CN202049337U

CN202049337U - Consecutive days counting analogy timer

Info

Publication number: CN202049337U
Application number: CN2010201699171U
Authority: CN
Inventors: 陆大维
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-03-26
Filing date: 2010-03-26
Publication date: 2011-11-23
Anticipated expiration: 2020-03-26

Abstract

A consecutive days counting analogy timer comprises a shell, a time display, a quartz driving unit and a perpetual calendar device, wherein the perpetual calendar device comprises a perpetual calendar control unit, and can generate built-in time for storing so as to cause the perpetual calendar control unit to maintain one accurate current fixed time and date under an instant mode; the timer display is used for conducting synchronous processing with the maintained current fixed time and date of the perpetual calendar control unit so as to cause the time display to display the built-in time stored by the perpetual calendar control unit 41, the perpetual calendar control unit can be at least used for displaying one of month and date information, month information and year information by the time display, and corresponding month and date information, month information and year information are automatically regulated through the built-in time stored in the perpetual calendar control unit.

Description

The analogy timer that a kind of Consecutive Days calculates

Technical field

The utility model relates to a kind of perpetual calendar timing wrist-watch or clock, the analogy timer that especially a kind of a kind of Consecutive Days that does not need staff to allot calendar information calculates

Background technology

The quartz that general rotor drives drives wrist-watch and has popularized the whole world, no matter because this wrist-watch is to produce or buy all to meet economic benefit, very big demand is arranged all on a plurality of markets.In general, current have three kinds of differences to drive wrist-watch by the quartz that rotor drives on the market.First kind of timer is that to drive three root pointers by single rotor (be hour hands, minute hand and second hand) rotation go to demonstrate the time, and this timer generally comprises a control module for produce a pulse jitter (or multiple pulses is beated) in each second, rotate relative to the special angle on the time showing face to drive second hand, the rotation with this second hand drives the rotation that minute hand rotated and drove with the rotation of minute hand again hour hands again.First kind of above-mentioned timer on market a lot of Nian Bingyi extensively admitted.The variant of other first kind of timer is three pointer class of two rotors to be arranged than wrist-watch, and wherein first rotor is to be used for driving second hand, and second rotor is to be used for driving minute hand and hour hands, and second rotor also can be used for driving a day meter dish sometimes.Along with the timer development of two rotors, a day meter dish develops on the structure of two rotors rapidly.Second kind of traditional timer normally by single rotor go to drive second hand, minute hand, hour hands and day meter dish (day front-month the meter dish or month day and Sunday the meter dish) rotate, show the time with the time-division second hand, and in day dish show and day count information.The third traditional timer is normally gone to drive by a plurality of rotors, and wherein first rotor drives second hand, minute hand, hour hands, and other rotors are respectively in order to independent each pointer that drives, and makes each rotor independent displaying date, month and time respectively.

There are some common drawback in above-mentioned traditional timer: one, these timers can automatic corresponding actual needs, adjusts a day meter automatically and show to the 1st day of next month when every month the 29th day or the 30th day.Therefore, the user need press of that month fate in every month, with the date of manpower manual mode resettable timer.For example, when actual date is when skipping to March 1 by February 29, day meter dish can't be by skipping to March 1 on February 29, on the contrary can be by skipping to February 30 on February 29.Two, above-mentioned traditional timer does not have built-in time memory function.In other words, timer does not store the real time of corresponding territory of use.Otherwise pointer only can rotate by the period of setting (generally being a second), and ignores the corresponding real time.Therefore, the user must be by situation manpower manual correction time and date.Three, above-mentioned traditional timer is not established and is shown the different regions time function.For example, above-mentioned traditional timer can only show by user's manpower manually transfers the time (as the big flat ocean time) of imitating and setting, so, when the user wishes to obtain other regional times (as East Time or Central Time), he or she must rely on his or she general knowledge to the each department time difference, or other extraneous approach help as the internet etc., and can not directly obtain other regional temporal informations from his or her timer.

At last, many traditional wrist-watches can be reequiped to set some Consecutive Days and be calculated calendar (being commonly called as perpetual calendar).But, this wrist-watch generally will use very accurate electronics to be equipped with the mechanical component (as the gear unit of accurate manufacturing etc.) of (as the central processing unit of precision) and complex and expensive, so cause integral production cost and final price very expensive, be not that general popular user can bear.

