CN103186092A - Clock - Google Patents
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- CN103186092A CN103186092A CN2011104521057A CN201110452105A CN103186092A CN 103186092 A CN103186092 A CN 103186092A CN 2011104521057 A CN2011104521057 A CN 2011104521057A CN 201110452105 A CN201110452105 A CN 201110452105A CN 103186092 A CN103186092 A CN 103186092A
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Abstract
A clock includes a base, a timing device and a control device. The timing device comprises a scale unit and a pointer. The scale unit is provided with a plurality of scales which are arranged at intervals and do not surround one circle of the clock. The control device comprises a timing unit and a control unit, wherein the timing unit can automatically carry out identifying and timing, and the control unit drives the pointer to rotate. The control unit comprises a first control module and a second control module. The first control module controls the pointer to rotate at a small angle, and the second control module controls the pointer to rotate at a big angle from a position of the last scale to the position of the first scale. Due to the fact that the scales do not surround one circle of the clock, the printing area and the clock size can be reduced to meet a light and handy requirement. Through matching between the timing unit and the control unit, the clock can control the pointer to accurately rotate at a needed angle.
Description
Technical field
The present invention relates to a kind of clock, particularly relate to the clock that a kind of energy is used for showing time and date.
Background technology
Consult Fig. 1, general multi-functional clock 1 can show information such as time-division, month day and week simultaneously, its structure comprises usually: one be used for to show " time " with the master timer 11 of " branch ", and two (perhaps more) Auxiliary Timers 12,13, described Auxiliary Timer 12,13 cooperates and is used for showing " month " and " date ".Wherein, the scale on this master timer 11 is divided into for the 12 big lattice that represent 12 hours, and each big lattice is subdivided into five little lattice again.This Auxiliary Timer 12 has 12 scales that surround into a circle, described scale indicated respectively the numeral 1,2,3 ..., 12, be used for different month of representative, moving 1/12 circle of a month pin 121 revolutions of this Auxiliary Timer 12 and when moving to next scale position, just representative was through time of one month.In addition, this Auxiliary Timer 13 has 31 scales that surround into a circle, described scale indicated respectively numeral 1,2,3 ..., 31, be used for representative not on the same day.
Certainly, can stagger in the printing position of the scale of this master timer 11 and described Auxiliary Timer 12,13 scale in design, avoids scale overlapping and can't identification.But because Auxiliary Timer 12,13 scale all are to surround into a complete circle, occupy certain printing area, so the scale print range of this master timer 11 must enlarge outward again, just can be not overlapping with Auxiliary Timer 12,13 scale.So the volume of this clock 1 must reach greatly, could form enough big front face area for the printing scale, but the volume and the weight that just are unfavorable for dwindling clock thus can't satisfy the demand of light and handyization.
Summary of the invention
The object of the present invention is to provide a kind of volume to dwindle, can satisfy the clock of light and handyization demand.
Clock of the present invention, comprise: the pedestal with a display surface, and time set, this time set comprises that one is arranged on the scale unit on this display surface, a pointer unit that is installed in rotation on this display surface and has a pointer, and a movement unit that is combined on this pedestal and drives this pointer unit rotational; This scale unit has several each intervals and around the scale of scope less than a circle, the scale that is positioned at the position that begins most in the described scale is first scale, and the scale that is positioned at the position of least significant end in the described scale is last scale; This clock also comprises a control device, this control device comprises a central processing unit that is installed on this pedestal, this central processing unit comprises a timing unit of identification timing automatically, and one be electrically connected this timing unit and control the control module that this movement unit drives this pointer unit rotational, this control module comprises first a control module that is electrically connected this time set and can exports first signal, and second control module that is electrically connected this time set and can exports second signal, this first control module is controlled this pointer and is turned to the position of next scale by the position of any scale except last scale, and this second is controlled module and control this pointer is turned to first scale by the position of last scale position.
Clock of the present invention, this control device comprise that also one is electrically connected this timing unit and is subjected to this timing unit control and the display screen of demonstration time.
Clock of the present invention, this time set be one and be used for the time set show date, and the scale unit that should be used for the time set that shows date comprise 31 scales that are used for representing the date.
