DE9301853U1 - Panoramic viewer - Google Patents

Description

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The invention relates to a panoramic viewing device with a Z ie!device.

Viewing devices are known which allow the observer to view the surroundings from a fixed or elevated position by means of a telescope which is pivotably mounted on a tripod. These are equipped with a coin device which is equipped with a time measuring mechanism for limiting the duration of the count.

In the immediate vicinity of the viewing device, there are notice boards or pictorial representations of the surroundings that show and name in writing prominent objects that are in the field of view of the device, in order to enable the viewer to make a comparative identification of the objects recorded in the viewing device.

The disadvantage here is that the viewer is unable to compare the objects identified in the viewing device with those shown on the picture boards in a short time, since the time of use is limited by the time measuring mechanism.

In addition, it is difficult or impossible for the observer unfamiliar with the area to clearly identify the objects, depending on the type of visual representation of the surroundings.

The disadvantage of both eight-part telescopes equipped with a focal length of 145 mm is the fact that only a detailed section is visible enlarged and the overall impression , i.e. the intended panorama, is not available.

Furthermore, viewing devices are known in which a pointer is firmly connected to a telescope, which enables objects to be read off on a fixed scale. However, this has the disadvantage that a ready-made scale is required for each geographical location, which is therefore not always easy to set up.

The aim is to create a panoramic viewing device which avoids the disadvantages of the known state of the art and which enables quick, convenient and unambiguous assignment of the comparison objects.

According to the invention, this is achieved in that the panoramic viewing device has a targeting device with an alphanumeric display and is equipped with a digital data input and output device and a microprocessor with an electronic readout such as horizontal position and vertical position sensors and arrays with a buffer base.

A telescope can be coupled to the aiming device to provide a magnified view of the targeted objects.

In a further development of the invention, the D a t e &eegr; e i &eegr; - u &eegr; el A u s g a b e &ngr; cd r i c h t u &eegr; g a u <::: h m i t B&rgr; r a c he i &eegr;g a be - and Au sg a bee i &eegr; r i c h t u &eegr;g e &eegr; e r ganz t.

The illustration in FIG. 1 shows the schematic diagram of the embodiment shown in FIG.

Fig» 1 shows a parametric viewer

Fig» 2 shows the components of the
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The base 1 is firmly connected to the ground and carries the tripod 2 with horizontally and vertically rotating swivel device 3. The horizontal and vertical position sensors 18/19, not shown in Fig. 1, are integrated in the same.
The aiming device 4 is rigidly attached to the swivel device with handles 5.

The aiming device consists in the example of 2 glass panes 6, each with a crosshair for precisely aiming at the objects and the telescope 20 a, which can be arranged externally or directly in the aiming device (20 b)

In the lower housing part of the aiming device 4 are electronic memories 11, not shown here

and the file and output directions 12 / 13

and the buffer is brought ba11er ie 10 a&eegr;.

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In the lower area of the aiming device in the present embodiment, the alphanumeric display 7 is located, and the solar cell 9 intended for the power supply is arranged on the top of the housing of the aiming device.

In Fig. 2, a microprocessor 11 with electronic memory is used. The power supply is via the solar cell 9 and buffer battery 10. The data input 12 and data output 13 as well as the speech unit 14 and speech output unit 15 are connected to the microprocessor 11, as well as the alphanumeric display 16, keyboard 17, height 1 position sensor IS, vertical 1 position sensor 19 and the memory 3 which is connected to the not shown display. e S t. a r t / S t &ogr;&rgr; -■■· Rubbed t u &eegr; g 20.

From a fixed point as a location, prominent objects in the environment are selected and targeted with the aiming device. The horizontal

u &eegr; d Ver e r t i k a 1 L a g e - S e &eegr; s &ogr; r e &eegr; or I &eegr; k r e m e &eegr; t. a 1 g e b e r

or magnetic field sensors are used to send signals to the microprocessor according to the respective angle of inclination and deviation from the north-south direction, which then creates a unique association between the targeted objects and the data stored for the objects.

These data are prepared in a known manner for visual and/or acoustic evaluation and for data transmission, and are ready for output on demand whenever the target device returns to the position it was in when it was input and via the horizontal and vertical position sensors. The data is then fed into the microphone as required. The data output is then in a visual, acoustic or data-technical form.

The usage time is determined by the start/stop function,

Diesel can be connected to an electric timer or to a coin device.

With the invention of the camera vision device, a precise, acoustic and visual evaluation of the data is possible while the viewer has an unrestricted view of the camera. The images can be extracted from the camera 's image.

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1 Foot 2 tripod 3 S c h e &eegr; k ·-■· and N e :i. g e &ngr;&ogr; r i c h t u &eegr; g 4 Aiming device 5 Handle 6 Glass is hot? 7 a1&rgr; hanumsrisc he A&eegr;&zgr;e i ge 8th Target device 9 Solar cell 10 P Li f f e r b a 11 e r i e 11 l ^v likr γ γ r γ ζ es β d i- 12 D a t. e &eegr; e i &eegr; would give 13 Data output 14 Sp r ac he i ng a bee i &eegr; he? i t 15 S &rgr; rachau &bgr; gab e &bgr; i &eegr; heit 16 Tue sp1 ay 17 Keyboard 18 H &ogr; r i &zgr;&ogr;&eegr; t a 1 ■- L a g e ···■■ S e &eegr; s &ogr; r 19 Vertical position -■ S e &eegr; s &ogr; r 20 a Telescope 20 b Telescope

Claims (7)

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