DE8513597U1 - clock - Google Patents

Description

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Innovation;

The innovation consists in a combination of these two principles in the manner described below:
The hands of a conventional analog clock εύηd_a ^ £ _b £ W £ g 1 i ^ ch £
Zj [.ffernblatJter_i ^ n, if necessary, sge ^ e ^ Ter ^ vorzugsweTse
especially angular, form ^ ge ^ aJ ^ et ^ and thus offer the possibility of j
to display the time both analog and digital at the same time, using a single clockwork, this | Principle for all three functions (h / min / sec), for now two (win / | see) or a single function (see) can be carried out. |

Associated with this innovation is an increase in functionality did as described below. |

The clock time can thereby be f ernblät-i by means of the Zif ternly applied burial at predetermined points,? that are outside the clock faces (on the! Figures marked with ▼), as exemplified on the J Figures 1 to 6 can be seen, as well as by the §_teJJ_ung of, | If necessary, specially marked (Fig. 4) “Disc corners V (comparable to the position of conventional hands) (see Fig. 3), ' can be read.

From this description the need for specially shaped, preferably specially angular / dial discs (for Achievement of the double reading option), whereby the double i Possibility of reading (by means of pointers and numbers), however, can be restricted to j certain functions: j

- Model 1 offers double reading options only for the j. sec-function, j '

- Model 2 only for the min and see function,,

- Model 3 for aIjj3 functions, with which model 3 most consistently implements the principle of double readability, based on the shape of the panes, ]: ie offers the greatest possible readability and thus &% an ideal model 1 of this principle can be viewed

When choosing symmetrical disks (circle, square, etc.) it is j e- | but it is possible to mark the analog "pointer" point on the dial-1 discs by means of Δ (see Fig. 4), whereby | in this way all models as completely analog-digital models | can be represented (e.g. model 1), although this is not absolutely necessary for all functions. (see Fig. 4)
By means of the print (Δ) on the panes, everyone can
Models (including those with multiple Syrian-Irish slices)
achieve the functionality (double readability of all functions) of an ideal room model (model 3).

The above-mentioned read-off is formed by applying a Markie 'tion (in the figures by T run) on a common housing of the whole PM (z _s B ₄ in wrist watches) or on a specially for this purpose (the movement) attached "pointer sheet" ( see Fig. i to 6).

When using several reading points, which, as can be seen by way of example on j in Figure 6, correspond to the time zones of the earth, are plotted, the time of different places on earth can be read simultaneously and using a single ührwerl can be represented in the model, with any choice of locations for example Stuttgart and New York (Fig. 6).

In this case there is the possibility of the h-value of the respective; WeJUzei / t (e.g. Stuttgart and New York on Fig. 6) by means of the subdivision applied on the h-dial (Numbers) and the corresponding reading points (▼) to be recognized, the minutes or seconds values, however, since they are the same everywhere anyway, by means of the, possibly specially marked, Disc corners (Fig. 4 and 5) can be read off as with conventional clocks with hands.

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2,) "Spatial-technical" characteristics of the object a) From which parts?

I) Movement with shaft for the individual time functions (h / min / sec) and suspension.

NOT THE SUBJECT OF THE INVENTION !!!!!!

§ II) 1 dial disc for the hour function.

III) (Op.) 1 dial for the minute function.

IV) (Op.) 1 dial for the seconds function,

V) At least 1 reading point (T).

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b) How shaped?
D.

, Ii) Flat washer.

Made of plastic, metal incl. Precious metal Ie; untreated, lacquered, printed, glued and enamelled; round or square;
if applicable sj) £ zi ^ e l_ I ^, preferably especially e ck i g _/ g £ _form t ^.

The special shape consists of a (possibly rounded) angular shape, which is characterized by the fact that it always has only one axis of symmetry going through a tip of the (possibly rounded) angular shape, or from one formed by such an axis of symmetry Half consists, as shown by way of example in Fig. 3 (model 3) for a triangle (see), square (min) and Pentagonal (h) shape can be seen, where

- The square variant still in model 2 (min),

- The triangle variant appears in all models,

and these forms can be used in the same way for all functions (h / min / sec).

(Due to this special shape, part of the disk always stands out and can therefore serve as a "pointer".

This special form can be expressed in two ways:

- Through the direct shaping of the dial discs in this special form.

- By printing, gluing or varnishing this special shape onto any shaped dial.

