second hand 10, minute hand 9 and hour hands 8.Multifunctional integrated circuit 1 is provided with quartz (controlled) oscillator 31, and be electrically connected with battery 2, function control switch 5 and step motor 6 respectively to replace conventional movement integrated circuit 4 respectively with being electrically connected of battery 2, function control switch 5 and step motor 6; Multifunctional integrated circuit 1 control drives step motor 6.Function control switch 5 is electrically connected multifunctional integrated circuits 1 with to multifunctional integrated circuit 1 input control order; Multifunctional integrated circuit 1 comprises second hand mobile module and a minimum functional module; Functional module operates according to steering order, and enters or leave the at the appointed time dial plate position that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand 10 according to the result of calculation of operation to second hand mobile module output control second hand 10; The second hand mobile module is according to the output of functional module, when entered function shows the second hand pattern according to the output of functional module and second hand current location control step horse 6 reach drive second hand 10 at the appointed time in the dial plate position of arrival appointment, and when leaving Fumction display second hand pattern, drive second hands 10 and move second hand 10 is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor 6 of second hand 10 when the Fumction display second hand pattern, and after continue to move with the demonstration current time.
The function control switch of present embodiment comprises code table function button 51, perpetual calendar set-up function button 52.Multifunctional integrated circuit comprises two functional modules: code table function module and perpetual calendar set-up function module, and the concrete operations of two function moulds are as follows:
The code table function module
Press code table function button 51 to enter the steering order of code table function pattern to multifunctional integrated circuit 1 input, the code table function module of multifunctional integrated circuit 1 starts and shows the at the appointed time dial plate position (namely 12 o'clock positions) that arrives of (such as 2 seconds) domestic demand of the indication of second hand pattern and second hand 10 to second hand mobile module output control second hand 10 entered functions, to have entered the code table function pattern to user's demonstration; The second hand mobile module drives the at the appointed time interior dial plate position that arrives appointment of second hand 10 according to output and the second hand current location control step motor 6 of code table function module, for example, if second hand 10 current locations are 10 seconds positions, position when then second hand mobile module control step motor 6 counterclockwise moved 10 lattice (namely than fast 5 times of normal speed) by 10 seconds position movements to 12 in 2 seconds, the mobile corresponding drive minute hand of meeting of second hand 10 and the movement of hour hands.
The user at the appointed time presses code table function button 51 with the steering order to multifunctional integrated circuit 1 input beginning timing in (such as 5 seconds) again, at the appointed time (position is by second to 1 second position of reach during by original position 12 the dial plate position that arrives of (be 3 second at present embodiment) domestic demand to second hand mobile module output second hand 10 for the code table function module of multifunctional integrated circuit 1, move to 3 seconds positions after namely 3 seconds), begun timing to show to the user; At the appointed time after 3 seconds, if do not receive that the user further indicates, then the code table function module is left the at the appointed time dial plate position (being the current time position) that arrives of (such as 1 second) domestic demand of the indication of Fumction display second hand pattern and second hand 10 to second hand mobile module output control second hand 10; The second hand mobile module drives second hands 10 and moves second hand 10 is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor 6 of second hand 10 when the Fumction display second hand pattern, simultaneously, if needed, the user rotate bar so that minute hand 9 and hour hands 8 are transferred to the position corresponding with the current time, second hand 10, continue mobile to show the current time after minute hand 9 and the hour hands 8, for example, in above-mentioned example, position when second hand 10 is used first 2 seconds by 10 seconds position movements to 12, suppose that the user pressed the 51 beginning timing of code table function button after 2 seconds, then second hand 10 usefulness 3 seconds move to 3 seconds positions by 12 o'clock positions, until at this moment, second hand is 7 seconds at Fumction display second hand pattern time institute elapsed time, and by mobile 7 lattice to 3 second position counterclockwise altogether, 10 seconds original positions, therefore, the second hand mobile module drives 1 second clockwise direction of second hand 10 usefulness with control step motor 6 and moves 5 lattice to 8 second position (namely than fast 5 times of normal speed) to reply and corresponding position of current time; Afterwards, it is mobile with the demonstration current time that second hand mobile module control step motor 6 drives second hand 10, minute hand 9 and hour hands 8 continuation; At this moment, the code table function module continues operation to calculate timing time.
