DE102011109004A1 - Mechanical bracelet-watch, has movement controller for characteristics and characteristic sequences for twenty four-hour clock with second-minute-hour-day change, and two round, circular bodies constantly moved relative to each other - Google Patents

Abstract

The bracelet-watch has a movement controller for characteristics and characteristic sequences for 24-hour clock with second-minute-hour-day change and day and night indication in ecliptic course. A round case (13) has two round, circular bodies i.e. inner and outer rings, constantly moved relative to each other. The inner ring has a needle bearing (6) made of ceramics, and the outer ring freely runs on the needle bearing. The bearing has a base fixedly connected with an inner base. The outer ring is driven by a spring mechanism (1) that is controlled by a drive. Independent claims are also included for the following: (1) an electronically controlled bracelet-watch (2) an electronic globe watch (3) a magnetic globe watch (4) a desk-computer-globe (5) a device for controlling nightshade in solar clock.

Description

Subject of the invention

The invention of the invention is the representation of the night in 24-hour clocks, as well as technical developments in the representation of 24 hours on various Corpi: Globe watches, ArmReif watches and wrist watches, as well as their media coverage in projection, television and all other image transmission and Presentation media, as well as the globe clock as a workplace.

This timing method focuses on the representation of time as a unit, represented in 24-hour display systems. Under "earth time" is understood the celestial mechanics as it is completely specified in a year, so including the ecliptic on the representation of time.

State of the art

The applicant has shown in the patent application 10 2007 063 462.7 from 20.12.2007 a technique exclusively in the field of mechanics. The registration represents the state of the art in the field of ArmReif watch: see DE 37 27 071 and utility model derivation 298 25 227.9.

The inventions to be registered here are inventions of developed globe watches and technically and economically sensible developments of the wrist watch, the bracelet watch, the globe watch and the wrist watch.

Work on ArmReif Watches, begun in 1987, has not been realized so far, because even the well-known, very creative watchmaker Michel Parmigiani in Fleurier and also ASULAB, the research center of Swatch, including Mr. G. NB. Hajek Jr CNO, saw no way of realization. Because there was no technical solution in sight, costs could not be determined, so they rejected the development. Up to that point I had only tried the mechanical realization according to the art of watchmaking, since that time I have followed a different technical path, which is applied for in this application as a patent and which will be realized by a Fraunhofer Institute.

• 1. auf die mechanische ArmReifUhr, für die hier neue technische Ausführungen angemeldet werden
• 2. auf mechanische und nicht mechanische Wege Richtung Produktionsreife, auch weil nur so der Gedanke der GlobusUhr und der ArmReifUhr in eine wirtschaftliche Größe gebracht werden kann, die einen breiten Absatz denkbar und möglich macht.

The patent to be applied for here is concentrated

• 1. on the mechanical ArmReif watch, for which new technical versions are registered here
• 2. In the mechanical and non-mechanical ways towards production readiness, also because only in this way can the idea of the globe clock and the wrist clock be brought into an economic size which makes a broad paragraph imaginable and possible.

The problem to be solved by the invention

The purpose is a new definition of the reproduction and thus the view of time. Time on the well-known clocks is a day-abstract graphic abstract for the production of work and life units in the series of the sun clocks, which measured the day, thus showed 12 hours, thus indirectly the day as working day. Philosophically, this representation was also understood as a surrogate for the idea of the earth as a flat disk.

The incorrectness of this representation was already known in antiquity. At that time, time was measured continuously - not just the day - with water, sand and (burning) oil watches.

The time was recognized when Kepler, Galileo, Giordano Bruno founded the spherical shape of the earth and the validity of the solar system instead of the earth as the center of the "world" with scientific methods, and thus initiated the Enlightenment. In the immediate consequence, the first globe clocks were built at the beginning of the 16th century. European potentates liked to give them to oriental rulers.

The Globe Clock and the ArmRepiff as well as the ArmReifBild Clock newly created by me as inventor offer the possibility of summarizing all necessary time determinations, including the ecliptic, and thus the possibility of depicting the lengths of the day and the night over the year, on a corpus, and as immediate to realize ".

The technical solution to the problem must also be understood in a time continuum: the good old pocket watch and the wristwatch after the art of watchmakers fell so much behind in the invention of Quarzuhr that the whole industry trembled and lost considerable revenue. But every human now had several clocks.

A roll-back put the mechanical watches in the high-price segment. ClocksMechanics had become the symbol of technology par excellence In a time full of plastic and material dissolution, the clock was security, continuity, acknowledgment of the value of profound work on the workpiece, of humanity as the bearer of these values. Remember that Descartes understood the physical person as a machine in general.

The current situation in the watch market is determined by more and more ads on the market Dials: obviously more and more people are interested in more and more accurate and differentiated information. This includes watches that offer switchable times from several countries or continents.

That each of these attempts would have to start with the 24-hour clock is countered by the fears of producers and sellers: Nobody could read such a clock.

This assumption is correct if the new clock is much the same as the old one, but shows something completely different, thus somehow fooling the buyer.

But if the new clock orientates its time representation on the essential and fixes on the so-called self-referentiality, for. B a globe is the time etc, one can forget this fear.

