CN203773235U - Clock display and correction mechanism - Google Patents
Clock display and correction mechanism Download PDFInfo
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- CN203773235U CN203773235U CN201320576583.3U CN201320576583U CN203773235U CN 203773235 U CN203773235 U CN 203773235U CN 201320576583 U CN201320576583 U CN 201320576583U CN 203773235 U CN203773235 U CN 203773235U
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- clock
- aligning gear
- driving
- watch
- indication mechanism
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Abstract
The utility model relates to a mechanism (1) for displaying and correcting the state of two different time measurable quantities for a timepiece (1000) including a movement (2) driving a first display mechanism (3) used for displaying a first measurable time quantity and a second display mechanism (4) used for displaying a second measurable time quantity and including an adjusting member (50). Said first (3) and second (4) display mechanisms respectively include a first (30) and a second (40) drive mechanisms sharing a common drive mechanism (10) driven by said movement (2), and controlling the driving of one of said display mechanisms (4; 3) by instantaneous jumps and of the other (3; 4) by dragging. The display mechanisms respectively include a first (300) and a second (400) correction mechanism, sharing a common correction mechanism (100) driven by said adjusting member (50) independent of said common drive mechanism (10), including a friction safety device (54).
Description
Technical field
The utility model relates to a kind of for showing at any time and proofread and correct the clockwork for watch of the state that comprises the clock and watch of watch and clock movement or two different time quantums surveyed of scientific instrument, described movement comprises or drives for showing that first can survey at least one first indication mechanism of time quantum, with for showing that second can survey at least one second indication mechanism of time quantum, described movement comprises that adjustment member and described movement or described mechanism comprise at least one going barrel for storage power.
The utility model also relates to the clock and watch that are combined with such indication mechanism.
The utility model relates to horology field and the field for the scientific equipment of display cycle property phenomenon.
The utility model relates more specifically to horology field, especially with the clock and watch of sophisticated functions mechanism, described sophisticated functions mechanism is connected to the time display that is called calendar mechanism, such as date indicator display, phases of the moon display, morning and evening tides display, day/night display, AM/PM display etc.
Background technology
Several can survey the high-end clock and watch of being simultaneously displayed on of time quantum manufacture in by titled with sophisticated functions.But, in the time that aligning gear is operated, be difficult to guarantee the safety of indication mechanism.During the preparatory stage of the operation for driving one of described indication mechanism or in reality, drive operating period, the action of aligning gear may hinder described driving operation.For example, generally forbid or at least do not recommend the correction of date or time temporarily at midnight.In the time that several indication mechanisms coexist, this problem especially severe.Some safety features are suitably managed the correct operation of carrying out in the dedicated location of arbor, still have risk but particularly carry out timing along the direction contrary with routine operation when user's imagination via time setting motion work (motion work).
Application people is a kind of for the CH patented claim No.394959A of TAVANNES discloses, and from upper bar clock and watch, it comprises the bar around the axis pivotable of crown gear with hand winding and time-setting mechanism and date mechanism, and with the described breast wheel engaging consistently of taking turns.This bar is by pull-out element control, and described pull-out element is hinged to winding arbor to can occupy three positions: another position that another position that the idle position of breast wheel, breast wheel engage with day settings mechanism and breast wheel engage with motion work.Crown gear engages consistently with Shang Tiao mechanism.Described bar is set wheel assembling dowel pin (stud) thereon with interlude, and this dowel pin frictional fit is on the shoulder of the driving cam of date mechanism.Friction spring keeps breast wheel and the cam of assembling each other.According to the position of pull-out element and bar, the intersection of locus of the track of cam and the tooth of date disc, to make cam drive date disc with the value of the step that is slightly less than its gear ring, and jumper spring carries out other rotation.
SCHWARTZ German utility model No.8610798U1 under one's name discloses a kind of phases of the moon and morning and evening tides indicating device, and wherein phases of the moon wheel is activated by a tooth of the actuator lever by jumper spring return.This actuator lever is connected on the first arm of control lever, another arm of control lever and cam with pin cooperate, described cam can with control wheel with another pin separate, described control wheel is around the axis pivotable identical with described cam.
