CN205003446U - Multifunctional clock - Google Patents
Multifunctional clock Download PDFInfo
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- CN205003446U CN205003446U CN201520741320.2U CN201520741320U CN205003446U CN 205003446 U CN205003446 U CN 205003446U CN 201520741320 U CN201520741320 U CN 201520741320U CN 205003446 U CN205003446 U CN 205003446U
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Abstract
The utility model relates to a multifunctional clock, go through the system including system of having good luck and jump, be provided with score indicator, gregorian calendar indicator, lunar calendar indicator and worldwide time indicator on the dial plate of clock and watch, be provided with on the gregorian calendar indicator and be used for showing gregorian calendar date from 31 scales of 1 number-31 numbers, be provided with on the lunar calendar indicator and be used for showing lunar calendar date from 30 scales of the junior one to 30, still be provided with the week display window who shows week on the lunar calendar indicator. The utility model discloses a multifunctional clock novel structure, reasonable in design instructs the gregorian calendar and the lunar calendar through the pointer, and transmission structure is simple, and the fault rate is low, long service life to time adjustment convenient and fast.
Description
Technical field
The utility model relates to a kind of multi-function watch, is specifically related to a kind of clock and watch that simultaneously can show the Gregorian calendar and the lunar calendar, belongs to clock and watch technical field.
Background technology
Wrist-watch or be called watch, refers to and to be worn in wrist, in order to the instrument of timing/displaying time.Wrist-watch normally utilizes leather, as materials such as glue, nylon cloth, stainless steels, makes watchband, by " gauge outfit " of displaying time bundle in wrist.
At present, the multi-function watch on market comprises travel time system, jumps system of going through and run clocking capability system second.Owing to having said system, current multi-function watch is made to be generally when walking, to run second and generic calendar function.Due to the singularity of Chinese society, the birthday of people often has Gregorian calendar birthday and lunar calendar birthday two kinds, and some traditional festivals also define with lunar date.Existing multi-function watch only has the Presentation Function of the Gregorian calendar, does not have lunar calendar Presentation Function, and the convenience used to multi-function watch causes worse impact.
In addition, the display font of the calendar of existing clock and watch is all very little, and also wants manual speed dial calendar whenever the solar month of 30 days.In addition, general quartz watch can not be jumped fast and be gone through, and jumps between lasting and all will, more than 30 minutes, cause calendar scale just showing in a long time not.Moreover the common clock and watch having zebra time, generally want an independent pin and scale to show, the pin of 24 hours can not be utilized to reflect zebra time.
Therefore, how can show the Gregorian calendar and the lunar calendar simultaneously, no matter size month all need not adjust calendar simultaneously, become the technical matters that those skilled in the art are urgently to be resolved hurrily.
Utility model content
In view of this, the purpose of this utility model is to provide a kind of novel structure, can be indicated the multi-function watch of the Gregorian calendar and the lunar calendar by pointer.
The utility model adopts following scheme to realize: a kind of multi-function watch, comprise travel time system and system is gone through in jumping, the dial plate of clock and watch is provided with score display disc, Gregorian calendar display disc, lunar calendar display disc and 24 hours display discs, described Gregorian calendar display disc is provided with represent that the Gregorian calendar date is from 31 scales of No. 1 ~ No. 31, described lunar calendar display disc is provided with represent that lunar date is from the junior one to 30 scales of 30, described lunar calendar display disc is also provided with the week display window in display week.
Further, described jumping is gone through system and is comprised the first separate motors, the second separate motors, the Gregorian calendar train be in transmission connection with the output terminal of described first separate motors and the lunar calendar train be in transmission connection with the output terminal of described second separate motors; The output terminal of described Gregorian calendar train is meshed with Gregorian calendar control wheel, and the described Gregorian calendar controls wheel shaft assembles the Gregorian calendar pointer indicating the Gregorian calendar date; The output terminal of described lunar calendar train is meshed with lunar calendar control wheel, and the described lunar calendar controls wheel shaft assembles the lunar calendar pointer indicating lunar date, and described first separate motors and described second separate motors control to rotate by perpetual calendar IC.