The utility model content

The purpose of this utility model provides a kind of analogy timer, as is provided with time Tong and the wrist-watch of continuous calendar, does not need the user to change the manual adjustment of manpower date, month and the time information done by every month indefinite number of days.Preserve built-in time set, set the real time in this timer operation area to reach corresponding built-in time synchronized of preserving.Can cooperate and show time and date information simultaneously by different pointers.In other words, the utility model can not need high running cost and can be provided in different types of traditional timer.Need only use traditional control module (being general control module) just can reach automatic adjustment calendar function.In other words, the utility model does not relate to complicated and expensive electronics and mechanical fitting, goes to reach lowest production cost so can control the utility model.Have the selection of different regions time showing, the user can optionally obtain the time and the calendar information of a specific region, and can be converted to another regional time showing by a zone.As be provided with by built-in time control information alarm clock function De Shi Tong and wrist-watch are provided.There is the defective that does not have built-in temporal information in the central location of tradition analogy clock and wrist-watch, cause alarm clock function can not with the real time adjusted in concert.Central location of the present utility model is provided with holding time information, can realize by general low-cost analogy wrist-watch or clock and watch.Alarm clock can be set at default alarm time or hand is established the time.

In order to reach above and other purposes, solve its technical matters, the technical solution adopted in the utility model provides a kind of analogy timer, comprising: a housing and a display window, this housing has a receiving space, and this display window is to connect this receiving space to this outside for video; One time display is arranged at this housing and shows a time information and a calendar information to provide, this temporal information comprises at least one following information: second meter information, the time meter information, divide meter information, this calendar information comprises at least one following information: month day information, Sunday information and month information and time information; One quartzy driver element be located at this receiving space with drive time indicator with a controlled form in one when specific apart from moving; With a Perpetual calender, it comprises: a stepless control unit, to produce a built-in holding time, this stepless control unit is to keep time and date when appropriate surely, wherein this time display be by this stepless control unit keep and when deserving time and date synchronous, so that this time display is as the time that shows this built-in retention time that this stepless control unit keeps, wherein this stepless control unit is as showing at least one information that is produced by this time display, it comprises month day information, month information, time information and Sunday information, and should month and time information be to make automatic adjusting by this built-in holding time by this stepless control unit so that the user does not need the manpower manual adjustments to be presented at the year of this timer, month, day.

The said perpetual calendar of the utility model is a kind of calendar that monthly calculates the number of days function per year that has.And the analogy timer is the explanation of doing contrast with digital time-counter.

From the above mentioned, the utility model further provides a kind of Wan Nianri meter method that is provided with for analogy wrist-watch or clock (common name timer) use, this timer comprises a housing, one time display shows time and calendar information, with a quartzy driver element, wherein this method is to implement by a Perpetual calender, this Perpetual calender comprises a perpetual calendar control module, this method may further comprise the steps: (a) produce a built-in holding time by this perpetual calendar control module, so that this perpetual calendar control module can be kept current time accurately under an instant pattern; (b) this time now of preserving with this perpetual calendar control module, this time display of synchronous processing so that the shown time of this time display, is this time now to should the perpetual calendar control module preserving; (c) set out a calendar by this perpetual calendar control module and this time display, make wherein month day information, month information and time information be to show by this time display, make wherein day this month information, this information and should time information be correspondingly to regulate automatically by an actual date of this perpetual calendar control module internal memory, so that a user does not need the date demonstration that the manpower manual adjustments should the surface in month.

