EP2171699B1 - Electrical information device and information system - Google Patents

Abstract

In summary, the present invention relates to an electrical information device having at least one internal electrical communication device (20; 220) and at least one internal movement means (205, 212, 213, 214), wherein the internal communication device (20; 220) is arranged on the internal movement means (205, 212, 213, 214), and wherein the internal movement means (205, 212, 213, 214) is configured to be arranged in the interior of an essentially cylindrical holding device (10), and is configured to move the internal electrical communication device (20; 220) in the interior of the holding device (10) essentially along a longitudinal axis of the holding device, as well as an information system.

Description

The present invention relates to an electrical information device and an information system.

Security and surveillance facilities are becoming more widespread. In many cases, safety devices are used to monitor company and company premises. Likewise, safety devices can be used to monitor private grounds. Regularly is particularly desirable here to make the monitoring device as inconspicuous. However, it has been found that the maintenance of such monitoring systems is difficult and expensive, since conventional monitoring systems are often difficult to access.

DE 10 2005 026 652 A1 discloses a video surveillance system with a video display for displaying images of a surveillance camera and an electronic storage device for storing the images, which comprises a pneumatic tube conveying section with at least partially transparent tubes and an at least partially transparent tube capsule, in which the surveillance camera is arranged.

US 4 051 525 A discloses a surveillance camera assembly mounted on a height-adjustable receiver of a hollow pole. A coaxial cable is connected to the surveillance camera and extends upwardly from the surveillance camera to a diverting pulley. About the pulley, the cable extends down into the interior of the mast and is attached to a transition plate on a height adjustment means inside the mast. The connecting end of the coaxial cable is disposed below the transition plate so that it can be connected to the associated disposed at the bottom of the coaxial cable when the transition plate is at ground level and the surveillance camera at the top of the mast.

EP 1 005 004 A2 discloses a receptacle for devices for detecting unwanted intrusions, which is designed as a tubular structure and can accommodate a variety of anti-burglary devices, comprising a coating of a material which is opaque to the eye but transparent to infrared radiation, microwaves and video recordings in the infrared range.

It is therefore an object of the present invention, in particular to allow easy maintenance. This object is achieved on the basis of the electrical information device according to claim 1 and the information system according to claim 9. Preferred embodiments are subject of the dependent claims.

Electrical information device according to one aspect of the invention

• zumindest einer inneren elektrischen Kommunikationsvorrichtung und
• zumindest einem inneren Bewegungsmittel, wobei
  • -- die innere Kommunikationsvorrichtung an dem inneren Bewegungsmittel angeordnet ist, und wobei
  • -- das innere Bewegungsmittel ausgelegt ist, im Inneren einer im wesentlichen zylinderförmigen Aufnahmevorrichtung anordenbar zu sein und ausgelegt ist, die innere elektrische Kommunikationsvorrichtung im Inneren der Aufnahmevorrichtung im wesentlichen entlang einer Längsachse der Aufnahmevorrichtung zu bewegen.

One aspect of the present invention relates to an electrical information device with

• at least one internal electrical communication device and
• at least one inner moving means, wherein
  • - The internal communication device is disposed on the inner moving means, and wherein
  • - The internal movement means is adapted to be arranged inside a substantially cylindrical receiving device and is adapted to move the internal electrical communication device in the interior of the receiving device substantially along a longitudinal axis of the receiving device.

Advantageously, it is therefore possible to move the at least one electrical communication device in a simple manner within the receiving device. It is therefore particularly advantageous not necessary to perform maintenance at a location of the communication device, on which the communication device is disposed in the use position. Rather, the communication device may be moved away from that location and, for example, to a person or maintenance person who performs maintenance, cleaning, replacement of spare parts, etc. Due to the arrangement of the inner movement means, the inner movement means are also not exposed to external influences, in particular external environmental influences. Likewise, the internal communication device is protected and in particular external influences, such as environmental influences substantially not directly exposed. As a result, the susceptibility of the internal movement means and the internal Communication device reduced.

One or more internal movement means as well as one or more internal communication devices may be provided.

For example, the internal movement means may be configured to move the internal electrical communication device between two areas of the receptacle. Preferably, the internal movement means may be configured to reciprocate the internal communication device between two ends of the receptacle. Furthermore, in the position of use, the inner communication device can be arranged, for example, in such a way that the inner communication device protrudes at least partially from the interior of the receiving device.

For example, the receiving device may be cylindrical or substantially cylindrical. In other words, the receiving device may have the shape of an elongated mast which is hollow inside. The inner electrical communication device and the inner movement means may, for example, be arranged within the substantially hollow-cylindrical receiving device and be movable within this receiving device. Likewise, the inner communication device may project at least partially beyond an end of the receiving device. The inner communication device can also protrude laterally from the receiving device at least partially.

For example, the term "substantially cylindrical" includes bodies that are exactly cylindrical, ie, bodies whose outer diameter is constant. The term "substantially cylindrical" includes, for example, bodies that are conical or frusto-conical, etc. In other words, the substantially cylindrical receptacle may taper from one end to the other end. The diameter of the substantially cylindrical receiving device may be from one end to the other end, for example, about 3%, about 5%, about 10% about 15%, about 20%, about 30%. or reduce or increase about 50%.

Alternatively, the receiving device may also be substantially rectangular in cross-section, with an inner dimension of about 150 x 150 mm. In other words, the inner and / or outer dimensions may be constant. The inner and / or outer dimension may also change from one end to another end of the receiver. In particular, the receiving device may taper from one end to the other end.

For example, there may be 2, 3, 4, 5, 10, 15, etc. internal communication devices. There may also be 2, 3, 4, 5, 10, 15, etc. internal moving means.