Further, described Gregorian calendar display disc is positioned at 12 positions of described dial plate; Lunar calendar display panel is positioned at 6 positions of dial plate; Score display disc is positioned at 9 positions of dial plate; 24 hours display discs are positioned at 3 positions of dial plate, described week display window be positioned on the line of Gregorian calendar display disc and lunar calendar display panel, and to be positioned on lunar calendar display disc near side, dial plate center.
Further, motor when described travel time system comprises walking, with described walk time motor output terminal be in transmission connection walk time train and with described walk time train the output terminal minute wheel, hour wheel and the 24 hours hour wheel sheets that engage, described minute wheel drives minute hand to rotate, described hour wheel drives hour hands to rotate, and within described 24 hours, hour wheel sheet drives 24 little hour hands to rotate; Described 24 hours hour wheel sheets drive one week wheel rotate, described week wheel link with the week disk be positioned at below described week display window, described week disk is printed on week scale.
Further, described minute wheel is meshed with described hour wheel and described 24 hours hour wheel sheets by back gear; Within described 24 hours, hour wheel sheet has the first coaxially arranged gear piece and the second gear piece, described first gear piece engages with described back gear, described second gear piece is the cam with a tooth, take turns in described week and there are 7 teeth coordinated with the tooth of described second gear piece, take turns in described second gear piece and described week and form the intermittent motion mechanism that ratio of gear is 1:7; Or described second gear piece is the cam with two teeth, takes turns in described week and there are 14 teeth coordinated with the tooth of described second gear piece, take turns in described second gear piece and described week and form the intermittent motion mechanism that ratio of gear is 2:14.
Further, described 24 little hour hands are arranged on 24 hours pin packaging shafts, when described 24 hours pin packaging shafts are arranged at described 24 hours on wheel shaft, described 24 hours hour wheel sheets and described 24 hours time wheel shaft friction-type wringing fit; Also comprise 24 hours time-setting mechanisms, within described 24 hours, time-setting mechanism comprises the arbor in the housing being slidably disposed in described clock and watch and is arranged at timing wheel zebra time on described arbor, when described arbor is pulled to adjustment universal time bay, described arbor and described zebra time timing take turns wringing fit, both can rotate together, and described zebra time, timing wheel engaged with the axle tooth of wheel shaft when described 24 hours.
Further, described arbor is provided with transmission wheel, when described arbor is pulled to timing shelves, described arbor and described transmission wheel wringing fit, both can rotate together, and described transmission wheel engages with the timing third wheel of the time-setting mechanism of described clock and watch, and described timing third wheel engages with described back gear; When described arbor is pulled to timing shelves, described arbor and described clock and watch only second/return spring contact, described only second/return spring and described clock and watch wiring board stop second/reset terminal contacts, described arbor contacts with the positive plate of the battery of described clock and watch.
Compared with prior art, the utility model has following beneficial effect: multi-function watch novel structure of the present utility model, reasonable in design, by the pointer instruction Gregorian calendar and the lunar calendar, drive mechanism is simple, failure rate is low, long service life, and time adjustment is efficient and convenient, and has permanent calendar function, no matter size month all need not adjust calendar.
For making the purpose of this utility model, technical scheme and advantage clearly understand, below by specific embodiment and relevant drawings, the utility model will be described in further detail.