SSIH CH patent No.589880B5 under one's name discloses a kind of clock and watch control gear of going through parts with two calendar parts, i.e. date parts and week, this clock and watch control gear comprises being assemblied in interlude sets the single adjustable stem with pushing mode pivotable in wheel all-in-one-piece axle, described axle in the definite engagement position of the tooth axostylus axostyle sliding by antagonistic spring in the elongated hole of bar clamping plate (bar), described adjustable stem is with the correction wheel set of installing pivotally, and this correction wheel set alternately engages with breast wheel permanent engagement and with one of two calendar parts.
Utility model content
The utility model provides a kind of reliable, simple and economic scheme for the safety of indication mechanism in the time that aligning gear is just operated.During the preparatory stage of the operation for driving one of described indication mechanism or in reality, drive operating period, the action of aligning gear may hinder described driving operation.The utility model is specially adapted to following situation: user can use same adjustment member to for showing that different measurable mechanisms proofreaies and correct.
Therefore, the utility model relates to a kind of for showing at any time and proofread and correct the clockwork for watch of the state that comprises the clock and watch of watch and clock movement or two different time quantums surveyed of scientific instrument, described movement at least comprises or drives for showing that first can survey the first indication mechanism of time quantum, with for showing that second can survey the second indication mechanism of time quantum, described movement comprises that adjustment member and described movement or described mechanism comprise at least one going barrel for storage power, it is characterized in that, described clockwork comprises the servicing unit for little by little store the portion of energy of described going barrel during whole day, and it is characterized in that, described the first indication mechanism and described the second indication mechanism comprise respectively the first driving mechanism and second driving mechanism of share common driving mechanism, described common driving mechanism is driven by described movement, and control by instantaneous saltus step the driving of in described the first indication mechanism and described the second indication mechanism, and in towing (drag) mode to another the driving in described the first indication mechanism and described the second indication mechanism, and it is characterized in that, described the first indication mechanism and described the second indication mechanism comprise respectively the first aligning gear and the second aligning gear that share the common aligning gear being driven by described adjustment member, described common aligning gear is independent of described common driving mechanism and comprises at least one friction safety feature, described friction safety feature prevents from carrying out any correction in the time preparing or carry out instantaneous demonstration saltus step.
The utility model also relates to the clock and watch that are combined with such indication mechanism.
Brief description of the drawings
After describing in detail below reading with reference to accompanying drawing, other features and advantages of the utility model will more clearly manifest, in the accompanying drawings:
-Fig. 1 illustrates the schematic frontal partial perspective view comprising according to some parts of the clock and watch of towing moon work of the present utility model and instantaneous calendar mechanism, and described towing moon work and instantaneous calendar mechanism share according to common driving mechanism of the present utility model and common aligning gear.
-Fig. 2 illustrates the schematic non-perspective elevation of the indication mechanism of Fig. 1.
-Fig. 3 illustrates the schematic partial elevation view with the details of the clock and watch of Fig. 1 of common driving mechanism, and the operation of date driving mechanism.
-Fig. 4 illustrates the schematic partial elevation view with the details of the clock and watch of Fig. 1 of common driving mechanism, and the operation of phases of the moon driving mechanism.
-Fig. 5 illustrates the schematic partial elevation view with the details of the clock and watch of Fig. 1 of common aligning gear, and the operation of date aligning gear.
-Fig. 6 illustrates the schematic partial elevation view with the details of the clock and watch of Fig. 1 of common aligning gear, and the operation of phases of the moon aligning gear.
-Fig. 7 illustrates according to the schematic elevational view of cam included in common driving mechanism of the present utility model.
-Fig. 8,9 and 10 illustrates the schematic partial elevation view of three operation stepss of common driving mechanism, show comprising the diverse location of driving wheel set, described driving wheel set comprise can with respect to the elongate recesses in driving wheel together pivotally the cam of mobile Fig. 7, with the phases of the moon driving-disc of pusher dog radially and also with the date driving-disc of radial drive pusher dog.
-Figure 11 illustrates the schematic partial perspective view of the details of adjustable stem included in common aligning gear, and described adjustable stem is with taking turns and proofread and correct star wheel by friction spring intermediate bar connected to one another.
-Figure 12 illustrates the schematic partial perspective view of the details of common driving mechanism, shows some parts stacked of the driving wheel set shown in Fig. 8 to 10.
Embodiment
The utility model relates to horology field and the field for the scientific equipment of display cycle property phenomenon.
The utility model relates more specifically to horology field, especially there are the clock and watch 1000 of sophisticated functions mechanism, described sophisticated functions mechanism is connected to the time display that is called calendar mechanism, such as date indicator display, phases of the moon display, morning and evening tides display, day/night display, AM/PM display etc.These sophisticated functions mechanisms are driven by movement 2.