Clock of the present invention, this time set are a time set that is used for showing month, and the scale unit that should be used for the time set in demonstration month comprises 12 scales that are used for representing month.
Clock of the present invention, this time set are a time set that is used for showing week, and the scale unit that should be used for the time set in demonstration week comprises seven scales that are used for representing week.
Clock of the present invention, also comprise time set and another control module that is used for showing month, the time set that should be used for show month comprise that one had 12 each intervals and around the scale unit of scope less than the scale of a circle, a pointer unit that is installed in rotation on this display surface and has a pointer, and movement unit that is combined on this pedestal and drives this pointer unit rotational of this time set that is used for demonstration month, the scale that should be positioned at the position that begins most for the described scale of the time set that shows month is first scale, and the scale that is positioned at the position of least significant end in the described scale is last scale; Described another control module is electrically connected this time set that is used for showing month, and comprise that can export first of first signal for one controls module, and the second control module that can export second signal, the pointer that this of described another control module first control module is controlled this time set that is used for showing month turns to the position of next scale by the position of any scale except last scale, and this of described another control module second control module is controlled this pointer that is used for the time set in demonstration month is turned to first scale by the position of last scale position.
Clock of the present invention, also comprise one and be used for showing time set when, should be used for show that time set when comprise that one was arranged on the scale unit on this display surface, a pointer unit that is installed in rotation on this display surface, and one is combined on this pedestal and drives the movement unit that this is used for showing this pointer unit rotational of time set when; Should be used for showing that this scale unit of time set when had several each intervals and surrounds into a scale that encloses; Should be used for showing that this pointer unit of time set when had a minute hand and hour hands.
Clock of the present invention, the scope that centers on of the scale of this scale unit is less than or equal to 2/3rds circles.
Beneficial effect of the present invention is: by scale unit around scope less than one the circle and can dwindle the printing area of scale unit, thereby dwindle the volume of this clock, satisfy light and handyization demand.And the collocation of the timing unit of this control device and this control module, can control this pointer and correctly rotate required angle, make the running of this time set smooth and easy and can correctly show the time.
Description of drawings
Fig. 1 is a front view, shows a kind of clock in the past;
Fig. 2 is a front view of a preferred embodiment of clock of the present invention;
Fig. 3 is a rear view of this preferred embodiment;
Fig. 4 is a functional block diagram of the subelement of this preferred embodiment.
Embodiment
The present invention is described in detail below in conjunction with drawings and Examples.
Consult Fig. 2,3,4, the preferred embodiment of clock of the present invention comprises: a pedestal 2, and be installed in four time sets 3 on this pedestal 2,4,5,6 and control device 7.
This pedestal 2 has a display surface 21 that is positioned at the front side, and the back side 22 in contrast to this display surface 21.
Described time set 3,4,5,6 is respectively applied to show different time information, and in the present embodiment, this time set 3 is used for showing " when "; This time set 4 is used for showing January, February, March ... etc. " month "; This time set 5 is used for showing No. 1, No. 2, No. 3 ... etc. " date "; This time set 6 is used for showing " week ", for example Monday, two, three ... etc.Certainly, the quantity of time set of the present invention need not limit, and for example can omit the time set 6 that this is used for showing week.
This time set 3 comprises that a circle is arranged on the scale unit 31 on this display surface 21, a pointer unit 32 that is installed in rotation on this display surface 21, and a movement unit 33 that is combined in this pedestal 2 and drives this pointer unit 32 steppings rotation.This scale unit 31 has 12 each intervals and surrounds into the scale 311 of a circle, separating out at this display surface 21 for the 12 big lattice that represent 12 hours, and wherein also indicates numerals such as 3,6,9,12 on four scales 311 respectively.This pointer unit 32 has several pointers, and described pointer is respectively a second hand 321, a minute hand 322, hour hands 323, and a time pin 324.This movement unit 33 has a step motor (not shown), several gear (not shown) of being rotated by step motor control, one by the gear interlock and drives the output shaft (not shown) that this pointer unit 32 rotates, and two hand adjustment buttons 331 that are positioned at the back side 22 of this pedestal 2, one of them hand adjustment button 331 can manually be adjusted and see through minute hand 322, the hour hands 323 that gear, output shaft drive this pointer unit 32 and rotate, and another hand adjustment button 331 is used for this time pin 324 of control and rotates with setting alarm clock.Than design, make this second hand 321, minute hand 322 can rotate corresponding angle and the number of turns according to the elapsed time with hour hands 323 by the gear between gear.Because the non-improvement emphasis of the present invention of detail structure of this movement unit 33 is not described in detail in this.