• zumindest eine äußere elektrische Kommunikationsvorrichtung und
• zumindest ein äußeres Bewegungsmittel auf, wobei
• die äußere Kommunikationsvorrichtung an dem äußeren Bewegungsmittel angeordnet ist, und wobei
• das äußere Bewegungsmittel ausgelegt ist, außen an der im wesentlichen zylinderförmigen Aufnahmevorrichtung anordenbar zu sein und ausgelegt ist, die äußere elektrische Kommunikätionsvorrichtung außen an der Aufnahmevorrichtung im wesentlichen entlang einer Längsachse der Aufnahmevorrichtung zu bewegen.

The electrical information device further comprises

• at least one external electrical communication device and
• at least one outer moving means, wherein
• the outer communication device is disposed on the outer movement means, and wherein
• the outer movement means is adapted to be arranged externally on the substantially cylindrical receiving device and is adapted to move the outer electrical communication device outside the receiving device substantially along a longitudinal axis of the receiving device.

In other words, in addition to the internal electrical communication device and at least one other, external electrical Communication device arranged. The external electrical communication device can be moved by means of the at least one external movement means. In this case, for example, the inner and the outer movement means can be moved independently of each other. It is also possible that the outer and inner movement means are moved together.

Preferred embodiments of the electrical information device.

Further preferably, the inner and / or the outer electrical communication device comprises a camera, wherein the camera is adapted to exchange data with an electronic data processing device.

The camera is preferably a digital camera, in particular a so-called "webcam". The camera may be wired or wireless, with no cable connection for example for data exchange and / or energy supply. For example, the camera may be battery powered. The data exchange can take place over radio, W-LAN, etc.

Further preferably, the inner or the outer electrical communication device comprises a lighting means and / or an acoustic signal generator and / or a data acquisition system for acquiring weather data.

Advantageously, a digital camera, a data recording device, etc. can therefore be arranged, for example, in the recording device or on the recording device. In particular, it is possible for both the inner and the outer communication device to be designed to exchange data with an electronic data processing device. The electronic data processing device can furthermore be arranged within the receiving device. The electronic data processing device can also be arranged externally, ie remote from the receiving device. Furthermore, it is possible that the lighting means and / or the acoustic signal transmitter and / or the data acquisition system for Capture of weather data is connected to the data processing system or are. The connection may be, for example, a wired connection. In particular, the connection can be made for example by means of a conventional network cable. The connection can also be made in other ways. In particular, a wireless connection is possible. The inner and / or the outer electronic communication device can be integrated into an existing wireless or at least partially wireless computer network, a so-called W-LAN. The data transmission can also take place by means of UMTS, radio, Bluetooth, GPRS, or another conventional wireless transmission mode.

For example, it is possible that the external communication device is a transmitter for wireless data transmission and the internal communication device is a surveillance camera.

Further preferably, the electrical information device comprises at least one holding means, wherein the inner electrical communication device is arranged by means of the at least one holding means on the inner movement means and / or wherein the outer electrical communication device is arranged by means of the at least one holding means on the outer movement means.

More preferably, a plurality of internal electrical communication devices are arranged by means of exactly one holding means on the inner movement means and / or a plurality of outer electronic communication devices are arranged by means of exactly one holding means on the outer movement means.

In other words, it is possible that one or more internal communication devices are arranged on the inner movement means by means of a holding means, which is referred to below as an inner holding means. Alternatively or additionally, one or more external communication devices can be arranged on the outer movement means by means of a holding means, which is referred to below as outer holding means. For example, the internal communication device may include a surveillance camera and a network adapter. The external communication device may comprise a network antenna, a so-called "access point", etc. The communication of the electrical information device takes place by interaction of the network adapter with the antenna. In other words, image data of the surveillance camera can be transferred to the network adapter and these data are transmitted by means of the antenna to a data processing device, which may be a conventional PC, for example.

Further preferably, the inner and / or the outer electrical communication device is rotatable about a longitudinal axis of the receiving device.

In other words, for example, the internal communication device may be a surveillance camera which is pivotally mounted to the internal movement means so that the surveillance camera is rotatable about a longitudinal axis of the receiver. Optionally, the camera may also be arranged to be movable relative to the inner holding means. For example, the camera can also be pivotable perpendicular to the longitudinal axis of the receiving device. The statements apply mutatis mutandis to the at least one outer communication device, the at least one outer movement means and the at least one outer holding means.

Alternatively or additionally, a warning light can be arranged, which is rotatable, for example rotatable, in particular about a longitudinal axis of the receiving device or perpendicular to the longitudinal axis of the receiving device. This warning light, for example, substantially correspond to a conventional blue light, as it is arranged on ambulances. The warning light can also be lit in other colors.

Particularly preferably, the inner and / or the outer movement means comprises a cable pulling device and / or a gear device, etc. In particular, the movement means may comprise a pull rope and / or one or more deflection rollers. Additionally or alternatively, chains and gears may be arranged. Likewise, one or more electric motors can be arranged which drive the inner and / or the outer movement means. For example, the inner movement means may be a cable system with an electric motor and / or a hand crank operable from the outside. The outer movement means may for example comprise a gear system which is driven by means of a hand crank and / or an electric motor. Likewise, the outer movement means may include a pull rope and / or one or more pulleys.

Particularly preferably, the electrical information device comprises an electronic control device which is designed to regulate a movement of at least one of the movement means.

In other words, the electronic control device can control the movement of the internal movement means and / or the movement of the external movement means. For example, an electric motor of the corresponding movement means can be regulated or controlled on the basis of the electronic control device, and thus, for example, the movement of the movement means between two positions can be automated.

Information system according to one aspect of the invention

Another aspect of the present invention relates to an information system having an electrical information device according to the invention and a substantially cylindrical receiving device.

• in einem in Gebrauchsstellung unteren Bereich der Aufnahmevorrichtung zumindest eine Öffnung vorhanden ist und wobei
• die zumindest eine innere elektrische Kommunikationsvorrichtung anhand des zumindest einen inneren Bewegungsmittels zu der Öffnung hin bewegbar ist.