Further specifying of the technical solution adopted in the utility model, promptly a kind of analogy timer, it comprises: a housing, it has a receiving space and a display window, and this display window is that this accommodates between appearance the outside to this housing in succession as video; One time display is located at this housing to show at least a temporal information and at least a calendar information, wherein this temporal information comprises second meter information, time meter information and divides meter information, and this calendar information comprises month day information, Sunday information, month information and time information; And a Perpetual calender, it comprises: the perpetual calendar control module causes this perpetual calendar control module keeping a current fixed point time and date accurately as the preservation that produces the built-in time; Wherein this time display is to make synchronous processing by the time and date of fixing a point this now that this perpetual calendar control module is kept, and causes this time display as the time showing with respect to this built-in time of being preserved by this perpetual calendar control module to reach; Wherein, this perpetual calendar control module be by time display as show information on Sunday, month day information, month information and time information in one of them kind information; And this relative information on Sunday, month day information, month information and time information, be to make automatic adjusting, cause a user and do not need the manpower hand to go to regulate the shown information on Sunday of this timer, month day information, month information and time information to reach according to seeing through by this perpetual calendar control module built-in this time of keeping of institute.Wherein, this time display comprises that one of them part of first to the 3rd time showing part is as this time and date information that shows a particular point in time; Wherein respectively this first to the 3rd time showing part comprises a second hand, hour hands and a minute hand; Wherein this second hand, these hour hands and this minute hand are movably to be supported by this housing in this receiving space.Wherein, this perpetual calendar control module comprises that a processor and many activation members are located at this housing and are driven this time display and moves to assigned address, causes the corresponding real time point of this Perpetual calender and preserves and the one built-in time of synchronous processing to reach; Wherein, whenever this activation members comprises that at least one start button is arranged on this housing, mechanically this processor and this time display in succession, and the position of this time display of relative adjustment and preservation and the synchronous processing of this built-in time of control.Wherein, this processor in this perpetual calendar control module is to have the equation of preestablishing with corresponding different time zone switching time and calendar demonstration, and operates behind this temporal information of setting corresponding respectively this different time zone first and this calendar information.Wherein, this perpetual calendar control module has and preestablishes equation with corresponding this default start button reaction, corresponding this time display is moved with indivedual sequential systems, with show information on Sunday, month day information, month information and time information at least one information.Wherein, this this time display further comprises the 4th to the 7th one of them part in the time showing part, the the 4th to the 7th time showing part respectively comprise one Sunday pointer, day in January pointer, January pointer and a time pointer at least one, with show built-in be kept in this perpetual calendar control module respectively should Sunday information, month day information, month information and time information.Wherein, this this time display further comprises at least one the 4th time showing part, and the 4th time showing part comprises that day in January at least meter dish to show the information on this by the built-in preservation of this perpetual calendar control module on Sunday.

This timer further comprises an alarm clock, and this alarm clock comprises that alarm clock control display part is arranged on this housing; One alarm clock loudspeaker is arranged on this housing to pass on an alarm clock information; Be electrically connected formula with an alarm clock control module and should arrive a operation when presetting alarm time to control this alarm clock loudspeaker built-in time what preserve in conjunction with this processor.Wherein, this alarm clock control display part is by mobile the allow user setting alarm clock of at least one this time showing part in this housing.Wherein, this Perpetual calender be possess and by following setting to control the automatic adjusting of this calendar information: (i) if one to specify month be 31 o'clock, this time corresponding display part is to be arranged to show " 31 " last day for this appointment month; (ii) if one specify when month being 30 days, this perpetual calendar control module is provided with and drives this relative time display twenty four hours that advances, and skips the demonstration of " 31 " to regulate this calendar information when the 30 day of this appointment month finishes; When (iii) month being 28 days as if an appointment, this perpetual calendar control module is provided with and drives this relative time display and advanced 72 hours, skips the demonstration of " 29 ", " 30 " and " 31 " to regulate this calendar information when the 28 day of this appointment month finishes; When (iv) month being 29 days as if an appointment, this perpetual calendar control module is provided with and drives this relative time display and advanced 48 hours, skips the demonstration of " 30 " and " 31 " to regulate this calendar information when the 29 day of this appointment month finishes.

The beneficial effects of the utility model are, must the user do not change and make manpower and manually transfer and imitate the date by every month indefinite number of days, month and time information, also do not relate to complicated and expensive electronics and the mechanical fitting of the eighteenth of the twenty, just can efficiently use existing pieces of equipment cheaply, the quartzy class timer of supporting pointer draws the timer that possesses automatic adjustment time and calendar function.No matter had 28,29 in every month, 30 and 31 days variation still can be quoted the time and the calendar information of preservation.In addition, the time and the calendar information of more effective its preservation of employing of the utility model, the error effect that is not subjected to the quartzy class timer of pointer originally to die and have is revised automatically, and correct time and calendar are provided, and the temporal information in alarm clock function and different time zone also is provided.The utility model is with high benefit, and low cost provides an accurate multi-functional timer for the user.

Above or other purposes of the utility model, characteristics and advantage can be described in further detail in accompanying drawing and the claim in following embodiment.

Description of drawings

Further specify of the present utility model below in conjunction with drawings and Examples.

