CN1174366A - Month calender with solar calender as its main part - Google Patents
Month calender with solar calender as its main part Download PDFInfo
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- CN1174366A CN1174366A CN 97112285 CN97112285A CN1174366A CN 1174366 A CN1174366 A CN 1174366A CN 97112285 CN97112285 CN 97112285 CN 97112285 A CN97112285 A CN 97112285A CN 1174366 A CN1174366 A CN 1174366A
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- month
- date
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- flexible cylinder
- week
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Abstract
The month calender may be used as wall calender or desk calender and its solar calender part may be also used as perpetual calender. The present invention consists of rotating camber or flexible cylinder for week day, that for month and day, that for lunar calender date, the table for indicating non-leap year, leap year and New Year's Day, display window and connecting fixture. When used, regulating the relative position of the cambers or cylinders based on the said table can create month calender of any month in any year.
Description
The present invention is that a kind of Gregorian calendar is main monthly calendar.It belongs to the daily culture articles for use.
About the Gregorian calendar is main monthly calendar, and existing application number is 95118383.4 patented technology in the present patent documentation.The present invention is further improving of this patented technology and improves.
The object of the present invention is to provide a kind of Gregorian calendar is main monthly calendar, includes the Gregorian calendar part and the non-Gregorian calendar partly.It can be used as daily wall calendar or desk calendar uses.Its Gregorian calendar partly can use separately, and can use for a long time, can express any year any month the monthly calendar that begins from the first year of the Christian era.The lunar calendar is partly then annual to be changed once.
The present invention by one group of surface of revolution or one group have flexible cylinder (hereinafter to be referred as flexible cylinder), flat leap year and week on New Year's Day numerical table, be located at the display window on the picture and be connected and fixed device and form.Said one group of surface of revolution or one group of flexible cylinder be meant week surface of revolution or week flexible cylinder, date in month surface of revolution or flexible cylinder of date in month, non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar.Picture needn't be surface of revolution or flexible cylinder.Be economical with materials or easy to make, the desirable wherein one section patch of above-mentioned some curved surface.
The object of the present invention is achieved like this: according to the year number of waiting to express the time, the relative position of each surface of revolution or flexible cylinder among adjustment the present invention just can give expression to any year any month monthly calendar.
To wait that the year number numeral of expressing the time is divided into two partly, can form two numbers.With hundred and more high-order digit to incorporate into be first partly, form the first number C; It is second partly that ten and unit numbers are incorporated into, forms the second number D (for example for 1997, first number is that 19, the second numbers are 97).Divided by 4, make its merchant for integer (comprising 0) C, then its remainder A is 0,1,2, a certain number in 3.Fig. 1 utilizes A, the flat leap year that D numerical value is made and week on New Year's Day numerical table.Outmost turns is a week table among the figure, and inner ring is an A value, and middle part nine is enclosed and is the D value.By A, it is non-leap year or leap year that the D value can be found the time to be expressed.In D value table, every its back is all the leap year immediately following the time that the # symbol is arranged, and surplus person then is non-leap year.For example, nineteen forty-four and 2000 are all the leap year; Be all non-leap year in 1800 and 1900.With A, show in D value and week to connect, just can getting arbitrarily, be the number of weeks on New Year's Day on January 1.For example, be Wednesday on January in 1997 1, and be Saturday on January in 2000 1.The flat leap year among Fig. 1 and week on New Year's Day numerical table also can be expressed as the form of Fig. 2.Further, divided by 28, make its merchant be integer (comprising 0) D, then its remainder B is a certain number among the 0-27.But 0 divided by 28 o'clock, and its remainder is 0; 28,56,84 divided by 28 o'clock, and its remainder also is 0.In order to distinguish, the remainder of (dividend is 0) under the preceding kind of situation is designated as 0, and the remainder of (dividend is non-to be 0) is designated as ō under will back kind situation.For example, for 1900, A was 3, and B is 0; 1984, A was 3, and B is ō; 2000, A was 0, and B is 0; 2028, A was 0, and B is ō.So just can get compact form the flat leap year and week on New Year's Day numerical table, as shown in Figure 3.According to the flat leap year and week on New Year's Day numerical table adjust the relative position of each surface of revolution or flexible cylinder, just can reach the purpose of the monthly calendar of expressing any year each month.