MODEL: plastic

1.5 mm thick washer
Circular, diameter 240 rom

In the center of the disc there is a pin that fits onto the h-shaft of the respective clockwork.

(The pin in the center can be different, depending on the respective clockwork)

Applied division of the dial for the Hour function by means of printed, glued or lacquered numbers and symbols (lines).

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III) Flat washer.

Made of plastic, metal inel. Noble metal Ie; untreated, lacquered, printed, glued and enamelled

For information on the design, see II).
Less than II).

MODEL: plastic

1.5 mm thick washer
Square, side 168 rom

In the center of the disc there is a pin that fits on the min-shaft of the respective movement.

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(The pin at the center may be different, each ^5; movement ensprechend be) ΐ

Applied division of the dial for the minute function by means of printed, glued or lacquered numbers and symbols (lines).

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IV) Flat washer.

Made of plastic, metal including precious metals; untreated, lacquered, printed, glued and enamelled;

For information on the design, see II). Less than III).

MODEL: plastic

Disc 1.5 rom thick

Triangular, side lengths 132 mm, 56 rom, 85 rom

On the back of the disc there is a pin * in the center on the sec shaft of the respective movement fits.

(The pin can be different, depending on the respective clockwork, be)

Applied division of the dial for the seconds function by means of printed, glued or lacquered numbers and symbols (lines).

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V) The reading point can be implemented in 2 ways:

- By applying a mark (in the case of models as an example T) on a common housing of the entire clock
(e.g. for wrist watches).

- By applying a marking (see above) on a "pointer" or "pointer sheet" attached specifically for this purpose,
(see Fig. 1 to 6)

Execution of the "pointer" or the "pointer" made of plastic, metal including precious metals;

untreated, lacquered, printed, glued and enamelled;
round or square.

The marking (see above) is applied by printing Gluing or painting on.

IkK) DELL I: Solution 2 "Pointer"
plastic
Disk 5 rom strong
rectangular, side lengths 240 rom, 20 rom

Iro lower third of the "pointer" is in focus a hole, the diameter of which results from the diameter of the screw connecting the clockwork.

Arrow (T) in the upper third, the one in the mounted! State points to the reading point.

MODEL II: Solution 2 "pointer sheet"
(see Figure 6) Plastic

Disc 5 mm thick

rectangular, side lengths 280 mm, 400 mm

In the center of the "pointer blade" there is a hole,
the diameter of which results from the diameter of the connecting screw to the clockwork.

In the upper fifth applied arrow (T), the iro mounted: State points to the reading point, here reading point for CET (on Fig. 6 for Stuttgart), applied designation CET (a Fig. 6 Stuttgart).

Arrow applied to the lower fifth, mounted on the iro
State points to the reading point, here reading point for
NEW YORK - TIME, applied name NEW YORK.

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c> How and where attached to each other?

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II) The pivot inserted in the center point is on the h-wave of the respective movement.

(see model)

1 III) The peg inserted in the center becomes aizf the roin shaft I of the respective movement and if applicable. afterward

I screwed tight by means of a "nut".

I (see model)

I IV) The pivot attached in the center is on the sec-shaft

I of the respective movement.

I (see model 1)

V) The "pointer" or the "pointer sheet" are given. with the i screw on the clockwork behind the hour dial

sti gt. i (see Model 1)

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d) Ali's what materials? D.

Ϊϊ-V) Made of plastic, metal including precious metals;

untreated, lacquered, printed, glued and enamelled; MODEL: panes made of lacquered plexiglass.

Studs and screws made of brass and plastic.

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.) Spatial form

Based on the description so far, the shape of the room can be determined as follows:

The new display of the time (the problem that had to be solved) is represented by up to 3 (h / roin / sec) moving, if applicable specially shaped numeric dials connected to the respective time of the movement reached, on each of which there is a plotted subdivision of the corresponding time functions (h / min / sec) is found in that these disks are at a fixed point, | the reading point (T). move by and the time through that Indicate the symbol which is currently at the reading point and which is applied to the discs.

The hands of a conventional analog clock were, technically conditional, to mark ^ fi ^ chen ^ formation and to achieve a double reading option, if applicable. specially shaped (Model 3) (see above 2bII) Dial - discs enlarged.

The dial discs are (conventional pointers de- | speaking) connected to the respective clockworks by means of pegs, with the pegs in the center of the discs be attached and on the respective shaft of the respective ^ Clockwork can be attached.

