CN201322848Y - Improved perpetual calendar clock structure - Google Patents
Improved perpetual calendar clock structure Download PDFInfo
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- CN201322848Y CN201322848Y CNU2008202293219U CN200820229321U CN201322848Y CN 201322848 Y CN201322848 Y CN 201322848Y CN U2008202293219 U CNU2008202293219 U CN U2008202293219U CN 200820229321 U CN200820229321 U CN 200820229321U CN 201322848 Y CN201322848 Y CN 201322848Y
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Abstract
Disclosed is an improved perpetual calendar clock structure. A data window, a month window, a week window and a clock window are arranged on the surface of an outer shell, and a rotary roller set, three sets of driving devices, a clock controller and a battery pack are fixed in the perpetual calendar clock structure. The rotary roller set comprises a data roller, a month roller and a week roller, which are respectively aligned with the windows on the outer shell. The clock controller is aligned with the window thereof, and the three sets of driving devices are respectively installed in the data roller, the month roller and the week roller. Signals are sent through the clock controller to control the driving devices to generate second control signals which are sent to the other rollers to enable the week roller, the data roller and the month roller to act circularly in sequence; correct data, month and week hinges can be turned out through the periodic control signals; and by making use of the wire arrangement in the flexible circuit boards in the rotary roller set, the perpetual calendar clock structure can automatically shift between an odd month and an even month. The improved perpetual calendar clock structure has the advantages that the structures which operate as a whole are integrated into a whole body, so the volume of the overall improved perpetual calendar clock structure is reduced and the improved perpetual calendar clock structure has more industrial competitiveness.
Description
[technical field]
The utility model is about a kind of structure of perpetual calendar clock, be meant especially a kind ofly to produce the signal of intermittent signal and clock control, to drive the structure-improved of the perpetual calendar clock of rollers upsets such as month, date and week in the perpetual calendar clock by swing roller group, flexible circuit board and drive unit.
[background technology]
General common mechanical type perpetual calendar structure, for reaching the automatic conversion in date, week and time, its structure often needs very many machinery control parts to link and controls, the restriction of volume is not only arranged on one-piece construction, on producing originally, also can't effectivelyly reduce, thereby the competition on the industry quite is stressed.
The perpetual calendar timing topology of existing Improvement type, No. 89206485.4 patent of Chinese patent of inventing before the inventor as present patent application, its main composition is characterized as: comprise an external shell, swing roller, drive unit, clock control and the electric battery of power supply is provided, the surface of this external shell is provided with month, date, window such as week and clock, inner be the fixing swing roller of hollow, drive unit, clock control and electric battery, trigger a signal by clock control and go the accessory drive action, this drive unit interlock week roller, the date roller and month roller, circulation in regular turn, utilize the substrate touch surface of drive unit inside simultaneously, can make it greatly, automatic conversion during the solar month of 30 days, need not artificial treatment, make perpetual calendar reach whole robotizations.And the drive unit of its structure is to be come drive gear set, made brake switch produce signal by gear set control brake handle again by a motor, the contained member of this drive unit is very complicated, shared space accounts for the space of this drive unit maximum, and barrier easily takes place interlock between each member so also make.
This shows that above-mentioned existing perpetual calendar demands obtaining improvement urgently.
[summary of the invention]
Technical problem to be solved in the utility model is to provide the structure-improved of the little perpetual calendar clock of a kind of integrally-built volume.
The utility model solves the problems of the technologies described above by following technological means: a kind of structure-improved of perpetual calendar clock comprises:
One external shell, a side surface of this external shell is provided with month, date, week and clock window;
One swing roller group, this swing roller group comprise January roller, a date roller, one week roller, be equipped with month movable sheet, date movable sheet, week movable sheet on each roller, this in month roller, date roller and week roller aim at date window, the month window and day window on external shell surface respectively;
Three groups of drive units are fixed on the inside of external shell, and each group drive unit drives month roller, date roller, week roller respectively and rotates;
Clock system for the moment, the clock window that the external shell surface is aimed in clock control is fixed on the external shell, clock control comprises hour hands, rotation touching sheet and control basal plate, described rotation touching sheet is fixed in the rotating shaft of hour hands, and control basal plate is fixed on the below of rotation touching sheet and contacts with rotation touching sheet;
The utility model difference with the prior art is: described each group drive unit installs respectively in month roller, a date roller, a week roller, has therefore reduced the overall volume of perpetual calendar greatly.