During concrete enforcement the flat leap year and week on New Year's Day the numerical table visible space size and conveniently be arranged in any place.Also can organically link together with a certain surface of revolution or flexible cylinder, for example it be produced on week surface of revolution or week flexible cylinder on.
In the present invention, all surface of revolution or all flexible cylinders have a common characteristic.Promptly for surface of revolution, their latitude circle all is split up into identical isodisperse; For flexible cylinder, then be that its normal section curve is split up into identical isodisperse.This isodisperse is 7 multiple, and multiple choices can be arranged.In addition, each surface of revolution or flexible cylinder corresponding to the zone that week is shown and the date is shown, relatively will have the transparency, so that can see literal and color that this is regional.
Each surface of revolution or flexible cylinder and the picture that has window are described below one by one.
One, week surface of revolution or week flexible cylinder
Week surface of revolution or week flexible cylinder on arranging the weeks tables [1] in many weeks, all numbers can have multiple choices.Utilize each number of weeks of literal and/or color differentiating.
Two, date in month surface of revolution or flexible cylinder of date in month
Date in month surface of revolution (or flexible cylinder of date in month) is to be combined by date in month surface of revolution 1 (or flexible cylinder 1 of date in month) and date in month surface of revolution 2 (or flexible cylinder 2 of date in month).The method of combination is to piece together with two curved surfaces.
On date in month surface of revolution (or flexible cylinder of date in month), arranging month table and date table regularly.The some of month table and date table is arranged on date in the month surface of revolution 1 (or flexible cylinder 1 of date in month), is called month table 1[2] and date table 1[3]; Another partly is arranged on date in the month surface of revolution 2 (or flexible cylinder 2 of date in month), is called month table 2[4] and date table 2[5].
Three, non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar
On non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, for each calendar month of the calendar year that will express, all mark month, the date of the corresponding non-Gregorian calendar, be called and show non-day calendar month.
In China, the non-Gregorian calendar calendar of more generally using is the lunar calendar.Therefore, among the cited below embodiment, non-day calendar month of being arranged on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar is shown, and all is moon month day table.
Obviously,, and use other calendar, then can obtain the monthly calendar that this calendar and the Gregorian calendar share if without the lunar calendar.
Four, picture and display window
On the picture of monthly calendar, offer date in week display window [6] and month display window [7].The size of date in week display window will be shown with the date, week epiphase adaptation.Month display window size and the position will with month numeral size and position adapt.On picture, be provided with time label bag [8], interior more robust years of one's life label.
Can set up many cover windows at the diverse location of picture, watch monthly calendar and picture so that shift one's position.
Five, use
During use, utilize the flat leap year and week on New Year's Day numerical table, determine that at first the time that will express is non-leap year or leap year, adjust date in month surface of revolution or flexible cylinder of date in month and adapt with it.Secondly, non-Gregorian calendar surface of revolution (or the flexible cylinder of the non-Gregorian calendar) and date in the month surface of revolution (or flexible cylinder of date in month) of this year are fixed.Once more, adjust month surface of revolution (or month flexible cylinder) and week surface of revolution (or week flexible cylinder), and they are fixed according to flat leap year and the pointed number of weeks on New Year's Day of week on New Year's Day numerical table.At last, make the picture that is provided with display window and as holistic week surface of revolution (or week flexible cylinder)-date in month surface of revolution (or flexible cylinder of date in month)-non-Gregorian calendar surface of revolution or flexible cylinder relative motion of the non-Gregorian calendar, in the time of month display window demonstration moon umber, date in week display window just shows the monthly calendar of this month.
Further specify the present invention below by embodiment and accompanying drawing.
The practice of accompanying drawing once is described earlier herein.For general surface of revolution, its plain line is a curve.Therefore a day on the monthly calendar is to be expressed by the little curved surface that a curved quadrangle surrounds; And this curved quadrangle is to be made of the plain line segments of two curves on one section circular arc on two latitude circles and the surface of revolution.Under special circumstances, when surface of revolution was the circular conical surface and the face of cylinder, plain line was a straight line.But plain line is that straight line or curve were not influence for one day that expresses on the monthly calendar.Therefore, for expressing monthly calendar, the stretch-out view after its a certain plain line is severed all can clearly give expression to the situation of general surface of revolution by circular conical surface and these special surface of revolutions of the face of cylinder.And for flexible cylinder, the stretch-out view after its a certain plain line is severed, its shape is identical with face of cylinder person, all is little rectangle.So just express general surface of revolution and flexible cylinder with this stretch-out view uniformly in the present invention.