Similar this time set 3 of the structure of this time set 4, comprise that also one is arranged on the scale unit 41 on this display surface 21, a pointer unit 42 that is installed in rotation on this display surface 21, and a movement unit 43 that is combined in this pedestal 2 and drives this pointer unit 42 steppings rotation.This scale unit 41 has 12 each intervals and surrounds into the scale 411 of half-turn, described scale 411 is denoted as the numeral that 1～12 grade is used for representing month in regular turn, 411 of adjacent scales differ (180/11) ° angle, but for differing 180 ° between the scale 411 that represents Dec and January.This pointer unit 42 has a rotating pointer 421, and the moving lattice of these pointer 421 revolutions just represent the time through one month.And this movement unit 43 has members such as step motor, gear, output shaft equally, can allow pointer 421 rotate corresponding angle and the number of turns according to the elapsed time equally, is not described in detail in this.
Similar this time set 3 of the structure of this time set 5 also comprises a scale unit 51, a pointer unit 52, and a movement unit 53.This scale unit 51 has 31 each intervals and surrounds into the scale 511 of half-turn, just present embodiment be on the scale 511 on odd number date, directly indicate 1,3,5, numeral such as 7..., 511 of scales that are used for the expression even number date are simply illustrated with the point-like mark.Certainly, indicating design also can have other variation, is not limited with present embodiment, for example also all date numerals all can be indicated.This pointer unit 52 has a rotating pointer 521, and the moving lattice of these pointer 521 revolutions just represent the time through one day.This movement unit 53 has members such as step motor, gear, output shaft equally, can allow pointer 521 rotate corresponding angle and the number of turns according to the elapsed time equally, is not described in detail in this.
The structure of this time set 6 is similar this time set 3 also, and comprises a scale unit 61, a pointer unit 62, and a movement unit 63.This scale unit 61 has seven each intervals and surrounds into the scale 611 of half-turn, and described scale 611 is denoted as " SUN ", " MON ", " TUE " in regular turn ... etc., represent Sun., Monday, Tu. respectively ... etc. english abbreviation.This pointer unit 62 has a rotating pointer 621.The moving lattice of these pointer 621 revolutions just represent the time through one day.And this movement unit 63 has members such as step motor, gear, output shaft equally, can allow pointer 621 rotate corresponding angle and the number of turns according to the elapsed time equally, is not described in detail in this.
This control device 7 is the multifunction electronic perpetual calendar of a liquid crystal display (LCD), and comprise a display screen 71 on the back side 22 that is installed in this pedestal 2, one is used for this display screen 71 of control and shows relevent information and control described time set 3,4,5, the central processing unit 72 of 6 runnings, an adjustment unit 73 that is installed on this back side 22 and is used for adjusting the timing benchmark of this central processing unit 72, reach one this display screen 71 is provided, this central processing unit 72 and each movement unit 33,43,53, the power unit 74 of 63 electric power, the power unit 74 of present embodiment comprises two batteries 741, but not as limit.
This display screen 71 is a liquid crystal screen, can select to demonstrate year, month, day, week, the time, branch equal time information.The display screen 71 of present embodiment uses mainly as each time set 3,4,5,6 time adjustment (follow-up have explanation), therefore this display screen 71 is arranged at this back side 22, but be not limited thereto, when for example this display screen 71 being arranged at this display surface 21, can cooperate the demonstration time with described time set 3,4,5,6, can omit wherein at least one time set this moment, for example, can omit this time set 3, and with this display screen 71 as be used for showing equipment when.
