CN201063097Y - World clock - Google Patents

Abstract

The utility model discloses a world clock, comprising a shell which is provided with a dial, an electronic clock device and batteries. The dial comprises a concentric inner dial (2) and a concentric outer dial (1) which is fixed on the shell. The inner dial (2) rotates around a dial mandrel (3). The circle of the outer dial (1) is provided with 24 time lines; the circle of the inner dial (2) is provided with 24 standard time zone calibration lines which represent 25 time zones of the world; and the 24 standard time zone calibration lines are respectively corresponded with the 24 time lines. An output wire of the electronic clock device crosses the dial mandrel (3) and is connected with a display screen (4) fixed on the front end of the dial mandrel (3); a control chip is installed in the world clock, the input port of which is connected with the output wire of the electronic clock device, and the output port of which is connected with the control port of a rotating controller of the inner dial (2); and the rotating controller of the inner dial (2) is connected with the inner dial (2) through a gear. The dial of the utility model is visually lucidity, the structure of which is cleverly designed, and the utility model is controlled by control chip, which has high integration degree.

Description

World clock

Technical field:

The utility model relates to a kind of clock, particularly a kind of all time zone dates every day of the whole world and clock that changes constantly of showing.

Background technology:

Common clock and watch are to show 12 hours on dial plate, and pointer turns round clockwise and represents the conventional version of local time half a day a week.World clock in the hotel can only show that with clock and watch its time changes in a time zone at present.So on the wall in hotel, be provided with a lot of clocks.World clock had appearred afterwards, but on its dial plate, the conventional apparatus that existing local time half a day of running one week expression changes, the rotating device that has each time zone time of twenty four hours running one week expression whole day to change again.The device of this mixing is provided with the English name in the representative city in a lot of scale marks and each time zone on dial plate, so in the process that inner disc at the uniform velocity turns round, be difficult to allow the people understand the time and the international time difference of regions of the world country intuitively.

The utility model content:

The utility model purpose provides and is a kind ofly showing 0 time zone on the earth, east 1 to east 12, west 1 to west 12 totally 25 time zones date every day and world clock of changing constantly separately on the dial plate; The public time zone scale mark that it comprises the mid point scale mark in each 11 time zone of mid point scale mark, thing in 0 time zone and thing No.12 District is totally 24 time zone scale marks.Each time zone scale mark often over against outer dish on 24 time lines then represent each countries and regions in each time zone, the world on schedule constantly; The date in each time zone, minute, second time are then shown by electronic display.It is numerous and diverse, not directly perceived that it has solved on the existing world clock dial plate content, is difficult for seeing clearly the technical deficiency of the various places time and the time difference.

For realizing that the technical scheme that the utility model purpose is taked is:

A kind of world clock comprises a housing, and housing is provided with dial plate, electronic clock device and battery, it is characterized in that: dial plate is divided into concentric inner disc and outer dish, and outer dish is fixed on the housing, and inner disc serves as that axle rotates in the dish outside with the table axle, and the table axle is fixed on the housing; Outer disk ring week is provided with 24 time lines on schedule, is provided with 24 time zone scale marks in 25 time zones interior disk ring week, and time line aligns one by one with the time zone scale mark; The table axle is hollow, and the output line of electronic clock device passes the table axle, links to each other with the display screen that is fixed on table axle front end; If a control chip, the output line of electronic clock device links to each other with the input end of control chip, and the output terminal of control chip links to each other with the control end of the pivoting controller of inner disc; The pivoting controller of inner disc is connected with inner disc through gear.

Described time line comprises the time line of 0 point～24, represent with arabic numeral, 0 (24) point outside dish under, 12 outside dish directly over, time line is that earth rotation direction is arranged by counterclockwise order.The time zone scale mark on the mid point in each 15 degree time zone, accounts for the then public time zone scale mark of thing No.12 District of 15 degree, so 25 time zones have only 24 time zone scale marks respectively altogether.District center scale mark place was labeled as 0 in 0 o'clock, counterclockwise was followed successively by east 1 to eastern 11 district center scale marks on scale mark the right, 0 time zone, marked respectively with 1 to 11, and also available 3,6,9 only mark its east 3, east 6, eastern 9 time zone scale marks; The scale mark left side, 0 time zone is that clockwise direction is followed successively by 1 to the western 11 o'clock district center scale marks in west, marks 3,6,9 its west 3 of mark of also available Rome sequence number letter, west 6, western 9 time zone scale marks successively with Rome sequence number letter; At mobile day line is that the scale mark place, public time zone in thing 12 districts is labeled as 12, and the position in its 12 time zones, east, both sides and western 12 time zones is respectively with first letter e and the W mark of English east, Xidan speech.On the local time zone scale mark, design a significant pattern again, with special instructions date and the variation constantly of local every day.

The rear portion of described inner disc is provided with 24 coaxial gears, the pivoting controller interlock of 24 gears and inner disc.

