CN1635428A - Pointer type day time timing clock - Google Patents
Pointer type day time timing clock Download PDFInfo
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- CN1635428A CN1635428A CN 200410075838 CN200410075838A CN1635428A CN 1635428 A CN1635428 A CN 1635428A CN 200410075838 CN200410075838 CN 200410075838 CN 200410075838 A CN200410075838 A CN 200410075838A CN 1635428 A CN1635428 A CN 1635428A
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Abstract
This invention relates to weather clock and its timing method, which comprises the structure as following: the second gear number is seventy two to drive the second gear run and the inner deceleration drive gear number is nine; the second and minute deceleration drive outer gear number is seventy two and the inner deceleration drive gear number is eight; the minute outer gear is seventy two and inner deceleration drive gear number is nine; the minute and hour drive gear number is seventy two and the inner deceleration drive gear number is twenty four; the hour drive gear number is seventy two. Its timing method is the following: the one gear of second gear represents one second of weather; the seventy two weather seconds represent one weather minute; seventy two weather hour represent one weather hour with twenty four hours as one day.
Description
(1) technical field
The present invention relates to a kind of timing clock, particularly a kind of pointer type day time timing clock.
(2) background technology
Universe is material, and material moves, and motion is carried out at interface, timing space, so people just adopt the variety of way timing from ancient times.
Existingly be power, drive the various timing clocks of indicator timing with gear transmission power with clockwork spring, luminous energy and electric energy, have following problem: 1, the rotation direction of indicator is opposite with the sense of rotation of the earth, adapts and earthnik's physiological characteristic is rotation with the earth; 2, hour hands rotated two circles in one day, and the earth turns around every day certainly; 2, the world is divided into east, two and half districts, west, 24 time zones, and existing various Chronograph timepiece can't interrelate with the division in time zone; What 4, existing various Chronograph timepiece adopted is 60 scales, one day 24 hours, and one hour 60 minutes, one minute 60 seconds.Because the speed difference of speed and the earth running of its running is increasing, brought the time of Chronograph timepiece metering and time phase difference that earth rotation one encloses 235.9 seconds; 5, because the number of degrees of all teeth of its operation not exclusively are 6 ° natural number multiples, and 60 can not be divided exactly by 8 or 24, caused interlock fully between each gear, thereby increased the wearing and tearing of gear, makes the timing error of clock and watch increasing.For addressing this problem, people can only work hard from the material of making gear.
No matter how people improve the accuracy of timekeeping of clock and watch by fair means or foul,, thereby all can not fundamentally solve the inherent technology defective that existing timing clock exists because they can not adapt to the person's character rule of earth rotation.
(3) summary of the invention
For overcoming the deficiencies in the prior art, the invention provides a kind of reasonable in design, accurate timing, thoroughly change the pointer type day time timing clock of existing timing clock gear structure and clocking method.
A kind ofly form, be power, drive the pointer type day time timing clock of indicator timing with gear transmission power with clockwork spring, luminous energy and electric energy by watchcase and watch core, watchcase is identical with existing timing clock with clock and watch inner structure and interconnected relationship thereof, difference is: the outer number of teeth of driving wheel second that drives the second hand running is 72 teeth, 5 °/tooth, and the interior gearing-down number of teeth is 9 teeth, 40 °/tooth; Second, the branchs gearing-down outer number of teeth of taking turns is 72 teeth, 5 °/tooth, the interior gearing-down number of teeth is 8 teeth, 45 °/tooth; The branch driving wheel external tooth number that drives the minute hand running is 72 teeth, 5 °/tooth, and the interior gearing-down number of teeth is 9 teeth, 15 °/tooth; Divide, the time gearing-down wheel the outer number of teeth be 72 teeth, 5 °/tooth, the interior gearing-down number of teeth is 24 teeth, 15 °/tooth; 5, the time driving wheel number of teeth that drives the hour hands running is 72 teeth, 5 °/tooth.
On the described watchcase, the dial plate circumference is divided into 24 equal portions, represents 24 hours; From the bottom up, the setting of counterclockwise turning round during 0-24.
When the present invention worked, second hand, minute hand and hour hands were compared with existing analog timepiece, all according to running counterclockwise.Clocking method is: second driving wheel rotates 1 tooth, and second hand rotates 5 ° on the dial plate circumference, be 1 day second of time, and it is 72 days second of times that second hand rotates 1 circle, promptly 1 day time-division; Minute hand rotates 1 circle on the dial plate circumference be 72 day time-division, in the time of promptly 1 day; Be 1 day in the time of 24 days.