My central formulation of this connection: Time is the unified and well-known unity uniting all the people on the globe, into which one is born, one lives, one dies from. Unity of the moment, the duration, the encounter, the farewell, the eternity, experienced in the second, minute, hour, day, week, month, seasons, years. So a clock should indicate the day on which you acquire them and then each of the periods mentioned. Each globe clock can be programmed like this.

Understanding the forearm or wrist as the axis of the earth, and therefore letting an ArmReife watch or an ArmReifBild watch "run" is obvious, actually a matter of course. It corresponds to our body language, which is recognized in sports, in fashion, in behavior. The forms of the ArmReif watches will take this up. These two forms of watches show in an astonishing, simple, self-evident way "the global time" - show day and night, the 24 hours, show spring, summer, autumn and winter.

The mechanical bangle watch and the medial ArmReifBild watch show this, but very expensive and technically not easy.

Therefore, one of the most important topics of this patent application is also the transfer of this basic idea to cheaper methods.

Type of commercial application

Globe like ArmReif are familiar shapes. To see them as watches again is probably a successful surprise, yes, an insight: that could have been there for a long time, why did not anyone come up with the idea? The earth, whose revolution is about itself in 24 hours, and the sun is in one year the time to take as an indication of its reproduction, is as obvious as the construction of a chair whose legs are measured at the length of the lower legs, the seat of the man and his back. So here you have the equator as an all-connector, the 7 degrees of longitude as place / time / units, degrees of latitude as day-night-shifter and the seasons as real, existential, poetic and life-times. in the language of the market, both models are displacement products. They aim at a very perfect well advertised market where virtually all people want to buy or buy watches.

Buyers are served better, more accurately, more comprehensively by my new watches than by the well-known ones.

In addition, these new timepieces will liven up the sales of established watchmakers and their workshops and repairers, who will be attuned to the new techniques being built here, as well as other occupations and industries:
These watches are all perfect jewelery makers: jewelers, silversmiths and goldsmiths find new interesting tasks and consequently revenues. But also other craftsmen, engineers, artisans who can work on the corpus of globes such as the ArmReife:
Electromechanics, electronics, computer programmers, media designers, stone cutters, journalists, painters and graphic designers, camera women and men, directors, precision mechanics, microphone specialists. Products, their realization, their sales and their practice are conceived here as a unit: as mobile phones become more and more perfect in their functions and thus also new companies and occupations are created, it is also with these watches. The globe can be developed into a time and world knowledge on which one

Numbers and pictures about population, wars, work, technology can be stored locally and worldwide, you can publish world newspapers on it and much more.

In its intimacy and cosmopolitanism, the ArmReif can become the place for aesthetic development, but also for intimate messages when using part of it as a mobile phone.

Its shape can correspond to the place of its sale: you can make it together with jewelers Latin American, Indian, Arabic, African. And the ArmReifBildUhr will correspond in their shape old ArmReifen, which often included the whole forearm, women self-confidence and authority ☐, format their beauty. The colored representations of the earth, the Heaven, the night on the oled screens in HD format will fit the classic forms

The particular advantage related to the prior art, however, is:
This new image of a clock connects time directly with the image of the earth. This can not the previous clock because of their appearance.

Carrying a clock bearing the image of the earth and representing it, its time, its days and nights, its seasons, is all in all experienced as a "new" piece of home, as a surplus of culture.

It is a possible sensation that this form evolves over time as a symbol of time.

Ways of execution

To construct is an ArmReif as a round box, in which a clockwork movement is installed for 24 hours. From the top, under glass, you can see the passing of time on 24 clocks that continuously run along the 24 longitudes around the arm: this is the geocentric variant. In the heliocentric variant, the time sequence stands still - only minutes and seconds indicate - and the degrees of longitude with town designations "drive" around the wrist.

The soul of the mechanical drive is a needle bearing. It is firmly connected to the bottom of the hoop. On this needle bearing runs the hoop of time, powered by a very powerful spring mechanism compared to known mechanical wrist watches, controlled by a regulator which ensures that exactly 24 hours are identical to one revolution of the tape. In the previous designs, it was believed that gears could be used to construct a circular belt for transporting the time display. Model calculations and practical experiments showed that this experiment must fail due to an uncontrollable friction. Consequently, in the implementation notified here in the drive of the time band only wheels are mounted whose movement form is identical to that of the hoop. My claim is, also the ecliptic, d. H. to show the continuous movement of the duration of day and night throughout the year also with this clock. In order to realize this, a system of movable thin sheets is mounted on the 24 as the center of the night, whose movement is also visible from the outside in the clock, and the task set within the movement of time around the arm as movement around the 24 , in times as readable as the other times, solves.

The details:

The ArmReif watch is attached to the arm with two selectable systems. Proven on the model

WAYS OF EXECUTION

• A. ArmReif watches  1. mechanically  2. electronically  3rd ArmReif picture clock
• B. Globe watches  1. the mechanical structure 2. the mechanics of the shade as a half shell outside 3. the mechanics of the inner nightshade 4. The globe clock in the magnetic field system 5. Globes on an electronic basis: time projection, globe computer
• C. The SonnenLauf clock - a wristwatch

A. ArmReif watches

1. mechanically

Ways of execution

To construct is a round box whose top cover is made of glass. In this box, a ceramic needle bearing is set in the appropriate size, the outer circle is firmly connected to the bottom of the housing. The drive of the inner circle is via a shaft that runs in a cannula that is driven through the bottom of the box. The shaft comes from a clockwork, which is attached as a bead outside to the box.