Accompanying drawing explanation
Fig. 1 is the utility model embodiment Facad structure schematic diagram;
Fig. 2 is the Facad structure schematic diagram after the utility model embodiment removes dial plate;
Fig. 3 is the utility model embodiment travel time system train part easy structure schematic diagram;
Fig. 4 is the cut-open view (adding other correlated parts except train) in A-A face in Fig. 3;
Fig. 5 be the utility model embodiment timing state and only second/the partial structurtes schematic diagram of reset;
Fig. 6 is the utility model embodiment 24 hours hour wheel sheets and the matching chart between taking turns in week;
Fig. 7 is the structural representation that the utility model embodiment jumps system of going through;
Fig. 8 is the cut-open view of Fig. 7 Gregorian calendar part;
Number in the figure illustrates: 10-runs second hand; 20-Gregorian calendar display disc; 30-lunar calendar display disc; 40-scores display disc; 50-24 hours display disc; 60-week display window; Motor coil when 101-walks; 102-stator piece; 103-rotor; 104-first power wheel; 105-second power wheel; 106-minute wheel; 107-back gear; 108-hour wheel; 109-24 hour hour wheel sheet; Wheel shaft during 110-24 hour; 111-24 hour pin packaging shaft; 112-timing third wheel; 113-transmission wheel; 114-timing zebra time is taken turns; 115-arbor; 116-week takes turns; 117-week disk; 118-meson; 119-bottom plate; 120-middle clamp plate; 121-front plate; 122-positive plate; 123-stop second/return spring; 201-Gregorian calendar motor coil; 202-stator piece; 203-rotor; 204-first power wheel; 205-second power wheel; 206-the 3rd power wheel; 207-the 4th power wheel; 208a-Gregorian calendar control wheel; The 208b-Gregorian calendar controls wheel shaft; 308a-lunar calendar control wheel; The 308b-lunar calendar controls wheel shaft.
Embodiment
As shown in Fig. 1 ~ 8, a kind of multi-function watch, comprise travel time system and system is gone through in jumping, the dial plate of clock and watch is provided with score display disc 40, Gregorian calendar display disc 20, lunar calendar display disc 30 and 24 hours display disc 50, described Gregorian calendar display disc 20 is provided with represent that the Gregorian calendar date is from 31 scales of No. 1 ~ No. 31, described lunar calendar display disc 30 is provided with represent 30 scales of lunar date from the junior one to 30, described lunar calendar display disc 30 is also provided with the week display window 60 in display week.
In the present embodiment, described jumping is gone through system and is comprised the first separate motors, the second separate motors, the Gregorian calendar train be in transmission connection with the output terminal of described first separate motors and the lunar calendar train be in transmission connection with the output terminal of described second separate motors, and described first separate motors and described second separate motors control to rotate by perpetual calendar IC.
The output terminal of described Gregorian calendar train is meshed with Gregorian calendar control wheel 208a, and the described Gregorian calendar controls the Gregorian calendar pointer of assembling in order to indicate the Gregorian calendar date on wheel shaft 208b; Shown Gregorian calendar train can comprise the first power wheel 204, second power wheel 205, the 3rd power wheel 206 and the 4th power wheel 207 that engage successively.In specific implementation process, the power transmission of the first separate motors is also given next parts by the power wheel of other quantity by Gregorian calendar train.
The output terminal of described lunar calendar train is meshed with lunar calendar control wheel 308a, the described lunar calendar controls the lunar calendar pointer of assembling in order to indicate lunar date on wheel shaft 308b, wherein lunar calendar train comprises engagement the 5th power wheel, the 6th power wheel, the 7th power wheel and the 8th power wheel successively, in specific implementation process, the power transmission of the second separate motors is also given next parts by the power wheel of other quantity by shown lunar calendar train.
In an embodiment, described Gregorian calendar display disc is positioned at 12 positions of described dial plate; Lunar calendar display panel is positioned at 6 positions of dial plate; Score display disc is positioned at 9 positions of dial plate; 24 hours display discs are positioned at 3 positions of dial plate, described week display window be positioned on the line of Gregorian calendar display disc and lunar calendar display panel, and to be positioned on lunar calendar display disc near side, dial plate center.
This multi-function watch has the function of the display Gregorian calendar and the lunar calendar simultaneously, namely with the addition of lunar calendar Presentation Function on the basis of existing technology, and Gregorian calendar display and the lunar calendar show and are driven by independently motor (being the first separate motors and the second separate motors respectively), contribute to the automatic adjustment of perpetual calendar IC to calendar like this, automatically the corresponding lunar calendar is calculated according to the current Gregorian calendar of setting, avoid the lunar calendar and the Gregorian calendar shows the problem do not conformed to the actual conditions, namely after first setting the initial position of what a Gregorian calendar and the lunar calendar, (Gregorian calendar initial position of the present utility model is on January 1st, 2000, lunar calendar initial position is the junior one), after when resetting the current date, perpetual calendar IC can calculate the current lunar calendar automatically according to the current Gregorian calendar time, then the umber of pulse of respective numbers is exported to the second separate motors, the train of drived control lunar calendar part is rotated, the lunar calendar is made to be indicated to the current date, and need not the lunar calendar be adjusted.