This utility model further is specially:
Be provided with a ring-type flexible circuit board in each roller of described swing roller group, and be equipped with more than one winding displacement in ring-type flexible circuit board inside surface, each roller one side inner edge place has handle ratchet wheel, and the opposite side internal face is provided with more than one projection;
Described each drive unit comprises gear set, the driving lever by gear set drive, touch switch and the microswitch that motor, motor drive, described driving lever front end place is positioned on the handle ratchet wheel of roller, touch-control termination contact on the touch switch on the winding displacement of flexible circuit board, the corresponding setting of projection in microswitch and each roller.
Described month, the month movable sheet of roller was made up of 12 movable sheet, the ratchet of the handle ratchet wheel on the month roller and the quantity of projection with month movable sheet quantity identical.
The date movable sheet of described date roller is made up of the movable sheet of 30 a slices, and the ratchet of the handle ratchet wheel on the date roller and number of slugs are identical with date movable sheet quantity.
Described week, the week movable sheet of roller was made up of 14 movable sheet, this, movable sheet had two every day in week, wherein a slice shows the week and the morning constantly simultaneously, another sheet shows week and afternoon constantly simultaneously, handle ratchet wheel ratchet on the week roller and number of slugs with week movable sheet quantity identical.
The winding displacement quantity of the flexible circuit board in the touch-control number of terminals on the touch switch of described drive unit and its corresponding roller is identical.
Be provided with an electric battery in the described external shell, the electric power of the timely clock system of each drive unit is provided.
The interior flexible circuit board of described month roller is provided with three groups of winding displacements, first group of winding displacement all has touch surface, and connect negative pole, second group of winding displacement has the representative February of touch surface, the 3rd group of winding displacement has representative April, June, September and the November of touch surface, and second and third group winding displacement does not have representative January, March, May, July, August, October and the Dec of touch surface.
Flexible circuit board in the described date roller is provided with five groups of winding displacements, first group of winding displacement all has touch surface, and connect negative pole, second group of winding displacement has the representative No. two～20 No. eight of touch surface, the representative of no touch surface 20 No. nine～No. one, the 3rd group of winding displacement has No. one, the representative of touch surface, representative No. two～three ride on Bus No. 11s of no touch surface, the 4th group of winding displacement has representative three ride on Bus No. 11s of touch surface, the representative of no touch surface No. one～three No. ten, the 5th group of winding displacement has the representative 20 No. nine～31 of touch surface, the representative of no touch surface No.～20 No. eight.
The interior flexible circuit board of described week roller is provided with three groups of winding displacements, first group of winding displacement all has touch surface, and connect negative pole, second and third group winding displacement has the daytime on representative Monday～Sun. of touch surface, and second and third group winding displacement does not have the evening on representative Monday～Sun. of touch surface.
The structure improved advantage of the utility model institute perpetual calendar clock is:
1. utilize month, date and week roller and the touch switch of each drive unit produce interim control signal, control month, the date and week roller overturn out month, date and week, thereby reach correctly show date, the purpose of loose-leaves such as month and week;
2. the structure with whole implementation running effectively integrates to one, makes integrally-built smaller volume, can make lighter and handier perpetual calendar clock, has more the competitiveness on the industry.
3. mechanical driving reduces, and reduces integrally-built failure rate greatly.
[description of drawings]
The utility model will be further described in conjunction with the embodiments with reference to the accompanying drawings.