This central processing unit 72 comprises that one is electrically connected this display screen 71 and stores the perpetual calendar information and the timing unit 721 of identification timing automatically, and four control modules 75,76,77,78 that are electrically connected this timing unit 721 and can export the control signal according to the time of timing unit 721.
This timing unit 721 stores the perpetual calendar information and identification timing automatically, and can whether identify the leap year automatically (be 29 days February in leap year, non-leap-year February be 28 days), and (be 31 days the solar month solar month or solar month of 30 days, solar month of 30 days is 30 days), and automatically computing time, date, month and week.
This control module 75 comprises first a control module 751 that is electrically connected this time set 3 and can exports one first signal.Other three control modules 76,77,78 are electrically connected described time set 4,5,6 respectively, and all comprise the first control module 761,771,781 that to export one first signal, and the second control module 762,772,782 that can export one second signal.Described control module 75,76,77,78 major function are output control signal, drive unit 32,42,52,62 each autorotation of described pointer predetermined angle or the number of turns with control time set 3,4,5,6 movement unit 33,43,53,63, with synchronous corresponding display screen 71 shown time, date, month and week.
This adjustment unit 73 is arranged on this back side 22 and is positioned at the below of this display screen 71, but must not limit its position when implementing.This adjustment unit 73 has a mode button 731 for the timing mode of adjusting this central processing unit 72, first an adjustment button 732 for the timing numeral that increases this central processing unit 72 one by one, and second an adjustment button 733 for the timing numeral of this central processing unit 72 that successively decreases one by one.Whether this adjustment unit 73 can be used for adjusting the time of proofreading and correct this clock correct, when for example being used for dispatching from the factory or the detection during maintenance adjust with the time, make this display screen 71 demonstration orthochronous.Because so these adjustment unit 73 non-improvement emphasis of the present invention are no longer explanation.
During use, the timing unit 721 of this central processing unit 72 can control make this display screen 71 show year, month, day, week, the time, branch equal time information, under general state, can be preset as the demonstration information in " year ", for example Fig. 3 " 2011 " that show year, along with the process of time, this central processing unit 72 also can drive each pointer unit 32,42,52,62 and rotate and the demonstration orthochronous simultaneously.When being used for showing and behind first signal of movement unit 33 these control modules 75 of reception of the time set 3 of branch, will driving this second hand 321, this minute hand 322 and this hour hands 323 and rotate respectively.In addition, because described time set 4,5,6 scale unit 41,51,61 are not to be designed to a complete circle, so its pointer 421,521,621 rotational angle can be different under different situations.
At first define one " time-count cycle ", be used for to show that with this time set in " month " refers to year 4, one time-count cycles.In each time-count cycle, the first control module 761 of this control module 76 will be exported this first control signal every other month, to control this pointer 421 is turned to next scale 411 by the position of any scale 411 except last scale 411 position, for example, turned to the position of the scale 411 that represents February by the position of the scale 411 that represents January, perhaps by moving to March February, the rest may be inferred, at last can be by moving to Dec November, pointer 421 each angles of rotating are (180/11) °.When this finishes time-count cycle and will enter next time-count cycle, this this second control signal of second control module, 762 outputs, turned to the position of first scale 411 by the position of last scale 411 with steering needle 421, particularly, when just referring to end in a year and will enter next year, pointer 421 can be turned to the position of the scale 411 that represent January by the position of the scale 411 in this representative Dec, and this moment, pointer 421 necessary rotations were 180 °.That is to say that between the January to Dec in same time-count cycle, this pointer 421 each angles of rotating are all identical, be (180/11) °.In the time will being cross over next time-count cycle, pointer 421 just must rotate 180 ° when turning to the January of next year Dec.