Gregorian calendar transmission is as follows: Gregorian calendar motor coil 201 Received signal strength (the concrete signal receiving perpetual calendar IC and send) of the first separate motors, the rotor 203 of the first separate motors is driven to rotate by the stator piece 202 of the first separate motors, drive the first power wheel 204, second power wheel 205, the 3rd power wheel 206, the 4th power wheel 207 and Gregorian calendar control wheel assembly (controlling wheel shaft 208b by Gregorian calendar control wheel 208a and the Gregorian calendar to form), Gregorian calendar pointer controls wheel shaft 208b by the Gregorian calendar and drives rotation, and all gears are all positioned between the bottom plate 119 of clock and watch and front plate 121.
In the present embodiment, the first separate motors by perpetual calendar IC(integratedcircuit, semiconductor element) control rotate, perpetual calendar IC controls the first separate motors, make Gregorian calendar control wheel 208a rotate the angle of 360/31 every day, whenever without 31 littlely to go through, then to rotate morely.
Whenever solar month of 30 days (without the Gregorian calendar 31 days), perpetual calendar IC can control the first separate motors multi-hop and go through, and guarantees manually to adjust calendar, and the Gregorian calendar can complete jumping at short notice goes through.
Perpetual calendar IC has set and once jumped the pulse number going through (Gregorian calendar) is m, and pulsed frequency is n time per second, completes the time t=m/n jumping and go through.Such as, m=300, n=16, perpetual calendar IC provides 300 subpulses to complete once jumping and goes through, and pulsed frequency is 16 times per second, only needs within 18.75 seconds, to complete jumping and goes through (pulse number is gone through in jumping and frequency can set arbitrarily according to reality).
Perpetual calendar IC runs except scoring functions second except having, race second hand 10 also can be made to serve as hand-manipulating of needle second hand, as decoration second hand, namely under race state second, not according to race Pause key second, the sustainable hand-manipulating of needle x of second hand hour rear second hand stop, minute hand timing stops timing after arriving y hour automatically, in the present embodiment, and x=12, y=2, second hand continues the hand-manipulating of needle time and the maximum timing time of minute hand also can set arbitrarily according to reality.
Lunar calendar transmission and Gregorian calendar transmission similar, specific as follows: the lunar calendar motor coil Received signal strength (the concrete signal receiving perpetual calendar IC and send) of the second separate motors, by the second separate motors stator piece drive the rotor turns of the second separate motors, drive the 5th power wheel, the 6th power wheel, the 7th power wheel and the 8th power wheel and lunar calendar control wheel assembly (controlling wheel shaft 308b by lunar calendar control wheel 308a and the lunar calendar to form); Lunar calendar pointer controls wheel shaft 308b by the lunar calendar and drives rotation.
In the present embodiment, second separate motors is controlled to rotate by perpetual calendar IC, perpetual calendar IC controls the second separate motors, lunar calendar control wheel 308a is made to rotate the angle of 360/30 every day, whenever the little of nothing 30 is gone through, then many rotations, the perpetual calendar IC controlling the second separate motors can be same perpetual calendar IC with the perpetual calendar IC of control first separate motors.
Second separate motors is controlled to rotate by perpetual calendar IC, and whenever solar month of 30 days (without the lunar calendar 30), perpetual calendar IC can control the second separate motors multi-hop and go through, and guarantees manually to adjust calendar, and the lunar calendar can complete jumping at short notice goes through.
Perpetual calendar IC has set and once jumped the pulse number going through (lunar calendar) is m, and pulsed frequency is n time per second, completes the time t=m/n jumping and go through.Such as, m=300, n=16, perpetual calendar IC provides 300 subpulses to complete once jumping and goes through, and pulsed frequency is 16 times per second, only needs within 18.75 seconds, to complete jumping and goes through (pulse number is gone through in jumping and frequency can set arbitrarily according to reality).