When timing is complete, the user presses code table function button 51 again to stop the steering order of timing to multifunctional integrated circuit 1 input, the code table function module of multifunctional integrated circuit 1 shows that to second hand mobile module output control second hand 10 entered functions at the appointed time (for example timing time is 30 minutes to the dial plate position that arrives of (such as 2 seconds) domestic demand, and the dial plate position that needs to arrive is 30 seconds position for the indication of second hand pattern and second hand 10; The maximum Timings of the code table function module of present embodiment 59 minutes), to show timing time to the user; The second hand mobile module drives the at the appointed time interior dial plate position that arrives appointment of second hand 10 according to output and the second hand current location control step motor 6 of code table function module, for example, in above-mentioned example, the second hand current location was 38 seconds positions when timing was complete, then second hand mobile module control step motor 6 drives second hand 10 and counterclockwise moved 8 lattice (namely than fast 4 times of normal speed) by 38 seconds position movement to 30 second positions in 2 seconds, afterwards, the code table function module is left the at the appointed time dial plate position (being the current time position) that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand 10 to second hand mobile module output control second hand 10; The second hand mobile module drives second hands 10 and moves second hand 10 is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor 6 of second hand 10 when the Fumction display second hand pattern, simultaneously, if needed, the user rotate bar so that minute hand 9 and hour hands 8 are transferred to the position corresponding with the current time, continue mobile to show the current time after second hand 10, minute hand 9 and the hour hands 8, concrete operations do not repeat them here with above-mentioned substantially the same.
Perpetual calendar set-up function module
Press perpetual calendar set-up function button 52 to enter the steering order of perpetual calendar set-up function module to multifunctional integrated circuit 1 input, the perpetual calendar set-up function module of multifunctional integrated circuit 1 starts and shows the indication of second hand pattern and second hand 10 at the appointed time the dial plate position that arrives of (such as 2 seconds) domestic demand (be labeled with the position of " Y ") at namely 12 o'clock to second hand mobile module output control second hand 10 entered functions, entered perpetual calendar set-up function pattern and will set the time to show to the user, the user presses code table function button 51 and moves second hand 10 and move to corresponding dial plate position (for example second hand 10 being moved to 12 o'clock positional representations current is profit year to set the current time; Or to move to 5 seconds positional representations current be a First Year after the profit year; Or to move to 10 seconds positional representations current be a Second Year after the profit year; Or to move to 15 seconds positional representations current be after the profit year the 3rd year; After finishing the time setting, the user presses perpetual calendar set-up function button 52 again, the perpetual calendar set-up function module controls second hand 10 of multifunctional integrated circuit 1 moves on the dial plate position that is labeled with " M " will set month to show to the user, the user press code table function button 51 move second hand 10 to the dial plate position of correspondence to set current month, so analogize information such as setting date, week.After the user finishes setting, multifunctional integrated circuit 1 by the information of setting automatically regulate the summertime, winter, profit year the equal time function, simultaneously, perpetual calendar set-up function module is left the at the appointed time dial plate position (being the current time position) that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand 10 to second hand mobile module output control second hand; The second hand mobile module drives second hands 10 and moves second hand 10 is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor 6 of second hand 10 when the Fumction display second hand pattern, simultaneously, if needed, the user rotate bar so that minute hand 9 and hour hands 8 are transferred to the position corresponding with the current time, second hand 10, minute hand 9 and hour hands 8 after continue mobile to show the current time, concrete operations do not repeat them here with above-mentioned substantially the same.