When above-mentioned pointer type day time timing clock is worked, the tooth of driving wheel rotation second that drives the second hand running is 1 day second of time, rotate 72 days second of times of a circle, because the interior gearing-down of driving wheel one is 9 teeth with second, so the second of 72 teeth of phase interlock, branch gearing-down wheel rotate 45 ° in 9 teeth with it, the gearing-down speed ratio is 9: 1; By outer 72 teeth, interior 8 teeth, speed ratio is that 1 tooth is rotated in 8: 1 second, the deceleration of branch gearing-down wheel, is transferred to the branch driving wheel that drives the minute hand running and has rotated 1 day time-division of 1 tooth again; The branch driving wheel that drives the minute hand running rotates 72 day time-division of circle, and internal tooth rotates 9 teeth, be transferred to phase interlock with it branch, the time ratio wheel rotate 45 ° in 9 teeth, the gearing-down speed ratio is 9: 1; Again the branch by outer 72 teeth, interior 24 teeth, the time gearing-down wheel be transferred to the time driving wheel that drives the hour hands running, because the gear ratio of the gearing-down of 72 teeth and 24 teeth is 3: 1, rotated 3 teeth so be transferred to the time driving wheel that drives the hour hands running, this constantly driving wheel rotated 3 teeth, 1 day the time (per tooth is in the time of 1/3 day).
Gear setting of the present invention and dial plate setting have overcome the defective of prior art, show as:
1, dial plate is equivalent to the earth square section of equatorial positions, and the rotation direction of indicator is identical with the sense of rotation of the earth.
2, dial plate demonstrates, and upward is daytime, is east for night, Zuo Weixi, the right side down; On the watch face, the line between 0 and 12 (promptly 24 and 12) is divided into east, west two parts with dial plate, and the east, two and half districts, west that represent time zone in the world to divide during 24 skies, represent 24 time zones in the world; No matter when, hour hands point to the direction of the sun all the time.
3,72 days second of times are 1 day time-division, adapt for 72 times/minute with people's average heart rate.
4, solved 235.9 seconds the problem of time phase difference of timing in a day of existing timing clock and earth rotation
5, because the number of teeth of gear between the engaged gear becomes the multiple relation respectively, as 72 being respectively 98 times, 89 times, 24 3 times, each tooth all be 5 ° n doubly.So the interlock between the gear is good, thereby solved the wear problem of gear effectively.
The present invention has the moving law that design meets mechanical gear, and accurate timing is founded the new timing clock gear structure and the characteristics of clocking method.
(4) description of drawings
Fig. 1 is that dial plate is provided with synoptic diagram among the present invention.
Fig. 2 is the structural representation of second driving wheel among the present invention, branch driving wheel.
Fig. 3 is the structural representation of second among the present invention, branch gearing-down wheel.
Fig. 4 be divide among the present invention, the time gearing-down wheel structural representation.
Fig. 5 is the structural representation of driving wheel among the present invention the time.
Wherein, 1, day clock face, 2, the gear external tooth, 3, gear internal tooth.
(4) embodiment
Embodiment: dial plate setting of the present invention as shown in Figure 1, gear structure such as Fig. 2, Fig. 3, Fig. 4 and shown in Figure 5, watchcase is identical with existing timing clock with clock and watch inner structure and interconnected relationship thereof, difference is:
The outer number of teeth of driving wheel second that drives the second hand running is 72 teeth, 5 °/tooth, and the interior gearing-down number of teeth is 9 teeth, 40 °/tooth; Second, the branchs gearing-down outer number of teeth of taking turns is 72 teeth, 5 °/tooth, the interior gearing-down number of teeth is 8 teeth, 45 °/tooth; The branch driving wheel external tooth number that drives the minute hand running is 72 teeth, 5 °/tooth, and the interior gearing-down number of teeth is 9 teeth, 15 °/tooth; Divide, the time gearing-down wheel the outer number of teeth be 72 teeth, 5 °/tooth, the interior gearing-down number of teeth is 24 teeth, 15 °/tooth; The time driving wheel number of teeth that drives the hour hands running is 72 teeth, 5 °/tooth.
On the described watchcase, the dial plate circumference is divided into 24 equal portions, represents 24 hours; From the bottom up, the setting of counterclockwise turning round during 0-24.
