CN206671773U - The structure-improved of digital perpetual calendar clock - Google Patents
The structure-improved of digital perpetual calendar clock Download PDFInfo
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- CN206671773U CN206671773U CN201621098252.3U CN201621098252U CN206671773U CN 206671773 U CN206671773 U CN 206671773U CN 201621098252 U CN201621098252 U CN 201621098252U CN 206671773 U CN206671773 U CN 206671773U
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Abstract
This creation is about a kind of structure-improved of digital perpetual calendar clock.Wherein, this creation has the first digital swing roller and the second digital swing roller, and two swing rollers are provided with plural hinge to show tens and unit numbers respectively.Wherein, this creation also includes a carry shaft member, the carry shaft member both ends, which are respectively embedded into two swing rollers, makes three into being coaxially disposed, when the second digital swing roller rotation, first digital swing roller will be driven by the rotation tooth in the carry shaft member, this creation reduces power consumption when clock step formula operates by using less digital hinge.
Description
【Technical field】
This creation is a kind of relevant digital page turning clock, particularly as a kind of improvement for reducing hinge and browsing number of clock
Structure.
【Background technology】
On digital page turning read clock (Flip Clock), there are a variety of different designs or structure on the market.
Such as ten thousand described in the creation TaiWan, China the 186349th and M361651 Patent Cases of application before the applicant
Time-of-year clock structure, its main composition is characterized in an external shell, swing roller, drive device and battery pack etc., and shows
Quantity of the hinge of registration word then according to required display numeral is arranged on swing roller, however, to show sixtieth system
Minute or second when, must be set according to conventional design, on swing roller and multiply the hinge that is loaded with 60 wide cuts, could sequentially
Zero to 60 numeral (for example, minute or second) is presented.
Hold, set a large amount of hinges to make strength increase needed for swing roller rotation on swing roller, and then influence
The electric power expended needed for the drive device of swing roller spinning force is provided, such a structure is applied to show quite a lot of time
Numeral and must be on the unbroken perpetual calendar clock of long time running when, drawback it is obvious that not perfect enough because of prior art designs,
Need to be improved.
This case creator innovates in view of every shortcoming derived from above-mentioned ordinary articles so as to be improved, and through for many years
After concentrating on studies, successfully the structure-improved of this part perpetual calendar clock is completed in research and development finally.
For problem above, the inventor of this creation is studied intensively by the long-time for the professional domain, improves previous skill
The deficiency and shortcoming of art, the perpetual calendar clock utility model with industrial applicability and novelty is created.
【Utility model content】
This creation is a kind of structure-improved of digital perpetual calendar clock, is that one kind drives the pivoted presentation of hinge with machinery
The page turning clock of numeral, compared with prior art, the hinge quantity that it is set is few, is aided with the driving of intermittent drive device, can
So that the clock of this creation is run, few the effect of expending electric power can be reached, manufacturing cost can also be saved.
The structure-improved of the digital perpetual calendar clock of this creation includes following elements：
One external shell, the external shell are the housings for placing and preventing exotic contact clock inner member.
Wherein, the side surface of external shell one is provided with clock form, so that the clock of this creation is in standing state when being set,
The time index of page turning stepping can be read from outside from clock form.
First digital swing roller, the first digital swing roller is equidistant along roller both sides rim edge and is accordingly provided with
Plural hinge, be all provided with demifacet numerical chracter per a piece of hinge positive and negative, when two adjacent hinges be under a direction turn over and
When the opposing party not yet turns over the state fallen, respective demifacet numeral can be connected so as to which complete numeral be presented in two hinges.This wound
Make to represent the time by the numeral of hinge presentation, and in this creation, the first digital swing roller is mainly to present
Ten digits in double figures.
Second digital swing roller, the second digital swing roller are equidistant along roller both sides rim edge and accordingly set
There is plural hinge, be provided with demifacet numerical chracter per a piece of hinge positive and negative, such as the first digital swing roller, in two hinges
Certain is a piece of turn over downwards and another not yet turn in the state of, the demifacet numeral in two hinges can be connected complete to present
Numeral, the time is represented with the numeral that hinge is presented.In this creation, the second digital swing roller is mainly to be presented two
Unit numbers in digit.