Preferably, the receiving device is designed to be able to be arranged substantially vertically in the position of use, wherein

• at least one opening is present in a lower position of the receiving device in the use position, and wherein
• the at least one internal electrical communication device is movable towards the opening by means of the at least one internal movement means.

Preferably, more than two openings are present. Particularly preferred exactly two openings are present.

Particularly preferably, the receiving device is part of a flagpole. In particular, the receiving device is identical to a flagpole. In other words, the inner electrical communication device within the flagpole can be moved by means of the movement means.

In the position of use of the flagpole is arranged here substantially vertically in the frame of reference of the earth. It is also possible that the flagpole is not arranged vertically, but for example, is arranged obliquely on a wall of the house. Regardless of the arrangement of the flagpole, it is possible that the electric communication device is moved inside the flagpole by means of the movement means.

In particular, the inner communication device may be moved from a front end of the flagpole toward a rear end of the flagpole. In other words, for example, the inner communication device may be moved from an area in the flagpole closer to one end of the flagpole to an area inside the flagpeg closer to another end of the flagpole. For example, if the flagpole is disposed substantially vertically in the reference position of the earth in the position of use, the internal communication device may be moved from a tip of the flagpole to an area near the ground.

The opening may be located near the floor. Particularly preferably, the opening is arranged such that it can be reached by a person, such as maintenance or repair personnel. Advantageously, therefore, the internal communication device can be moved towards the opening by means of the movement means from a tip or from a position in the vicinity of the tip of the receiving device. In the position near the tip or at the tip, the inner communication device can be used, for example, for monitoring purposes or for signaling purposes. When the inner communication device is now moved toward the opening, the inner communication device can be easily maintained and replaced. There may be two or more openings. For example, two openings may be present, which are offset by about 90 ° from each other and which are arranged offset from one another in the longitudinal direction of the receiving device.

Particularly advantageously, the inner communication device can be arranged in its proper position or use in the interior of the flagpole. For maintenance, the communication device can be moved inside the flagpole and guided to the opening. The internal communication device is thus advantageously exposed to substantially no external environmental influences. The inner communication device can be removed, for example, through the opening at least partially, in particular completely, from the receiving device.

Furthermore, the information system may preferably comprise conventional elements of a flagpole, such as one or more attachment means for attaching a flag, one or more pulley system (s) for operating a flag, and the like. The at least one inner and / or the at least one outer movement means may be at least partially part of this attachment device (s) and / or cable system (s) and / or this attachment device (s) and / or these (s) Seilzugsystem (s) at least partially include.

Particularly preferably, the above statements apply mutatis mutandis to the at least one outer communication device and the at least one outer movement means. In particular, for example, the outer movement means may be part of a conventional means of movement of a flagpole, with which a flag is arranged and moved.

Further preferably, the receiving device is part of a lighting mast.

For example, the internal communication device may include a conventional lighting means, such as a light bulb. be a conventional lamp or include a conventional lamp, which can be moved by means of the internal movement means in a simple manner from a position suitable for use to the opening. Advantageously, therefore, the lighting means can be changed in a very simple manner, if this is no longer functional, for example.

Preferably, the inner movement means in the interior of the receiving device is movable and the outer movement means on the outside of the receiving device movable.

Particularly preferably, the electronic control device is operable from a lower position in the use position of the receiving device.

Furthermore, the description of the preferred embodiment of the electrical information device applies analogously to the information system. Likewise, the aforementioned advantages of the information system apply mutatis mutandis to the electrical information device.

Advantageously, the invention therefore avoids that for maintenance of the internal communication device and / or the external communication device maintenance personnel using a special device, such as a scaffold, a ladder, a lift, etc. to the Communication device must be moved towards. Particularly advantageously, therefore, no safety devices for the maintenance of the communication device (s) are necessary. Rather, according to the invention, the internal communication device and / or the external communication device can be moved towards the maintenance personnel and maintenance and / or replacement can be carried out in a simple and uncomplicated manner, in particular without further safety devices.

figure description

Figur 1:

eine schematische Ansicht einer beispielhaften Ausführungsform;

Figur 2:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform;

Figur 3:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform;

Figur 4:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform;

Figur 5:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform;

Figur 6:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform;

Figur 7:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform;

Figur 8:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform;

Figur 9:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform und

Figur 10:

eine schematische Explosionsansicht einer beispielhaften Ausführungsform.

Preferred embodiments of the present invention described below by way of example with reference to accompanying figures. It shows

FIG. 1:

a schematic view of an exemplary embodiment;

FIG. 2:

a schematic exploded view of an exemplary embodiment;

FIG. 3:

a schematic exploded view of an exemplary embodiment;

FIG. 4:

a schematic exploded view of an exemplary embodiment;

FIG. 5:

a schematic exploded view of an exemplary embodiment;

FIG. 6:

a schematic exploded view of an exemplary embodiment;

FIG. 7:

a schematic exploded view of an exemplary embodiment;

FIG. 8:

a schematic exploded view of an exemplary embodiment;

FIG. 9:

a schematic exploded view of an exemplary embodiment and

FIG. 10:

a schematic exploded view of an exemplary embodiment.

FIG. 1 shows a schematic representation of an exemplary information system 1 with a flagpole 10 as a preferred recording device. The flagpole 10 may comprise a steel pipe, in particular a stainless steel pipe. The flagpole 10 may also include an aluminum tube. Preferably, the diameter (in particular the "statically defined diameter") of the flagpole 10 is about 150 mm to 180 mm, in particular 168.3 mm. This can be the inside or outside diameter. The wall thickness of the flagpole is preferably between about 6 mm and about 10 mm, in particular about 8 mm. In cross section, the flagpole 10 is approximately circular. The inner and / or the outer surface of the flagpole 10 may be galvanized, for example. The flagpole may have a height of about 4 to about 7 m. In particular, the height of the flagpole is between about 5.5 m and about 7.5 m, more preferably about 6.5 m.