The box and the bead on it are the inner circle that lies to the arm or wrist. The ArmReif watch is attached to the arm with different systems. Proven on the model, the holder, with which one held in the twenties microphones vibration-free and shock-insulated, which are two rubber bands on four metal eyelets inside the circle, in which one slips by hand, and ensure that the hoop sprung at a uniform distance and without pressing or flinging around the arm rests.

Another system is an airtight leather pouch glued to the inner surface of the watch which is inflated to allow the watch to comfortably connect to the arm or wrist.

So now the inner hoop is powered by The clock on the stabilizing needle roller bearing in the Now runs thus the inner hoop driven by the clock on the stabilizing needle roller bearing in the speed, which is necessary so that it is around exactly 24 hours in 24 hours.

On this inner ring you now put the time numbers from 0/24 to 23 h. With a diameter of the clock of 8 cm inside, the distance between the numbers is 11 mm. At about 9 mm of this distance, one clock each is applied, which indicates the minutes as a circle and on which also the seconds run. These watches are powered by gears that are attached to the inner ring. The watches are visually in the middle of the ring.

On the outer ring, visually, to the right and left of the clocks, names of the degrees of longitude or of the cities lying there are displayed: left 24 cities south, right 24 cities north of the equator Now the times run along the names of the cities and show the prevailing time: that is the geocentric representation of time.

Systemically it is possible to reverse this: to put the city mark on the inner rotating ring and the time scale on a standing box: heliocentric form.

Now another system will be installed: day and night. They shift over the year. This shift of the sunrise and the sunset are built into the system as mechanics, as follows: around the 24, the night stretches. It is very short on the 21st of June: from 21.42 to 5.05. It is very long on the 21st of December: from 16:16 to 8:24 (these are the sunrises and sunsets respectively). So it is a system that makes these lengths of night and day visible: these are fine optical sheets that are pushed or pushed apart according to the season. The system is stored around the 24 and moves around the clock with the 24 once a 24 hours. Each turn uses a pinion to trigger a movement of this day / night system, a total of 365 steps. The internal movements are performed with Excentern, because they do not have to switch when the directions of movement on 21.6. and on 21.12. to change. On the inner side of the ArmReif, the position can be read under a glass cover. The system is positioned on the date when the watch is purchased. It is "right" within the scope of respective calendars, an international version is initially only possible to realize electronically.

The storage of the moving part is a use of needle roller bearings. The needle bearing has the advantage over other bearings, shocks to which the ring can be exposed by abutment, dropping, etc., catch the fact that the storage of the rollers in needles has game, so are not changed by vibrations in their course of movement can. Every impulse for another storage is transferred directly to the moving parts. In this respect, so the needle bearing is the most conclusive storage of the moving part of the mechanical ArmReif watch so far. The overall stability of these needle roller bearings is so great that even under heavy pressure on the housing no deformation can occur. This deals with a technical objection that was repeatedly raised in the assessments of the technical feasibility and, above all, the safe use of the ArmReife watch.

2. The electronic wrist watch

The electronic wrist watch is the picture of the mechanical in electronics. She is also a patent pending.

Technically, this transmission is not a problem within the technical standard of watch production. From the point of view of function and economy, the protection of an electronic ArmReif watch is of high value.

The functions of an electronic ArmReif watch are where mechanics sets limits. The location is in the mechanical ArmReifUhr switchable for all degrees of longitude and for the range of latitudes of about 30 to 63 degrees north latitude and - with exchanged nightshade also southern latitude - ie in the Areas where our culture takes place.

An electronic ArmReife watch could easily map all latitudes as required, could also have a location map of how to use them for navigation purposes. v. m.

The cost-effectiveness of an electronic wrist watch is hard to overestimate. The ArmReifUhr idea will almost certainly find a large audience. The mechanical wrist watches will be in the high-price segment for the foreseeable future, because there is a market already built up of many famous brands, which has formed around special and extended displays of date, time of day, moon phases, seconds, etc. and fights for these positions. A watch that has much more space on its dial, and by its very shape - modeled on the earth - shows many of the required ads, is certainly in a great advantage economically. This advantage can be used excellently through the production of electronic ArmReif watches.

Because in patent issues also the cost-effectiveness is evaluated, this chain of reasoning is also inserted as a reason for patentability.

The electronic ArmReif picture clock

This invention is also contained in part in utility model 298 25 227.9, which has since expired. But the s. Recently developed form was not finally developed to round and it was not technically feasible. Here, the feasible and complete form of a patented ArmReif watch is registered. Initially, the clock that was declared at that time was not complete in that it consisted of 5 pictures and a control unit, so the pictures did not include the arm. It was not feasible in the technical and economic sense, because there were no batteries that could have supplied this clock and their power-consuming pictures so that you can watch this clock z. B. could have worn for a day, d. H. economic efficiency was ruled out.

The patent-pending ArmReife watch consists of 6 to 24 images that span the entire arm. The advance of the technology created Accus, which ensures the supply of this clock on at least 24 hours. Sufficient permanent use is possible if the clock z. B. is placed on a charging station overnight, and if sensors ensure that it shuts itself off when it is not used.