Wherein, the first digital swing roller is the tens for representing the time, and the second digital swing roller is
To represent the units of time；In perpetual calendar clock to present point or in the time of second, in the first digital swing roller
12 hinges of upper setting, digital zero is sequentially presented to numeral five in the order set according to roller in one cycle, sequentially common
Circulation is twice (0,1,2,3,4,5,0,1,2,3,4,5).In addition, setting ten hinges on the second digital swing roller, press
According to roller set order sequentially presented in one cycle digital zero to numeral nine, sequentially altogether circulation primary (0,1,2,3,4,
5、6、7、8、9)。
Wherein, the first digital swing roller and the second digital swing roller are disposed on the interior of the external shell
Portion, and the position of the first digital swing roller and the second digital swing roller is respectively on corresponding to the external shell
On clock form, so that being observed that located at the first digital swing roller and being somebody's turn to do when being checked from outside from clock form
Numeral in second digital swing roller hinge.
This creation also includes a carry shaft member, and the carry shaft member is that a lateral area is less than the first digital swing roller
And the element of the second digital swing roller.Its one end is embedded in the first digital swing roller, its other end be embedded in this second
Digital swing roller, the carry shaft member is set to be arranged between the first digital swing roller and the second digital swing roller,
Three is passed through using a rotating shaft, so that three is into coaxial.
Wherein, the first digital swing roller along the carry shaft member be embedded in inner edge setting plural double wedge at, to
In presentation point or the perpetual calendar clock of time second, the quantity of the respectively double wedge set on the first digital swing roller is 24
Tooth.In addition, accordingly, in the other end of the carry shaft member, it is embedded in the second digital swing roller along the carry shaft member
The inner edge at place, provided with plural double wedge or projection.In the perpetual calendar clock of this creation, a projection is provided with.
It is provided with the carry shaft member of this creation and rotates tooth with carry shaft member out-of-alignment.The rotation tooth both sides
All it is provided with plural double wedge, respectively double wedge system of wherein side is fastened on respectively in the double wedge of the first digital swing roller, and is somebody's turn to do
Respectively double wedge of tooth opposite side is rotated, is set both facing to the second digital swing roller, so that the second digital swing roller
During rotation the projection of its inner rim can touch and the push-jump rotation tooth close to the second digital swing roller side the respectively double wedge；Its
In, perpetual calendar clock to present point or this creation clock of second among, rotate in tooth close to the first numeral rotation rolling
Wheel is provided with eight double wedges, and first opposite side is provided with four double wedges by the second digital swing roller, among eight double wedge, each
At a distance of a tooth four teeth and opposite side four double wedge all by regularly arranged in parallel corresponding, and the rotation tooth can exist according to its axle
In the carry shaft member, the direction parallel along the first digital swing roller and the second digital swing roller direction of rotation rotates.
In addition, in the carry shaft member of this creation, the carry shaft member outer rim be extended have fixed pad (or
Make washer), the gasket surface is smooth, coaxial in the carry shaft member, the first digital swing roller and the second digital swing roller
During setting, the pad can make the first digital swing roller and the second digital swing roller be spaced, and can make the first numeral rotation
Tumbler wheel and the second digital swing roller be not in direct contact with each other, avoids its rotation from being influenceed by frictional force to each other.Wherein,
Penetrated on the pad for the rotation tooth provided with borehole, so that four double wedges and eight double wedges of the rotation tooth are in clock group
During dress, its position is respectively at the both sides of the pad.
More than, it is noted that in this creation, through the carry shaft member, the first digital swing roller and second
The rotating shaft of digital swing roller is polygonal axle rather than circular shaft, and the axis hole at the carry shaft member center and the rotating shaft both ends to
The hole for fixing the rotating shaft is all in the polygonal for being same as the rotating shaft, the first digital swing roller and the second numeral rotation rolling
Take turns the axis hole circular hole that then diameter is suitable between diameter and polygonal two corners in center.Arrangement above is to allow the carry axle
Part is fixed on external shell by the rotating shaft, and the first digital swing roller and the second digital swing roller then will should
It can rotate.In addition, the rotation tooth in the carry shaft member is rotated with its own axle.
Wherein, when the second above-mentioned digital swing roller, when the second digital swing roller is seen to the first digital swing roller
The direction gone, when being rotated relative to its rotating shaft in counterclockwise, the projection that its inner rim is provided with will be caught in the rotation in some angle
Turn four double wedges of tooth side, rotate the rotation tooth, and eight double wedges of the rotation tooth opposite side will be with the rotation tooth
It is driven, there are 24 double wedges to be mutually clamped with eight double wedge because of the first digital swing roller inner edge, therefore first numeral
Swing roller will be driven to rotate carry once, until the projection of the second digital swing roller inner edge promotes once again next time
The rotation tooth, will repeat above-mentioned a series of actions.