Further preferably, the flagpole 10 has upper attachment means 12 and lower attachment means 14. The fastening means 12, 14 are designed to fasten a lug 16 to the flagpole 10. Furthermore, in FIG. 1 a rail 18 is shown. The rail 18, the upper attachment means 12 and optionally the lower movement means 14 or other, not shown pulleys may be a preferred outer movement means or be part of a preferred outer movement means, with both the flag 16 and an outer electrical communication device ( not shown) is arranged on the flagpole 10 movable.

The upper attachment means may be decoupled and, for example, rotatable, in particular rotatable about 360 degrees.

In addition, to the outer moving means, the flagpole 10 may include an inner moving means (not shown).

Further shows FIG. 1 a camera system 20. The camera system 20 can For example, a camera 20 of the type "Kappa CF 142; 9-36 V; 3 W; 0.03 lux; 250 m". In particular, the camera 20 may comprise "Pentax 4.2 mm, 1: 1.6" type lenses. The camera 20 can be moved to a maintenance door 22 as a preferred opening of the flagpole 10 by means of the internal movement means, not shown. Furthermore, the flagpole 10 may comprise a mast cap 24 or cap 24 or a head 24 as a preferred upper end. The mast cap 24 may comprise, for example, a hollow cylinder made of acrylic, in particular with a plastic film for protection against UV radiation. Further, the mast cap 24 may be formed with a hood or laminated, so that the mast cap 24 is not substantially different from the tubular or cylindrical flagpole 10, but at least partially transparent to the spectral range of the camera system 20, preferably about 90% , about 95% or about 100% is transparent. Furthermore, the mast cap 24 may be provided with protective devices which protect the mast cap 24 from wear or from abrasion or abrasion. Furthermore, within the mast cap 24, a lighting system (not shown) may be arranged. If, for example, a predetermined state is detected manually or automatically on the basis of the camera 20 (or with the aid of associated image recognition software), the illumination system can be activated, for example. In other words, an unauthorized access to a terrain can be detected on the basis of the camera system 20 and the lighting system can be activated as a warning light.

In addition, the mast cap 24 may include cooling means 26 of metal or other material so that, for example, the camera system 20 may be used as a preferred internal communication device in both winter and summer. Additionally or alternatively, the mast cap 24 may also include solar cells, etc. for power generation to operate, for example, the inner and / or the outer communication device.

According to a further embodiment, the upper fastening means 12 of the lug 16 may comprise a lighting unit, for example in the form of a lamp, in particular a neon lamp and / or a flashlamp.

The service door 22 may be made of steel, in particular made of stainless steel and include a conventional cylinder lock. There may be two or more maintenance doors (and corresponding openings in the mast 10). For example, the two maintenance doors can be arranged offset by about 90 ° from each other. It is possible that the at least two maintenance doors are arranged offset from one another in the longitudinal direction. For example, one of the maintenance doors, in the conventional position of use of the mast 10, be arranged above another maintenance door.

The flagpole 10 may for example be mounted on the basis of fittings or fittings, etc., in particular a concrete base may be provided. The concrete base and / or the fittings or fittings can also serve to protect the flagpole 10. In particular, the fittings may consist of a corresponding material. Further, a receptacle may be provided, in which the flagpole 10 is pushed and fixed therein. The recording can also serve as protection of the flagpole 10.

On the basis of the camera system 20 or a camera 20, monitoring of persons and / or areas, in particular plots, based on conventional configurations, such as a conventional flagpole 10, which is extended or manually configured, can therefore be ensured in a simple manner.

Here, the mast 10 may be equipped with visual and / or audible warning devices. For example, the mast 10 may include one or more lamps. The mast 10 may include one or more acoustic transducers, such as speakers.

Further advantageously, the flagpole 10 or mast 10 can be used for traffic monitoring on roads, railway stations, etc. Alternatively or additionally, climate or weather sensors may be arranged, which Record and / or transmit climate or weather data.

Particularly advantageously, mast 10 can be designed as a flagpole 10 and thus fulfill a dual functionality, namely, for example, carry advertising in the form of flags and (preferably hidden) fulfill a monitoring function. In this case, a simple maintenance of the internal communication device is advantageously possible on the basis of the internal movement means (not shown). On the basis of the outer movement means, at least consisting of the rail 18 and the upper attachment means 12, optionally also the lower attachment means 14, a simple maintenance of the outer communication device, which may be secured in or on the upper attachment means 12, for example. Likewise, a flag 16 can be removed and / or replaced in a simple manner. In other words, for example, a visual surveillance system with advertising equipment, e.g. in the form of a flag, combined. Thus, the greatest possible protection and maximum security with inconspicuousness of the security device, in the form of, for example, the camera system 20, combined in conjunction with advertising or representation institutions. Likewise advantageously can be possible as an additional function at least partial illumination of the monitored space. Particularly advantageously, the costs / expenses for operation and / or maintenance can be drastically reduced, in particular by more than half. This is because, for example, for maintenance or replacement of individual components advantageously no special safety precautions must be taken. Above all, no special tools, such as a lift and / or scaffolding necessary because the means of movement, the inner and / or the outer communication device is moved to the maintenance personnel out / are.

Preferably, inner and outer movement means are separated from each other, wherein rails and / or lifting systems, for example, hydraulic lifting systems can be used, and further wherein at least one inner support platform (in FIG. 1 not shown) and for outer flag elements various means of movement, in particular different rails and lifting systems can be used.