Therefore, the utility model relate to a kind of especially in the application-specific period differing from one another for showing at any time and proofread and correct the clockwork 1 for watch of the state that comprises the clock and watch 1000 of watch and clock movement 2 or at least two different time quantums surveyed of scientific instrument.This movement 2 at least comprises or drives: for showing that first can survey the first indication mechanism 3 of time quantum and for showing that second can survey the second indication mechanism 4 of time quantum.This movement 2 comprises adjustment member 50, such as the arbor by the operation of table hat etc.Described movement 2 or clockwork 1 also comprise at least one the going barrel (not shown) for storage power.
According to the utility model, described clockwork 1 comprises the servicing unit for little by little store the portion of energy of described going barrel during whole day.Described the first indication mechanism 3 and the second indication mechanism 4 comprise respectively the first driving mechanism 30 and second driving mechanism 40 of share common driving mechanism 10, described common driving mechanism 10 is driven by movement 2, and control by instantaneous saltus step the driving of in described the first indication mechanism 3 and described the second indication mechanism 4, and control in towing mode to another the driving in described the first indication mechanism 3 and described the second indication mechanism 4.
Have or drive the additional indication mechanism that is different from described the first indication mechanism 3 and described the second indication mechanism 4 at movement 2, each described additional indication mechanism also comprises driving mechanism, and a part for described driving mechanism is formed by described common driving mechanism 10.
According to the utility model, combine with described driving mechanism, the first indication mechanism 3 and the second indication mechanism 4 comprise respectively the first aligning gear 300 and the second aligning gear 400 that share the common aligning gear 100 being driven by adjustment member 50.This common aligning gear 100 is independent of common driving mechanism 10 and comprises at least one friction safety feature 54, and described friction safety feature 54 prevents from proofreading and correct in the time preparing or carry out instantaneous demonstration saltus step.
Have or drive the additional indication mechanism that is different from described the first indication mechanism 3 and described the second indication mechanism 4 at movement 2, each described additional indication mechanism also comprises aligning gear, and a part for described aligning gear is formed by described common aligning gear 100.
In specific, a nonrestrictive embodiment, describe the utility model below, in this embodiment, mechanism 1 is clock and watch 1000 for comprising watch and clock movement 2 or the phases of the moon and the date mechanism 1 of scientific instrument.The first indication mechanism 3 is phases of the moon displays, and the second indication mechanism 4 is date mechanisms.
Phases of the moon indication mechanism 3 comprises towing phases of the moon driving mechanism 30 and phases of the moon aligning gear 300.
The second calendar mechanism 4 comprises date driving mechanism 40 and the date aligning gear 400 of instantaneous saltus step.
Movement 2 comprises or drives date mechanism and/or the mechanism for the base period of the duration that equals One Earth One Family day or its integral multiple or point several times (sub-multiple) is counted.This movement 2 has locked at described base period and drives the output block 5 of primary standard display.Preferably, as shown in the drawings preferred but see in nonrestrictive embodiment, output block 5 is formed by hour wheel 5.
Phases of the moon driving mechanism 30 and the common driving mechanism 10 of date driving mechanism 40 main use.In specific embodiment shown in the drawings, driving mechanism 10 comprises intermediate date wheel 6, and this intermediate date wheel 6 engages with hour wheel 5 via wherein included roller 61.This roller 61 is integrally formed with tooth axle (pinion) 62, and described tooth axle 62 engages with driving wheel plate 71 included in driving wheel set 7, and this driving wheel plate 71 can move pivotally around axis 70.
For driving this driving wheel 71 of date and Zhou Li to have microscler perforate 72 at the sector being centered close on axis 70, pin 73 moves in described perforate.Three stacking level (it is coaxial with driving wheel 71 on axis 70) pivotables integratedly of this pin 73 and whole pivotables integratedly:
-cam 74, this cam 74 cooperates with release lever 9, and described release lever 9 passes through retracting spring 91 towards described cam 74 returns;
-comprise the radially phases of the moon driving-disc 75 of pusher dog 76, described pusher dog 76 according to Qi Jiao position can be due to its driving with breast wheel 33 in the track interference of included star wheel 36, described breast wheel 33 is for phases of the moon driving mechanism 30.This star wheel 36 comprises the tooth axle 37 of driving wheel 34, describedly takes turns 34 and is in particular the wheel with 59 teeth being held in place by jumper spring 35;
-date driving-disc 77, this date driving-disc 77 is for date driving mechanism 40, and comprise that the date drives pusher dog 78, according to the position, angle of dish 77, the track that this drives pusher dog 78 on date is interfered or is not interfered with the ring gear 81 of the date indicator 8 can pivotable moving being kept by date jumper spring 82 so that 8 every days of described date indicator midnight pivotable by an independent step.