Figure 1A, Figure 1B, Fig. 1 C be the utility model perpetual calendar clock structure improved month, date and week roller and each drive unit partial schematic diagram in it;
Fig. 2 is the structure improved control signal synoptic diagram of this perpetual calendar clock;
Fig. 3 A, Fig. 3 B are the structure improved week roller one side enforcement constitutional diagram of this perpetual calendar clock; Fig. 4 A, Fig. 4 B are the structure improved week roller opposite side enforcement constitutional diagram of this perpetual calendar clock; Fig. 5 is the structure improved product view of this utility model perpetual calendar clock.
The main element label declaration:
1 external shell, 11 date form
13 week of form Dec form
14 clock forms, 2 swing roller groups
21 date rollers, 211 date movable sheet
212 flexible circuit boards, 213 winding displacements
214 handle ratchet wheels, 215 projections
22 221 month of roller month movable sheet
222 flexible circuit boards, 223 winding displacements
224 handle ratchet wheels, 225 projections
23 231 week of roller week movable sheet
232 flexible circuit boards, 233 winding displacements
234 handle ratchet wheels, 235 projections
3 drive units, 31 motors
32 gear sets, 33 driving levers
34 touch switches, 35 microswitches
4 clock controls, 41 hour hands
42 rotation touching sheets, 43 control basal plate
5 electric battery
[embodiment]
See also shown in Figure 1A, Figure 1B, Fig. 1 C, for structure improved month of the utility model perpetual calendar clock, date and week roller and each drive unit partial exploded view in it, and see also Fig. 5, be the structure improved product view of the utility model perpetual calendar clock, this perpetual calendar clock includes:
One external shell 1, a side surface of this external shell 1 are provided with month, date, week and clock window 11,12,13,14; One side surface of this external shell 1 also can be provided with other function window;
One swing roller group 2, this swing roller group 2 is by month, date, week roller 21,22,23 constitute, be equipped with month on each roller, date, week movable sheet 211,221,231, in addition, this month, date and week roller 21,22,23 aim at the month of external shell 1 respectively, date, day window 11,12,13, be respectively arranged with the flexible circuit board 212 of a ring-type in each roller, 222,232, and be equipped with more than one winding displacement 213 at each flexible circuit board inside surface respectively, 223,233, each roller one side inner edge place has handle ratchet wheel 214,224,234, the opposite side internal face is provided with more than one projection 215,225,235; Roller month of 21 in this, movable sheet 211 was made up of 12 movable sheet in month, and handle ratchet wheel 214 ratchets on the month roller 21 and projection 215 quantity with month movable sheet 211 quantity identical; The date movable sheet 221 of this date roller 22 is made up of the movable sheet of 30 a slices, and the quantity of the ratchet of the handle ratchet wheel on the date roller 22 224 and projection 225 is also identical with date movable sheet 221 quantity; Roller week of 23 in this, movable sheet 231 was made up of 14 movable sheet in week, this, movable sheet had two 231 every days in week, a slice wherein is except that demonstrating week, also can demonstrate (AM) in moment in the morning, another sheet also can demonstrate (PM), so have two every day except that demonstrating week in the moment in the afternoon, jede Woche added up to 14 in seven days, and handle ratchet wheel 234 ratchets on the week roller 23 and projection 235 quantity also with week movable sheet 231 quantity identical; The month of this swing roller group 2, date, week, roller 21,22,23 aimed at month window 11, date window 12 and the day window 13 on external shell 1 surface respectively, and its clock window 14 is also aimed in clock control 4;
Three groups of drive units 3, every group of drive unit 3 inserted the month in the swing roller group 2 respectively, date, week roller 21,22, in 23, be fixed in the inside of external shell 1 again, and each group drive unit 3 can drive month respectively, date, week roller 21,22,23 rotate, include motor 31 in each drive unit 3 in addition, gear set 32, driving lever 33, touch switch 34 and microswitch 35, the driving lever 33 front end places of this drive unit 3 are positioned at handle ratchet wheel 214,224, on 234, touch-control terminal on the touch switch 34 then is contacted with flexible circuit board 212,222,232 winding displacement 213,223, on 233, again this microswitch 35 be with each roller in projection 215,225,235 corresponding settings; Touch-control number of terminals on this touch switch 34 is that the winding displacement quantity according to flexible circuit board 212,222,232 decides, as: if having three groups of winding displacements then to represent has three touch-control terminals, the rest may be inferred;
Clock system 4 for the moment, please consult Fig. 2 simultaneously, this clock control 4 is clock window 14 places of being fixed on the external shell 1, clock control 4 is made up of hour hands 41, rotation touching sheet 42 and control basal plate 43, this rotation touching sheet 42 is fixed on the hour hands 41, drive this rotation touching sheet 42 by hour hands 41 rotations, make rotation touching sheet 42 touch the set touch surface of control basal plate 43, the hour hands 41 of this clock control 4 revolve whenever and turn around meter in the time of 12 hours, promptly trigger a signal controlling drive unit 3 actions;
Formation by above-mentioned each member, again it is incorporated into the inside of external shell 1, promptly form the structure-improved of the utility model perpetual calendar clock, overall diagram as shown in Figure 5, do action by each drive unit 3, producing interim control signal, so make each 3 upset month of drive unit, date and week roller 21,22,23, reach the correct purpose that shows loose-leaves such as month, date and week.Wherein, action of the present utility model is the source that electric power is provided by an electric battery 5.