The described driven wheel that comprises in the pivoting controller of inner disc is established a coaxial electromagnetism lever in a side of driven wheel; The moment upper end of electromagnetism lever is a spring moving tooth, and the spring moving tooth matches with jagged inner circular tooth groove on the driven wheel card, and a side of electromagnetism lever arm of force is established a suction moving winding, and opposite side is established a tension spring; The outer ring gear of driven wheel is meshed with 24 gears at inner disc rear portion; The output terminal of serial connection control chip on the operation circuit of inhaling moving winding; Control chip was sent out the once electrification instruction every one hour to inhaling moving winding, inhale the arm of force of moving electromagnetism lever, make the spring moving tooth of its moment upper end in the opposite direction the sawtooth gear on the drive gear disk be stirred a tooth, the outer ring gear that drives driven wheel also rotates a tooth, and then make 24 gears with the inner disc rear portion of its engagement rotate a tooth, drive the time zone inner disc so then thereupon with redirect 15 degree forward counterclockwise.

Described time line is by counterclockwise series arrangement; Putting in order of time zone scale mark is consistent with putting in order of international time zone.

Per hour counterclockwise to rotate 15 degree, rotating manner is redirect to described inner disc.

Show on the described display screen that the date that each time zone, the world had nothing in common with each other in every day changes and identical every minute and second variation in each hour.Display screen is provided with the display unit on two dates that show each time zone, world every day and the display unit of every minute and second.

Be provided with ring-like time zone date color change circle between described dish outside and the inner disc; Time zone date color change circle is divided into 25 transformation regions, and each transformation region comprises the electroluminescent lamp of one group of seven kinds of color, and each illuminating circuit of every group of electroluminescent lamp links to each other with the light emitting control output terminal of control chip respectively; On the time zone date color change circle and the corresponding part of 15 degree between 23 time line to 0 time lines should be divided into the transformation regions of two 7.5 degree, other parts then are divided into the transformation regions of 23 15 degree.Since 0 moment point first left 7.5 degree transformation regions, press the counter clockwise direction of earth running, be the 1st, the 2nd, the 3rd down to the 25th transformation region with 25 transformation regions layout successively.The 25th transformation region then just in time is that 7.5 degree transformation region on 23 moment point the right.

Described 23 with 0/24 time line between the color of electroluminescent lamp of the 25th and the 1 two transformation region different all the time.The color that each is new one day is always at mobile day line during over against 0 moment point, by at this moment at first becoming in pairing the 1st transformation region in eastern 12 time zones; Then with the per hour redirects of 15 degree of inner meter dial, mobile day line cross over successively again the 2nd, the 3rd, the 4th so that become successively in the 25th transformation region; Just, when last became the color of this day at the 25th transformation region, the 1st transformation region had then become second day color again.From dial plate, whenever after an hour, 24 time zone scale marks are all incited somebody to action one by one the separatrix over against each adjacent transformation region.Except thing 12 time zones, the date in all the other each time zones all be by it over against the color of separately half of two adjacent transformation regions represent.In same date each time zone the color of the electroluminescent lamp of transformation region is identical one to one.

Described every group of electroluminescent lamp comprises 7 kinds of colors, every kind of corresponding interior one day of week of color; One group of electroluminescent lamp is a multi-colored led electroluminescent lamp that comprises 7 kinds of colors, altogether 7*25, i.e. 175 electroluminescent lamps.Because wherein the 25th and the 1st group the luminous loop of seven kinds of colour light emitting lamps is in parallel in twos successively and become one day the color of respectively making a fresh start simultaneously, so 175 electroluminescent lamps are controlled by 168 luminous loops.

Have two groups among described 25 group of seven look electroluminescent lamp by the parallel connection in twos of different separately colors, 175 electroluminescent lamps are controlled by 168 luminous loops.Each electroluminescent lamp each regular working 24 hours in certain sequence in 168 hours cyclical variation wherein.Seven luminous loop sequential workings of 25 multi-colored led electroluminescent lamps, each work 24 hours; The luminous loop of the same colour light emitting lamp on the same day of 25 multi-colored led electroluminescent lamps of the 1st～25 transformation region becomes second day color successively one hour evening; Then last becomes second day color to the multi-colored led electroluminescent lamp of the 25th transformation region, but meanwhile, and second day color of the multi-colored led electroluminescent lamp of the 1st transformation region has become the 3rd day color in that the control in luminous loop is next.The seven looks luminous loop of the multi-colored led electroluminescent lamp of the 1st transformation region is in parallel successively with the seven looks luminous loop of the multi-colored led electroluminescent lamp of the 25th transformation region, control them and become the color of respectively making a fresh start a day simultaneously, the date color of the 1st transformation region Zao a day all the time than the date color of the 25th transformation region.

The beneficial effects of the utility model are: because be provided with fixing 24 the outer dishes, the inner disc that the sign that rotates counterclockwise has 24 time zone scale marks in 25 time zones of time line on schedule, by per 1 hour of the inner disc of dial plate redirect 15 degree forward, each time zone scale mark then with last time line on schedule often over against, show the variation in the moment on schedule in its each time zone, the variation that shows date, every minute and second on the clock in conjunction with electronics shows, people are clearly time and each international time difference in time zone, place, countries in the world directly perceived then.The rotation of inner disc is controlled by electronic timer, and electronic technology control, degree of accuracy height are also adopted in the variation of day, minute, second; Simultaneously, utilize control chip, make the seven kinds of colors torus variation regular as clockwork in seven days weekly of 25 transformation regions on the time zone date color change circle on the dial plate, can show intuitively that more the date in each time zone, the world changes.The design's structure is ingenious, uncomplicated, employing control chip centralized control, integrated level height, low cost of manufacture, good reliability.