Element of this clock is the new time representation and the technical-economic-aesthetic connection of an ArmReifs with a Bilderuhr.

The picture clock makes what is currently technically possible. Ie. she has several self-contained picture programs showing the passage of time, pictures of friends, nature, politics. A second touch on the touch screen makes the time visible. You can choose the programs when buying this watch. It is conceivable to load new ones yourself. The night is always identical in time, d. H. a shading over the pictures shows the day, the duration until night or until the day. Techniques are used that meet artistic demands. The history of watchmaking consists of technical developments and special solutions for the use and positioning of clocks in the civilizing process.

The tower clock, the pocket watch, the ship's clock, the wristwatch are not always technical developments, but those of use in the communicative process of human life. Often, techniques and works from other fields were used to give the watches their appearance. The great clocks of the 16th and 17th centuries were often towers, in which one put the various clocks. In the rococo figures were seen as watch carriers or as platforms for watches. The cuckoo clock was a farmhouse.

Thus, the registered here ArmReif watch is a combination of ArmReif and pictures clock. She claims her patent also as a cultural validity in the above connection.

• – Die ArmReifBilder Uhr wird eingebaut in ArmReife aus der Kunstgeschichte der ArmReife. ArmReife waren eines der wenigen gemeinsamen Themen der Juweliere und Goldschmiede an den großen HerrscherHöfen der Weltgeschichte. Jetzt wird man Goldschmiede aus Bagdad, aus Madrid, aus Rom bitten, diese Kombination aus einem alten ArmReif mit dieser neuen Uhr zu schaffen.
• – ein Thema einer solchen Uhr ist Mondrian. In die Quadraturen baut man die ArmReifUhr
• – ein anderes Thema ist ein großes GoldflächenArmband, in das man diese Uhr einbaut – und auf den Schirmen der Uhr ist Gold zu sehen: sodaß man sie als Uhr gar nicht erkennt. Das Uhrensein geh unter in der Form: erst wenn man sie nutzt, erkennt man sie. Das kann man zum Prinzip dieser Uhren erklären, wenn man den Eindruck hat, der Träger akzeptiert diese Eigenschaft gern.

Examples:

• - The ArmReifBilder watch is built in ArmReife from the art history of ArmReife. ArmReife were one of the few common themes of the jewelers and goldsmiths of the great rulers of world history. Now goldsmiths from Baghdad, from Madrid, from Rome will be asking to create this combination of an old arm tire with this new watch.
• - a theme of such a clock is Mondrian. In the quadratures you build the ArmReif watch
• - Another topic is a large gold area bracelet, in which one builds this clock - and on the umbrellas of the clock is to be seen gold: so that one does not recognize it as a clock. Clockwise things go under in the form: only when you use them, you recognize them. This can be explained by the principle of these watches, if one has the impression that the wearer likes to accept this property.

The economics of these watches are highly valued by those skilled in the art. It is one of the essential inventions in this market, which needs inventions and is waiting for new perspectives, in addition to the mechanical wrist watch. The market itself has developed excellently with the mechanical watches in recent years, is one of the few really strong markets in the world of high quality products that compete with each other.

B. Globe watches

• B. 1) The mechanical construction of globe watches
• 2) The mechanics of the shadow as a half shell outside
• 3) The mechanics of the inner nightshade

To 1) The globe lies in a frame, which consists of a multiply branching vertical rod, which carries from below a broad round, which embodies the equator. The globe is halved. The equator reaches with about 2 cm into the inside of the globe. Globe and equator are connected by an upper and a lower ball bearing, so that both the equator can stand and the globe rotates = heliocentric motion as well Equator can rotate and the globe can stand = geocentric motion.

These two movements are controlled by a switch that stops the equator or the globe. An engine to be mounted outside the system then alternately moves the globe or equator over a drive below and below the equator.

To 2) A darkened half shell with a diameter, which also includes the equator, is stored at 6 and 18. At this bearing point also its control is appropriate. It is done through a double excentric center, which serves the safety and accuracy of the movement. Double eccentric means a round disc with a hole in the middle around which it rotates and two short columns placed on the opposite sides, again opposite one another, on a line passing through the center. On these columns are easily mounted two control rods attached, which are connected to the control camp on the nightshade pleuelartig.

The double eccentric disc rotates once a year, controlling the nightshade. It is powered by a pinion that pushes a tooth with each turn of the system - either globe with equator or globe alone - a toothed wheel with 365 teeth.

This control system works perfectly in realizing the real motion of the Earth in the elliptical system, although the Earth's shadow overshadows the North or South Pole beyond the Earth's axis. This is possible because the equator holds the system and because there is only one security in the system, and that is the 6 o'clock and the 6 o'clock positions as a geophysical determination of the "storage" of the nightshade.

Globe clock in magnetic fields

A globe is suspended in a magnetic field, d. H. a strong permanent magnet under the south pole of the globe creates a visible distance, electronic fields create stability over the north pole and build an identical distance between the holding device and the body of the globe as below.

The globe carries an equator, from which electronic fields set the globe in motion, and rotate it in a heliocentric manner in the equator so that once in twenty-four hours it is moved around its own axis. The electronic fields are built up from corresponding devices in the supporting frame.