Be understandable that, above-mentioned operation is described just as embodiment, those skilled in the art should understand the mode of operation of functional module can be from above-mentioned different, even the setting of function button also can be caught up with and be stated difference, for example, the above embodiments arrange respectively two function buttons and are responsible for different functions, but in other embodiments, can also realize different functions by same button, for example be that length can realize one of them function by this button, can realize another function by this button continuously.
Embodiment two
Fig. 3 shows embodiment two, and present embodiment is except following feature, and all the other structures and embodiment one are basic identical, do not repeat them here.
In the present embodiment, when perpetual calendar set-up function pattern, the sign in indication week is located at the downside of dial plate on the dial plate, the sign on indication date is located at the upside of dial plate, the position when sign in indication time is located at dial plate 12, indication month sign position when being located at dial plate 9, the position when sign on indication date is located at dial plate 10, the position when sign in indication week is located at dial plate 11, the sign of indication hour position when being located at dial plate 1, the sign of indication minute position when being located at dial plate 2, the position when sign in indication afternoon is located at dial plate 3.
Embodiment three
Fig. 4 shows embodiment three, and present embodiment is except following feature, and all the other structures and embodiment one are basic identical, do not repeat them here.
In the present embodiment, multifunctional integrated circuit also comprises world time zone's set-up function module, and function control switch also comprises world time zone's set-up function button 53.The concrete operations of world time zone's set-up function module are as follows:
Press world time zone's set-up function button 53 to enter the steering order of world time zone's set-up function pattern to multifunctional integrated circuit 1 input, the world time zone set-up function module of multifunctional integrated circuit 1 starts and shows the at the appointed time dial plate position (namely 12 o'clock positions) that arrives of (such as 2 seconds) domestic demand of the indication of second hand pattern and second hand 10 to second hand mobile module output control second hand 10 entered functions, to have entered world time zone's set-up function pattern to user's demonstration; The second hand mobile module drives the at the appointed time interior dial plate position that arrives appointment of second hand 10 according to output and the second hand current location control step motor 6 of world time zone's set-up function module;
The user at the appointed time presses code table function button 51 in (such as 5 seconds) and moves second hand 10 and move to corresponding dial plate position to set current time zone (for example press code table function button 51 move second hand 10 current to 12 o'clock positional representations on the dial plate be the time zone, London); After finishing the time zone setting, the user presses world time zone's set-up function button 53 again, multifunctional integrated circuit 1 by the information of setting automatically regulate the summertime, winter, profit year the equal time function, simultaneously, world time zone's set-up function module is left the at the appointed time dial plate position (being the current time position) that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand to second hand mobile module output control second hand 10; The second hand mobile module drives second hands 10 and moves second hand 10 is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor 6 of second hand 10 when the Fumction display second hand pattern, simultaneously, if needed, the user rotate bar so that minute hand 9 and hour hands 8 are transferred to the position corresponding with the current time, continue mobile to show the current time after second hand 10, minute hand 9 and the hour hands 8, concrete operations do not repeat them here with above-mentioned substantially the same.
Embodiment four
Fig. 5 shows embodiment four, and present embodiment is except following feature, and all the other structures and embodiment one are basic identical, do not repeat them here.