A barrier element is provided with the upside of the clock form of the external shell of this creation, the barrier element system is outer located at this
The upside of clock form in portion's housing, it is that can position to stop and be arranged at respectively should for interval stepping on the first digital swing roller
Hinge, and this second numerically on swing roller interval stepping the respectively hinge, with stop respectively the hinge be affected by gravity,
Not yet step to and turn over ahead of time when should turn over the angle fallen.
Wherein, with above-mentioned a series of actions, the first digital swing roller and the second digital swing roller are on edge
In the case of its rotating shaft rotate counterclockwise, with the angle change of roller, in predetermined correct angle, the first numeral is arranged at
Respectively hinge of interval stepping on swing roller, or each hinge of interval stepping will pass through the stop on the second digital swing roller
Element turns over downwards, and the barrier element will stop that next hinge then is turned over, so that the hinge after turning over is a piece of with
The hinge being blocked up and down be connected present plane, with a piece of hinge turn over before present located at respectively in the hinge first numeral
(ten) or second digital (individual position), to represent the time of clock presentation.
This creation also includes a drive device, and the drive device is arranged on the external shell, to drive second numeral
Swing roller rotates, and the second digital swing roller system rotates towards direction on the downside of the clock form of the external shell, if edge turns
Axle is looked with the second digital swing roller to the first digital swing roller, the second digital swing roller and first number
Word swing roller is all according to counterclockwise rotates, and the drive device can receive outside to open with magnetic reed switch or fine motion
The time signal transmitted is closed, clock is operated with intermittent step-by-step system, clock can be allowed to operate exactly to show the time.
In addition, the first digital swing roller is provided with a restriction element in the opposite side of the embedded carry shaft member, should
Restriction element is to limit the first digital swing roller counter-rotating (that is, restricted from towards side on clock form
To reversing).
In addition, the first digital swing roller is provided with a carry bit in the opposite side relative to the embedded carry shaft member
Part, the carry element can be a kind of microswitch, and the carry element adds up to certain in the first digital swing roller rotation
It will be touched after angle (or number of turns), at that time, it will send a carry signal, and the carry signal can be sent to and this wound
Make outside other identical or different clocks of clock interconnection, to represent the clock of this creation cycle of complete operation one
Time so that show that different time digit or the clock group on date are operated if being connected with plural clock；Above-mentioned configuration also may be used
The clock of this plural creation is connected and configured, is transmitted the carry signal between the clock of this plural creation with reaching, so that
The clock of this plural creation can progression reach the function of timing.
In addition, the structure-improved of the digital perpetual calendar clock of this creation, can also additionally include and connect with the drive device
The movement element of knot, the movement element system include the movement to timing, microswitch and magnetic reed switch in combination
Loop, the magnetic reed switch loop are made up of two electric wires, wherein, an electric wire be connected to electric current provide equipment one extremely with
Between one microswitch, another electric wire be connected to electric current provide equipment this extremely between the microswitch, two electric wires
Stage casing is designed with reed, and sensing chip corresponds to the position of reed, and then the magnetic force for passing through the sensing chip between two electric wires
Reed switch is controlled to be switched on or switched off two electric wires, wherein, the disconnected one end that equipment is provided in electric current of two electric wires, point
The NO and NC of the microswitch are not connected to, and the COM ends of the microswitch are then connected with the drive device of this creation, and this wound
The drive device of work further provides the another of equipment with electric current and is extremely connected.
Wherein, the sensing chip that reed is can trigger in the magnetic reed switch loop is arranged on rotatable movement, when the sensing
When piece is driven the reed on the electric wire by movement rotation, triggerable reed connects loop, when away from when, then relatively
Disconnect loop；Movement element is to coordinate the magnetic reed switch loop by movement rotary speed, for correct time to be controlled
Be supplied to the electric power of the drive device interrupted, make the drive device can step-operated exactly, with up to digital the ten thousand of this creation
Timing effect of time-of-year clock.
