Calendar for continuous display of weekdays, weeks and months for one year

专利摘要:

公开号:SE535542C2
申请号:SE1051229
申请日:2010-11-24
公开日:2012-09-18
发明作者:Helge Martin Kvarven
申请人:Helge Martin Kvarven；
IPC主号:

专利说明:

U.S. Pat. for the day of the week and the correct card for the symbol is inserted in the respective pockets. If the cards are put in the right place, a light comes on.
WO 2008 / 02ll22 A2 shows a storage device for articles in the form of a calendar. A fixed calendar for one year is described, ie. there is no change of day-week or day. The calendar consists of several basic parts that are legally composed so that there is room to take out the articles. inches, Furthermore, one can refer to US 3805430 A, infinite calendar that can be adjusted, which shows one also for bulkheads.
The calendar has a first circular part which has a first division and a second division, the parts are divided into sectors with a center that coincides with the center of the first circular part.
The first division indicates every other day during the year, the division being - while the second division lies between the first division and is closer to the center than the first division. The months divide outward lines. On a second circular part, there is a division of 366, corresponding to the division of the days on the circular part, which includes the shooting anniversary on 29 February. The division into the second circular part is that Sundays are indicated with intermediate days.
US 4751373 A discloses a calendar calculator having a base and a plurality of disks which are rotatable relative to a central axis of the base. One of the discs is a calendar- At the base, with a fixed distance from the center, there is a division of equal l / 365 parts marked with ((5 M T W T F S)) the first letters of the weekdays in English. disc and a disc is a pointer disc. which are the Kalen- l0 15 20 25 30 35 535 542 disc also have a division of l / 365 of the days in the months. The months are also indicated on the calendar. The calendar disc can be rotated so that January 1 is in line with the correct day of the week at the base. Furthermore, there is a calculator disc, also this with a division of l / 365, 365. Finally, there is a pointer disc that can point to today's date. numbered from 1 - CN 2826574 Y shows a circular calendar with the days distributed in the periphery. Furthermore, it is stated on the calendar; day length, phases (solar holidays, solar terms). Magnetic marks are used in the periphery.
Light markings are also used.
The difference between the present invention and the closest technique US 3805430 A lies in the fact that discs which are placed on top of each other are placed so that the smaller The way the disc is placed in a groove in the larger disc. objective technical problem can then be said to be: should the discs be placed in an alternative way. Based on US 3805430 A and the objective technical problem, it can not be considered obvious that US 4751373 A shows a placement of the discs on top of each other, but there are no discs in a groove. enting which indicates a placement of a smaller disc in a groove in another disc.
Another problem that can be solved compared to the mentioned documents is that the present display dates, ie. day and month, calendar must be able for the whole year, without it being necessary to reorganize fields or markings for the different dates of the year. Another purpose of the calendar should be easy to adjust in such a way that the calendar can be used year after year. The finding is that the present Another object is to provide an educational calendar. First and foremost, the calendar will be a good concretization tool when it comes to facilitating 10 15 20 25 30 35 535 542 preschool children and children of preschool age to acquire an understanding of the abstract time (days, months and years). In addition, it will be an invaluable help for people with mental retardation.
They often lack the mental conditions from the beginning to be able to understand a linear calendar. A circular calendar will perhaps enable them to develop an understanding of how time behaves continuously and in what order the various annual events occur. It will also be easier for them to acquire an understanding of the concept of time, because through the visual design they get time concretized with equal distance. This will lead to a good overview and a good understanding.
Said objects are fulfilled with such a calendar as stated in the independent claim 1, in that the rotatable disc for the calendar is accommodated in an annular groove in the main disc.
Alternative embodiments are set out in the dependent claims 2-10.
Said marking may be a number of light markings arranged in a circular shape in the main disc, belonging to said date. This is where the light marking follows today's date. suitably arranged a light marking for each of the dates of the year.
The rotatable annular disc can, the calendar, for adjusting be provided with an adjusting pin extending from said disc. Alternatively, the rotatable annular disc may be formed with an adjustment hole for adjusting the calendar.
The main disk preferably comprises an annular field, divided into an area for each month, and an inner circle, divided into an area for each season. 10 15 20 25 30 35 535 542 The field for the month of February may include an extra light marking for marking the leap year. Furthermore, the calendar can include an extra light marking to mark the first day of the year.
All or parts of the calendar can be magnetic, so that you can attach symbols.
The light markings can be connected to a timer.
The invention will now be described in more detail with the aid of the accompanying figures, in which: Figure 1 shows a calendar according to the invention.
Figures 2, 3 and 4 show enlarged detail areas marked A, B and C in figure 1.
Figure 5 shows a cross-section of the calendar, the council marked with section 1 in figure 1. along 6- Figure 6 shows an enlarged detail area of the upper area in figure 5.
As can be seen, the calendar 10 comprises a main disc 12, which may consist of several layers, to which a rotatable disc 14 is attached.
The main disc 12 shows all the days of the year. In the center of the calendar 10, the current year can be displayed. Around the center there is an inner circle 24 which is divided into fields for the four seasons. Outside the circle 24, there is an annular field 22 divided for each of the months 22a of the year, and which also shows each date 22b in each month. In the example shown in Figure 1, the 22nd marks the month of November. Furthermore, each date has a date mark which may be in the form of a light mark 18. The rotatable disc 14 is preferably annular and shows the week number 14a and the weekdays of the week 10 15 20 25 30 35 535 542 14b. detail area C as marked in figure 1. In the one in figure 4 The latter is shown in more detail in figure 4, which shows the embodiment shown, the markings 18 and the dates 22b are shown on the inside of the rotatable disc 14, said markings and dates may alternatively be arranged on the outside of the disc 14. The weeks l4a weekdays l4b will then also naturally change places to facilitate viewing. but and In the example shown, the annular disk 14 may be divided into 52 weeks 14a by 7 days 14b each week, giving 364 days. The reason for this is that it simplifies the division of the calendar. is a year normally of 365 days, the missing day, As is known and for marking which for the sake of simplicity can be 1, this day is shown with the marking 18b in a separate field on the calendar, January, and is shown as detail area A in figure 2 Furthermore, as is known, leap years are held every four years, and this can be shown as an extra mark 18a in the February field, as shown in the detail area in Figure 3. Alternatively, of course, the calendar can be designed with 365 or 366 days placed one after the other in circular shape, but as mentioned, this makes the calendar more difficult to build up.
Due to the fact that a new year starts on different days of the week compared with previous years, it must be possible to adjust the days of the week l4b in relation to the correct date 22b. To achieve this, the rotatable disc 14 is annular and can be rotated relative to the main disc 12. For example, January 1, 2009 was on a Thursday, while January 1, 2010 is on a Friday.
In a particular embodiment, the calendar may preferably be round with a diameter of 73 cm.
QGI, It shows 366 days- 52 weeks, 12 months and the 4 seasons. The days are marked as small round circles (for example 5 millimeters), set one after the other in a large continuous circle with a number of 364. The "day" date will be marked with a small light inside in the 5 millimeter circle, and the light can change automatically one day forward at 2400. The days Monday, Tuesday, Wednesday, Thursday, Friday, Saturday and Sunday are 'marked on the rotatable dial 14 in such a way that the calendar can be set and used year after year. The adjustments are then made an Extreme There are the biggest events of the year marked with different symbols. once a year, January 2 and March 1 in leap years. on the main disk 12 there may be a magnetic ring.
For example, the Norwegian flag can mark the national day 17 May, the baby Jesus can mark 24 December and rockets can mark New Year's Eve. The calendar can also contain personal magnetic symbols that refer to activities that the user must participate in, this combined with arrows that point to the current days.
For adjusting the rotatable disc 14, this can be provided with an adjusting pin 20 projecting outside the main disc 12. Then one can easily use a hand to adjust the rotatable disc as explained above. Alternatively, the rotatable disc 14 may be provided with an adjusting hole (not shown), so that something pointed may be inserted to adjust the disc 14. For example, a ballpoint pen, pencil, nails or the like may be used.
The control of the light markings 18 can further be performed, for example, with a timer, the timer containing information on all the days of the year, including leap years, over a period of many years.
The calendar 10 can be built up of several composite discs, for example made of thin discs of steel or wood material, and plexiglass of different thicknesses.
The connection between the light markings and the timer is considered to be within the framework of a professional's competence and is not described in more detail. Furthermore, it should be mentioned that by "date" is meant the correct day in a month.