In the present embodiment, monthly calendar is produced on surface of revolution or the flexible cylinder.Adopt the week table in 12 weeks.The flat leap year and week on New Year's Day numerical table can adopt Fig. 1, Fig. 2 or Fig. 3, be produced on any convenience, do not draw in addition.
Fig. 4 (a) be week surface of revolution or week flexible cylinder.Arranging week table [1] on it, what be decorated with profile line partly is Saturday and Sun..Fig. 4 (b) is Fig. 4 (a) week enlarged drawing partly.
Fig. 5 (a) is date in the month surface of revolution 1 or the flexible cylinder 1 of date in month in non-leap year.Arranging month table 1[2 on it] and date table 1[3].Fig. 5 (b) is the enlarged drawing of Fig. 5 (a).Fig. 6 (a) is date in the month surface of revolution 1 or the flexible cylinder 1 of date in month in leap year.Arranging month table 1[2 on it] and date table 1[3].Fig. 6 (b) is the enlarged drawing of Fig. 6 (a).
Fig. 7 is date in month surface of revolution 2 or flexible cylinder 2 of date in month.Arranging month table 2[4 on it] and date table 2[5].Fig. 8 is the enlarged drawing of part () among Fig. 7.Fig. 9 is the enlarged drawing of part (two) among Fig. 7.
Fig. 5 (a) and Fig. 7 are connected date in month surface of revolution or the flexible cylinder of date in month of forming non-leap year.
Fig. 6 (a) and Fig. 7 are connected date in month surface of revolution or the flexible cylinder of date in month of forming the leap year.
Non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar are identical with the form of date in month surface of revolution or flexible cylinder of date in month.Figure 10 is on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, with date in month surface of revolution or date in month flexible cylinder corresponding part on July, last 1997, arranging on it with the Gregorian calendar corresponding non-day calendar month of in July, 1997 and showing, at this is that (wherein arabic numeral are the Gregorian calendar date for moon month day table, not on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, be in the drawings) with reference to the date.
Figure 11 is a picture.Have date in week display window [6], month display window [7] on it, and be provided with time label bag [8].In Figure 11, once show one month monthly calendar; Obviously, adjust window size and can show more month.
In the present embodiment, monthly calendar is produced on surface of revolution or the flexible cylinder.Adopt the week table around ten.The flat leap year and week on New Year's Day numerical table can adopt Fig. 1, Fig. 2 or Fig. 3, be produced on any convenience, do not draw in addition.
Figure 12 (a) be week surface of revolution or week flexible cylinder.Arranging week table [1] on it, what be decorated with profile line partly is Saturday and Sun..Figure 12 (b) is Figure 12 (a) week enlarged drawing partly.
Figure 13 (a) is date in the month surface of revolution 1 or the flexible cylinder 1 of date in month in non-leap year.Arranging month table 1[2 on it] and date table 1[3].Figure 13 (b) is the enlarged drawing of Figure 13 (a).Figure 14 (a) is date in the month surface of revolution 1 or the flexible cylinder 1 of date in month in leap year.Arranging month table 1[2 on it] and date table 1[3].Figure 14 (b) is the enlarged drawing of Figure 14 (a).
Figure 15 is date in month surface of revolution 2 or flexible cylinder 2 of date in month.Arranging month table 2[4 on it] and date table 2[5].Figure 16 is the enlarged drawing of part () among Figure 15.Figure 17 is the enlarged drawing of part (two) among Figure 15.
Figure 13 (a) and Figure 15 are connected date in month surface of revolution or the flexible cylinder of date in month of forming non-leap year.
Figure 14 (a) and Figure 15 are connected date in month surface of revolution or the flexible cylinder of date in month of forming the leap year.
Non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar are identical with the form of date in month surface of revolution or flexible cylinder of date in month.Figure 18 is on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, with date in month surface of revolution or date in month flexible cylinder corresponding part on July, last 1997; Arranging on it with the Gregorian calendar corresponding non-day calendar month of in July, 1997 and showing, is moon month day table (wherein arabic numeral are the Gregorian calendar date, not on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, are with reference to the date in the drawings) at this.
Figure 19 is a picture.Have date in week display window [6], month display window [7] on it, and be provided with time label bag [8].In Figure 19, once show trimestral monthly calendar.