When above-mentioned pointer type day time timing clock is worked, the tooth of driving wheel rotation second that drives the second hand running is 1 day second of time, rotate 72 days second of times of a circle, because the interior gearing-down of driving wheel one is 9 teeth with second, so the second of 72 teeth of phase interlock, branch gearing-down wheel rotate 45 ° in 9 teeth with it, the gearing-down speed ratio is 9: 1; By outer 72 teeth, interior 8 teeth, speed ratio is that 1 tooth is rotated in 8: 1 second, the deceleration of branch gearing-down wheel, is transferred to the branch driving wheel that drives the minute hand running and has rotated 1 day time-division of 1 tooth again; The branch driving wheel that drives the minute hand running rotates 72 day time-division of circle, and internal tooth rotates 9 teeth, be transferred to phase interlock with it branch, the time ratio wheel rotate 45 ° in 9 teeth, the gearing-down speed ratio is 9: 1; Again the branch by outer 72 teeth, interior 24 teeth, the time gearing-down wheel be transferred to the time driving wheel that drives the hour hands running, because the gear ratio of the gearing-down of 72 teeth and 24 teeth is 3: 1, rotated 3 teeth so be transferred to the time driving wheel that drives the hour hands running, this constantly driving wheel rotated 3 teeth, 1 day the time (per tooth is in the time of 1/3 day).
Gear setting of the present invention and dial plate setting have overcome the defective of prior art, show as:
1, the earth square section that is equivalent to equatorial positions, the rotation direction of indicator is identical with the sense of rotation of the earth.
2, dish demonstrates, and upward is daytime, is east for night, Zuo Weixi, the right side down; On the watch face, the line between 0 and 12 (promptly 24 and 12) is divided into east, west two parts with dial plate, and the east, two and half districts, west that represent time zone in the world to divide during 24 skies, represent 24 time zones in the world; No matter when, hour hands point to the direction of the sun all the time.
3,72 days second of times are 1 day time-division, adapt for 72 times/minute with people's average heart rate.
4, solved 235.9 seconds the problem of time phase difference of timing in a day of existing timing clock and earth rotation
5, because the number of teeth of gear between the engaged gear becomes the multiple relation respectively, as 72 being respectively 98 times, 89 times, 24 3 times, each tooth all be 5 ° n doubly.So the interlock between the gear is good, thereby solved the wear problem of gear effectively.
Claims (2)
1, a kind ofly formed, be power, drive the pointer type day time timing clock of indicator timing with gear transmission power with clockwork spring, luminous energy and electric energy by watchcase and watch core, watchcase is identical with existing timing clock with clock and watch inner structure and interconnected relationship thereof, it is characterized in that,
(1), the outer number of teeth of driving wheel second that drives the second hand running is 72 teeth, 5 °/tooth, the interior gearing-down number of teeth is 9 teeth, 40 °/tooth;
(2), second, the branchs gearing-down outer number of teeth of taking turns is 72 teeth, 5 °/tooth, the interior gearing-down number of teeth is 8 teeth, 45 °/tooth;
(3), the branch driving wheel external tooth number that drives the minute hand running is 72 teeth, 5 °/tooth, the interior gearing-down number of teeth is 9 teeth, 15 °/tooth;
(4), branch, the time gearing-down wheel the outer number of teeth be 72 teeth, 5 °/tooth, the interior gearing-down number of teeth is 24 teeth, 15 °/tooth;
(5), the time driving wheel number of teeth that drives the hour hands running is 72 teeth, 5 °/tooth.
2, pointer type day time timing clock as claimed in claim 1 is characterized in that, on the described watchcase, the dial plate circumference is divided into 24 equal portions, when representing 24 skies; From the bottom up, the setting of counterclockwise turning round during 0-24.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN 200410075838 CN1635428A (en) | 2004-12-29 | 2004-12-29 | Pointer type day time timing clock |
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CN 200410075838 CN1635428A (en) | 2004-12-29 | 2004-12-29 | Pointer type day time timing clock |
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CN1635428A true CN1635428A (en) | 2005-07-06 |
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CN 200410075838 Pending CN1635428A (en) | 2004-12-29 | 2004-12-29 | Pointer type day time timing clock |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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CN103324579A (en) * | 2013-06-27 | 2013-09-25 | 上海斐讯数据通信技术有限公司 | Method for managing memories |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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CN103324579A (en) * | 2013-06-27 | 2013-09-25 | 上海斐讯数据通信技术有限公司 | Method for managing memories |
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