Pin 73 stroke limitings in microscler perforate 72 during designing/valid period (making good period).During this designs, phases of the moon driving-disc 75 is not driven.
Similarly, microscler perforate 72 allows date mechanism by upper or loosen, because date driving-disc 77 is not driven in during described designing yet.
Length during described designing is determined by the expanded range of microscler perforate 72.Advantageously, during described designing, be chosen as and approach seven and a half hours, its for perforate 72 corresponding to the central angle of 110 °, the angle of described 110 ° is broken down into first angle of approximately 90 ° that drives operation required, the second security standpoint is added in this first angle, and described the second security standpoint is chosen as 20 ° at this in nonrestrictive mode.These angles depend on the geometry of bore (calibre) certainly: for example, as shown in FIG., these 90 ° of angles corresponding to central angle alpha, are driving existence between the track of pusher dog 78 and the track of ring gear 81 to interfere in this particular example during this central angle alpha.
On the periphery of cam 74, there is paired joint to form the various parts of cavity or beak portion.
Under the effect of retracting spring 91, release lever 9 urges on cam 74, and is tending towards making described cam pivots away from some resting guard of cam 74, and therefore drives the pin 73, phases of the moon driving-disc 75 and the date driving-disc 77 that rotate integratedly each other to rotate.
Preferably, drive wheel set 7 according to the feature model of OMEGA SA EP patent No.2015146 under one's name, particularly about the profile of cam 74 and the operation of the position in microscler perforate 72 according to pin 73 thereof.Therefore, the profile of described cam 74 is specifically designed into after described gear ring 81 is driven and discharges and drive pusher dog 78 from date gear ring 81.
According to common driving mechanism 10 of the present utility model therefore by according to the driving wheel set of EP patent No.2015146 and 75 combinations of phases of the moon driving-disc.Only date driving-disc 77 drives pusher dog 78 to experience the unexpected vibration being caused by the abrupt slope of cam 74 together with its on date, and in the time that at midnight, release lever 9 beak portion is crossing with the peak portion of cam 74, this causes the instantaneous operation of date mechanism.
And phases of the moon driving-disc 75 only experiences pin 73 slow movement and is therefore pulled by the motion of hour wheel 5, during designing described in keeping stopping in hour wheel 5 except.
Moon work and date mechanism upper therefore in whole day, little by little carry out, with the needs of avoiding a large amount of instantaneous energies to consume.Advantageously, the phases of the moon shows the time when change time is selected as also not moving in other mechanism such as date mechanism, for example, about 2200 o'clock.Pin 73 location positionings on phases of the moon driving-disc 75 this phase shift (phase shift).
Driving mechanism can advantageously depart from and connect to prevent any conflict after the saltus step at midnight.
Preferably, moon work 30 and date driving mechanism 40 offsetted with some hours, particularly 12 hours, to disperse the energy consumption among one day, and prevented any interference of described mechanism about midnight.In fact, due to moon phase indicator not At All Other Times or date instruction so accurate, therefore it can offset some hours and not have any problem.
Driving wheel 71 completed a circle revolution in 24 hours.The time changing that the phases of the moon is coupled in towing mode, driving is also selected during manufacture.
Date saltus step is instantaneous carrying out at midnight.
In brief, by using according to common driving mechanism 10 of the present utility model, be easy to use same time source to obtain two measurable two kinds of different demonstrations of differences with two kinds of different operation modes, and make among energy consumption is dispersed to one day.This mechanism has the parts that quantity reduces.Mode by the space requirement to reduce and very economical by the mechanism having manufactured according to EP patent No.2015146 with according to driving-disc 75 combinations of the present utility model, be easy to improve described mechanism.
Except using common driving mechanism 10, be of the present utility modelly characterised in that the utility model also combines common aligning gear 100.
Movement 2 generally include for upper and regulate time and date set arbor 50.This arbor 50 have wheel or movable pulley 51, its first pull-out location T2 at arbor 50 with engage around the breast wheel 55 of axis 56 pivotables.