In the present embodiment, motor when described travel time system comprises walking, with described walk time motor output terminal be in transmission connection walk time train and with described walk time train the output terminal minute wheel 106, back gear 107, hour wheel 108 and the 24 hours hour wheel sheets 109 that engage, described minute wheel drives minute hand to rotate, described hour wheel 108 drives hour hands to rotate, and within described 24 hours, hour wheel sheet drives 24 little hour hands to rotate; Described 24 hours hour wheel sheets 109 drive one week wheel 116 to rotate, described week wheel 116 link with the week disk 117 be positioned at below described week display window, described week disk 117 is printed on week scale.
In the present embodiment, described minute wheel 106 is meshed with described hour wheel 108 and described 24 hours hour wheel sheets 109 by back gear 107; Within described 24 hours, hour wheel sheet has the first coaxially arranged gear piece and the second gear piece, described first gear piece engages with described back gear 107, described second gear piece is the cam with a tooth, take turns in described week and there are 7 teeth coordinated with the tooth of described second gear piece, take turns 116 in described second gear piece and described week and form the intermittent motion mechanism that ratio of gear is 1:7; In specific implementation process, take turns in described second gear piece and described week and also can form the intermittent motion mechanism that ratio of gear is 2:14, namely described second gear piece also can adopt the cam of two teeth, takes turns in described week and has 14 teeth coordinated with the tooth of described second gear piece.
In the present embodiment, described 24 little hour hands are arranged on 24 hours pin packaging shafts 111, when described 24 hours pin packaging shafts 111 are arranged at described 24 hours on wheel shaft 110, and described 24 hours hour wheel sheets 109 and wheel shaft 110 friction-type wringing fit when described 24 hours.
The utility model embodiment also comprises 24 hours time-setting mechanisms, described 24 hours time-setting mechanisms comprise the arbor 115 in the housing being slidably disposed in described clock and watch and are arranged at the timing wheel 114 zebra time on described arbor, when described arbor 115 is pulled to adjustment universal time bay, described arbor 115 takes turns 114 wringing fits with timing described zebra time, both can rotate together, and described zebra time, timing wheel 114 engaged with the axle tooth of wheel shaft 110 when described 24 hours.
24 hours hour wheel sheets 109 and 24 hours time axle tooth 110 between be friction-type wringing fit, by pull-out piece 115 to adjustment universal time bay, arbor 115 takes turns 114 close-fittings with timing zebra time, rotate arbor 115 and drive timing wheel 114 rotation zebra time, zebra time timing wheel 114 drive 24 hours time wheel shaft 110 rotate, because wheel shaft 110 when 24 hours hour wheel sheets 109 and 24 hours is friction fit, the moment that stator piece 102 pairs of rotors 103 produce passes through series of gears, be enough to make 24 hours hour wheel sheets 109 when regulating zebra time motionless, and axle tooth 110 is rotating when being 24 hours, when 24 hours pin packaging shafts 111 are fixed on 24 hours on axle tooth 110, i.e. adjustable 24 hours pointers, within 24 hours, hour hands will serve as 24 hours hour hands in order to indicate 24 hour zebra time.
In the present embodiment, described arbor 115 is provided with transmission wheel 113, when described arbor 115 is pulled to timing shelves, described arbor 115 takes turns wringing fit with described pulling needle 113, both can rotate together, and described transmission wheel 113 engages with the timing third wheel 112 of the time-setting mechanism of described clock and watch, and described timing third wheel 112 engages with described back gear 107, back gear 107 engages with minute wheel 106 and hour wheel 108, i.e. adjustable time-division pin.
When described arbor 115 is pulled to timing shelves, described arbor 115 and described clock and watch only second/return spring 123 contacts, described only second/return spring 123 and described clock and watch wiring board stop second/reset terminal contacts, described arbor 115 contacts with the positive plate of the battery of described clock and watch, and pointer is resetted.