See also shown in Figure 2, structure-improved view for this perpetual calendar clock, the rotation touching sheet 42 of this clock control 4 is to be fixed in the rotating shaft of hour hands 41, can follow hour hands 41 rotations, 43 of control basal plate are fixed on the below of rotation touching sheet 42 and contact with rotation touching sheet 42, on this control basal plate 43, establish one group of touch surface in positive twelve-hour direction, so that turn around meter in the time of 12 hours whenever revolving, can trigger a signal deactivation drive unit 3 actions, and the control program of this structure is, clock control 4 is revolved and is turned around meter in the time of 12 hours, control week roller 23 is turned down one page, when week, roller 23 was turned down two pages, drive date roller 22 simultaneously and turn down one page, when date roller 22 is turned down 30 one pages, drive the month roller simultaneously and 21 turn down one page, always reciprocation cycle.
Wherein, by the drive unit 3 in this month, date, week roller 21,22,23 each roller of collocation, fixed angle of each roller rotation can be made, below month will be described, the interior flexible circuit board 212,222,232 of date, week roller 21,22,23.
Month roller 21: the flexible circuit board in it has three groups of winding displacements 213, first group of winding displacement 213 all has touch surface, and connect negative pole, second group of winding displacement 213 has the representative February of touch surface, the 3rd group of winding displacement 213 has representative April, June, September and the November of touch surface, representative January, March, May, July, August, October and the Dec of second and third group winding displacement 213 no touch surface;
2. date roller 22: the flexible circuit board 222 in it has five groups of winding displacements 223, first group of winding displacement 223 all has touch surface, and connect negative pole, second group of winding displacement 223 has the representative No. two～20 No. eight of touch surface, the representative of no touch surface 20 No. nine～No. one, the 3rd group of winding displacement 223 has No. one, the representative of touch surface, representative No. two～three ride on Bus No. 11s of no touch surface, the 4th group of winding displacement 223 has representative three ride on Bus No. 11s of touch surface, the representative of no touch surface No. one～three No. ten, the 5th group of winding displacement 223 has the representative 20 No. nine～31 of touch surface, the representative of no touch surface No.～20 No. eight;
Week roller 23: the flexible circuit board in it has three groups of winding displacements 233, first group of winding displacement 233 all has touch surface, and connect negative pole, second and third group winding displacement 233 has the daytime on representative Monday～Sun. of touch surface, the evening on representative Monday～Sun. of second and third group winding displacement 233 no touch surface;
Therefore, the hour hands 41 of clock system 4 whenever revolved and turned around meter in the time of 12 hours at that time, promptly trigger a signal to week roller 23 drive units 3 actions, and the driving lever 33 of its inner driving device 3 promptly can be stirred the handle ratchet wheel 234 of week roller 23 sides, cause week movable sheet 231 to turn down one page and demonstrate its what day and the morning (AM) constantly, when revolving again, hour hands 41 turn around meter in the time of 12 hours, trigger a signal again to week roller 23 drive units 3 actions, and the driving lever 33 of its inner driving device 3 promptly can be stirred the handle ratchet wheel 234 of week roller 23 sides once more, cause week movable sheet 232 down to turn over one page again and demonstrate its same what day and afternoon (PM) constantly, and can trigger a signal to 22 actions of date roller, and the driving lever 33 of its inner driving device 3 can be stirred the handle ratchet wheel 224 of date roller 22 sides, cause date movable sheet 221 to turn down one page and demonstrate its correct date, when date roller 22 rotation date movable sheets 221 rotate 31 times, can trigger a signal simultaneously to