In the present embodiment, multifunctional integrated circuit also comprises the functional module of countdowning, function control switch comprises that the first button 51 and the second button 52, the first buttons 51 are except as embodiment one described code table set-up function button, also as countdowning the set-up function button; The second button 52 is gone back as countdowning the start and stop function button except as embodiment one described perpetual calendar set-up function button; Also be provided with the electromagnetic shaker 11 that is electrically connected with multifunctional integrated circuit 1 in addition, the concrete operations of the functional module of countdowning are as follows:
Long by the steering order of (minimum 3 seconds) first button 51 to enter the functional mode of countdowning to multifunctional integrated circuit 1 input, the functional module of countdowning of multifunctional integrated circuit 1 starts and shows the at the appointed time dial plate position (namely 12 o'clock positions) that arrives of (such as 2 seconds) domestic demand of the indication of second hand pattern and second hand 10 to second hand mobile module output control second hand 10 entered functions, to have entered the functional mode of countdowning to user's demonstration; The second hand mobile module drives the at the appointed time interior dial plate position that arrives appointment of second hand 10 according to output and the second hand current location control step motor 6 of the functional module of countdowning;
The user at the appointed time presses the steering order of the first button 51 with the time of countdowning to multifunctional integrated circuit 1 input target setting in (such as 5 seconds) more one by one, the functional module of countdowning of multifunctional integrated circuit 1 is to second hand mobile module output second hand 10 at the appointed time the dial plate position that arrives of (be 1 second at present embodiment) domestic demand (during by original position 12 position by second to 1 second position of reach), until second hand moves to the position of the corresponding time of countdowning on the dial plate; Press the second button 52 with the steering order to multifunctional integrated circuit 1 input beginning timing, the functional module of countdowning of multifunctional integrated circuit 1 begins timing on the one hand, and the functional module of countdowning is on the other hand left the at the appointed time dial plate position (being the current time position) that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand to second hand mobile module output control second hand 10; The second hand mobile module drives second hands 10 and moves second hand 10 is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor 6 of second hand 10 when the Fumction display second hand pattern, simultaneously, if needed, the user rotate bar so that minute hand 9 and hour hands 8 are transferred to the position corresponding with the current time, continue mobile to show the current time after second hand 10, minute hand 9 and the hour hands 8, concrete operations do not repeat them here with above-mentioned substantially the same.
After finishing when countdowning, the functional module of countdowning is to the instruction of multifunctional integrated circuit 1 input control electromagnetic shaker 11 vibrations fixed time (such as 10 seconds), multifunctional integrated circuit 1 drives the 11 vibrations fixed times of electromagnetic shaker, and time is up to countdown to user's demonstration.
Embodiment five
Fig. 6 shows embodiment five, and present embodiment is except following feature, and all the other structures and embodiment one are basic identical, do not repeat them here.
In the present embodiment, multifunctional integrated circuit also comprises the alarm clock function module, and function control switch comprises that the first button 51 and the second button 52, the first buttons 51 are except as embodiment one described code table function button, also as alarm clock set-up function button; The second button 52 is except as embodiment one described perpetual calendar set-up function button, also as alarm clock start and stop function button; Also be provided with electromagnetic shaker 11 and the hummer 12 that is electrically connected with multifunctional integrated circuit 1 in addition, the concrete operations of alarm clock function module are as follows:
Press the first button 51 to enter the steering order of alarm clock function pattern to multifunctional integrated circuit 1 input, the alarm clock function module of multifunctional integrated circuit 1 starts and shows the at the appointed time dial plate position (namely 12 o'clock positions) that arrives of (such as 2 seconds) domestic demand of the indication of second hand pattern and second hand 10 to second hand mobile module output control second hand 10 entered functions, to have entered the alarm clock function pattern to user's demonstration; The second hand mobile module drives the at the appointed time interior dial plate position that arrives appointment of second hand 10 according to output and the second hand current location control step motor 6 of alarm clock function module;
The user at the appointed time presses the first button 51 in (such as 5 seconds) again and moves second hand 10 and move to corresponding sound and (for example make a noise the time-division, if set 1: 30, just second hand 10 is moved between 1 o'clock and 2 o'clock) to ring the steering order of the time-division of making a noise to multifunctional integrated circuit 1 input target setting; After finishing setting, press the second button 52 with the steering order to multifunctional integrated circuit 1 input beginning alarm clock function, the alarm clock function module of multifunctional integrated circuit 1 begins timing on the one hand, and the alarm clock function module is left the at the appointed time dial plate position (being the current time position) that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand 10 to second hand mobile module output control second hand 10 on the other hand; The second hand mobile module drives second hands 10 and moves second hand 10 is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor 6 of second hand 10 when the Fumction display second hand pattern, simultaneously, if needed, the user rotate bar so that minute hand 9 and hour hands 8 are transferred to the position corresponding with the current time, continue mobile to show the current time after second hand 10, minute hand 9 and the hour hands 8, concrete operations do not repeat them here with above-mentioned substantially the same.