The globe hovers in a rectangular frame that does not belong to the electromagnetic field, so it does not affect it, and on its vertical has a light field, which is centered on the globe so that you can see exactly the respective caused by the position of the sun day , as well as the night and consequently the seasons. This is caused by a vertical up and down movement over the year from the northern to the southern tropic and back.

To 3) The mechanics of the Nightshade as an interior projection
Once again in the 6h and 18h positions on an indoor equator, the nightshade has its position. In the middle of the nightshade, a lighting fixture is mounted, which is brought via a transparent cable from the axis in this position and shows the day on the globe. For internal nightshade, the control question does not ask for helio or geocentric: it is at the same time always day or night, and how the globe is controlled outside, is indifferent to the internal control: the interior control gets like the under 2) for every day a pulse, which it uses to 2) identical double eccentric to control.

Propulsion: the globes are in principle driven electrically: larger globes - on rooftops, in foyers ets. with own headlamps representing the sun - over high voltage, smaller for homes, schools etc. over Accu-powered engines, because they can be sold universally and without additional official examinations and certifications worldwide. There will be such globes in the high-press segment that run on a mechanical drive - manual wind for 8 days.

Globes on an electronic basis

• 1st time projection:  With the now widespread projection clocks, a globe is equipped so that 24 projection clocks directed at the 24 degrees of longitude project there everywhere the time to the O latitude that is there. Every full hour, the projection jumps to the next longitude position in each case.
• 2. Use of this globe as a work tool in the international management area. A globe embodies in international trade, in journalism, in the investment area the daily work surface both its temporal and its local dimension. This international presence has to be integrated from the perspective into the daily work. This includes being used as a phone, as a computer, as a sender and receiver of offers, contracts, correspondence, limited as a special data store for scheduling, telephone numbers, personal data, companies, contracts.

• – das Jahr mit seinen 365 Tagen läuft einmal um die Erde: Terminplanung
• – Telefonnummern sind nach Orten gespeichert: ihre Wahl zeigt sofort den Ort, d. h. der Globus dreht sich entsprechend. Seine Oberfläche ist für den Computer transparent.

Practical: the globe opens within the computer its own, only on effective telephone and contract work parked - individually to varying - program

• - the year with its 365 days runs once around the earth: scheduling
• - Phone numbers are stored according to locations: their choice immediately shows the location, ie the globe turns accordingly. Its surface is transparent to the computer.

According to the company, the correspondence opens on the monitor.

In the conversation there attached underlines are stored.

The surfaces of the globe can be used as individual storage. There one can lay down his accounts without finding them, save pictures, plan itineraries etc. Also the photos of all customers are here.

It is about making the best possible use of the potential that the globe offers for the brain that sees it. The invention is functional, very versatile device with which you can work effectively. The many office devices often disturb the vitality of the work process, are partially over-systematized. In contrast, only one device of the devices helps: the earth. As a globe. Simple, fast, effective, personal. Essence of the invention is the combination of different memory and sensory structures. The realization is the result of a development: one manufactures this globe as described here and and asks possible users for their special wishes. These wishes are met and possibly entered into the overall program.

It creates a job that you look forward to because it's fast and effective. What emerges in the work process, any good secretary can draw up ready to sign on her computer. And, presumably, some managers who work for a few years will come up with entirely new ideas that will be incorporated, if desired, by name. A clock that rotates like the earth, a globe that is a clock: a working globe clock, a "heady", a "to-do" a "thing", a "thinking"

description

The desktop work equipment consists of a clock globe, a telephone connection, a rotating laptop monitor inside the computer, a camera for live recordings of the worker and for recording and sending files, pictures and films, sound documents, a microphone, a Speakers and one of these functions operating and combining manual, which may be identical to the slightly extended laptop manual.

It defines groups of related information and communications.

• – Ziele: Umsätze, Gewinne, Zeitabläufe: erste Schätzungen, Resultate
• – der Ort: Land, Leute, Kunst, Wirtschaft vor Ort,
• – Bisheriges: Kontakte, Parallelen, Messen
• – Datum: heute, Geschäftsablauf Kurse, Devisen, Börsen generelle. Sit., spezielle in diesem Land
• – Partner: der Partner pers., fin., Wirtsch. Gruppierungen im Land
• – Finanzen: Ablauf der Finanzierung, Kooperationen, Bürgschaften, Umsatz, G&V
• – Werbung: gemeinsam, speziell, Events, Aufmerksamkeitswert einschätzen.

The thing: own definitions and tactics, documents, writing

• - Goals: sales, profits, timelines: first estimates, results
• - the place: country, people, art, local economy,
• - Previous: contacts, parallels, measuring
• - Date: today, business courses, foreign exchange, stock exchanges general. Sit., Special in this country
• - Partner: the partner pers., Fin., Econom. Groupings in the country
• - Finances: Financing, Cooperations, Guarantees, Turnover, G & V
• - Advertising: together, special, events, attention value.

These are general markings. Anyone who works with this device will incorporate their own categories. A computer is set up in these special categories as a separate program, so that you can get involved in a relatively short time. Courses are offered.

The groups mentioned above can be accessed individually and each contain the most important questions that can be retrieved each time a new contact is created, and which are briefly answered, so that a quick overview can always be obtained. Where longer considerations are appropriate, they are employed, stored in a separate part and noted within the short range, similar to a note in a scientific work.