Description of drawings:

Fig. 1 is the dial plate synoptic diagram of the utility model embodiment;

Fig. 2 is the distribution plan of last 25 luminous zones of time zone date color change circle of the utility model embodiment;

Fig. 3 is one of the date change color parsing of the utility model embodiment figure;

Fig. 4 is two figure of the date change color parsing of the utility model embodiment;

Fig. 5 is three figure of the date change color parsing of the utility model embodiment;

Fig. 6 is the structural relation figure of the internal gear of the utility model embodiment;

Fig. 7 is that the internal gear structural relation side of the utility model embodiment is cutd open synoptic diagram;

Fig. 8 is the structural representation of pivoting controller of the inner disc of the utility model embodiment;

Fig. 9 is the electrical principle block diagram of the utility model embodiment;

Figure 10 is the distribution plan of each electroluminescent lamp of the utility model embodiment;

Figure 11 is 168 tooth upper rotatory plates of one of mechanical type mode of the utility model embodiment and the shape synoptic diagram of going up set anode key plate thereof;

Figure 12 is the fixing circuit connection diagram of seven look electroluminescent lamps of lower wall 168 keys and last 25 transformation regions of time zone date color change circle of 168 keys of one of mechanical type mode of the utility model embodiment;

Figure 13 be the utility model embodiment the mechanical type mode two 168 tooth upper rotatory plates and go up the shape synoptic diagram of set anode key plate;

Figure 14 is the circuit connection diagram of seven look electroluminescent lamps of two fixedly lower wall 168 keys of mechanical type mode of the utility model embodiment and last 25 transformation regions of time zone date color change circle.

1 outer dish; 2 inner discs; 3 table axles; 4 display screens; 5 time zone dates color change circle; 6 electroluminescent lamps, 7 transformation regions; 8 gauge stands; 9 driven wheels; 10 outer ring gears; 11 24 gears; 12 electromagnetism levers; 13 spring moving teeth; 14 inhale moving winding; 15 inner circular tooth grooves; 16 tension springs; 17 anode key plates; 18 168 keys are lower wall fixedly; 19 168 tooth upper rotatory plates.

Embodiment:

Below in conjunction with drawings and Examples the utility model is described in further detail.

If when adopting mechanical type to walk; and the rotation of control inner disc; here comprise the rotation of all controlling inner disc with gear, and realize that with a touch switch conducting of electricity consumption magnetic lever 12 circuit realizes the rotation of inner disc, this kind mode all is that the utility model is protected.

Shown in Fig. 1～10 figure, design concept of the present utility model:

1, change 12 hours and represent that the conventional version of time half a day variation is that twenty four hours circles along earth rotation direction fortune in one week of running clockwise, what change between the expression round-the-clock is new.

2, change the time-division second hand with friction speed separately at the uniform velocity the mode that changes of running indication local time be that the inner disc that indicates 25 time zones, the world 15 degree of quivering in 2 one hours show 24 of each time zone, the whole world every days of modes of variation constantly on schedule.The not same date in each time zone and common every minute and second change then constantly to be represented by electronic console.Also can show each time zone year, the moon and week information.

3, change according to the regularity on each time zone date on the dial plate, the time zone date color that 25 groups of multi-colored led electroluminescent lamps 6 that contain seven colors are installed between outer dial plate 1 constantly and the interior time zone disc 2 successively shows in the reflective groove of 25 transformation regions 7 on the circle.Coordination control through control chip, it (perhaps is the running in special seven days one weeks of key plate below the 168 gear disks by an edge that the color in its each one seven days weeks of transformation region is substituted successively, energising is cut off the power supply in the fixing 24 group of seven look interlock switch key of lower wall 18 (wherein have two group of seven look display in certain sequence in twos in parallel) of its 168 key successively, thereby makes dial plate date color show that 25 transformation regions 7 on the circle are with the date variation that goes round and begins again and show each time zone, the world of seven days seven kinds of color regularity weekly.

As shown in Figure 1, index dial structure of the present utility model:

1, the outer dish 1 of dial plate is provided with 15 degree 24 of one five equilibrium time line on schedule.With under point be 0 moment point, directly over point be 12 moment point, the right endpoint of the trans D vertical with the diameter of crossing at 2 is 6 moment point, left end point is 18 moment point.Adopt arabic numeral, respectively 0,3,6,9,12,15,18,21 moment point clearly marked, all the other each on schedule the time zone scale mark that also can use on the time zone central point relative on the inner disc 2 of moment point come mark.Radius on the 7.5 degree point of the 0 time line left side is modified line fixed dates, indicates with solid line.Outer dish 1 fixes with housing.Time line is by counterclockwise series arrangement.Putting in order of time zone scale mark is consistent with putting in order of international time zone.Be provided with the significant pattern of this area on the local time zone scale mark, local zone time is also very directly perceived like this.As Fig. 1, on the scale mark of the time zone in Dong Ba district, indicate a plum blossom design, with moment on schedule in our Chinese employed Dong Ba district of special expression be Beijing time.