After target is rung the time of making a noise arrival, the alarm clock function module is to the instruction of multifunctional integrated circuit 11 vibrations fixed times (such as 10 seconds) of 1 input control electromagnetic shaker and noisy fixed time (such as 10 seconds) of hummer 12 sound, multifunctional integrated circuit 1 drives the 11 vibrations fixed times of electromagnetic shaker and hummer 12 sound make a noise the fixed time, and time is up to ring the time of making a noise to user's display-object.Make a noise if the user wishes at the appointed time before to stop to ring, can press the second button 52, to stop to ring the steering order of making a noise to multifunctional integrated circuit 1 input, multifunctional integrated circuit 1 stops electromagnetic shaker 11 vibrations and stops hummer 12 sound making a noise.
Embodiment six
Fig. 7 shows embodiment six, and present embodiment is except following feature, and all the other structures and embodiment one are basic identical, do not repeat them here.
In the present embodiment, multifunctional integrated circuit also comprises the function of passometer by using module, and function control switch also comprises function of passometer by using button 54, also is provided with in addition the acceleration transducer 13 that is electrically connected with multifunctional integrated circuit 1, the dial plate outermost sequentially is labeled with step number, and every lattice represented for 200 steps.The concrete operations of function of passometer by using module are as follows:
The function of passometer by using module is set as and receives the step count data that acceleration transducer 13 senses and will add up the step number storage, and the accumulative total step number that will store 12 o'clock every nights resets to zero.Need to know the accumulative total step number of storage as the user, can press function of passometer by using button 54 to enter the steering order of function of passometer by using pattern to multifunctional integrated circuit 1 input, the function of passometer by using module of multifunctional integrated circuit 2 starts and shows the at the appointed time dial plate position (being the position of corresponding accumulative total step number on the dial plate) that arrives of (such as 2 seconds) domestic demand of the indication of second hand pattern and second hand 10 to second hand mobile module output control second hand 10 entered functions, to show the accumulative total step number to the user; At the appointed time after (such as 5 seconds), the function of passometer by using module is left the at the appointed time dial plate position (being the current time position) that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand 10 to second hand mobile module output control second hand 10; The second hand mobile module drives second hands 10 and moves second hand 10 is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor 6 of second hand 10 when the Fumction display second hand pattern, simultaneously, the user rotate bar so that minute hand 9 and hour hands 8 are transferred to the position corresponding with the current time, continue mobile to show the current time after second hand 10, minute hand 9 and the hour hands 8, concrete operations do not repeat them here with above-mentioned substantially the same.
Embodiment seven
Fig. 8 shows embodiment seven, and present embodiment is except following feature, and all the other structures and embodiment one are basic identical, do not repeat them here.
In the present embodiment, multifunctional integrated circuit also comprises energy Presentation Function module for subsequent use, and function control switch also comprises energy Presentation Function button 55 for subsequent use.In the present embodiment, also comprise an additional function motor, it is electrically connected with multifunctional integrated circuit 1, and drives connection energy indicator wheel 551 for subsequent use, and energy indicator wheel 551 for subsequent use is labeled with the triangle sign and indicates current energy for subsequent use how long to power.In addition, be to strengthen aesthetic, be provided with two respectively with the pinion wheel 552,553 of energy indicator wheel 551 engagements for subsequent use.
The concrete operations of energy Presentation Function module for subsequent use are as follows:
When need to knowing current energy for subsequent use, the user shows, can press energy Presentation Function button 55 for subsequent use to enter the steering order of energy Presentation Function pattern for subsequent use to multifunctional integrated circuit 1 input, the energy Presentation Function module startup for subsequent use of multifunctional integrated circuit 1 also drives additional function motor control energy indicator wheel 551 high-speed rotation for subsequent use 1 minute, while driving pinion 552,553 high-speed rotation provide dynamic visual effect, then control drives the position that energy indicator wheel 551 for subsequent use moves to corresponding current energy for subsequent use on the triangle sign Compass dish on it, for example, if current energy for subsequent use is for can power 12 months, the triangle sign on the energy indicator wheel 551 for subsequent use points to the position of numeral 12.In other embodiments, energy indicator wheel for subsequent use also can replace by energy pointer for subsequent use, and energy pointer for subsequent use is driven by the additional function motor control by gear transmission structure.