LIST OF REFERENCE NUMBERS

1

Federwerk und Getriebe

2

AntriebsbasisAchse

3

AntriebsvermittlungsAchse

4

AntriebsverbindungsAchse

5

Antriebsachsen

6

Nadellager inc. Aufhängung

7

Gegenlager der ZahnWalzen

8

Antriebsachsen der Zahnwalzen

9

Glasfeld über den Uhren

10

Feld für Namen der Längengrade

11

AbleseFeld – Glas – für Tag und Nacht

12

Raum der Ekliptik: Tag- und Nachtanzeige

13

Runder Kasten

Fig. 2 zeigt den ArmnReif liegend

1

Runder Kastenboden

2

Nadellager

3

24 Uhren

4

Federwerk

5

Antrieb des 24-Stunden-Uhren-Bandes

6

Laufrichtung

Fig. 3 zeigt die ArmreifUhr aus der Sicht des Ablesenden

1

Ausschnitt des bewegten Uhrenbandes

2

Stunden-Minuten-Sekunden-Uhr

3

Datumswechsel

4

Ekliptik-Position: Tag-Nacht-Anzeige

5

Ausschnitt der feststehenden Längengradsorte

6

Kennzeichnung der vollen Stunde am Ort

Fig. 4 zeigt den mechanischen Aufbau der Steuerung der Anzeige der Verlängerung und Verkürzung der Nacht übers Jahr.

13 zeigt die Achse, die innerhalb des Reifs mit einem Ritzel mit der 24 verbunden ist, 14 zeigt einen Doppelexcenter, der in beiden Richtungen – 15 zeigt es – Zahnräder steuert, die ihrerseits die 16 beweglichen Nachtflächen steuern, die auf einer permanenten Nachtfläche, die 17 zeigt, aufliegen und von dort hin und zurück gesteuert werden.

5 zeigt eine ArmReifUhr mechanisch nach der Kunst der Uhrmacher, hier: Gestaltung der Zeitanzeigen

1

in der Draufsicht die Gestalt der Tag- und Nachtanzeige, eine alternative Darstellung der jeweiligen UhrZeitStunden, Minuten, Sekunden

2

Die Kennzeichnung der Lagen der Darstellungen 1 und 3 zueinander

3

Die Wiedergabe dieser Draufsicht im Rund der Uhr

4

Die Kennzeichnung der Datumsgrenze = Tages – Monats-Jahresanzeige

Fig. 6 zeigt die ArmReifBildUhr elektronisch mit z. B. zwischen 6 und 24 OLED-Bildschirmen

1

die lineare Anordnung der Bildschirme, hier 12 bzw. 6 OLD'S

2

die Bildfläche hier im Formal 1:2

3

die bewegliche Verbindung der Bildflächen, zugleich die Kabelverbindung

4

Darstellung eines gebogenen Bildschirms

5

Darstellung eines zum Rund gebogenen Monitorschirms

Fig. 7 zeigt eine GlobusUhr mit der Steuerung des außen liegenden Nachtschattens

1

der Globus

2

die Nachtschattenhalbschale

3

der Äquator

4

der 23.6. Grad-Winkel zur Ermittlung der Lage des Nachtschattens am 21.12.

5

das Steuerungslager

6

die Lagerung des Nachtschattens auf dem Äquator in der 6 Uhr und der 18 h Position

7

Das Steuerungssystem des Exzenters mit Datumsdangabe für die Positionen

8 zeigt die GlobusUhr in Magnetfeldern

1

der Globus

2

der Äquator

3

der PermanentMagnet

4

die elektronishe Magnetsteuerung

5

die elektronischen Felder zwecks Drehen des Globus/Äquators

6

Position der Sendung der BewegungsImpulse

7

der nördliche und der südliche Wendekreis

8

Position der sich bewegenden Lampe zur Anzeige des Tages

Fig. 9 zeigt die Bewegung des Nachtschattens der SonnenlaufUhr

1

die Excenterscheibe

2

der ExcenterPunkt

3

die Ansteuerungswelle vom Uhrwerk

4

die Pleuelstange

5

die BewegungsZahnradStange

6

Steuerung des rechten und des linken Nachtschattens

7

die von der Bewegungsstange gesteuerten Zahnräder

8

Darstellung des Gelenks der Verbindung der Pleuelstange mit dem Excenter

Fig. 1 shows a ArmReif watch mechanically after the art of the watchmaker Here: vertical section through the tire with the drive structure

1

Spring mechanism and transmission

2

Drive base axis

3

Drive switching axis

4

Drive connecting shaft

5

drive axles

6

Needle roller bearing inc. suspension

7

Counter bearing of the toothed rollers

8th

Drive axles of the toothed rollers

9

Glass frame over the clocks

10

Field for names of longitudes

11

Ablesfeld - glass - for day and night

12

Ecliptic Room: day and night display

13

Round box

Fig. 2 shows the ArmnReif lying

1

Round box bottom

2

needle roller bearings

3

24 watches

4

Federnwerk

5

Drive the 24-hour clock band

6

direction

Fig. 3 shows the bracelet watch from the viewpoint of the reader

1

Detail of the moving watchband

2

Hour-minute-second clock

3

date changes

4

Ecliptic position: day-night display

5

Clipping of the fixed longitude sort

6

Marking the hour on the spot

Fig. 4 shows the mechanical structure of the control of the display of the extension and shortening of the night over the year.