2, the inner disc 2 of dial plate is the rotation dial plate of one hour 15 degree of quivering counterclockwise.Be that unit marks off 24 parts with 15 degree also, the central point of each 15 degree is its time zone point.Determine that one of them time zone is 0 time zone, be followed successively by east 1, east 2, east 3 eastwards until eastern 11 time zones, be followed successively by west 1, west 2, west 3 westwards until western 11 time zones by 0 time zone by 0 time zone.And the mid point scale mark that makes each time zone is over against the scale mark on schedule of outer dish 1 and indicate the etalon time point in each time zone respectively.It is constantly identical because the 12 time zone dates of thing differed one day, and respectively account for 7.5 degree, so the mid point scale mark in this two district then is the common standard time zone scale mark in thing 12 districts, its mid point scale mark over against time line on schedule then represent they separately not in the same date same on schedule constantly.And the mobile day line that the radius of passing public time zone, thing 12 time zones scale mark on the dial plate is rotated with inner disc 2 just also will be indicated with solid line.The inboard of the time zone scale mark of Dong9Qu, Dong6Qu, GMT+3,0 time zone, Xi3Qu, Xi6Qu, western 9 district center points respectively with 9,6,3,0, multi-form number marks such as III, VI, IX; Dong12Qu marks with E, and Xi12Qu marks with W; All the other each districts mark with short-term.So that people in time confirm the particular location in each target time zone of thing on the dial plate.All digital letter marks all are produced on the transparent disk of lightness sensation in the upper and heaviness in the lower, and be hung on the central shaft in the round sealed body of each relevant position on the vertical time zone inner disc 2 of rotation, make it under the effect of center of gravity, not be subjected to the influence that dial plate rotates and be the front body all the time.Mark is the same constantly for watch and plane machine dress table, the positive font that is presented when class mark master scale line was walked to 0 moment point when the time zone mark should be this.

3, coil outward 1 and inner disc 2 between design global time zone date color change circle 5 is arranged.25 time zones, the world have 24 time zone points, 24 of corresponding successively outer dish 1 scale marks on schedule.Along with inner disc 2 15 degree of whenever quivering forward after an hour, 24 time zone scale marks then often jump to previous time line on schedule, and 25 time zones, the expression whole world are horal to be changed on schedule constantly.Simultaneously, the also inevitable fixedly day line that stride across the 0 moment point left side, 7.5 degree successively of each time zone point jumps to 0 moment point, finishes one day earlier twenty four hours and begins new one day.Thing 12 time zones respectively account for 7.5 degree and a public time zone scale mark, but its time difference has been whole 24 hours promptly one day.That is to say that when the promptly mobile day line of thing 12 time zone common standard time zone points strode across by 23 moment point that fixedly day line jumps to 0 moment point, eastern 12 time zones were by striding into today yesterday, and western 12 time zones are just by becoming yesterday the day before yesterday.On the surface, 25 time zones, the whole world, the day line on the inner disc 2 of always be fixed date line and rotation between thing 12 districts is divided into two parts and is in different moment in former and later two dates.The variation of this as regular as clockwork just makes us show that with the cyclical variation of all seven days seven kinds of colors the imagination of each time zone date change of the world becomes possibility.

Referring to Fig. 2～shown in Figure 10, concrete design is like this:

One housing, housing are provided with dial plate, electronic clock device and battery, and dial plate is divided into concentric inner disc 2 and coils 1 outward, coil 1 outward and are fixed on the housing, and inner disc 2 serves as that axle coils rotation in 1 outside with table axle 3, shows axle 3 and is fixed on the housing.Outer dish 1 ring is provided with 24 time lines on schedule week, and inner disc 2 rings are provided with 24 time zone scale marks in 25 time zones week, and (wherein public 1 the time zone scale mark in thing 12 districts), time line aligns one by one with the time zone scale mark.Table axle 3 is a tubular shaft, and the output line of electronic clock device passes table axle 3, links to each other with the display screen 4 that is fixed on table axle 3 front ends.