driving month roller 21 actions, and the driving lever of its inner driving device 3 promptly can be stirred the handle ratchet wheel of month roller side, causes the month movable sheet to turn down one page and demonstrate its correct month; In addition, because the February has only 28 days, utilize the set touch surface of winding displacement 223 of the flexible circuit board 222 of this date roller 22 across three equal parts, can be in the time of 28 days, automatically turn down three pages and skipped the 29 day, the 30 day and 31 days, demonstrate No. one date.When meeting 4 years once February 29 leap year, need powered-down, change operation adjustment with hand and showing date one day, opening power more every other day promptly can drive automatically and shows date.
In addition, see also Fig. 3 A, Fig. 3 B and Fig. 4 A, shown in Fig. 4 B, for implementing constitutional diagram in roller 23 both sides of structure improved week of this perpetual calendar clock, with week roller 23 be example, after 31 energisings of the motor in week roller 23 drive units 3, promptly can CD-ROM drive motor 31 drive driving lever 33 actions, driving lever 33 promptly can be stirred week roller 23 handle ratchet wheel 234, make week roller 23 begin to rotate, and during drive unit 3 energising, the microswitch 35 of this drive unit 3 is not subjected to week roller 23 projection 235 as yet and pushes, when turning to an angle, the microswitch 35 of this drive unit 3 promptly can be subjected to week roller 23 projection 235 and push, and promptly can make drive unit 3 outages, treats the triggering of signal next time.
Embodiment of the present utility model has more than been described; but being familiar with those skilled in the art is to be understood that; our described specific embodiment is illustrative; rather than be used for qualification to scope of the present utility model; those of ordinary skill in the art are in the modification and the variation of the equivalence of doing according to spirit of the present utility model, all should be encompassed in the scope that claim of the present utility model protects.
Claims (10)
1. the structure-improved of a perpetual calendar clock comprises:
One external shell, a side surface of this external shell is provided with month, date, week and clock window;
One swing roller group, this swing roller group comprise January roller, a date roller, one week roller, be equipped with month movable sheet, date movable sheet, week movable sheet on each roller, this in month roller, date roller and week roller aim at date window, the month window and day window on external shell surface respectively;
Three groups of drive units are fixed on the inside of external shell, and each group drive unit drives month roller, date roller, week roller respectively and rotates;
Clock system for the moment, the clock window that the external shell surface is aimed in clock control is fixed on the external shell, clock control comprises hour hands, rotation touching sheet and control basal plate, described rotation touching sheet is fixed in the rotating shaft of hour hands, and control basal plate is fixed on the below of rotation touching sheet and contacts with rotation touching sheet;
It is characterized in that: described each group drive unit installs respectively in month roller, a date roller, a week roller.
2. the structure-improved of perpetual calendar clock as claimed in claim 1, it is characterized in that: be provided with a ring-type flexible circuit board in each roller of described swing roller group, and be equipped with more than one winding displacement in ring-type flexible circuit board inside surface, each roller one side inner edge place has handle ratchet wheel, and the opposite side internal face is provided with more than one projection;
Described each drive unit comprises gear set, the driving lever by gear set drive, touch switch and the microswitch that motor, motor drive, described driving lever front end place is positioned on the handle ratchet wheel of roller, touch-control termination contact on the touch switch on the winding displacement of flexible circuit board, the corresponding setting of projection in microswitch and each roller.