Embodiment eight
Fig. 9 and Figure 10 show embodiment eight, and present embodiment is except following feature, and all the other structures and embodiment one are basic identical, do not repeat them here.
In the present embodiment, additional being provided with sun, the moon and the stars dish gear transmission structure 15, its gear ratio with 1 to 2 is for counterclockwise rotation with hour wheel 71 engagements of gear transmission structure 7, and sun, the moon and the stars dish 151 rotations of driving; Also additionally be provided with 24 hours gear transmission structures 14, its gear ratio with 1 to 1 meshes with sun, the moon and the stars dish gear transmission structure 15, and drives 24 hours pointers 141 and do the clockwise direction rotation; The additional two places time difference gear transmission structure 16 that is provided with also, it is with 1 to 1 gear ratio and 15 engagements of sun, the moon and the stars dish gear transmission structure, and the two places time difference pointer 161 that drives does the clockwise direction rotation, the regional local time of display-object hour.In other embodiments, each additional function gear transmission structure also can appropriately adjust, and for example is directly to mesh each additional function gear transmission structure with hour wheel, does clockwise or rotates counterclockwise to drive the additional function indicating structure.
Embodiment nine
Figure 11 and Figure 12 show embodiment nine, comprise conventional movement and a multifunctional integrated circuit 1; Conventional movement comprises battery, is provided with conventional movement integrated circuit 4, function control switch 5, step motor 6, the gear transmission structure 7 of quartz (controlled) oscillator 3; Step motor 6 drives and connects gear transmission structure 7; Multifunctional integrated circuit 1 is provided with quartz (controlled) oscillator 31, and be electrically connected with battery 2, function control switch 5 and step motor 6 respectively to replace conventional movement integrated circuit 4 respectively with being electrically connected of battery 2, function control switch 5 and step motor 6; Function control switch 5 is electrically connected multifunctional integrated circuits 1 with to multifunctional integrated circuit 1 input control order, and multifunctional integrated circuit 1 output control signal control drives step motor 6; Gear transmission structure 7 comprises that the first gear 701, reduction gear ratio are 30: 1 reduction gearing 702 and second wheel 703, step motor 6 drives 701 every groups of signals of the first gear and rotates 180 degree, and the first gear 701 drives 703 every groups of signals of second wheel by reduction gearing 702 and rotates 6 degree; Second wheel 703 linkage function display discs 704, it is according to the set and display function information of multifunctional integrated circuit, for example, if multifunctional integrated circuit is provided with temperature sensor, can control and drive the current temperature of function display disc demonstration, other function comprises such as being humidity display, lottery ticket, memory cipher etc.In the present embodiment, also be provided with another conventional movement, it comprises the conventional movement integrated circuit 4 ' that is provided with quartz (controlled) oscillator 3 ', step motor 6 ', gear transmission structure 7 ', hour hands 8 ', minute hand 9 ', second hand 10 ' etc., to show the current time.
Above-described embodiment is the better embodiment of the utility model; but embodiment of the present utility model is not restricted to the described embodiments; other any do not deviate from change, the modification done under Spirit Essence of the present utility model and the principle, substitutes, combination, simplify; all should be the substitute mode of equivalence, be included within the protection domain of the present utility model.