Coil outside 1 and inner disc 2 between a time zone date color change circle 5 is set, and coil 1 outward and equally also be fixed on the housing.Be unit also, also press the direction that inner disc 2 rotates, but the position that the left side over against 0 moment point 15 is spent from it be divided into the 1st, the 2nd, the 3rd until the 24th transformation region 7 successively with it with 15 degree.The 1st transformation region 7 on the 0 moment point left side is divided into two 7.5 degree transformation regions 7 again.It is the 25th transformation region that 7.5 degree transformation region of adjacent the 24th transformation region is compiled, and this 7.5 degree transformation region on its right then still is the 1st transformation region.Like this, time zone date color change circle 5 just is divided into 25 transformation regions 7 that have sequence number.To they load onto respectively 25 mutually near and the reflective groove of size appropriateness.Reflective groove peripheral hardware has water white plastic hoop.In each reflective groove all according to a week seven days different colours sequencing the display (the multi-colored led electroluminescent lamp 6 that perhaps contains 7 kinds of colors) of seven different colours is installed.Because the date color in thing 12 time zones is always two kinds of colors of tandem not same date, when the day line in the middle of them turns to 23 moment point, on the surface except pairing the 25th transformation region 7 in 12 time zones, west on the fixing day line left side still or the date color of yesterday, other respectively distinguishes the color that pairing transformation region 7 all successively changes to today.Again after an hour, when mobile day line strode across fixedly day line and jumps to 0 moment point, thing 12 districts then became one day that respectively makes a fresh start simultaneously.At this moment, eastern 12 time zones have jumped to the position of 0 moment point to its left side 7.5 degree, and are just in time relative with the 1st transformation region 7 that just becomes color tomorrow; And western 12 time zones have jumped to the position of 0 moment point to its right 7.5 degree, and 7 left sides two/part is relative with the 2nd transformation region, but the color of today that it will become just improved before 23 hours.At this moment, still still today color the separatrix of 2 3rd transformation regions 7 just over against the time zone point and the 1 moment point scale mark in western 11 time zones, this its separately half of the 2nd and the 3rd transformation region then is that the mid point correspondence western 11 time zones and represented that it is just to a period of time in morning of today with the separatrix.What should pay special attention to is and fixedly the 1st transformation region 7 variable colors simultaneously on day line the right, just fixing the 25th transformation region 7 on the day line left side.That is to say, when the 1st transformation region 7 becomes the color of tomorrow by the color of today, 7 ability of the 25th transformation region become the color of today by the color of yesterday, and and just to become half of the 24th transformation region 7 of color today before 1 hour common corresponding and show the color just walked to today of the Dong11Qu of 23 moment point in its front.At this moment on the surface, only the 1st transformation region 7 has become the color of tomorrow, represents that eastern 12 time zones enter tomorrow; And all the other 24 transformation regions 7 also all are the colors of today, represent all the other 24 time zones still be in date today different constantly.After one hour, mobile day line was that the public time zone point in thing 12 time zones jumps again to 1 moment point, and eastern 11 time zone time zone points then jump to 0 moment point.At this moment, what stride across that fixing day line enters tomorrow is to account for the east 12 of 7.5 degree and accounted for 11 two time zones, east of 15 degree, and its pairing transformation region 7 just in time is the 2nd transformation regions 7 that only account for the 1st transformation regions 7 of 7.5 degree and account for 15 degree.We are passable as long as the 2nd transformation region 7 on the 1st transformation region 7 the right is also become the color relation of tomorrow by the color of today so.Like this, along with quivering of the every mistake of dial plate 1 hour, 7 of that transformation regions of mobile day line indication moment point back change to new one day color thereupon, and the change of each transformation region color all is the same moment point on schedule in every day.Utilize the variation that time zone date color change circle is gone up this as regular as clockwork of each transformation region on the dial plate, the date in each time zone, the world changes us and then can come into plain view.Here wanting ben be, has only the 25th differently all the time with the color of the 1st transformation region 7, and is again that day line in centre, thing 12 time zones just changes to the color of respectively making a fresh start a day when arriving 0 moment point simultaneously.So will changing to not in the transformation regions 7 that these two respectively account for 7.5 degree, the electroluminescent lamp of same date color then can be connected in parallel and control with a power key at every turn.Its color of seven days change is then controlled by the order parallel connection in twos of while variable color and seven interlock switch keys of outage energising successively by seven displays of these two transformation regions 7.Seven color display of all the other each transformation regions 7 then are connected on seven chain operating keys of 23 groups of its back successively, and the order of the order of connection of seven displays (the multi-colored led electroluminescent lamp 6 that perhaps contains 7 kinds of colors) and color change in seven days is consistent in the reflective groove of each transformation region 7.For the long-time stability that guarantee that time zone date color shows on the dial plate, selected demonstration equipment should be advanced more good more.

4. every day, because of event of the time difference, 25 time zones, the world have one in front and one in back two dates all the time, but the variation of the every minute and second within its each hour is identical.So, we are provided with two different dates and identical every minute and second change electronic console again, be installed in the recessed disk at inner disc 2 centers, be fixed on the front end of table axle 3 at dial plate center, make itself and outer dish 1, inner disc 2 and date change circle 5 be in a plane together.The control power supply then is installed on the gauge stand 8 of dial plate back housing, is connected with it by hollow table axle 3 usefulness leads.

If a control chip, the output line of electronic clock device links to each other with the input end of control chip, and the output terminal of control chip links to each other with the control end of the pivoting controller of inner disc 2.The pivoting controller of inner disc 2 is connected through 24 gears of gear with inner disc 2 rear portions.Each transformation region 7 comprises the electroluminescent lamp 6 of one group of some kinds of color, and each illuminating circuit of every group of electroluminescent lamp 6 links to each other with the light emitting control output terminal of control chip respectively.