The reading point (Y) is determined by applying a mark a common case of the saroten watch (e.g. for bracelet? Clocks) or on a "pointer" attached especially for this purpose (on the clockwork), or on a "pointer face", as above ' described, realized.

The use of different shapes, colors and materials for the individual slices, ensures that they can be better distinguished from one another.

4.) Advantages

The advantage of the new design (enlargement of the hands of a conventional analog clock to dials in given-f Special form) there is the possibility of setting the time by means of the applied to the rotating dials Subdivision (digits) and the corresponding reading points (T) can be recognized, as well as reading the clock at the same time.

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if specially marked, disc corners (cf. Fig. 4 as with conventional pointer clocks, to allow in this case, a further, external clock face can be superfluous, since the recognizability of the time due to d general knowledge of the dial division not from The presence of such a dial depends on (comparable to dial-less pointer watches). To illustrate this bi-functionality, model (Fig. 3) serve:

The time can be digital (by means of numerical values), as well as analog (by means of the "pointer" position) for all functions (h / min / sec) can be read at the same time.

The main advantage of the new design (see above) is particularly important when using multiple reading points (world time clock) borrowed to wear:

There is the possibility of the h-value of the respective world_time_ (e.g. Stuttgart and New York in Fig. 6) in the middle the subdivision (numbers) applied on the h-dial and the corresponding reading points (T) to recognize the minutes or seconds values, however, since they are overa anyway are the same, by means of the, possibly specially to mark end disc corners (Fig. 4), as with conventional pointers Clocks to read.

In this case, a further, external dial can again be superfluous, since the recognizability of the time ε, due to the general knowledge of the dial division, does not depend on the existence of such a division. The h-value of the respective local time (e.g. Stuttgart on Fig. 6) can also be read off at the same time by means of a disc corner (Fig. 5) that has to be specially marked if necessary (comparable to conventional pointer clocks).

The h-value of the respective world time (see above) can be digitally here (by means of numerical values), but their min and sec values were also read analogously (by means of the "pointer" position) The local time can be read analogue and digital for all values at the same time, which means that reading the local time roil is possible with a quick glance.

Another advantage is the possibility of ^ the Uh time in different time zones on earth, using a single clockwork, simultaneously and at a glance to make recognizable, readable.

By the described ^ magnification of the conventional aüalo A surface is created between clock hands and dial disks fen * that provides sufficient EaUm for markings of any kind in a recognizable (perceptible) size

By choosing the special disk shape described above (2bII), an additional one (Ib above) is described Marking Δ superfluous, i.e. the form fulfills the function the double readability (see above) out of itself.

Claims (6)

1. Pointer-lThr with at least one, outside of at least one (with digits) pointer lying, fixed marking, whereby the Hands have different shapes and colors, characterized, that the preferably 3 pointers are designed as dial discs. 2. clock according to claim 1, characterized, that the preferably 3 dial discs,
preferably for all panes, have a special shape, which consists of a (possibly rounded) angular shape, which is characterized in that it always has only one corner (possibly rounded)
having going, symmetry axis, or off
one half of such a shape formed by such an axis of symmetry. -2- -2- The discs are made of plastic or metal (painted j preferably precious metal. The digits that indicate the hours, minutes, and seconds
are printed, glued or varnished. The fixed marking is preferably a printed arrow (T) over the diameter of the largest dial disc arranged protruding. 3. clock according to claim 1,
characterized, that on the preferably 3, arbitrarily shaped, dial disks, preferably with all disks that
special shape (as described in claim 2) is printed, glued or lacquered. The discs are made of plastic or metal (painted; preferably precious metal. The digits that indicate the hours, minutes, and seconds
are printed, glued or varnished. The fixed marking is preferably printed on The arrow (T) protrudes beyond the diameter of the largest dial. 4. clock according to claim 2 or 3
characterized, that distributed over the circumference of the largest disc several
Markings are arranged. M i I *
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I «* IB t Il I * 1 t IB r 5. Clock according to claim 4, characterized in that that behind the dial discs one preferably rectangular base plate is attached, on which the several markings as arrows (V), preferably printed, distributed over the circumference of the largest disc. Over the lower edge of the base plate are preferably 2 feet, on the upper edge or on the clockwork itself a device for hanging attached. 6. Clock according to claim 4, characterized in that that a closed, preferably round housing is arranged around the clock, on which the markings as preferred printed arrows (T), distributed over the circumference of the largest disc, are arranged. On the edge of the housing there are two opposite brackets arranged for the attachment of a watch strap.