Claims (15)
1. an intelligent Quartzcrystal watch movement is characterized in that: comprise conventional movement and a multifunctional integrated circuit; Conventional movement comprises battery, is provided with conventional movement integrated circuit, function control switch, step motor, gear transmission structure, hour hands, minute hand and the second hand of quartz (controlled) oscillator; Step motor drives and connects gear transmission structure; Gear transmission structure drives and connects second hand, minute hand and hour hands; Multifunctional integrated circuit is provided with quartz (controlled) oscillator, and be electrically connected with battery, function control switch and step motor respectively to replace conventional movement integrated circuit respectively with being electrically connected of battery, function control switch and step motor; Function control switch is electrically connected multifunctional integrated circuit with to the multifunctional integrated circuit input control order; Multifunctional integrated circuit comprises second hand mobile module and a minimum functional module; Functional module operates according to steering order, and enters or leave the at the appointed time dial plate position that arrives of domestic demand of the indication of Fumction display second hand pattern and second hand according to the result of calculation of operation to second hand mobile module output control second hand; The second hand mobile module is according to the output of functional module, when entered function shows the second hand pattern according to the output of functional module and second hand current location control step motor drive second hand at the appointed time in the dial plate position of arrival appointment, and when leaving Fumction display second hand pattern, drive second hand and move second hand is replied within the shortest time and corresponding position of current time according to movement and the elapsed time control step motor of second hand when the Fumction display second hand pattern, and after continue to move with the demonstration current time.
2. according to claim 1 intelligent Quartzcrystal watch movement, it is characterized in that: functional module comprises the code table function module, function control switch comprises the code table function button.
3. according to claim 1 intelligent Quartzcrystal watch movement, it is characterized in that: functional module comprises perpetual calendar set-up function module, function control switch comprises perpetual calendar set-up function button.
4. according to claim 1 intelligent Quartzcrystal watch movement, it is characterized in that: functional module comprises world time zone's set-up function module, function control switch comprises world time zone's set-up function button.
5. according to claim 1 intelligent Quartzcrystal watch movement, it is characterized in that: functional module comprises the functional module of countdowning, function control switch comprises countdown set-up function button and the start and stop function button of countdowning; Also comprise in addition the electromagnetic shaker that is electrically connected with multifunctional integrated circuit.
6. according to claim 1 intelligent Quartzcrystal watch movement, it is characterized in that: functional module comprises the alarm clock function module, function control switch comprises alarm clock set-up function button and alarm clock start and stop function button; Also comprise in addition electromagnetic shaker and the hummer that is electrically connected with multifunctional integrated circuit.
7. according to claim 1 intelligent Quartzcrystal watch movement, it is characterized in that: functional module comprises the function of passometer by using module, function control switch comprises the function of passometer by using button; Also comprise in addition the acceleration transducer that is electrically connected with multifunctional integrated circuit.
8. according to claim 1 intelligent Quartzcrystal watch movement, it is characterized in that: also be provided with the additional function motor, it is electrically connected with multifunctional integrated circuit, and drives and connect the additional function indicating structure.
9. according to claim 8 intelligent Quartzcrystal watch movement, it is characterized in that: functional module comprises reserved energy Presentation Function module, function control switch comprises energy Presentation Function button for subsequent use, and the additional function indicating structure is energy indicator wheel for subsequent use or pointer or display disc.
10. according to claim 8 intelligent Quartzcrystal watch movement, it is characterized in that: functional module comprises reserved energy Presentation Function module, function control switch comprises energy Presentation Function button for subsequent use, and the additional function indicating structure comprises additional function pointer gear transmission structure and the energy pointer for subsequent use that is connected with its driving.
11. intelligent Quartzcrystal watch movement according to claim 1 is characterized in that: also be provided with one or above additional function gear transmission structure, the hour wheel engagement of itself and gear transmission structure, and drive the additional function indicating structure and rotate.
12. intelligent Quartzcrystal watch movement according to claim 11 is characterized in that: the additional function gear transmission structure is 24 hours gear transmission structures, and the additional function indicating structure is 24 hours pointers or rotating disk.
13. intelligent Quartzcrystal watch movement according to claim 11 is characterized in that: the additional function gear transmission structure is sun, the moon and the stars dish gear transmission structure, and the additional function indicating structure is sun, the moon and the stars dish or pointer.