Advantageously, and in the mode similar to driving mechanism, phases of the moon aligning gear 300 and date aligning gear 400 be the common aligning gear 100 of main use also, this common aligning gear 100 has same adjustable stem 15, described adjustable stem 15 is both for date correction in the time that arbor 50 is operated clockwise, also for proofread and correct the phases of the moon in the time that arbor 50 is operated counterclockwise.
The adjustable stem 15 assembling comprises the sliding bar 44 being pivotably mounted on axis 56.Preferably, this mechanism 100, particularly its adjustable stem 15 combine the applicant's the instantaneous relase of EP patent No.1785783 and the feature of Fast Correction device.
This sliding bar 44 in the first side of pivot 56 with the arm that is provided with V-notch portion, and at the opposite side of pivot 56 with pivot 45, this pivot 45 coaxially carries proofreaies and correct star wheel 46 and bar wheel 52, and this bar wheel 52 engages with the breast wheel 55 being driven by winding arbor 50.
Proofread and correct star wheel 46 with at least one and preferred several (particularly three) radially pusher dogs 48, according to the position, angle of sliding bar 44, the ring gear 81 of the track of described pusher dog 48 and date indicator 8 is interfered or is not interfered, or with the locus interference of phases of the moon adjustable stem 38 or do not interfere.This bar 38 by retracing spring 39 towards proofread and correct star wheel 46 axle 45 for good and all pivotable return.This correction star wheel 46 is advantageously with lubrication channel 47.
According to the utility model, without any opposing stress in the situation that, friction spring 54 makes bar wheel 52 and proofreaies and correct star wheel 46 pivotable integratedly.Therefore,, if drive pusher dog 78 to engage with the gear ring 81 of date indicator 8 on common 10 these side dates of driving mechanism, in the situation that the date, correction started subsequently, there is the risk of conflict.Therefore the slip of described friction spring 54 protects two dates to drive and aligning gear 40 and 400.Protection for phases of the moon driving and aligning gear 30 and 300 is like this equally.
Therefore, friction spring 54 is preloaded, make friction spring 54 for by bar wheel 52 and proofread and correct that star wheel 46 is fixed to one another and the moment (it is applied on the pusher dog 48 that connects date gear ring 81) that applies lower than being transmitted the moment of the pusher dog 78 that drives date driving mechanism 40 by movement 2 or being applied to the minimum in the moment of cam 74 by retracting spring 91 via release lever 9.
The resting guard of this sliding bar 44 is neither to interfere date mechanism also not interfere the neutral position of moon work.
In a usual manner, the control lever (not shown) of the time set mechanism of movement can occupy three visibly different positions according to the relative position of arbor 50 and not shown pull-out element.This control lever carrying time is set train.The axle 19 that one of them of train taken turns moves in included v-depression 18 in little bar 17, described little bar 17 pivotable in fixing axle 16.This little bar 17 is with the dowel pin 41 being accommodated in the included V-notch portion 49 of sliding bar 44, for sliding bar 44 is held in place.
At neutral position, axle 19 is arranged in the bight of the V-arrangement of groove 18, and dowel pin 41 is arranged in the cavity at the top place of the V-arrangement of notch 49.
In the time that arbor 50 is positioned at the position T2 for proofreading and correct the phases of the moon or date, time setup control bar pivotable, and therefore axle 19 makes little bar 17 and dowel pin 41 thereof move away sliding bar 44.Then axle 19 contacts with the end of the most close date indicator 8 of groove 18, and the sense of rotation of giving arbor 50 is depended in the position of dowel pin 41.
When the clockwise pivotable of arbor 50 is with timing execution date, then dowel pin 41 contacts with the end of close date indicator of notch 49.Breast wheel 55 is counterclockwise pivotable then, and bar wheel 52 and the clockwise pivotable of correction star wheel 46, as shown in Figure 3.Then the pusher dog 48 of proofreading and correct star wheel can abut on a tooth of gear ring 81 of date indicator 8, so that described indicator moves forward a step.
When the counterclockwise pivotable of arbor 50 is to carry out phases of the moon timing, dowel pin 41 contacts with the end the most relative with date indicator 8 of notch 49, then clockwise pivotable of breast wheel 55, and bar wheel 52 and proofread and correct star wheel 46 around the counterclockwise pivotable of its pivotal pin 45, as shown in Figure 4.
