DE29919589U1 - Pulse meter - Google Patents

Description

Pulse meter

Description

A normal clock - round, oval, or square - with a diameter or edge length of approximately 20 - 60 mm, is equipped with a button, which is usually located on the top of the clock. The button can also be located elsewhere.

By briefly pressing the button with a thumb or finger, the watch receives an impulse which is passed on to the movement via a mechanical or electronic system. The impulse leaves a narrow mark on the dial, controlled by a mechanical or electronic system. If the button is pressed at intervals of approx. 0.5 to 10 seconds, the marks, lined up one after the other, leave a line approx. 3 - 6 mm wide on the edge of the dial. If the button is pressed at longer intervals, the impulse leaves narrow individual marks. The marks are automatically deleted every twelve hours. The marks can also be deleted by pressing the same button or an additional built-in button for a longer period of time, approx. 5 - 10 seconds.

By pressing the button, the time of the pulse generation is made visible on the dial, see attached sketch.

In addition, a mini transmitter can be built into the clock, which picks up the impulse when the button is pressed and passes it on to a receiver. The receiver is built into a larger clock, up to approx. 400 mm in diameter, which can be hung on the wall, and can reproduce the markings and impulse intervals on the clock face using the same or a similar function. The markings are deleted as described above.

The impulse can also be transmitted via a transmitter and receiver to a correspondingly pre-programmed computer, which stores the data and makes it visible via a printer or on a monitor.

The development of the mechanics and electronics in the watch should be left to the watch manufacturers because of the different possibilities.

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Areas of application and general

The invention is intended to mark and record points in time and periods that are important in the 12-hour rhythm.

Vehicles passing on a road should be able to be registered at specific times and within specific time periods.

The occurrence of aircraft noise caused by aircraft passing a certain location can be recorded and made visible at individual points in time and within certain time periods.

Noises that occur regularly or irregularly can be classified chronologically.

By pressing the pulse button, the dial of the pulse meter can be used to read the waking and sleeping phases of a person during the night.

Events of different types that occur over the course of 12 hours can be marked by pulses and assigned to a time.

Pulse meter

The figures in the drawing show:

Figure 1

a normal, commercially available watch,

Figure 2

a time scale on a monitor or on a printed sheet.

Figure 1 shows a normal commercial clock 10, in front view, with push button 1 and a delete button 2. On the edge of the dial are dark markings 3, 4 and 5. They show the times at which the push button 1 was briefly pressed, at intervals of 0.5 to 10 seconds.

Briefly pressing the delete button 2 deletes markings 3, 4 and 5.

Figure 2 shows a scale 10.1 on a monitor or on a sheet printed with a standard printer, in a straight line, with time divisions from 1 to 12 hours. A pulse meter, which is equipped with a mini transmitter according to claim 2, makes the times at which push button 1 was pressed visible as dark markings 1.1, 2.1 and 3.1 on a scale 10.1.

The monitor and printer can be commercially available devices that are programmed accordingly.

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Pulse meter

List of reference symbols:

figure 1: 1 Push button 2 Delete key 3 mark 4 mark 5 mark 10 Clock

Figure 2:

1.1 Marking 2.1 Marking 3.1 Marking

10.1 Time scale on a monitor or on a printed sheet

It is

Claims (3)

1. The pulse meter is characterized by the fact that a normal clock, in the shape of round, oval or square, with a diameter or an edge length of 20-60 mm, is equipped with a button, on the top of the clock, or elsewhere.
By briefly pressing the button with a thumb or a finger, an impulse is transmitted to the watch via a built-in mechanism or electronics. The impulse leaves a mark, again via a mechanism or electronics, which becomes visible on the dial. If the button is pressed at intervals of approx. 0.5-10 seconds, the marks, when lined up, leave a line approx. 3-6 mm wide on the edge of the dial.
If the button is pressed at longer intervals, the pulse leaves narrow individual markings. The markings are automatically deleted every twelve hours. The markings can also be deleted by pressing the same button or an additional built-in button for a longer period of time, for around 5-10 seconds.
By briefly pressing the button, the time of the pulse is displayed on the dial. 2. The pulse meter described under 1. is equipped with a mini transmitter that transmits the pulses to a receiver that is housed in a larger clock with a diameter or edge length of up to approx. 400 mm.
The receiver transmits the impulses via mechanics or electronics, representation and function as described under 1. 3. The pulse meter described under 1. can also transmit the pulses via a transmitter and receiver to a correspondingly pre-programmed computer, which stores the data and makes it visible via a printer or on a monitor.