In the present embodiment, monthly calendar is produced on surface of revolution or the flexible cylinder.Adopt the week table in six weeks.The flat leap year and week on New Year's Day numerical table can adopt Fig. 1, Fig. 2 or Fig. 3, be produced on any convenience, do not draw in addition.
Figure 20 be week surface of revolution or week flexible cylinder.Arranging week table [1] on it, what be decorated with profile line partly is Saturday and Sun..
Figure 21 (a) is date in the month surface of revolution 1 or the flexible cylinder 1 of date in month in non-leap year.Arranging month table 1[2 on it] and date table 1[3].Figure 21 (b) is date in the month surface of revolution 1 or the flexible cylinder 1 of date in month in leap year.Arranging month table 1[2 on it] and date table 1[3].
Figure 22 is date in month surface of revolution 2 or flexible cylinder 2 of date in month.Arranging month table 2[4 on it] and date table 2[5].
Figure 21 (a) and Figure 22 are connected date in month surface of revolution or the flexible cylinder of date in month of forming non-leap year.
Figure 21 (b) and Figure 22 are connected date in month surface of revolution or the flexible cylinder of date in month of forming the leap year.
Non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar are identical with the form of date in month surface of revolution or flexible cylinder of date in month.Figure 23 is on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, with corresponding part of date in month surface of revolution or flexible cylinder on July, last 1997 date in month, August; Arranging on it and table of corresponding non-day calendar month of the Gregorian calendar in July, 1997, August, is moon month day table (wherein arabic numeral are the Gregorian calendar date, not on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, are with reference to the date in the drawings) at this.
Figure 24 is a picture.Have date in week display window [6], month display window [7] on it, and be provided with time label bag [8].In Figure 21, once show bimestrial monthly calendar; Obviously, adjust window size and can show more month.
In the present embodiment, monthly calendar is produced on surface of revolution or the flexible cylinder.Adopt the week table in seven weeks.The flat leap year and week on New Year's Day numerical table can adopt Fig. 1, Fig. 2 or Fig. 3, be produced on any convenience, do not draw in addition.
Figure 25 be week surface of revolution or week flexible cylinder.Arranging week table [1] on it, what be decorated with profile line partly is Saturday and Sun..
Figure 26 (a) is date in the month surface of revolution 1 or the flexible cylinder 1 of date in month in non-leap year.Arranging month table 1[2 on it] and date table 1[3].Figure 26 (b) is date in the month surface of revolution 1 or the flexible cylinder 1 of date in month in leap year.Arranging month table 1[2 on it] and date table 1[3].
Figure 27 is date in month surface of revolution 2 or flexible cylinder 2 of date in month.Arranging month table 2[4 on it] and date table 2[5].
Figure 26 (a) and Figure 27 are connected date in month surface of revolution or the flexible cylinder of date in month of forming non-leap year.
Figure 26 (b) and Figure 27 are connected date in month surface of revolution or the flexible cylinder of date in month of forming the leap year.
Non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar are identical with the form of date in month surface of revolution or flexible cylinder of date in month, Figure 28 is on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, with corresponding part of date in month surface of revolution or flexible cylinder on July, last 1997 date in month, August; Arranging on it and the Gregorian calendar in July, 1997, corresponding non-day calendar month in August table, be moon month day table (wherein arabic numeral are the Gregorian calendar date, not on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, are with reference to the date in the drawings) at this.
Figure 29 is a picture.Have date in week display window [6], month display window [7] on it, and be provided with time label bag [8].
In the present embodiment, monthly calendar is produced on surface of revolution or the flexible cylinder.Adopt the week table in seven weeks.The flat leap year and week on New Year's Day numerical table can adopt Fig. 1, Fig. 2 or Fig. 3 are produced on any convenience, do not draw in addition.
Figure 25 be week surface of revolution or week flexible cylinder.Arranging week table [1] on it, what be decorated with profile line partly is Saturday and Sun..
Figure 30 is date in month surface of revolution 1 or flexible cylinder 1 of date in month.Arranging month table 1[2 on it] and date table 1[3]; And be provided with shift pattern S1[10] and S2[11] (S1 and S2 are position mark, there is no S1 and S2 printed words on the finished product).
Figure 31 is date in month surface of revolution 2 or flexible cylinder 2 of date in month.Arranging month table 2[4 on it] and date table 2[5].And be provided with gear selecting mark S[9] (S is a position mark, there is no the S printed words on the finished product).