Realized by grade button bit that draws on positive plate 122 as tune gear zebra time of arbor 115 and timing gear, similar with common table, do not repeat herein.
After powering on, clock and watch need carry out initialization to the date, set by button, indicating mode is as follows: run 60 scales corresponding to second hand, represents " year " setting of perpetual calendar respectively, the scope in year is " 2000-2059 years ", and " 12 " some place is starting point 2000; Corresponding 12 " month " scales of score minute hand, starting point position " January "; Calendar is shown by calendar-disc.When setting after powering on, second hand need be aimed at " 2000 " place, score pin standard " January " place, the Gregorian calendar at " 01 ", the lunar calendar in " first 1 ", namely initialization completes; And then by button, each pin is adjusted to the current date, order is the order of " year-month-day-time ", and being adjusted to the Gregorian calendar date is current date, then timing is to current time, lunar date is transferred to and the lunar calendar corresponding to the current Gregorian calendar automatically by perpetual calendar, completes setting.
In sum, in clock and watch disclosed by the invention, its Gregorian calendar and the lunar calendar are all drive jumping to go through by independently motor, its motor is all controlled by perpetual calendar IC, whenever running into the solar month of 30 days (without the Gregorian calendar 31 days or without the lunar calendar 30), IC can automatically control jumping and go through the many rotations of motor, calendar indicator multi-hop is gone through, conforms to actual date.Because wheel shaft when 24 hours can regulate separately, therefore 24 hours pointers also can serve as pointer zebra time.
Above-listed preferred embodiment; the purpose of this utility model, technical scheme and advantage are further described; be understood that; the foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (7)
1. a multi-function watch, comprise travel time system and system is gone through in jumping, it is characterized in that: the dial plate of clock and watch is provided with score display disc, Gregorian calendar display disc, lunar calendar display disc and 24 hours display discs, described Gregorian calendar display disc is provided with represent that the Gregorian calendar date is from 31 scales of No. 1 ~ No. 31, described lunar calendar display disc is provided with represent that lunar date is from the junior one to 30 scales of 30, described lunar calendar display disc is also provided with the week display window in display week.
2. multi-function watch according to claim 1, is characterized in that: described jumping is gone through system and comprised the first separate motors, the second separate motors, the Gregorian calendar train be in transmission connection with the output terminal of described first separate motors and the lunar calendar train be in transmission connection with the output terminal of described second separate motors; The output terminal of described Gregorian calendar train is meshed with Gregorian calendar control wheel, and the described Gregorian calendar controls wheel shaft assembles the Gregorian calendar pointer indicating the Gregorian calendar date; The output terminal of described lunar calendar train is meshed with lunar calendar control wheel, and the described lunar calendar controls wheel shaft assembles the lunar calendar pointer indicating lunar date, and described first separate motors and described second separate motors control to rotate by perpetual calendar IC.
3. multi-function watch according to claim 1, is characterized in that: described Gregorian calendar display disc is positioned at 12 positions of described dial plate; Lunar calendar display panel is positioned at 6 positions of dial plate; Score display disc is positioned at 9 positions of dial plate; 24 hours display discs are positioned at 3 positions of dial plate, described week display window be positioned on the line of Gregorian calendar display disc and lunar calendar display panel, and to be positioned on lunar calendar display disc near side, dial plate center.
4. the multi-function watch according to claim 1,2 or 3, it is characterized in that: motor when described travel time system comprises walking, with described walk time motor output terminal be in transmission connection walk time train and with described walk time train the output terminal minute wheel, hour wheel and the 24 hours hour wheel sheets that engage, described minute wheel drives minute hand to rotate, described hour wheel drives hour hands to rotate, and within described 24 hours, hour wheel sheet drives 24 little hour hands to rotate; Described 24 hours hour wheel sheets drive one week wheel rotate, described week wheel link with the week disk be positioned at below described week display window, described week disk is printed on week scale.