Fig. 1 is first synoptic diagram according to the preferred embodiment of a kind of analogy timer with Perpetual calender of the utility model; Fig. 2 is second synoptic diagram according to the preferred embodiment of a kind of analogy timer with Perpetual calender of the utility model, to show the connection between this analogy timer inner member; Fig. 3 is the block schematic diagram that the preferred embodiment of the method that give that the analogy timer uses a kind of be provided with perpetual calendar is provided according to the utility model; Fig. 4 is the synoptic diagram according to first preference pattern of the preferred embodiment of a kind of analogy timer with Perpetual calender of the utility model; Fig. 5 is the synoptic diagram according to second preference pattern of the preferred embodiment of a kind of analogy timer with Perpetual calender of the utility model; Fig. 6 is the synoptic diagram according to the 4th preference pattern of the preferred embodiment of a kind of analogy timer with Perpetual calender of the utility model; Fig. 7 is the synoptic diagram according to the 5th preference pattern of the preferred embodiment of a kind of analogy timer with Perpetual calender of the utility model.

10. housings among the figure, 20. displays, 30. quartzy driver elements, 40. Perpetual calender, 12. display windows, 13. moment charts, 21. second hand, 22. hour hands, 23. minute hands, 200. the time showing part, 41. perpetual calendar control modules, 131. moment marks, 132. the mark of second meter/minute meter, 133. o'clock meter marks, 31. quartzy Vib.s, 32. gear unit, 33. drive units, 411. processors, 412. activation members, 4121. start buttons, 4122. start turning handle, 42. calendar shows that 421. months showed, 422. month day showed, 423. the time shows, 4211. month day mark, 4221. month mark, 4231. year label.

Embodiment

Extremely shown in Figure 3 according to Fig. 1, a kind of analogy timer of the utility model with Perpetual calender, in the most preferred embodiment as analogy wrist-watch and clock, wherein this analogy timer comprises a housing 10, one time display, 20, one quartzy driver elements 30 and a Perpetual calender 40.At analogy timer illustrated in figures 1 and 2 is a kind of analogy wrist-watch, but it is noted that, is not departing under the spirit of the present utility model, can also realize by the analogy clock.This housing 10 has a receiving space and a display window 12, this housing 10 is in order to wear or to be fixed on the object that adheres in an external world on user's wrist, as wall, and this display window 12 is that this accommodates between appearance the outside to this housing 10 in succession in order to video, wherein this housing 10 further comprises a time chart table 13 in this receiving space, to show temporal information.This time display 20 be located at this housing in show time and date (time promptly be equal to comprise at least one second information, divide meter information and the time meter information, and the date promptly be equal to comprise at least one Xiang Yueri information, month information and time information).This time display 20 is the displays on employed tradition time of a kind of traditional timer and/or date, as many time indicators (i.e. 21, minute hands 23 of a second hand and hour hands 22) and a calendar-disc.According to the utility model most preferred embodiment, this time display 20 comprises many time showing parts 200 (in this most preferred embodiment, preferred first to the 3rd time showing part 200), to show the time and date information of a particular point in time.This first to the 3rd display part 200 is respectively a second hand 21, one hour hands 22 and a minute hand 23 (following set is called

time showing part

21,22,23).This

time showing part

21,22,23 is movably supported by this housing 10 in this receiving space.This quartz driver element 30 is located in this receiving space, moves with the demonstration time with a specific interval controllably on this moment chart 13 to drive this time display 20.This Perpetual calender 40 comprises that a perpetual calendar control module 41 is as producing the built-in time of preservation, cause this perpetual calendar control module 41 under with instant pattern, to keep a current accurately fixed point time and date, wherein this time display 20 is to make synchronous processing with the time and date of fixing a point this now of being kept by this perpetual calendar control module 41, cause this time display 20 and can be used as time showing to reach with respect to the built-in time of preserving by this perpetual calendar control module 41, wherein, this perpetual calendar control module 41 is by time display 20, at least can be as day moon information, month information and the demonstration of wherein a kind of information of time information, and this relative moon day information, month information and time information be to see through the built-in time of preserving to regulate automatically by this perpetual calendar control module 41, cause the user and do not need manpower manually to go to regulate the date information of this timer to reach.