According to the position, angle of sliding bar 44, proofread and correct the track of radially pusher dog 48 and the locus interference of the phases of the moon adjustable stem 38 returning towards axle 45 pivotables of proofreading and correct star wheel 46 of star wheel 46 or do not interfere.
In the time of pivotable, the pusher dog 48 of correction star wheel 46 abuts in face included in phases of the moon adjustable stem 38 or cam 38A is upper, the counterclockwise pivotable so that phases of the moon adjustable stem 38 overcomes retracing spring 39.In the time that pusher dog 48 promotes phases of the moon adjustable stem 38, this bar 38 drives a tooth of phases of the moon star wheel 34 via the wherein included 38B of beak portion, and this star wheel 34 is conventionally with 59 teeth and kept by jumper spring 35.Therefore, can be easy to, by fast operating, the phases of the moon is adjusted to its Precise Representation.In this whole operating period, at the other end of sliding bar 44, the little bar 17 of installing pivotally around axis 16 abuts in via its dowel pin 41 on the region farthest of gear ring 81 of distance date indicator 8 of notch 49.
If the date drives pusher dog 76 to engage with the gear ring of the star wheel 36 that is directly connected to phases of the moon wheel 34 in common driving mechanism 30 1 sides, in the situation that starting phases of the moon correction subsequently, there is the risk of conflict.Therefore the slip of described friction spring 54 protects two phases of the moons to drive and aligning gear 30 and 300.
Therefore, friction spring 54 is preloaded, make friction spring 54 for by bar wheel 52 and proofread and correct that star wheel 46 is fixed to one another and the moment that applies (it is applied to the pusher dog 38B that proofreaies and correct the bar 38 that pusher dog 48 of star wheel 46 reclines) lower than being transmitted the moment of the pusher dog 76 that drives phases of the moon driving mechanism 30 by movement 2 or being applied to the minimum in the moment of cam 74 by retracting spring 91 via release lever 9.
Because each sense of rotation of arbor 50 is corresponding to the correction of different parts, therefore each parts can only be corrected in single direction, and this has improved processing safety.Therefore, only is the correction of being undertaken by the action on motion work in the T3 of the pull-out location of arbor 50 to post-equalization.
At the pull-out location of arbor 50 T3, axle 19 contacts away from the end of date indicator with groove 18, and dowel pin 41 is arranged in the cavity at the top place of the V-arrangement of notch 49.
According to the mechanism of EP patent No.2015146 with prevented the danger of any accidental operation according to being combined with of friction spring 54 of the present utility model, particularly with the direction of common adjusting opposite direction on, wherein, described accidental operation is to move and cause in the adjusting driving or proofread and correct wheel set motion work while having engaged with the gear ring of date or moon work.
Allowing completely independently and safely to carry out the phases of the moon and date according to mechanism of the present utility model proofreaies and correct.
The utility model also relates to a kind of clock and watch 1000 that comprise such indication mechanism 1 and watch and clock movement 2, and described mechanism 1 is driven by described movement 2.Especially, described clock and watch 1000 are watches.
Claims (8)
1. clock and watch show and aligning gear (1), for showing at any time and correction comprises the state of the clock and watch (1000) of watch and clock movement (2) or two different time quantums surveyed of scientific instrument, and for watch, described movement at least comprises or drives for showing that first can survey first indication mechanism (3) of time quantum and for showing that second can survey second indication mechanism (4) of time quantum, described movement (2) comprises adjustment member (50), and described movement (2) or described clock and watch show and aligning gear (1) comprises at least one going barrel for storage power, wherein, described the first indication mechanism (3) and described the second indication mechanism (4) comprise respectively the first driving mechanism (30) and second driving mechanism (40) of share common driving mechanism (10), described common driving mechanism is driven by described movement (2), and control the driving to (4) in described the first indication mechanism (3) and described the second indication mechanism (4) by the instantaneous saltus step under the effect of jumper spring, and control driving to another (3) in described the first indication mechanism (3) and described the second indication mechanism (4) in towing mode, and wherein, described the first indication mechanism (3) and described the second indication mechanism (4) comprise respectively the first aligning gear (300) and the second aligning gear (400) that share the common aligning gear (100) being driven by described adjustment member (50), described common aligning gear (100) is independent of described common driving mechanism and comprises at least one friction safety feature (54), described friction safety feature prevents from carrying out any correction in the time preparing execution or carrying out instantaneous demonstration saltus step, described clock and watch show and aligning gear is characterised in that, described clock