The structure-improved of the digital perpetual calendar clock of this creation, it is by the combination of above element, with prior art phase
Than loading the weight of less hinge, electricity of the clock needed under operating can be saved, and then reaching the long-time fortune of perpetual calendar
The effect of turning.
【Brief description of the drawings】
Fig. 1 is the structure improved outward appearance front view of the digital perpetual calendar clock of this creation.
Fig. 2 is roller and the first viewing angle constructions figure of shaft member in the structure-improved of the digital perpetual calendar clock of this creation.
Fig. 3 is roller and the second viewing angle constructions figure of shaft member in the structure-improved of the digital perpetual calendar clock of this creation.
The first schematic diagram when Fig. 4 is the structure-improved operating of the digital perpetual calendar clock of this creation.
The second schematic diagram when Fig. 5 is the structure-improved operating of the digital perpetual calendar clock of this creation.
The 3rd schematic diagram when Fig. 6 is the structure-improved operating of the digital perpetual calendar clock of this creation.
The 4th schematic diagram when Fig. 7 is the structure-improved operating of the digital perpetual calendar clock of this creation.
【Embodiment】
It is below in conjunction with the accompanying drawings and embodiment, right in order that the object, technical solution and advantage of this creation are more clearly understood
This creation is further elaborated.It should be appreciated that specific embodiment described herein is only to explain this creation, but simultaneously
It is not used in and limits this creation.
Fig. 1 is refer to first, it is the structure improved outward appearance front view of the digital perpetual calendar clock of this creation, wherein,
Include the external shell 1 of cladding this creation clock, be sequentially arranged coaxial from left to right as viewed from the clock form on housing
First digital swing roller 2,4 and second digital swing roller 3 of carry shaft member, and hinge 20 rotates to be arranged at the first numeral
The hinge of numeral is presented on roller 2, hinge 30 is then to be arranged on the second digital swing roller 3 page of numeral is presented
Piece, barrier element 6 is then arranged on the portion of external housing 1 on the upside of clock form with a special angle, to be run in roller
During hinge 20 and hinge 30 at angle of inclination, hinge 20 is turned over ahead of time when not turned over by gravity with hinge 30 and drop down onto presentation
Next numeral, and drive device 5 is then arranged on external shell 1, drive device 5 is through the rotation of a round tip wheel to promote the
Groove profile wheel on two digital swing rollers 3, can be with the second digital swing roller 3 of intermittent driving.
Fig. 2 is refer to, it is that the first visual angle of roller and shaft member is tied in the digital perpetual calendar clock structure-improved of this creation
Composition, wherein, left side is the first digital swing roller 2, it comprises 12 mobilizable hinges 20, it can be seen that
There is a ring on the one digital side of swing roller 2, its inner rim is provided with the inverse angle tooth 24 of plural number, and ring is provided with two carry projections
28, two carry projections 28 can each comfortable first digital swing roller 2 when rotating to half-turn, when shake-up is located on external shell 1 or
Microswitch (being not found in figure) in external shell 1, to send carry signal；In addition, right side in figure, then be the second numeral rotation
Tumbler wheel 3, thereon comprising ten mobilizable hinges 30, and the projection 32 that inner side recess inner edge is provided with, the projection
It is the distance for being equal to two teeth in the present embodiment to set.
And in carry shaft member 4, then a rotation tooth 40 is provided with, the axle center of rotation tooth 40 is arranged at carry shaft member 4
Interior, the rotation tooth 40 has eight double wedges close to the side of the first digital swing roller 2, and close to the second digital swing roller 3
Side then there are four double wedges, the outer rim of the carry shaft member 4 is extended the pad 42 for having ring-type, and the both sides of pad 42 can be
Smooth surface, being dug on relevant position on pad 42 has a hole with accommodating rotation tooth 40, and makes eight double wedges of rotation tooth 40
It is located at both sides respectively with four double wedges.
Wherein, when being penetrated with polygonal rotating shaft, the first digital swing roller 2, carry shaft member 4 and second are digital to be rotated
When roller 3 makes three's coaxial combination, one end of carry shaft member 4 is by the embedded first digital side of swing roller 2, and the other end will be embedding
Enter the second digital side of swing roller 3, and wherein, the system of carry shaft member 4 is fixed by polygonal rotating shaft, and the first numeral rotation rolling
2 and second digital swing roller 3 of wheel is then to be rotated, and when the second digital swing roller 3 rotates, projection 32 can
To touch four double wedges that tooth 40 is rotated in carry shaft member 4, tooth 40 is rotated to promote, and it is then convex with four to rotate tooth 40
Tooth and eight double wedges are parallel is correspondingly arranged mutually to interlock.