In the pivoting controller of inner disc 2, comprise a driven wheel 9, establish a coaxial electromagnetism lever 12 in driven wheel 9 one sides; Electromagnetism lever 12 moments upper end is a spring moving tooth 13, and spring moving tooth 13 matches with jagged inner circular tooth groove 15 on driven wheel 9 cards, and the arm of force one side of electromagnetism lever 12 is established a suction moving winding 14, and opposite side is established a tension spring 16; The outer ring gear 10 of driven wheel 9 meshes with 24 gears 11 of the coaxial coenosarc in inner disc 2 rear portions.The output terminal of serial connection control chip on the operation circuit of inhaling moving winding 14.The pivoting controller of inner disc 2 is controlled by control chip, and driving inner disc 2 is counter clockwise direction redirect 15 degree forward along earth rotation direction after an hour whenever.Present embodiment does not contain the 168 tooth upper rotatory plates 19 that are provided with special anode key plate 17 and the fixedly lower wall 18 of 168 keys in Fig. 6, Fig. 7.

The work schedule table of each luminous zone electroluminescent lamp of the utility model embodiment, as following table 1:

Shown in Figure 10, table 1, be the working timing figure of the multi-colored led electroluminescent lamp 6 of each transformation region 7: 25 transformation regions 7 respectively have a multi-colored led electroluminescent lamp 6,7*25 electroluminescent lamp altogether, 175 luminous loops.(i.e. 25 multi-colored led electroluminescent lamps 6 in 175 luminous loops, 7 electroluminescent lamps are respectively arranged, color of each electroluminescent lamp), each lamp regular working 24 hours in 168 hours cycle samsara, seven luminous loop sequential workings of 25 multi-colored led electroluminescent lamps 6, each work 24 hours.

Every group of electroluminescent lamp 6 comprises 7 luminous loops, is respectively the first luminous loop, the second luminous loop, the 3rd luminous loop, the 4th luminous loop, the 5th luminous loop, the 6th luminous loop, the 7th luminous loop; In 25 transformation regions, all first luminous loops are the electroluminescent lamp of same color, every other six luminous loops also be respectively homochromy electroluminescent lamp.

The first luminous loop of the 25th transformation region, the second luminous loop, the 3rd luminous loop, the 4th luminous loop, the 5th luminous loop, the 6th luminous loop, the 7th luminous loop are in parallel with the second luminous loop, the 3rd luminous loop, the 4th luminous loop, the 5th luminous loop, the 6th luminous loop, the 7th luminous loop, the first luminous loop of the 1st transformation region respectively.

Seven luminous loops are by first to the 7th order periodic cycle work successively in same transformation region, each luminous loop simultaneously and the periodically interlocking in order of other six luminous loop, the 7th luminous loop and the first luminous loop interlocking in proper order.

Wherein, the same colour light emitting loop of 25 of the 1st～25 transformation region 7 multi-colored led electroluminescent lamps 6 changes to next color successively one hour evening.That is to say, the luminous loop of some colors of the multi-colored led electroluminescent lamp 6 of each transformation region all than Zao one hour of the luminous loop of the same color of the multi-colored led electroluminescent lamp 6 of the transformation region 7 of its back to next color change.The multi-colored led electroluminescent lamp 6 of the 25th transformation region 7 is in parallel in twos successively with the luminous loop of the multi-colored led electroluminescent lamp 6 of the 1st transformation region 7, controls these two transformation regions simultaneously to separately next color change, and its both color differed one day all the time.