Due to the head 24, which, as mentioned above, may consist of coated Plexiglas in combination with aluminum, in particular a specially manufactured cooling head made of aluminum, the most flexible possible use is guaranteed. Advantageously, a mechanically rigid connection of the head 24 or the components of the head 24 with each other and the flagpole 10 itself by specially made fixing rings (see below), for example, plastic, carbon composites, titanium, steel, especially stainless steel, other composites or metal alloys, etc and / or screw connections made of one of the aforementioned materials.

For example, the tab 16 may be disposed on a specially manufactured rotary ring as the upper attachment means 12. The rotary ring 12 can also serve to receive radio antennas and possibly another, outer platform. For example, on the rotary ring 12 further electrical communication devices, such as weather sensors, in particular in the form of a wind turbine, a UV detector, an ozone blade, etc. may be arranged.

In particular, the rotary ring 12 is equipped with ball bearings and / or plain bearings, whereby the simplest possible uniform rotation is ensured. Further, the rotary ring 12 is fixed to the rail 18, whereby a mobility along the rail 18 is ensured

• Eine visuelle Aufzeichnung mittels einer Kamera 20 bzw. eines Kamerasystems 20;
• Erzeugen optischer Signale mittels elektrischer Blinkzeichen;
• Erzeugen akustischer Signale mittels elektrischer Signalanlagen und/oder Lautsprecher;
• Beleuchtung, insbesondere Außenbeleuchtung anhand entsprechender Beleuchtungsanlagen;
• Erfassen von Daten für Wetter- und/oder Klimabeobachtungen.

An inner platform (see below) and an outer platform (see below) may therefore serve as preferred holding means for monitoring and information systems as preferred electrical communication devices which may, for example, serve the following purpose:

• A visual record by means of a camera 20 or a camera system 20;
• Generating optical signals by means of electrical flashes;
• Generating acoustic signals by means of electrical signal systems and / or loudspeakers;
• Lighting, in particular outdoor lighting using appropriate lighting installations;
• Collect data for weather and / or climate observations.

Further preferably, data of the internal communication device (s) and / or the external communication device (s) to a preferably external data processing device can be made by cable or by radio. For radio operation are preferably appropriate recordings in or on the mast 10 for a corresponding radio system (not shown) and the associated wiring (not shown) and corresponding fastening means for the necessary transmitting devices (not shown), for example, on the rotary ring 12 is provided. An antenna (not shown) may also be disposed on the head 24 or integrally contained therein. Furthermore, all electrical components can be monitored by means of temperature and / or humidity sensors. The monitoring can be done manually or be possible, for example, in successive time intervals. The monitoring can also be continuous. Furthermore, additional heating or ventilation elements can be provided, which enable an optimal operating environment for the inner communication device (s) on the basis of the detected temperature and / or humidity values. Optionally, appropriate control or regulating components (not shown) are provided to operate the heating or ventilation elements and thus to regulate or control the climate within at least the head 24.

Advantageously, the one or more internal communication devices are / are protected from external environmental influences by means of the head 24 or the flagpole 10, for example against mechanical stress and / or against high electromagnetic radiation, such as, in particular, UV radiation. Further advantageously, the inner movement means or the inner communication devices do not affect the outer design of the flagpole 10 or the mast 10. Rather, in particular complex electrical systems can be substantially completely within the mast 10 (with head 24 disposed thereon) and the mast 10 therefore be designed externally essentially independent of the internal components. Here, the mast 10 and / or the head 24 can be designed such that the inner system is not noticeable. For example, the head 24 and the mast 10 may be integral, in particular of the same material and, for example, only holes and / or slots or other type of openings in the mast 10, in particular in the region of the head 24 may be provided. Thus, the utility of previous masts 10 and mast systems, which are usually designed usually only for a primary functionality, multiplied, preferably without using additional external fasteners or fasteners additional functionality to generate the mast itself.

Rather, the externally advantageously only slightly or imperceptible inner functionality of the mast system allows inconspicuous operation of the integrated technology, whereby additional, even economic needs can be satisfied while ensuring the protection of the fattening systems themselves by the inherent inconspicuousness and acceptance of the flagpole 10 is.

Thus, a multi-functional use of masts 10 is possible without neglecting the individual flagpole 10 as such. In particular, a combined use as a light pole in conjunction with security and possibly also advertising possible when, for example, a flagpole 10 with a lighting means (see below) and a camera system 20 as holding means (upper attachment means 12, lower attachment means 14) provided for a flag 16 is. In other words, the simple revisionability and thus the inexpensive operation of an information system 1 or a multiplicity of information systems 1 makes possible a previously unknown improvement of conventional exterior lighting or on the basis of the arrangement of a flag 16 or flag 16 a conventional previously unseen further use.

FIG. 2 shows an upper portion, ie a tip, of the flagpole 10 and a mast cap 24, and a head 24 in an exploded view. In particular, in FIG. 2 a camera 220 and a camera system 220, respectively. The camera 220 may be of the type "UK", for example. In particular, the housing of the camera 220 may be made of aluminum, with holes for a mounting plate 221 of the camera and stops for a tilting mechanism of the mounting plate. For example, the camera 220 may have a size of about 220 x 54 x 45 mm.

The mounting plate 221 for the camera 220 may have a size of 54 x 45 x 2 mm and have bores for tipping ropes in the form of one or more elongated holes or for screw fastening the camera 220. Furthermore, in FIG. 2 a pull cable 222 or a plurality of pull cables 222 for a tilting mechanism of the camera 20 is shown. Likewise is in FIG. 2 a screw 232 preferably made of stainless steel for mounting the camera plate 212 shown. Also shows FIG. 2 a threaded rod 219 for fixing the camera 20.