Fig. 3 is refer to again, and it is regarded for the second of roller in the structure-improved of the digital perpetual calendar clock of this creation and shaft member
Corner structure figure, left side be the second digital swing roller 3 in figure, is provided with ten mobilizable hinges 30, and second counts
This side of word swing roller 3 is provided with the groove profile wheel 34 that surrounding carries concave arc, and plural long recess is carried on the groove profile wheel 34
And there is the groove of plural semilunar around it；In addition, right side is the first digital swing roller 2 in figure, the first numeral rotates
12 mobilizable hinges 20 are equally provided with roller 2, and on the inside of it, having one can be embedding by carry shaft member 4 when combination
The circular groove entered, the circular groove inside edge are provided with 24 double wedges 22；In the first digital swing roller 2, carry shaft member 4
And during the second digital 3 coaxial combination of swing roller, one end of carry shaft member 4 will be embedded in the first digital swing roller 2, make carry
Rotation tooth 40 in shaft member 4 is mutually clamped with 24 double wedges 22, wherein, when the rotation tooth 40 in carry shaft member 4 rotates
When, it will transmit through and drive the first digital swing roller 2 to rotate with 24 double wedges 22 that it engages, and the pad in carry shaft member 4
42 have separated the first digital 2 and second digital swing roller 3 of swing roller, make the first digital swing roller 2 and second
, will not be by not setting such as in addition to transmitting strength through the rotation tooth 40 in carry shaft member 4 when digital swing roller 3 rotates
Under the situation for putting pad 42, obstruction body phase pair can be produced between the first digital 2 and second digital swing roller 3 of swing roller
The influence of the power of motion.
Fig. 4 is refer to, the first schematic diagram when it is operated for the structure-improved of the digital perpetual calendar clock of this creation, it is opened up
Show from the second digital outside of swing roller 3 and see the angle gone along rotating shaft to the first digital swing roller 2, wherein, in operation process
In, driven by drive device 5 by signal, it is intermittent to rotate its round tip wheel 50 extended, you can to touch and support the second numeral rotation
The groove profile wheel 34 in the outside of tumbler wheel 3, by groove profile wheel 34 steppingly to drive the second digital swing roller 3 towards the inverse of rotating shaft
Hour hands angle rotates, and in rotary course, each hinge 30 will will be turned over angle by barrier element 6, and turn over fall should
Hinge 30 is blocked a piece of with the hinge 30 that element 6 stops and is connected one on the other, so that the plane provided with numeral is presented.
Fig. 5 is refer to, the second schematic diagram when it is operated for the structure-improved of the digital perpetual calendar clock of this creation, it is opened up
Show from seeing the angle gone along rotating shaft to the first digital swing roller 2 inside the roller of the second digital swing roller 3, wherein, operating
During, when being rotated by the second digital swing roller 3, its inner side is provided with convex by the recess inner edge that carry shaft member 4 is embedded in
Block 32 is after rotating to an angle, and the rotation tooth 40 that will touch in carry shaft member 4 makes the rotation of the second digital swing roller 3
Turn to drive the rotation tooth 40 in carry shaft member 4 to be rotated along its axle.
Fig. 6 is refer to, the 3rd schematic diagram when it is operated for the structure-improved of the digital perpetual calendar clock of this creation, it is opened up
Show from seeing the angle gone to the first digital swing roller 2 inside carry shaft member 4, wherein, in operation process, because the first numeral is revolved
Mutually blocked by 24 double wedges 22 that the recess inner edge that carry shaft member 4 is embedded in is provided with and rotation tooth 40 inner side of tumbler wheel 2
Close, when the rotation tooth 40 on by fixed carry shaft member 4 rotate along its axle, will transmit through 24 double wedges 22 transmission strength makes
First digital swing roller 2 rotates, and in rotary course, and each hinge 20 by barrier element 6 will be turned over angle, and turn over
The hinge 20 fallen is blocked hinge 20 that element 6 stops one on the other so that the plane provided with numeral is presented by a piece of with, and
The clock of this creation is set to carry out carry from units to tens.