13 shows the axis which is connected within the hoop with a pinion with the 24 14 shows a double-center that works in both directions - 15 shows it - gears controls, in turn, the 16 Moving night areas that control a permanent night area, the 17 shows, rest and be controlled from there back and forth.

5 shows an ArmReif watch mechanically after the art of the watchmaker, here: Design of the time displays

1

in plan view, the shape of the day and night display, an alternative representation of the respective UhrZeitHunden, minutes, seconds

2

The marking of the layers of the illustrations 1 and 3 to each other

3

The reproduction of this top view in the round of the clock

4

The marking of the date line = day - month - year display

Fig. 6 shows the ArmReifBildUhr electronically z. Between 6 and 24 OLED screens

1

the linear arrangement of the screens, here 12 or 6 OLD'S

2

the picture here in the form 1: 2

3

the movable connection of the picture surfaces, at the same time the cable connection

4

Illustration of a curved screen

5

Illustration of a round curved monitor screen

Fig. 7 shows a globe clock with the control of the outer nightscape

1

the globe

2

the nightshade half-shell

3

the equator

4

the 23.6. Degree angle to determine the position of the nightshade on 21.12.

5

the control warehouse

6

Nightshade's storage on the equator at 6 o'clock and the 18 o'clock position

7

The control system of the eccentric with date for the positions

8th shows the globe clock in magnetic fields

1

the globe

2

the equator

3

the permanent magnet

4

the electronic magnet control

5

the electronic fields for turning the globe / equator

6

Position of transmission of motion impulses

7

the northern and the southern tropic

8th

Position of the moving lamp to display the day

Fig. 9 shows the movement of the nightshade of the sunlit clock

1

the eccentric disc

2

the eccentric point

3

the drive shaft from the clockwork

4

the connecting rod

5

the motion gear rod

6

Control of the right and left nightshade

7

the gears controlled by the moving rod

8th

Representation of the joint of the connection of the connecting rod with the eccentric

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 3727071 [0003]

Claims (17)