FIG. 2 further shows a ball bearing or a rolling bearing 229 and a plastic sheath 230 for the ball or roller bearing. The plastic casing 230 may for example be in two parts, in particular made of POM, ie of a high-quality, weather-resistant and high-strength plastic, with optionally a flag attachment 231 in the form of a cantilever with ring at the outer end and optionally with a ring screw. In addition, a transmission unit for a radio transmission (not shown) and / or an outer platform (not shown) may be present. The flag mount 231 may include a cantilever, such as aluminum or stainless steel, and optionally a galvanized eyebolt.

Furthermore, in FIG. 2 Fixing screws 101 for fixing rings 131 on or with a steel pipe (not shown in FIG FIG. 2 ). The fixing screws can be of size M4. In particular, the fastening screws 101 are um 120 ° offset. The fixing rings 131 may have holes 132 for attachments.

The head 24 may comprise a Plexiglas element 121 with a foil coating 122 and bores 123 for press-in nuts, wherein the bores may be shown, for example offset by 120 °.

• die Kamera 220;
• Magnetbefestigungen 217;
• Kabeldurchführungen;
• Kippseilführungen.

FIG. 3 shows a lower portion of the flagpole 10 in a schematic exploded view. In particular shows FIG. 3 a revision flap 202 as a particular embodiment of a service door 22. It is also possible to provide a plurality of inspection flaps 202, in particular two pieces of inspection flaps 202, which have bores for a lock, for example. An access door 202 may preferably be 400 x 10.8 mm in size. The bore may for example have a diameter of about 30 mm. Furthermore, a movement means in the form of a winding shaft 209 for a flag rope 212 may be present. The rope 212 may have a diameter of about 0.9 mm. The winding shaft 209 may be riveted to the flagpole 10. The flag rope 212 may be made of stainless steel, for example. Furthermore, the movement means may comprise a drive nut 210 for the winding shaft 209. The drive nut 210 may in this case have a size M10. Likewise, a wing nut 211 made of stainless steel may be provided for detecting the winding shaft 209. In addition, fastening screws 216, for example made of stainless steel, for fastening a platform or a trolley 215, as a preferred inner retaining means may be provided. The platform 215 may be made of aluminum, with a wall thickness of about 2.0 mm with holes for

• the camera 220;
• Magnetic fasteners 217;
• Cable guides;
• Kippseilführungen.

In FIG. 4 is a detail view of FIG. 3 shown. In particular shows FIG. 4 a platform 215 which is attached to a trolley 214 as a preferred internal movement means. Further, the inner movement means comprises a cable 205, which may be made of stainless steel, for example. Likewise, fixing magnets 217 are arranged on the platform 215 by means of fastening screws 218, which may be made of stainless steel, for example. The fixing magnets 217 may serve to hold one or more internal communication devices.

Further shows FIG. 4 schematically a rail 213 as a further component of the internal movement means. The rail 213 may, for example, be of the "EGI 15CA" type "HIWIN", with the rail 213 being riveted to the mast (not shown). For example, the rail has a length of about 4 meters, about 5 meters, or about 6 meters, depending on the length of the mast. The rail 213 may in particular be part of a rail system with high-precision linear movement bodies, which may for example be ball-mounted and, for example, be movable in one axial direction.

Furthermore, in FIG. 4 a lower pulley 203 is shown as another component of the internal movement means. The lower guide roller 203 may be riveted, for example, on the mast 10. Likewise shows FIG. 4 one or more cable tensioners 204 with one or more threads, which may be riveted to the mast. Finally, in FIG. 4 nor a drive nut 206 for the guide roller 203 shown. The drive nut 206 may have a preferred size M10. Similarly, a wing nut 207 for detecting the lower guide roller 203 and the platform 215 is shown.

FIG. 5 shows another schematic exploded view of an upper portion of the mast 10. In particular, shows FIG. 5 a steel tube 201, which may be galvanized. The steel tube, for example, has a diameter of about 158 mm or 162 mm. Specifically, the inner diameter of the steel pipe 201 may be about 158 mm, and the outer diameter of the steel pipe 201 may be about 162 mm. Depending on the material of the mast 10, which, for example, also stainless steel, Aluminum, plastic, in particular GRP, may be, the mast 10 may have other dimensions due to the special static properties of the aforementioned materials. The length of the steel pipe may be between about 6 and about 8 m, in particular about 7 m.

In FIG. 5 Furthermore, a ventilation head 232, preferably made of aluminum is shown. The ventilation head 232 has, for example, three rows of fins, wherein ventilation holes are arranged between the cover and the uppermost shaft and which is screwed by means of a fixing ring with, for example, the size M4. The height of the ventilation head can be about 15 cm. The lamellar distance can be about 10 cm. The diameter of the slats may decrease from the upper slat to the lower slat. Next is in FIG. 5 a fly screen 233, preferably made of stainless steel, which is arranged in the interior of the ventilation head 232 at the ventilation holes.

Likewise are in FIG. 5 represented further elements of the internal movement means. So shows FIG. 5 For example, an upper guide roller 235 for the platform 215. The upper guide roller 235 can be riveted to the mast. Furthermore, in FIG. 5 a metal plate 234 is shown, based on which by means of the magnets 217, the platform 215 can be fixed. The metal plate 234 may be riveted to the mast.

Also, in FIG. 5 Elements of an external movement means shown. In particular shows FIG. 5 an outer rail 224, which may be welded to the mast, for example. For example, the rail 224 may be in the form of a C-profile having an outer dimension of about 30 x 32 mm. Likewise are in FIG. 5 a trolley 225 and an outer upper pulley 236 shown for the flag. The outer upper deflection roller 236 can be riveted to the mast 10. Likewise are in FIG. 5 Mounting brackets 227 shown in rectangular profile with Montageeinhängungen 226, wherein Halfen the Montageeinhängungen 226 may be welded to the mast 10. The mounting arms 227 can be provided with M16 holes and with welded threaded plates, etc. Finally, in FIG. 5 yet an eyebolt 228 shown together with nut for mounting, both of which may be galvanized. One size can be M16. The eyebolt 228 is arranged for example on the mounting arm 227.