权利要求:
Claims (8)
[1]
A calendar (10) for the continuous display of days of the week (14b), weeks (14a) and months (22a) during a year, comprising a main disc (12) showing on its front the date (22b) of each one of the months of the year (22a), in such a way that said dates (22b) are arranged in a circular shape on the main disc (12), and that the main disc (12) is provided with a rotatable and annular disc (14) showing the days of the week ( 14b) for a week (14a), in such a way that the rotatable disc (14) is arranged so that it can be adjusted for displaying the correct day of the week (14b) in relation to the correct date (22b), and that the calendar (10 ) is provided with a marking (18, 18a, 18b) indicating the date of the day, characterized in that the rotatable disc (14) is accommodated in an annular groove (16) in the main disc (12), and that said marking is a number light markings (18, 18a, 18b) arranged in a circular shape in the main disc (12), belonging to said date (22b), the light markings (18, 18a, 18b) being connected to a timer and follows today's date.
[2]
Calendar according to claim 1, characterized in that a light marking (18, 18a, 18b) is provided for each of the year dates (22b).
[3]
Calendar according to claim 1, characterized in that the rotatable annular disc (14) is provided with a movable adjusting pin (20) extending from said disc (14).
[4]
Calendar according to claim 1, characterized in that the rotatable annular disc (14) is provided with an adjustable adjusting hole. 535 542
[5]
Calendar according to claim 1, characterized in that the main disc (12) comprises an annular field (22), divided into an area (22a) for each month, and an inner circle (24), divided into an area for each season.
[6]
Calendar according to claim 5, characterized in that the field for the month of February comprises an extra light marking (l8a) for marking the shooting anniversary.
[7]
Calendar according to claim 1, characterized in that the calendar comprises an extra light marking (18b) for marking the first day of the year.
[8]
Calendar according to claim 1, characterized in that all or parts of the calendar (10) are magnetic (a), intended for attaching symbols.

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同族专利:

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公开号 | 公开日

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NO332372B1|2012-09-03|

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SE1051229A1|2011-05-26|

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NO20093419A1|2011-05-26|

引用文献:

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公开号 | 申请日 | 公开日 | 申请人 | 专利标题

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法律状态:
2014-07-01| NUG| Patent has lapsed|

优先权:

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申请号 | 申请日 | 专利标题

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NO20093419A|NO332372B1|2009-11-25|2009-11-25|Calendar for continuous viewing of weekdays, weeks and months in a year|

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