As Figure 11, shown in Figure 12, except seven looks with control chip control transformation region 7 change, following mode can also be implemented in each time zone, world control mode of look change in seven days seven weekly: because time zone color change circle has 25 transformation regions 7, the display (the multi-colored led electroluminescent lamp 6 that perhaps contains 7 kinds of colors) of seven different colours representing seven days is installed all again in the reflective groove of each transformation region 7.Can be connected in parallel in twos because of the color of having only the 25th and the 1st transformation region 7 to become simultaneously respectively to make a fresh start a day on seven interlock switch keys of energising outage successively,, add up to 168 so, need 24 groups of such interlock switch keys altogether together with all the other 23 transformation regions 7.For this reason, we dock the upper rotatory plate 19 of 1 168 tooth outer ring gear on 24 gears at inner disc 2 rear portions, a special anode key plate 17 is installed on the following card of 168 tooth upper rotatory plates 19, the shape of anode key plate 17 is like this designs: with its center of circle equidistant 24 concentric circles astragals that draw on the following card of 168 tooth upper rotatory plates 19, with seven mean lines these concentric circles astragals are divided into seven equal fully radian districts more again.We distinguish 24 five equilibriums again with two adjacent radian districts, then in previous radian district, utilize its 24 mean line, make the 2nd concentric radian band retreat 1/24th of its length from inside to outside, the 3rd concentric radian band retreats 2/24ths of its length, and the like, the 24th concentric radian band then retreats 23/24ths of its length.Equally, in its adjacent back radian district, also retreat successively and mark with last radian district in identical curve come.Just can make a metal anode key plate 17 with the shape between these two curves then, and be installed on the following card of upper rotatory plate 19 of 168 teeth.As Figure 11.The fixed disc of an equal size is installed under this 168 tooth upper rotatory plate 19 accordingly.Corresponding with 168 tooth upper rotatory plates 19, also with its 7 five equilibrium, also mark equidistant 24 equidistant concentric circles astragals, 168 contact-keys of queueing discipline are installed respectively on the intersection point of each center lines of 24 equidistant concentric circles astragals and seven equal portions lines, the position accurately, highly consistent.Anode key plate 17 on the following card of 168 tooth upper rotatory plates 19 can be often contacted with 24 keys in its 168 contact-keys effectively.Here it is 168 keys are lower wall 18 fixedly.(the plate face of other parts of anode key plate 17, the 168 tooth upper rotatory plates 19 that only schematically drawn among Figure 11 has saved, and is for the fixedly position relation of lower wall 18 of 168 tooth upper rotatory plates, 19 anode key plates 17 and 168 keys is described intuitively like this).Fixedly lower wall 18 and time zone date color change circle 5 are the same also is fixed for 168 keys, its each key draw below lower wall with lead respectively and respectively with time zone date color change circle 5 on 24 group of seven look luminous loop of 25 transformation regions be connected (the wherein seven looks luminous loop of the 25th and the 1st transformation region parallel connection in twos successively).This anode key plate 17 on the following card of 168 tooth upper rotatory plates 19 rotated a circle in 7 days with the running of 168 tooth outer ring gears, walked 360/7ths degree arcs in one day, rotated a tooth in one hour, only walked 1/24th of 360/7ths degree arcs.After an hour every like this, 168 keys fixedly must have a contact-key just to break away from anode key plate 17 and cut off the power supply on the lower wall 18 with among anode key plate 17 contacted 24 keys of 168 tooth upper rotatory plates 19, have then just touched the anode key plate 17 of 168 tooth upper rotatory plates 19 with it with the contact-key in front on the circle and switch on.Within seven days, 168 keys fixedly seven keys on each concentric circles of lower wall 18 are all incited somebody to action successively to touch mutually with the anode key plate 17 of 168 tooth upper rotatory plates 19 and were cut off the power supply 6 days along with the leaving away of anode key plate 17 at 168 tooth upper rotatory plates, 19 back sides after 24 hours.Like this, on 24 circle bands 7 on ﹠ off switches of each group green red seven displays of blue or green orange purple champac in the reflective groove of each transformation region 7 of connecting successively, inevitable in seven days bright successively one day, respectively on the display surface in each transformation region 7 week seven days seven kinds of colors conversion.And the fixing 24 groups of interlock switch keys on 24 concentric circles astragals on the lower wall 18 of 168 keys, we then from inside to outside, earlier the 1st group of key is parallel to successively two group of seven look display of the 25th and the 1st transformation region 7 of variable color circle respectively, 23 groups of keys with the back are connected in the 2nd, the 3rd, the 4th successively so that seven look displays of the 24th transformation region 7 then.We just can circle by anode key plate 17 7 God's wills on the following card of 168 tooth upper rotatory plates 19 like this, and fixedly 25 group of seven look display (the 25th and the 1st group seven look displays are parallel to one group of key in twos) of being controlled of 24 winding touchings on 24 concentric circles astragals of lower wall 18 switched on successively that seven looks in 7 one 7 days weeks of 25 transformation regions of control surface change over one day to 168 keys.Because 168 gear each hour rotations, one tooth, so 168 keys fixedly must have a key outage on the lower wall 18 in 24 keys contacted with it, the previous key that coexists with it on circle band is then switched on, thereby must have a display outage to extinguish in their that transformation regions 7 of controlling, display electrified light emitting then.And that transformation region 7 that this transformation region 7 exactly is exactly mobile day line just have been jumped over.This variation, to appear at successively in each transformation region 7 of time zone date color change circle 5 along with the quivering of day line, and, the conversion of each transformation region color all every day same on schedule constantly, changing with the running of each time zone every day can be fully corresponding.Thereby, the date change of each time zone every day on the display dial extremely regularly.This is first scheme.

As Figure 13, shown in Figure 14, if with fixedly 24 groups of switch burst keies of (only having drawn two circle concentric circles astragals among Figure 14) on 24 concentric circles astragals of lower wall 18 of 168 keys among Figure 11, change into 168 keys fixedly on lower wall 18 edges priority with seven days be seven groups of keys of order, each group all is 24 keys, organize first key and control successively specially two group of seven look display in parallel of the 25th and the 1st transformation region 7,23 keys of all the other each groups are then controlled seven look displays in 23 transformation regions 7 of its back successively respectively except that each.The on ﹠ off switch shape of 168 tooth upper rotatory plates 19 corresponding with it then is one 1/7th a radian circle, runs on 168 keys fixedly on the concentric circles astragal of 168 contact-keys of lower wall 18, often contacts fixedly 24 contact-keys on the lower wall 18 of 168 keys.Along with the running of 168 tooth upper rotatory plates, 19 per seven days one circles, connect successively 168 keys fixedly lower wall 18 24 keys and control the change of 7 interior seven days seven different colours of 25 transformation regions, also can represent the date variation in each time zone, world's every day effectively.This is second kind of scheme.

Kind of the present utility model is divided into the vertical clock in square, hall wall clock, indoor wall clock, small-sized desk clock, plane watch and plane machine dress table.Usable range: people and movable large, medium and small place thereof in each international exchange.