FIG. 6 shows a horizontal sectional view of the flagpole according to the preceding figures. FIG. 7 shows an enlargement of a portion of the flagpole according to FIG. 6 , In particular shows FIG. 7 the platform 215, which is disposed within the tube 201. Further shows FIG. 7 the mounting arms 227 and a bracket 237 for fixing an upper side of a flag (not shown). Likewise are FIG. 7 Slats 232 shown schematically.

FIG. 8 shows a further preferred embodiment of the present invention. In particular shows FIG. 8 those described in the preceding figures:

Fixing ring 131, bores 132, Montageeinhängungen 226, flag fittings 231 plus boom 237 and

Ball bearing 229 and Kunstoffummantelung 230 and camera 220 together with mounting plate 221st

Furthermore, in FIG. 8 a lamp 323, as well as a transformer 324, which is used for example for operating the lamp 323. Likewise are in FIG. 8 an upper reflector 220 and a lower reflector 321 shown. The aforementioned arrangement, ie lamp 323, transformer 324 and possibly lower reflector 321 or also upper reflector 123, can be arranged on a carrier platform 322 or held therefrom. Finally shows FIG. 8 also the rail 213, for moving the camera 220 and / or the platform 322 together with lamp elements 323, 324, 321 and 320 arranged thereon.

FIG. 9 shows another view in exploded view of the preferred embodiment according to FIG. 8 ,

FIG. 10 5 shows another preferred embodiment according to the present invention having an outer platform 135 and a Plexiglas element 121, in particular with Plexiglas 125 for the outer platform 135. The outer platform 135 may be a preferred embodiment of a head 24 protruding beyond the outer diameter of the flagpole 10 , For example, the outer platform 135 may be substantially cylindrical, wherein the cylinder jacket is formed as Plexiglas element 121 with Plexiglas 125 and an upper fixing ring 134 and a lower fixing ring 135 has. There may be a Plexiglas front wall 125 and a Plexiglas rear wall 126. The outer platform may for example be moved with the outer movement means, in particular be connected thereto.

• Befestigungsschrauben für Fixierringe;
• Befestigungsschrauben für Fixierringe; Plexiglas;
• Preßmutter im Plexiglasaufsatz;
• Seil, Stahl, zwischen den Kugellagerringen zur vertikalen Befestigung der Flagge;
• Schrauben für vertikales Befestigungsteil der Flagge zwischen den Kunststoffummantellungen für Kugel- bzw. Wälzlager;
• Typenschild insbesondere mit:
  • -- Aluschild mit zwei Bohrungen;
  • -- Klebeetikett mit Seriennummer;
• Plexiglaselement/Plexiglaskopf, insbesondere mit:
  • -- Plexiglaselement;
  • -- Folienbeschichtung;
  • -- Bohrungen für Einpreßmuttern;
  • -- Zwischenfixierring bei Kamera und Lampe;
  • -- Plexiglas für äußere Plattform (zweigeteilt);
  • -- Rückwand der äußeren Plattform (zweigeteilt);
• Fixierringe, insbesondere mit:
  • -- ein oder mehreren Fixierringen;
  • -- Bohrungen für Befestigungen;
  • -- unterer Fixierringe für äußere Plattform (zweigeteilt);
  • -- oberer Fixierringe für äußere Plattform (zweigeteilt);
• Kamerasystem ;
• Schwenkneigesyteme, insbesondere mit:
  • -- Schwenk-Neige-Kopf mit Umsetzer für Softwaresteuerung;
• Funkübertragung;
• Solareinrichtungen;
• UMTS-Einrichtungen;
• Überwachungsequipment (Software/Hardware);
• Schließanlage, insbesondere mit:
  • -- Standardschließung. Insbesondere kann die Schließung nach Einsatzgebiet, insbesondere Einsatzland verschieden sein;
  • -- Sonderschließung , beispielsweise vorab festgelegte Schließgruppen
• Heizelemente und/oder Temperaturregler;
• Lüfter;
• Temperatur und Feuchtigkeitssensoren und -regler, inklusive Steuerung und Regelung, gegebenenfalls einem Display für Temperatur und/oder Feuchtigkeitsanzeige;
• Elektrokabel für eine Stromversorgung;
• Elektrokabel für eine Datenübertragung;
• Steckverbinder für: Kamera-Stromversorgung (oben), Kamera-Datenübertragung (oben), Heizung-Stromversorgung, Lüfter-Stromversorgung, UMTS-Stromversorgung, Beleuchtung;
• Steckverbindung von Schaltkasten/Kabel;
• Schaltkastengehäuse;
• Sicherung;
• Relais;
• Netzteil für Kamera;
• weitere Netzteile;
• Dioden gegebenenfalls inklusive Verdrahtung;
• Stecker für Zugentlastung oben bzw. unten;
• Schwenk-Neige-Kopf mit Steuerung für Kameraaufnahme beispielsweise vom Typ "PTZ RS485" der Firma MIB.