According to most preferred embodiment of the present utility model, this housing 10 has a specific square section and a thickness under the situation of analogy wrist-watch, and it is general by watchband by this housing elastic extension, for on the suitable wrist that is worn on the user as under the situation of analogy clock, this specific square section and thickness are for being installed on the wall or placing and establish on the table.Moreover this housing 10 can be by the different material manufacturing, as metal or plastic cement, and can and modify to optimal appearance these housing 10 designs.This moment chart 13 is arranged in this receiving space and has the many top moment 131 of marks and is located on this moment chart 13 to show this time information corresponding and/or date and time information.For example, this moment mark 131 may be embodied as 60 seconds meters/minute meter mark 132 and is imprinted on this moment chart 13 to show 60 seconds and/or 60 fens Tong and counted mark 133 at ten two o'clock to show 12 hours in this moment chart 13.In the present embodiment, the mark of counting when the mark 132 of those seconds meters/minute meter and this 133 is to be used for setting-up time and calendar, and shows time and date information.

This quartz driver element 30 comprises quartzy Vib. 31, one drive units 33 and a gear unit 32, and this drive unit 33 comprises a traditional stepper motor and/or a conventional rotors.This quartz Vib. 31 is to be set to connect this perpetual calendar control module 41.In conventional technique known, the vibration that this quartz Vib. 31 produces stable and pin-point accuracy at each special time is to drive this time display 20 in that whenever this special time is mobile on this moment chart 13.

This perpetual calendar control module 41 comprises that a processor 411 and many activation members 412 are located at this housing 10 and drive this time display 20, with preservation and the synchronous processing of built-in time of reaching this Perpetual calender 40.This activation members 412 may be embodied as has at least one start button 4121, at least one starts turning handle 4122, is arranged on this housing 10 with rotating manner, and mechanically this processor 411 and this time display 20 remove to regulate this time showing part 21 in succession, 22,23 position.This processor 411 is that be arranged to mechanically in succession should quartz driver element 30 and drive this time display 20 and move and indicate on this moment chart 13, to show the current time, and the operated real time of this wrist-watch of corresponding the utility model, with adjusting and the synchronous processing of relevant built-in time.These quartz Vib. 31 per seconds can produce 32,760 pulses, supply with this perpetual calendar control module 41, and this perpetual calendar control module 41 is to remove to drive this gear unit 32 as driving this drive unit 33, to drive this time showing part 200 moving on this moment chart 13.

From the above mentioned, the utility model further comprises a kind of method of setting perpetual calendar, use to supply with an analogy timer, this timer comprises a housing 10, one time display 20, this time display 20 comprises wherein of first to the 3rd time showing part 200 at least, to show respectively second information relatively, in time, counts information and divides meter information, wherein this method is to realize by a Perpetual calender 40, this Perpetual calender 40 comprises a perpetual calendar control module 41, this method may further comprise the steps: (a) by this perpetual calendar control module 41, the built-in time that produces preserves, make this perpetual calendar control module 41 can keep the accurate current fixed point time: (b) fixed a point the time with this now that this perpetual calendar control module 41 is kept in a position of this time showing part 200 of synchronous processing (as the second hand 21 of first display part 200), so that this time showing part 200 demonstrates fixing a point the time for 41 built-in these now of keeping by the perpetual calendar control module; (c) by at least one this time showing part 200 (as the second hand 21 of first display part 200), set a calendar in this perpetual calendar control module 41, to reach month day information at least, month information and wherein of time information, be that setting is shown by this relative time display part that this perpetual calendar control module 41 drives, and make day this month information, month information and time information regulate automatically via 41 of this perpetual calendar control modules, with the one true month day of correspondence in these these perpetual calendar control module 41 built-in preservations, month and time information, cause the user and do not need manpower manually to remove to regulate the moon day of this analogy timer, month and time information to reach.

Be familiar with present technique and will be understood that all the above-mentioned embodiment of the present utility model that makes every effort to illustrate only illustrates, and only be confined to this unintentionally.

The purpose of this utility model is all fully and finished effectively as can be seen in sum.Embodiment of the present utility model also is demonstrated and is illustrated, and in the hope of function and the structural principle that explanation the utility model relates to, also can make corresponding change to enforcement of the present utility model on the basis of following these functions and structural principle simultaneously.Therefore, the utility model has comprised and meets and be covered by all improved form in the following claim spirit and scope.Any modification that does not depart from function of the present utility model and structural principle all will be included in the scope of claims.