5. multi-function watch according to claim 4, is characterized in that: described minute wheel is meshed with described hour wheel and described 24 hours hour wheel sheets by back gear; Within described 24 hours, hour wheel sheet has the first coaxially arranged gear piece and the second gear piece, described first gear piece engages with described back gear, described second gear piece is the cam with a tooth, take turns in described week and there are 7 teeth coordinated with the tooth of described second gear piece, take turns in described second gear piece and described week and form the intermittent motion mechanism that ratio of gear is 1:7; Or described second gear piece is the cam with two teeth, takes turns in described week and there are 14 teeth coordinated with the tooth of described second gear piece, take turns in described second gear piece and described week and form the intermittent motion mechanism that ratio of gear is 2:14.
6. multi-function watch according to claim 5, it is characterized in that: described 24 little hour hands are arranged on 24 hours pin packaging shafts, when described 24 hours pin packaging shafts are arranged at described 24 hours on wheel shaft, described 24 hours hour wheel sheets and described 24 hours time wheel shaft friction-type wringing fit; Also comprise 24 hours time-setting mechanisms, within described 24 hours, time-setting mechanism comprises the arbor in the housing being slidably disposed in described clock and watch and is arranged at timing wheel zebra time on described arbor, when described arbor is pulled to adjustment universal time bay, described arbor and described zebra time timing take turns wringing fit, both can rotate together, and described zebra time, timing wheel engaged with the axle tooth of wheel shaft when described 24 hours.
7. multi-function watch according to claim 6, it is characterized in that: described arbor is provided with transmission wheel, when described arbor is pulled to timing shelves, described arbor and described transmission wheel wringing fit, both can rotate together, described transmission wheel engages with the timing third wheel of the time-setting mechanism of described clock and watch, and described timing third wheel engages with described back gear; When described arbor is pulled to timing shelves, described arbor and described clock and watch only second/return spring contact, described only second/return spring and described clock and watch wiring board stop second/reset terminal contacts, described arbor contacts with the positive plate of the battery of described clock and watch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520741320.2U CN205003446U (en) | 2015-09-24 | 2015-09-24 | Multifunctional clock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520741320.2U CN205003446U (en) | 2015-09-24 | 2015-09-24 | Multifunctional clock |
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| CN205003446U true CN205003446U (en) | 2016-01-27 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106980255A (en) * | 2017-05-23 | 2017-07-25 | 江西省东龙实业股份有限公司 | A kind of multi-function watch |
| CN108459489A (en) * | 2017-02-17 | 2018-08-28 | 精工电子有限公司 | Mechanism module, movement and clock and watch |
| CN111258202A (en) * | 2018-11-30 | 2020-06-09 | 天津海鸥表业集团有限公司 | Intermittent reciprocating mechanism suitable for watch |
-
2015
- 2015-09-24 CN CN201520741320.2U patent/CN205003446U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108459489A (en) * | 2017-02-17 | 2018-08-28 | 精工电子有限公司 | Mechanism module, movement and clock and watch |
| CN108459489B (en) * | 2017-02-17 | 2021-06-15 | 精工电子有限公司 | Mechanism module, movement, and timepiece |
| CN106980255A (en) * | 2017-05-23 | 2017-07-25 | 江西省东龙实业股份有限公司 | A kind of multi-function watch |
| CN106980255B (en) * | 2017-05-23 | 2022-07-01 | 曾光震 | Multifunctional clock |
| CN111258202A (en) * | 2018-11-30 | 2020-06-09 | 天津海鸥表业集团有限公司 | Intermittent reciprocating mechanism suitable for watch |
| CN111258202B (en) * | 2018-11-30 | 2023-09-05 | 天津海鸥表业集团有限公司 | Intermittent reciprocating motion mechanism suitable for wrist-watch |
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Effective date of registration: 20210910 Address after: 518000 unit 2, building 9, zone 11, Taoyuanju, Xixiang, Bao'an District, Shenzhen, Guangdong Province Patentee after: Zeng Guangzhen Address before: 350800 small town Industrial Park, Anren village, Dongqiao Town, Minqing, Fuzhou, Fujian Patentee before: FUZHOU XIAOSHENLONG WATCH TECHNOLGY RESEARCH Co.,Ltd. Patentee before: Lin Xiangping |