Claims (9)

1. world clock, comprise a housing, housing is provided with dial plate, electronic clock device and battery, it is characterized in that: dial plate is divided into concentric inner disc (2) and outer dish (1), outer dish (1) is fixed on the housing, inner disc (2) serves as that axle rotates in the dish (1) outside with table axle (3), and table axle (3) is fixed on the housing; Outer dish (1) ring is provided with 24 time lines on schedule week, and inner disc (2) ring is provided with 24 time zone scale marks in 25 time zones week, and time line aligns one by one with the time zone scale mark on schedule; Table axle (3) is a tubular shaft, and the output line of electronic clock device passes table axle (3), links to each other with the display screen (4) that is fixed on table axle (3) front end; If a control chip, the output line of electronic clock device links to each other with the input end of control chip, and the output terminal of control chip links to each other with the control end of the pivoting controller of inner disc (2); The pivoting controller of inner disc (2) is connected with inner disc (2) through gear.

2. world clock according to claim 1 is characterized by: time line comprises 24 time lines on schedule of 0 point～24, represents with arabic numeral, 0/24 outside the dish (1) under, 12 outside dish (1) directly over, time line is by counterclockwise series arrangement, one of per 15 degree; The public time zone scale mark that the time zone scale mark contains 0 time zone, east 1 to 11 each time zone, east, west 1 to west center scale mark in 11 each time zone and thing 12 districts is totally 24 time zone scale marks; 0 o'clock district center scale mark place is provided with 0 mark, the right, 0 time zone promptly counterclockwise go up east 1 to east 11 each the time district center scale mark place be provided with 1～11 mark respectively; The left side, 0 time zone is on the clockwise direction, west 1 to west 11 each the time district center scale mark place be provided with the Roman number mark respectively; Each 7.5 degree of Dong12Qu and Xi12Qu are respectively equipped with E and W mark on the both sides of 12 public time zone scale marks; At 7.5 degree places, the 0 moment point left side, the direction of suitable its radius is provided with a fixedly day line; Establishing mobile day line on the radial direction along thing 12 districts public time zone scale mark on the time-zone indicator; On the scale mark of the time zone of this locality, establish significant pattern.

3. world clock according to claim 1 is characterized by: the rear portion of inner disc (2) is provided with coaxial 24 gears (11), and 24 gears (11) are through the pivoting controller interlock of gear and inner disc (2).

4. world clock according to claim 3 is characterized by: comprise a driven wheel (9) in the pivoting controller of inner disc (2), establish a coaxial electromagnetism lever (12) in driven wheel (9) one sides; The moment upper end of electromagnetism lever (12) is a spring moving tooth (13), spring moving tooth (13) matches with jagged inner circular tooth groove (15) on driven wheel (9) card, electromagnetism lever (12) arm of force one end one side is established a suction moving winding (14), and opposite side is established a tension spring (16); The outer ring gear (10) of driven wheel (9) and the engagement of 24 gears (11) at inner disc rear portion; The output terminal of serial connection control chip on the operation circuit of inhaling moving winding (14).

5. world clock according to claim 1 is characterized by: display screen (4) is provided with the display unit on two dates of demonstration and the display unit of every minute and second.

6. world clock according to claim 1, it is characterized by: the time zone date color change circle (5) that is provided with annular outside between dish (1) and the inner disc (2), time zone date color change circle (5) is divided into 25 transformation regions (7), wherein, should be divided into two 7.5 transformation regions (7) of spending with 23 time lines to part relative between 0/24 time line in the right, other parts then are divided into the transformation region (7) of 23 15 degree, amount to 25 transformation regions; Each transformation region (7) comprises the electroluminescent lamp (6) of one group of seven kinds of color, and each illuminating circuit of the electroluminescent lamp of every group of seven kinds of colors (6) links to each other with the light emitting control output terminal of control chip respectively.

7. world clock according to claim 6 is characterized by: every group of electroluminescent lamp (6) is a multi-colored led electroluminescent lamp (6) that comprises 7 kinds of colors; Be total to 7*25, i.e. 175 electroluminescent lamps; Wherein the 1st and the electroluminescent lamp (6) of the 25 two transformation region (7) be parallel to same luminous loop in twos, so 175 electroluminescent lamps (6) have only 168 luminous loops; Every group of electroluminescent lamp (6) comprises 7 luminous loops, is respectively the first luminous loop, the second luminous loop, the 3rd luminous loop, the 4th luminous loop, the 5th luminous loop, the 6th luminous loop, the 7th luminous loop; In 25 transformation regions, all first luminous loops are the electroluminescent lamp of same color, and six luminous loops of all other also are respectively homochromy electroluminescent lamps.

8. according to claim 6 or 7 described world clocks, it is characterized by: the first luminous loop of the 25th transformation region, the second luminous loop, the 3rd luminous loop, the 4th luminous loop, the 5th luminous loop, the 6th luminous loop, the 7th luminous loop are in parallel with the second luminous loop, the 3rd luminous loop, the 4th luminous loop, the 5th luminous loop, the 6th luminous loop, the 7th luminous loop, the first luminous loop of the 1st transformation region respectively.

9. according to claim 6 or 7 described world clocks, it is characterized by: in the periodic cycle interlockings successively of seven of same transformation region luminous loop order, each luminous loop simultaneously with other six luminous loop interlockings.

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