14. intelligent Quartzcrystal watch movement according to claim 11 is characterized in that: the additional function gear transmission structure is two places time difference gear transmission structure, and the additional function indicating structure is two places time difference pointer or rotating disk.
15. an intelligent Quartzcrystal watch movement is characterized in that: comprise conventional movement and a multifunctional integrated circuit; Conventional movement comprises battery, is provided with conventional movement integrated circuit, function control switch, step motor, the gear transmission structure of quartz (controlled) oscillator; Step motor drives and connects gear transmission structure; Multifunctional integrated circuit is provided with quartz (controlled) oscillator, and be electrically connected with battery, function control switch and step motor respectively to replace conventional movement integrated circuit respectively with being electrically connected of battery, function control switch and step motor; Function control switch is electrically connected multifunctional integrated circuit with to the multifunctional integrated circuit input control order, and the control of multifunctional integrated circuit output control signal drives step motor; Gear transmission structure comprises that the first gear, reduction gear ratio are 30: 1 reduction gearing and second wheel, and step motor drives every group of signal of the first gear and rotates 180 degree, and the first gear drives every group of signal of second wheel by reduction gearing and rotates 6 degree; Second wheel linkage function pointer or dish, it is according to the set and display function information of multifunctional integrated circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220449672.7U CN202837839U (en) | 2012-09-04 | 2012-09-04 | Intelligent quartz watch movement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220449672.7U CN202837839U (en) | 2012-09-04 | 2012-09-04 | Intelligent quartz watch movement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202837839U true CN202837839U (en) | 2013-03-27 |
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ID=47949503
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201220449672.7U Expired - Lifetime CN202837839U (en) | 2012-09-04 | 2012-09-04 | Intelligent quartz watch movement |
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| Country | Link |
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| CN (1) | CN202837839U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105892272A (en) * | 2016-05-11 | 2016-08-24 | 深圳智能表芯科技有限公司 | Intelligent watch capable of indicating multifunctional states by pointer |
| CN106338910A (en) * | 2016-09-22 | 2017-01-18 | 深圳智能表芯科技有限公司 | Mode indication method of intelligent watch capable of switching mode and intelligent watch |
| CN106354003A (en) * | 2016-11-07 | 2017-01-25 | 深圳智能表芯科技有限公司 | Control method for three-key intelligent watch in switchable mode and intelligent watch thereof |
| WO2018218396A1 (en) * | 2017-05-27 | 2018-12-06 | 深圳市隐秀科技有限公司 | Countdown device for watch |
-
2012
- 2012-09-04 CN CN201220449672.7U patent/CN202837839U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105892272A (en) * | 2016-05-11 | 2016-08-24 | 深圳智能表芯科技有限公司 | Intelligent watch capable of indicating multifunctional states by pointer |
| CN106338910A (en) * | 2016-09-22 | 2017-01-18 | 深圳智能表芯科技有限公司 | Mode indication method of intelligent watch capable of switching mode and intelligent watch |
| CN106354003A (en) * | 2016-11-07 | 2017-01-25 | 深圳智能表芯科技有限公司 | Control method for three-key intelligent watch in switchable mode and intelligent watch thereof |
| WO2018218396A1 (en) * | 2017-05-27 | 2018-12-06 | 深圳市隐秀科技有限公司 | Countdown device for watch |
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| C14 | Grant of patent or utility model | ||
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| TR01 | Transfer of patent right |
Effective date of registration: 20180507 Address after: E, 3rd floor, Xiangjiang Industrial Park, Jiangling community, Malan street, Pingshan District, Shenzhen, Guangdong Patentee after: ZHONGHUI ELECTRONICS (SHENZHEN) Co.,Ltd. Address before: Room 02, 16 / F, Xindu Plaza, 2 Anne street, Sha Tin, New Territories, Hongkong, China Patentee before: CENTRE WAY ELECTRONIC FACTORY Ltd. |
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| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130327 |