and watch show and aligning gear (1) comprises the servicing unit for little by little store the portion of energy of described going barrel during whole day, described common driving mechanism (10) comprising: cam (74), and retracting spring (91) is via for good and all stress application on described cam (74) of release lever (9), dish (75), described dish (75) drives described the first indication mechanism and carries at least one radial drive pusher dog (76), and dish (77), described dish (77) drives described the second indication mechanism (4) and carries radial drive pusher dog (78), wherein, described cam (74), dish (75) and dish (77) are with respect to by directly or indirectly elongate recesses (72) pivotable integratedly each other of the driving wheel (71) of driving of described movement (2), described cam (74) comprises the abrupt slope for the described driving-disc (77) of described the second indication mechanism of instantaneous operation (4), and the described dish (75) that drives described the first indication mechanism (3) only experiences the slow motion of pin (73) mobile in described elongate recesses (72), described pin (73) and stacking level pivotable integratedly upper in axle (70) and that described driving wheel (71) is coaxial, described stacking level comprises described cam (74), the described driving-disc (75) of described the first indication mechanism (3) and the described driving-disc (77) of described the second indication mechanism (4), the stroke limiting of described pin (73) in described microscler perforate (72) during designing, described dish (75) is not driven within this period.
2. clock and watch according to claim 1 show and aligning gear (1), it is characterized in that, described common aligning gear (100) comprises adjustable stem (15) and proofreaies and correct star wheel (46), the intermediate bar wheel (52) that described adjustable stem (15) carrying is driven by described adjustment member (50), described correction star wheel (46) is connected to described intermediate bar wheel (52) by forming at least one spring of described rubbing device (54).
3. clock and watch according to claim 1 show and aligning gear (1), it is characterized in that, the opposing stress being applied by the described rubbing device (54) of described common aligning gear (100) is less than the opposing stress being applied by described common driving mechanism (10).
4. clock and watch according to claim 1 show and aligning gear (1), it is characterized in that, described the first driving mechanism (30) and described the second driving mechanism (40) are conditioned with respect to described common driving mechanism (10), make for showing that first can survey described first indication mechanism (3) of time quantum and for showing the second variation that can survey the demonstration of described second indication mechanism (4) of time quantum execution of being staggered the time.
5. clock and watch according to claim 4 show and aligning gear (1), it is characterized in that, for showing that first can survey described first indication mechanism (3) of time quantum and for showing that the second variation of demonstration that can survey described second indication mechanism (4) of time quantum was with executioned of staggering the time of at least two hours, described in stagger the time and can when construct described clock and watch demonstration and aligning gear (1) by driving pusher dog angular displacement included in making each described mechanism, regulate.
6. clock and watch according to claim 1 show and aligning gear (1), it is characterized in that, described the first indication mechanism (3) is the phases of the moon display that comprises towing phases of the moon driving mechanism (30) and phases of the moon aligning gear (300), and described the second indication mechanism (4) is the date mechanism that comprises instantaneous saltus step date driving mechanism (40) and date aligning gear (400).
7. one kind comprises that clock and watch according to claim 1 show and the clock and watch (1000) of aligning gear (1) and watch and clock movement (2), it is characterized in that, described clock and watch show and aligning gear (1) is driven by described movement (2).
8. clock and watch according to claim 7 (1000), is characterized in that, described clock and watch (1000) are watches.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320576583.3U CN203773235U (en) | 2013-09-17 | 2013-09-17 | Clock display and correction mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320576583.3U CN203773235U (en) | 2013-09-17 | 2013-09-17 | Clock display and correction mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN203773235U true CN203773235U (en) | 2014-08-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320576583.3U Expired - Lifetime CN203773235U (en) | 2013-09-17 | 2013-09-17 | Clock display and correction mechanism |
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| CN (1) | CN203773235U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110361956A (en) * | 2018-03-26 | 2019-10-22 | 蒙特雷布勒盖股份有限公司 | Clock and watch show aligning gear |
-
2013
- 2013-09-17 CN CN201320576583.3U patent/CN203773235U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110361956A (en) * | 2018-03-26 | 2019-10-22 | 蒙特雷布勒盖股份有限公司 | Clock and watch show aligning gear |
| US11360433B2 (en) | 2018-03-26 | 2022-06-14 | Montres Breguet S.A. | Timepiece display correction mechanism |
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