This time set 5 is subjected to this control module 77 and controls and the mode of running, and is similar with these time set 4 in check modes.One " time-count cycle " of this time set 5, can be according to the February of the solar month, solar month of 30 days, non-leap-year, and the February in leap year is different, is respectively 31 days, 30 days, 28 days, and 29 days.First at this is example with the solar month of 30 days, in each time-count cycle, the first control module 771 of this control module 77 every other day will be exported this first control signal, to control this pointer 521 is turned to next scale 511 by the position of any scale 511 except last scale 511 position, for example, by turning to for the position that represents No. 2 scale 511 for the position that represents No. 1 scale 511, perhaps move to No. 3 by No. 2, the rest may be inferred, can move to No. 30 by No. 29 at last.When this finishes time-count cycle and will enter next time-count cycle, this this second control signal of second control module, 772 outputs, turned to the position of first scale 511 by the position of last scale 511 with steering needle 521, particularly, when just referring to an end in month and will enter next month, with the solar month of 30 days, last scale 511 in this time-count cycle refers to represent No. 30 scale 511, so this pointer 521 can be activated and turned to the position of the scale 511 that represents No. 1 by the position of the scale 511 of No. 30, this representative.
In like manner, with the solar month, last scale 511 in time-count cycle refers to represent No. 31 scale 511.
This time set 6 is subjected to this control module 78 and controls and the mode of running, and is similar with these time set 4 in check modes.One " time-count cycle " that should be used for the time set 6 in demonstration week refers to 7 days, in each time-count cycle, the first control module 781 of this control module 78 every other day will be exported this first control signal, to control this pointer 621 is turned to next scale 611 by the position of any scale 611 except last scale 611 position, for example, turn to position for the scale 611 that represents Monday by the position of the scale 611 that is used for representing Sun., perhaps by turning to Tu. on Monday, the rest may be inferred, can be turned to Saturday by Friday at last.When this finishes time-count cycle and will enter next time-count cycle, this this second control signal of second control module, 782 outputs, turned to the position of first scale 611 by the position of last scale 611 with steering needle 621, particularly, just refer to finish in a week and will enter next week the time, this pointer 621 can be activated and be turned to the position of the scale 611 on Sun. by the position of the scale 611 on this Saturday.
Need to prove, though the pointer of present embodiment all is that the present invention is not as limit towards rotation clockwise.For example: the putting in order of scale 411 of this time set 4 can be done opposite design, making 1～12 numeral such as grade on its scale 411 is to increase progressively towards counterclockwise, and see through suitable circuit design this pointer 421 is rotated towards counterclockwise, so can reach the purpose of demonstration time equally.In each time set of the present invention, the scale that is positioned at the position that begins most in the described scale is first scale, and the scale that is positioned at the position of least significant end in the described scale is last scale.
In sum, spirit of the present invention is: in order to dwindle the size of clock, therefore see through each scale unit 41,51,61 can dwindle scale unit 41,51,61 printing area less than a circle around scope.Though but each scale unit 41,51 of present embodiment, 61 is example to surround into half-turn, but be not limited thereto, for example when scale unit 41,51,61 surrounds into 2/3rds circles, still surround into a circle than traditional printing and save area more, or it can be less than or equal to half-turn around scope, perhaps be less than or equal to 2/3rds circles, perhaps be less than or equal to 3/4ths circles ... etc.Therefore the volume of clock of the present invention can dwindle really, satisfies light and handyization demand.And the present invention must cooperate the design of this control device 7, rotate by first control module steering needle under general time status, and the second control module steering needle is by being cross over next time-count cycle one of them time-count cycle, makes each time set running smooth and easy and can correctly show the time.
Claims (8)
1. clock, comprise: the pedestal with a display surface, and time set, this time set comprises that one is arranged on the scale unit on this display surface, a pointer unit that is installed in rotation on this display surface and has a pointer, and a movement unit that is combined on this pedestal and drives this pointer unit rotational; It is characterized in that: this scale unit has several each intervals and around the scale of scope less than a circle, the scale that is positioned at the position that begins most in the described scale is first scale, and the scale that is positioned at the position of least significant end in the described scale is last scale; This clock also comprises a control device, this control device comprises a central processing unit that is installed on this pedestal, this central processing unit comprises a timing unit of identification timing automatically, and one be electrically connected this timing unit and control the control module that this movement unit drives this pointer unit rotational, this control module comprises first a control module that is electrically connected this time set and can exports first signal, and second control module that is electrically connected this time set and can exports second signal, this first control module is controlled this pointer and is turned to the position of next scale by the position of any scale except last scale, and this second is controlled module and control this pointer is turned to first scale by the position of last scale position.