Fig. 7 is refer to, the 4th schematic diagram when it is operated for the structure-improved of the digital perpetual calendar clock of this creation, it is opened up
Show from the first digital swing roller 2 to the second digital swing roller 3 and see the angle gone, its angle is with Fig. 4,5,6 on the contrary, therefore first
Digital swing roller 2 is presented along the clockwise rotation of rotating shaft in detail in this figure, wherein, in operation process, the restriction element of similar S types
26 are coaxially disposed with roller and are fixed by rotating shaft, and the system of restriction element 26 is embedded in the ring on the first digital side of swing roller 2,
And the both ends of restriction element 26 in horn shape with inner edge in ring set respectively this be mutually twisted against angle tooth 24, its effect is makes the
It when one digital swing roller 2 rotates, will be limited by the angle of articulation of inverse angle tooth 24 and restriction element 26, make the first numeral rotation
Tumbler wheel 2 will not produce reverse rotation.
As seen from the above embodiment, the structure-improved of the digital perpetual calendar clock of this creation provides what a kind of structure was simplified
Pivoted clock, can save the manufacturing cost of hinge quantity, then coordinate the movement of timing, to pass through step-type operation, when
The power consumption of clock can be reduced, effectively reaches the requirement of long time running needed for perpetual calendar clock, old friend this creation is actually
One is new in novel original perpetual calendar clock in industrial applicability.
Above-listed diagram and detailed explanation are specifically described for this creation possible embodiments, and those embodiments are not
To limit the scope of the claims of this creation, all equivalence enforcements or change without departing from carried out by this creation skill spirit, all should include
In the scope of the claims of this case.
【Symbol description】
1 external shell
2 first digital swing rollers
3 second digital swing rollers
4 carry shaft member
5 drive devices
6 barrier elements
20 hinges
22 24 double wedges
24 against angle tooth
26 restriction elements
30 hinges
32 projections
34 groove profile wheels
40 rotation tooth
42 pads
50 round tip wheels
Claims (10)
1. a kind of structure-improved of digital perpetual calendar clock, it is included：
External shell, a side surface of the external shell are provided with clock form；
One first digital swing roller, plural hinge is equidistantly provided with the first digital swing roller, is respectively set respectively in the hinge
It is equipped with part number；
One second digital swing roller, plural hinge is equidistantly provided with the second digital swing roller, is respectively set respectively in the hinge
It is equipped with part number；
One carry shaft member, the carry shaft member one end are embedded in the first digital swing roller, and the other end is embedded in second number
Word swing roller, the carry shaft member is set to be coaxially disposed between the first digital swing roller and the second digital swing roller；
One barrier element, the upside of clock form of the barrier element on the external shell；
One drive device, the drive device drive the second digital swing roller to sidespin under the clock form of the external shell
Turn；
Wherein, the first digital swing roller and the second digital swing roller system are arranged in the external shell, and this
The position of one digital swing roller and the second digital swing roller respectively to should be on external shell clock form；
Wherein, the first digital swing roller is provided with plural double wedge along the inner edge at insertion at the carry shaft member, and second number
Word swing roller is provided with a projection along the inner edge at insertion at the carry shaft member；
Wherein, a rotation tooth is provided with the carry shaft member, the rotation tooth both sides are all provided with plural double wedge, and side respectively should
The engaging of double wedge system is arranged at the first digital swing roller respectively in the double wedge, respectively double wedge of the rotation tooth opposite side, then court
Set to the second digital swing roller；
Wherein, the carry shaft member outer rim, which is extended, the pad for reducing frictional force, and the pad is provided with the corresponding digging penetrated
Hole is with the accommodating rotation tooth；
Wherein, when the second digital swing roller rotation driven, the projection that inner edge is provided with will touch and support the rotation tooth side
The respectively double wedge, rotate the rotation tooth, and then through the rotation tooth opposite side and the first digital swing roller inner edge
The respectively double wedge being mutually clamped, drive first digital swing roller rotation carry；Wherein, with the first digital swing roller
And the angle change of the second digital swing roller rotation, the respectively hinge being arranged at will be turned over downwards by the barrier element
Fall, and the barrier element will stop that next hinge is turned over, and deploy two hinge, is presented and is arranged at respectively in the hinge with linking
Numeral.
2. according to the structure-improved of the digital perpetual calendar clock described in claim the 1, it is characterized in that：
Equidistantly 12 hinges are provided with the first digital swing roller；
The first digital swing roller is provided with 24 double wedges along the inner edge at insertion at the carry shaft member；And
Equidistantly ten hinges are provided with the second digital swing roller.