Claims

1. the analogy timer calculated of Consecutive Days, comprise housing, time display and quartzy driver element, this housing comprises receiving space, be located in this receiving space moment chart be connected this in order to video and accommodate between appearance display window to this outside, this time display is located at this housing to show time and date, comprise many time indicators and calendar-disc, this quartz driver element is located in this receiving space, move with the demonstration time with a specific interval controllably on this moment chart to drive this time display, it is characterized in that: also comprise Perpetual calender, this Perpetual calender comprises that a perpetual calendar control module is as producing the built-in time of preservation, cause this perpetual calendar control module under with instant pattern, to keep a current accurately fixed point time and date, wherein this time display is to make synchronous processing with the time and date of fixing a point this now of being kept by this perpetual calendar control module, cause this time display and can be used as time showing to reach, cause the user and do not need manpower manually to go to regulate the date information of this timer to reach with respect to the built-in time of preserving by this perpetual calendar control module.

2. the analogy timer that the Consecutive Days according to claim 1 calculates, it is characterized in that: this perpetual calendar control module comprises that a processor and many activation members are located at this housing and drive this time display, with preservation and the synchronous processing of built-in time of reaching this Perpetual calender.

3. the analogy timer that the Consecutive Days according to claim 2 calculates, it is characterized in that: this processor is to be arranged to mechanically connect this quartz driver element and to drive this time display move and indicate on this moment chart, to show the current time, and the corresponding operated real time of this analogy timer, adjusting and synchronous processing with the relevant built-in time, wherein, this processor is to have the equation of preestablishing with corresponding different time zone switching time and calendar demonstration, and operates behind this temporal information of setting corresponding respectively this different time zone first and this calendar information.

4. the analogy timer that the Consecutive Days according to claim 2 calculates, it is characterized in that: this activation members may be embodied as has at least one start button, at least one starts turning handle, be arranged on this housing with rotating manner, and mechanically connect this processor and this time display and remove to regulate this time showing part second hand, hour hands, the position of minute hand, wherein, the perpetual calendar control module has and preestablishes equation with corresponding this default start button reaction, corresponding this time display is moved, to show information on Sunday with indivedual sequential systems, month day information, month information and time information at least one information.

5. the analogy timer that the Consecutive Days according to claim 1 calculates, it is characterized in that: this quartz driver element comprises a quartzy Vib., one drive unit and a gear unit, this drive unit comprises a traditional stepper motor and/or a conventional rotors, this quartz Vib. is to be set to connect this perpetual calendar control module, this quartz Vib. per second can produce 32,760 pulses, supply with this perpetual calendar control module, and this perpetual calendar control module is to remove to drive this gear unit as driving this drive unit, to drive time showing part moving on moment chart.

6. the analogy timer that the Consecutive Days according to claim 1 calculates, it is characterized in that: this time display comprises many time showing parts to show the time and date information of a particular point in time, and this time display comprises that one of them part of first to the 3rd time showing part is as this time and date information that shows a particular point in time; First to the 3rd display part is respectively a second hand, hour hands and a minute hand, and this time showing part second hand, hour hands, minute hand is movably supported by this housing in this receiving space.

7. the analogy timer that the Consecutive Days according to claim 6 calculates, it is characterized in that: this time display comprises the 4th to the 7th one of them part in the time showing part, the the 4th to the 7th time showing part respectively comprise one Sunday pointer, day in January pointer, January pointer and a time pointer at least one, with show built-in be kept in this perpetual calendar control module respectively should Sunday information, month day information, month information and time information.

8. the analogy timer that the Consecutive Days according to claim 7 calculates, it is characterized in that: this time display comprises at least one the 4th time showing part, and the 4th time showing part comprises that day in January at least meter dish to show the information on this by the built-in preservation of this perpetual calendar control module on Sunday.

9. the analogy timer that the Consecutive Days according to claim 1 calculates, it is characterized in that: this moment chart is arranged in this receiving space and has and is located between multinomial moment mark on this moment chart to show this time information corresponding and/or date and time information, for example, this moment mark may be embodied as 60 seconds meters/minute meter mark and is imprinted on this moment chart to show 60 seconds and/or 60 fens Tong and counted mark at ten two o'clock to show 12 hours in this moment chart.

10. the analogy timer that the Consecutive Days according to claim 1 calculates, it is characterized in that: the analogy timer that this Consecutive Days calculates also comprises an alarm clock, this alarm clock comprises that alarm clock control display part is arranged on this housing, one alarm clock loudspeaker is arranged on this housing to pass on an alarm clock information and an alarm clock control module to be electrically connected the formula associative processor to control the operation of this alarm clock loudspeaker when alarm time is preset in this built-in time arrival one of preserving.