2. clock according to claim 1 is characterized in that: this control device comprises that also one is electrically connected this timing unit and is subjected to this timing unit control and shows the display screen of time.
3. clock according to claim 1 and 2 is characterized in that: this time set is one and is used for the time set that shows date, and the scale unit that should be used for the time set that shows date comprise 31 scales that are used for representing the date.
4. clock according to claim 1 and 2 is characterized in that: this time set is a time set that is used for showing month, should be used for showing that the scale unit of the time set in month comprise 12 scales that are used for representing month.
5. clock according to claim 1 and 2 is characterized in that: this time set is a time set that is used for showing week, should be used for showing that the scale unit of the time set in week comprise seven scales that are used for representing week.
6. clock according to claim 3, it is characterized in that: this clock also comprises the time set and another control module that are used for showing month, the time set that should be used for show month comprise that one had 12 each intervals and around the scale unit of scope less than the scale of a circle, a pointer unit that is installed in rotation on this display surface and has a pointer, and movement unit that is combined on this pedestal and drives this pointer unit rotational of this time set that is used for demonstration month, the scale that should be positioned at the position that begins most for the described scale of the time set that shows month is first scale, and the scale that is positioned at the position of least significant end in the described scale is last scale; Described another control module is electrically connected this time set that is used for showing month, and comprise that can export first of first signal for one controls module, and the second control module that can export second signal, the pointer that this of described another control module first control module is controlled this time set that is used for showing month turns to the position of next scale by the position of any scale except last scale, and this of described another control module second control module is controlled this pointer that is used for the time set in demonstration month is turned to first scale by the position of last scale position.
7. clock according to claim 3, it is characterized in that: this clock also comprises one and is used for showing time set when, should be used for show that time set when comprise that one was arranged on the scale unit on this display surface, a pointer unit that is installed in rotation on this display surface, and one is combined on this pedestal and drives the movement unit that this is used for showing this pointer unit rotational of time set when; Should be used for showing that this scale unit of time set when had several each intervals and surrounds into a scale that encloses; Should be used for showing that this pointer unit of time set when had a minute hand and hour hands.
8. clock according to claim 1 is characterized in that: the scale of this scale unit be less than or equal to 2/3rds circles around scope.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011104521057A CN103186092A (en) | 2011-12-29 | 2011-12-29 | Clock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011104521057A CN103186092A (en) | 2011-12-29 | 2011-12-29 | Clock |
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| Publication Number | Publication Date |
|---|---|
| CN103186092A true CN103186092A (en) | 2013-07-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011104521057A Pending CN103186092A (en) | 2011-12-29 | 2011-12-29 | Clock |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1790195A (en) * | 2004-12-15 | 2006-06-21 | 精工电子有限公司 | Multifunction timepiece having fan shape moving hand mechanism and fan shape moving hand train wheel apparatus |
| US20080084792A1 (en) * | 2006-10-10 | 2008-04-10 | Seiko Epson Corporation | Timepiece |
| CN201594178U (en) * | 2010-01-28 | 2010-09-29 | 永镇企业股份有限公司 | Clock |
| CN102103358A (en) * | 2009-12-18 | 2011-06-22 | 迪科亚克有限公司 | Calendar clock |
| CN202404361U (en) * | 2011-12-29 | 2012-08-29 | 永镇企业股份有限公司 | Clock |
-
2011
- 2011-12-29 CN CN2011104521057A patent/CN103186092A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1790195A (en) * | 2004-12-15 | 2006-06-21 | 精工电子有限公司 | Multifunction timepiece having fan shape moving hand mechanism and fan shape moving hand train wheel apparatus |
| US20080084792A1 (en) * | 2006-10-10 | 2008-04-10 | Seiko Epson Corporation | Timepiece |
| CN102103358A (en) * | 2009-12-18 | 2011-06-22 | 迪科亚克有限公司 | Calendar clock |
| CN201594178U (en) * | 2010-01-28 | 2010-09-29 | 永镇企业股份有限公司 | Clock |
| CN202404361U (en) * | 2011-12-29 | 2012-08-29 | 永镇企业股份有限公司 | Clock |
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Application publication date: 20130703 |