Claim for a mechanical ArmReif watch with technical assembly and disassembly and movement control of features and feature arrangements for 24-hour clocks with seconds-minute-hour change of day, day and night in the ecliptic course as New Year displays, the latter each in the date boundary / change field , characterized in that it consists of two round, circular, bodies and their constant movement with each other and related to each other. Claim for a mechanical bracelet according to claim 1, characterized in that these devices form a round box, consisting of an inner and an outer ring. The inner ring consists of a needle bearing made of ceramic or other suitable material for this purpose, the bottom of which is firmly connected to the inner bottom, and an outer ring that can run freely on the needle roller bearing. The outer ring is driven by a spring mechanism, which in turn is controlled by a drive that guarantees a movement that makes a full turn in 24 hours, and whose drive paths are handled by rollers where gears do not because of the round of the transport routes in the tire suitable for frictionless transfers. Claim for a mechanical bracelet according to claim 1, characterized in that the box shows at the top center of a glass surface, below which there are 24 watches in the required amount, showing fixed numbers from 1 to 24 and in turn are minute-second watches, the 24-fold of be controlled the said drive. Claim for a mechanical bracelet according to claim 1, characterized in that on the upper box surface right and left of the numerical course at a given distance, the names of the cities south (left) and north (right) of the equator are applied, which correspond to the 24 degrees of longitude of the earth. Claim for a mechanical bracelet according to claim 1, characterized in that, fixed to the moving 24, a movement system is installed, which measures the respective duration of the day and the night over the year, and the measurement result on the right, inner side behind glass visible becomes the unit of measurement, the ecliptic, and displays the turn of the year in the field of date / change. Claim for a mechanical bracelet according to claim 1 characterized, that this classification system is arranged to show combinations of measurements, the former mean the geocentric version. A change such that the upper box surface shows moving cities and fixed times represents the heliocentric version. Claim for a mechanical bracelet according to claim 1 and 3, characterized in that alternatively a solar clock in the size of a field (ie 1/24 of the circumference) between two time numbers is also provided with minute and seconds display, each on a place / Time field can be locked, according to the fact that minute and second are identical around the world. Claim for a mechanical bracelet according to claim 1, characterized, in that, as a connection between the wrist strap and the wrist, a suspension is mounted consisting of two rubber straps tensioned in four evenly spaced hooks in the inside of the hoop so that the hoop is brought into a fixable position without touching the arm it can be u. A. allows to permanently position it so that the carrier z. For example, the city in which he lives and whose time he wants to read permanently can bring the hoop into a suitable position. Further, the hoop can be brought into other desired positions at any time without difficulty by simply turning the suspension. Alternatively, an inflatable leather pouch is glued to the inside of the hoop, inflated after pulling the watch over the hand, and then sealed airtight. Claim for a mechanical bracelet according to claim 1, characterized in that different sizes of arms are made according to the circumference of the arms and the hands. The model size is about 8 cm inside diameter and 130 grams weight. - The possibility of unfolding and closing of the hoop is provided from the second edition. Claim for a mechanical ArmReif watch according to claim 1, characterized in that for the readability of the summer time on the 24 encompassing the arm clocks below the ZeitZiffer a much smaller second, the summer time indicating digit is to be read. Claim for an electronically controlled wrist watch, characterized in that it consists of a ca 3 mm thick, round box with a hinge which opens it and a clasp, which causes the fixing of the watch on the arm, the mechanical ArmReifUhr is visually modeled, contains the same displays and adds more indications, characterized in that all functions and displays are electronic, so no mechanical movement occurs, alternatively, a mechanical movement is initiated and displayed electronically, characterized in that the current hour always displays hour, minute and second for the respective longitude, and displays in the field of the date change day / week / month and the date of purchase of the clock: the display is made with numbers, characterized in that an accurate indication of the respective duration of day and night is done with the exact setting of the latitude, and this duration is as a shadow field on the time and place display, characterized in that moon phases can be switched, make the moon and its sound visible within the time display, characterized in that the individual indications ge disconnects on and off ArmReifBildUhr according to claim 11, characterized by the following features: that the display hour, minute, second, latitude, length of the night, moon phases mentioned in claim 11 are identical, that there is no mechanical movement here, that the display is done by means of 6-24 LED or OLED screens, which are joined together in a circle, which is open and close and the wrist completely spans. That the umbrellas can reproduce static and moving image material developed by film directors, painters and photographers, that the call of the advertisements follows as follows: picture alternatively time display, alternatively moon phases in the picture, permanent indication: nightshade. Picture and time display can be called simultaneously that the touch-screen method is used that the clock is powered by Accus. The Accus are loaded on a charging station, on which also the image programs can be loaded or deleted, that an option to use these screens for TV or TV corresponding operation is hereby announced and the 3GP format is close, sound reproduction and connection to MP3 systems are provided, that the ArmReifBildUhren be integrated directly into jewelery, d. H. the particular form is determined by the integration of two craft concepts. Claim for Globe Clocks with Nightshade, characterized by the following features that mechanical globe watches are provided with a shade consisting of a hemispherical shell, that a nightshade can be applied both inside and outside, That this nightshade moves as it does in the ecliptic during the year and the twilight moves on the earth, that the half-shell in the 6 o'clock and the 18 o'clock position must be stored in the middle in such a way that it can swing freely over the poles, that the half-shell must be controlled by an excentric movement, which receives its motion impulse from a gearwheel which receives a momentum from each rotation of the earth (heliocentric) or the equator (geocentric), that, as a result, the globe must be driven across the equator. Claim for globe watches on an electronic basis characterized by the following features that a globe is equipped inside with projection clocks or an electronic radial system, which project the respective time on each of the 24 longitude fields at the height of the equator from the inside, that it does not affect this projection, that the globe rotates in the heliocentric sense or that he is in geocentric. Claim to a desk-computer globe characterized by the following features that a globe consists of a touchscreen landscape, ie, each surface, which is formed from a longitude and 10 degrees of latitude, ds on the ground 24 × 18 = 432, to South and North Pole = 434 planes have a touch screen identity linked to corresponding programs on a computer, that this globe has a rotating monitor inside, that a satellite phone, a TV camera, a microphone and a speaker are available that features this globe of patent claim 14 that said units function as a command center of a docked computer, that a device always places the globe in the called party's position, while rotating the screen, integrating these features into a computer workstation where the worker to be able to put his worldwide contacts, his memory, the memory of his computer and his work intensity into an optimal relationship in a unique way. Claim for a globe clock in magnetic fields characterized by the following features that a globe is stored in a magnetic field that this magnetic field consists of a permanent magnet under the globe and an electronic magnetic field over the globe, that a measuring and adjusting device exists, which detects Polmagnetschwankungen and thus counteract field collapses, that there is an equatorial ring around the globe and moveable in it, in which there is a momentum control, which rotates the globe so that it circles around itself in 24 hours, that in the Trägereinrichungen the pulse for the control device is housed that outside the globe at the height between the tropics a lighting fixture so arranged and directed to the globe that it variably illuminates according to the seasons those areas on the globe on which each day prevails. Claim to Night Shadow Control in a SunLife Clock - an ArmBand Clock characterized by the following features that on the geocentric dial of the Sonnenlauf clock (hands clockwise rotating) are mounted around the clock axis two circular segments, which put together the time space on the dial covered by sunrise and sunset on 21.12. and overlapping the time period recorded on the 21.6. indicates the duration of the night, the movement of these two shadows is controlled by an eccentric system in which a daily impulse conveys the steering wheel one position at a time and the control rod attached to the eccentric, on each of which a rack is located, which consequently controls the two gears, which in turn control the nightshade, moved so that one turns left, the other right, that the different durations of the time between spring and autumn are compensated by differently sized gears at the same number of teeth, that on the heliocentric dial of the Sunrise Clock - Pointer turns left - a clock face is designed so that the names of the twenty-four longitude world quarters are written concentrically from the center outwards and the twenty-four hours revolve around this fixed arrangement with you a sun-pointer, standing continuously on the 12, dragging in his tow on the opposite side of the central axis a tail as thick as the night in the course of a year, that the control of the width of this tail is also provided by the mentioned eccentric control unit by a gear mounted in the center of this tail, which allows the tail to be separated and collapsed continuously from the eccentric continuously and in both directions: it consists of the above-described one made of two parts, which are pushed outwards and pulled over one inside the other.

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