3. the structure-improved of perpetual calendar clock as claimed in claim 2 is characterized in that: described month the month movable sheet of roller form by 12 movable sheet, the ratchet of the handle ratchet wheel on the month roller and the quantity of projection with month movable sheet quantity identical.
4. the structure-improved of perpetual calendar clock as claimed in claim 2 is characterized in that: the date movable sheet of described date roller is made up of the movable sheet of 30 a slices, and the ratchet of the handle ratchet wheel on the date roller and number of slugs are identical with date movable sheet quantity.
5. the structure-improved of perpetual calendar clock as claimed in claim 2, it is characterized in that: described week the week movable sheet of roller formed by 14 movable sheet, this, movable sheet had two every day in week, wherein a slice shows the week and the morning constantly simultaneously, another sheet shows week and afternoon constantly simultaneously, handle ratchet wheel ratchet on the week roller and number of slugs with week movable sheet quantity identical.
6. the structure-improved of perpetual calendar clock as claimed in claim 2 is characterized in that: the winding displacement quantity of the flexible circuit board in the touch-control number of terminals on the touch switch of described drive unit and its corresponding roller is identical.
7. the structure-improved of perpetual calendar clock as claimed in claim 1 is characterized in that: be provided with an electric battery in the described external shell, the electric power of the timely clock system of each drive unit is provided.
8. the structure-improved of perpetual calendar clock as claimed in claim 2, it is characterized in that: the interior flexible circuit board of described month roller is provided with three groups of winding displacements, first group of winding displacement all has touch surface, and connect negative pole, second group of winding displacement has the representative February of touch surface, the 3rd group of winding displacement has representative April, June, September and the November of touch surface, and second and third group winding displacement does not have representative January, March, May, July, August, October and the Dec of touch surface.
9. the structure-improved of perpetual calendar clock as claimed in claim 2, it is characterized in that: the flexible circuit board in the described date roller is provided with five groups of winding displacements, first group of winding displacement all has touch surface, and connect negative pole, second group of winding displacement has the representative No. two～20 No. eight of touch surface, the representative of no touch surface 20 No. nine～No. one, the 3rd group of winding displacement has No. one, the representative of touch surface, representative No. two～three ride on Bus No. 11s of no touch surface, the 4th group of winding displacement has representative three ride on Bus No. 11s of touch surface, the representative of no touch surface No. one～three No. ten, the 5th group of winding displacement has the representative 20 No. nine～31 of touch surface, the representative of no touch surface No.～20 No. eight.
10. the structure-improved of perpetual calendar clock as claimed in claim 2, it is characterized in that: the interior flexible circuit board of described week roller is provided with three groups of winding displacements, first group of winding displacement all has touch surface, and connect negative pole, second and third group winding displacement has the daytime on representative Monday～Sun. of touch surface, and second and third group winding displacement does not have the evening on representative Monday～Sun. of touch surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202293219U CN201322848Y (en) | 2008-12-04 | 2008-12-04 | Improved perpetual calendar clock structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202293219U CN201322848Y (en) | 2008-12-04 | 2008-12-04 | Improved perpetual calendar clock structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201322848Y true CN201322848Y (en) | 2009-10-07 |
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ID=41160225
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008202293219U Expired - Fee Related CN201322848Y (en) | 2008-12-04 | 2008-12-04 | Improved perpetual calendar clock structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201322848Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110579956A (en) * | 2016-07-05 | 2019-12-17 | 蒙特雷布勒盖股份有限公司 | Display mechanism with roller for watch |
-
2008
- 2008-12-04 CN CNU2008202293219U patent/CN201322848Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110579956A (en) * | 2016-07-05 | 2019-12-17 | 蒙特雷布勒盖股份有限公司 | Display mechanism with roller for watch |
| CN110579956B (en) * | 2016-07-05 | 2021-04-02 | 蒙特雷布勒盖股份有限公司 | Display mechanism with roller for watch |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20091007 Termination date: 20141204 |
|
| EXPY | Termination of patent right or utility model |