When the expressed time is non-leap year, S is overlapped with S1 and is fixed up, and just forms date in the month surface of revolution or the flexible cylinder of date in month in non-leap year.When the expressed time is the leap year, S is overlapped with S2 and is fixed up, and just forms date in the month surface of revolution or the flexible cylinder of date in month in leap year.
Non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar are identical with the form of date in month surface of revolution or flexible cylinder of date in month.Figure 28 is on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, with corresponding part of date in month surface of revolution or flexible cylinder on July, last 1997 date in month, August, arranging on it and table of corresponding non-day calendar month of the Gregorian calendar in July, 1997, August, at this is that (wherein arabic numeral are the Gregorian calendar date for moon month day table, not on non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, be in the drawings) with reference to the date.
Figure 29 is a picture.Have date in week display window [6] on it, month display window [7], and be provided with time label bag [8].
Claims (6)
1, by week surface of revolution or week flexible cylinder, date in month surface of revolution or flexible cylinder of date in month, non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar, flat leap year and week on New Year's Day numerical table, be located at the display window on the picture and be connected and fixed the monthly calendar that device etc. is formed, it is characterized in that: week surface of revolution or week flexible cylinder on arranging the weeks tables [1] in many weeks; Date in month surface of revolution (or flexible cylinder of date in month) is to be combined by date in month surface of revolution 1 (or flexible cylinder 1 of date in month) and date in month surface of revolution 2 (or flexible cylinder 2 of date in month); On date in month surface of revolution (or flexible cylinder of date in month), arranging month table and date table; On date in month surface of revolution 1 (or flexible cylinder 1 of date in month), arranging month table 1[2] and date table 1[3], on date in month surface of revolution 2 (or flexible cylinder 2 of date in month), arranging month table 2[4] and date table 2[5]; On non-Gregorian calendar surface of revolution or the flexible cylinder of the non-Gregorian calendar,, all arranging corresponding non-day calendar month and showing for each calendar month of the calendar year that will express; On flat leap year and week on New Year's Day numerical table, arranging week table, the numerical value of A and the numerical value of D or B; Each surface of revolution or flexible cylinder corresponding to the zone that week is shown and the date is shown, relatively have the transparency; On picture, offering display window.
2, monthly calendar as claimed in claim 1 is characterized in that: week surface of revolution or week flexible cylinder on the week table [1] in many weeks of arranging, all numbers can have multiple choices; Utilize each number of weeks of literal and/or color differentiating.
3, monthly calendar as claimed in claim 1 is characterized in that: date in month surface of revolution (or flexible cylinder of date in month) is to be combined by date in month surface of revolution 1 (or flexible cylinder 1 of date in month) and date in month surface of revolution 2 (or flexible cylinder 2 of date in month); The method of combination is to piece together with two curved surfaces.
4, monthly calendar as claimed in claim 1, it is characterized in that: the month table 1[2 on date in the month surface of revolution 1 (or flexible cylinder 1 of date in month)], with the month table 2[4 on date in the month surface of revolution 2 (or flexible cylinder 2 of date in month)], its arrangement mode and position can have multiple according to certain rule.
5, monthly calendar as claimed in claim 1, it is characterized in that: the date table 1[3 on date in the month surface of revolution 1 (or flexible cylinder 1 of date in month)], with the date table 2[5 on date in the month surface of revolution 2 (or flexible cylinder 2 of date in month)], its arrangement mode can have multiple according to certain rule.
6. monthly calendar as claimed in claim 1 is characterized in that: being arranged in the numerical value of the A on flat leap year and week on the New Year's Day numerical table and 0 and the ō value of B with the corresponding rule of number of weeks is
A 3 2 1 0
B ō 0 ō 0 ō 0 ō 0
A few days in week 1 and the table concrete arrangement mode can have multiple.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97112285 CN1174366A (en) | 1997-07-23 | 1997-07-23 | Month calender with solar calender as its main part |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97112285 CN1174366A (en) | 1997-07-23 | 1997-07-23 | Month calender with solar calender as its main part |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1174366A true CN1174366A (en) | 1998-02-25 |
Family
ID=5172184
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 97112285 Pending CN1174366A (en) | 1997-07-23 | 1997-07-23 | Month calender with solar calender as its main part |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1174366A (en) |
-
1997
- 1997-07-23 CN CN 97112285 patent/CN1174366A/en active Pending
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