3. the structure-improved of the digital perpetual calendar clock according to any one of claim the 1 or 2, it is characterized in that：
The rotation tooth set in the carry shaft member, the rotation tooth side are eight double wedges, and engaging is arranged at first numeral
In 24 double wedges of swing roller, the rotation tooth opposite side system is four double wedges be arrangeding in parallel corresponding with eight double wedges, then court
Set to the second digital swing roller；And
Wherein, when the second digital swing roller rotation driven, the projection that inner edge is provided with will touch and support the four of the rotation tooth
Double wedge, rotate the rotation tooth, and parallel eight double wedges of the rotation tooth opposite side will drive the first digital swing roller.
4. the structure-improved of the digital perpetual calendar clock according to any one of claim the 1 or 2, it is characterized in that：
The first digital swing roller sets a restriction element in the opposite side of the embedded carry shaft member, the restriction element system to
Limit the first digital swing roller counter-rotating.
5. according to the structure-improved of the digital perpetual calendar clock described in claim the 3, it is characterized in that：
The first digital swing roller sets a restriction element in the opposite side of the embedded carry shaft member, the restriction element system to
Limit the first digital swing roller counter-rotating.
6. the structure-improved of the digital perpetual calendar clock according to any one of claim the 1 or 2, it is characterized in that：
The first digital swing roller sets a carry element in the opposite side of the embedded carry shaft member, the carry element be to
Add up in the first digital swing roller rotation to certain angle after by tactile support, to send a carry signal to external device (ED).
7. the structure-improved of the digital perpetual calendar clock according to any one of claim the 1 or 2, it is characterized in that：
The second digital swing roller is provided with a groove profile wheel in the opposite side of the embedded carry shaft member, and the drive device is
Cross a round tip wheel and promote the groove profile wheel to drive the second digital swing roller.
8. according to the structure-improved of the digital perpetual calendar clock described in claim the 3, it is characterized in that：
The second digital swing roller is provided with a groove profile wheel in the opposite side of the embedded carry shaft member, and the drive device system is saturating
Cross a round tip wheel and promote the groove profile wheel to drive the second digital swing roller.
9. the structure-improved of the digital perpetual calendar clock according to any one of claim the 1 or 2, it is characterized in that：
The drive device is operated with intermittence to drive the second digital swing roller.
10. according to the structure-improved of the digital perpetual calendar clock described in claim the 3, it is characterized in that：
The drive device system is operated with intermittence to drive the second digital swing roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621098252.3U CN206671773U (en) | 2016-09-30 | 2016-09-30 | The structure-improved of digital perpetual calendar clock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621098252.3U CN206671773U (en) | 2016-09-30 | 2016-09-30 | The structure-improved of digital perpetual calendar clock |
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| Publication Number | Publication Date |
|---|---|
| CN206671773U true CN206671773U (en) | 2017-11-24 |
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ID=60356398
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621098252.3U Active CN206671773U (en) | 2016-09-30 | 2016-09-30 | The structure-improved of digital perpetual calendar clock |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110618598A (en) * | 2018-06-18 | 2019-12-27 | 蒙特雷布勒盖股份有限公司 | Adjusting mechanism for a timepiece display mechanism with a roller |
| CN110780575A (en) * | 2019-11-11 | 2020-02-11 | 漳州市英姿钟表有限公司 | Desktop type combined small clock |
-
2016
- 2016-09-30 CN CN201621098252.3U patent/CN206671773U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110618598A (en) * | 2018-06-18 | 2019-12-27 | 蒙特雷布勒盖股份有限公司 | Adjusting mechanism for a timepiece display mechanism with a roller |
| CN110618598B (en) * | 2018-06-18 | 2021-02-19 | 蒙特雷布勒盖股份有限公司 | Adjusting mechanism for a timepiece display mechanism with a roller |
| US11543778B2 (en) | 2018-06-18 | 2023-01-03 | Montres Breguet S.A. | Adjustment mechanism for timepiece display mechanism with rollers |
| CN110780575A (en) * | 2019-11-11 | 2020-02-11 | 漳州市英姿钟表有限公司 | Desktop type combined small clock |
| CN110780575B (en) * | 2019-11-11 | 2021-07-13 | 漳州市英姿钟表有限公司 | Desktop type combined small clock |
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