It should be understood that the description of the preferred embodiment, as set forth above, is merely exemplary in nature. In particular, it is possible to separate individual elements of different embodiments detached from each other to further preferred embodiments. In particular, a preferred embodiment of the present invention may comprise one or more of the following components:

• Fixing screws for fixing rings;
• Fixing screws for fixing rings; Plexiglas;
• Press nut in Plexiglas top;
• Rope, steel, between the ball bearing rings for vertical attachment of the flag;
• Screws for vertical fastening part of the flag between the Kunststoffummantellungen for ball or roller bearings;
• Nameplate especially with:
  • - aluminum shield with two holes;
  • - adhesive label with serial number;
• Plexiglas element / Plexiglas head, in particular with:
  • - Plexiglas element;
  • - film coating;
  • - holes for press-in nuts;
  • - Zwischenfixierring camera and lamp;
  • - Plexiglas for outer platform (divided in two);
  • - back wall of the outer platform (divided into two parts);
• Fixing rings, in particular with:
  • - One or more fixing rings;
  • - holes for fixings;
  • lower fixing rings for outer platform (two parts);
  • - upper fixing rings for outer platform (two parts);
• Camera system;
• Schwenkneigesyteme, in particular with:
  • Pan / tilt head with software control converter;
• Radio transmission;
• Solar installations;
• UMTS devices;
• Monitoring equipment (software / hardware);
• Locking system, especially with:
  • - Standard closure. In particular, the closure may after Field of application, in particular country of use be different;
  • - Special closure, for example, pre-defined locking groups
• Heating elements and / or temperature controllers;
• Fan;
• Temperature and humidity sensors and controllers, including control and regulation, optionally a display for temperature and / or humidity indication;
• Electric cables for a power supply;
• Electric cables for data transmission;
• Connectors for: camera power supply (above), camera data transfer (above), heating power supply, fan power supply, UMTS power supply, lighting;
• Plug connection of control box / cable;
• Switch housing;
• security;
• Relay;
• Power adapter for camera;
• additional power supplies;
• Diodes, where applicable, including wiring;
• Plug for strain relief at top and bottom;
• Pan-tilt head with control for camera recording, for example of the type "PTZ RS485" from MIB.

LIST OF REFERENCE NUMBERS

1

Information system

10

Flagpole / mast

12

upper fastening means / rotary ring

14

lower attachment means

16

Flag

18

rail

20

camera system

22

maintenance door

24

Mast cap / cap / head

26

cooling device

101

Befestigungssschrauben

121

Plexiglas element

122

foil coating

123

drilling

125

Plexiglass (front)

126

Plexiglas (back wall)

131

fixing rings

132

drilling

133

lower fixing rings

134

upper fixing rings

135

outer platform

210

steel tube

202

revision plates

203

lower pulley

204

tensioner

205

rope

206

drive nut

207

butterfly nut

209

medium wave

210

drive nut

211

butterfly nut

212

rope

213

rail

214

trolley

215

platform

216

mounting screws

217

fixing magnet

218

mounting screws

219

threaded rod

220

camera

221

mounting plate

222

towing ropes

232

screw

224

rail

225

trolley

226

Montageeinhängung

227

mounting arms

228

eyebolt

229

ball-bearing

230

Plastic sheathing

231

flag fixtures

232

ventilation head

233

fly screens

234

metal plate

235

upper pulley

236

upper pulley

237

boom

300

upper reflector

321

lower reflector

322

carrier platform

323

lamp

324

transformer

325

Befestigu.ngsschrauben

Claims (14)

1. Electrical information device including:

   - at least one internal electrical communication device (20; 220),

   - at least one internal moving means (205, 212, 213, 214), wherein

   -- the internal communication device (2; 220) being arranged at the internal moving means (205, 212, 213, 214), and wherein

   -- the internal moving means (205, 212, 213, 214) being designed for being arrangeable within the interior of a substantially cylindrical-shaped receiving device (10) and being designed for moving the internal electrical communication device (20, 220) within the interior of the receiving device (10) essentially along a longitudinal axis of the receiving device,

   - at least one external communication device and

   - at least one external moving means (12), wherein

   -- the external communication device being arranged at the external moving means (12), and wherein

   -- the external moving means (12) being designed for being arrangeable outside at the substantially cylindrical-shaped receiving device (10) and being designed for moving the external electrical communication device outside at the receiving device (10) essentially along a longitudinal axis of the receiving device (10).
2. Electrical information device according to claim 1, wherein at least one of the internal and external electrical communication devices (20, 220) includes a camera (20, 220) being designed for exchanging data with an electronic data processing means.
3. Electrical information device according to any of the preceding claims, wherein at least one of the internal and the external electrical communication devices includes an illumination means and/or an acoustic signal transducer and/or a data acquisition system for acquiring weather data.
4. Electrical information device according to any of the preceding claims having at least one retaining means (215), wherein the internal electrical communication device (20, 220) is arranged at the internal moving means (205, 212, 213, 214) by means of the at least one retaining means and/or wherein the external electrical communication device is arranged at the external moving means (12) by means of the at least one retaining means.
5. Electrical information device according to claim 4, wherein multiple internal electrical communication devices (20, 220) are arranged at the internal moving means (205, 212, 213, 214) by means of exactly one retaining means (215) an/or wherein multiple external electrical communication devices are arranged at the external moving means (12) by means of the exactly one retaining means.
6. Electrical information device according to any of the preceding claims, wherein at least one of the internal (20, 220) and external electrical communication devices is rotatable around a longitudinal axis of the receiving device (10).
7. Electrical information device according to any of the preceding claims, wherein at least one of the internal (205, 212, 213, 214) and external moving means (12) includes at least one of a cable pull device and a gear device.
8. Electrical information device according to any of the preceding claims having an electronic control device, being designed for controlling the movement of at least one of the moving means.
9. Information system (1) including at least one electrical information device according to any of claims 1 to 8 and a substantially cylindrical receiving device (10).
10. Information system (1) according to claim 9, wherein the receiving device (10) is designed for being arrangeable vertically in the use position, wherein

    - at least one opening (22; 202) is present in the receiving means, which is located in the lower area thereof while in the use position, and wherein

    - the at least on internal electrical communication device (20, 220) is movable to the opening (22, 202) by means of the at least one internal moving means (205, 212, 213, 214).
11. Information system (1) according to claim 9 or 10, wherein the receiving means is part of a flagpole (10).
12. Information system (1) according to claim 9 or 10, wherein the receiving means is part of a lamp pole.
13. Information system (1) according to any of claims 9 to 12, wherein the internal moving means (205, 212, 213, 214) is movable within the receiving means (10) and the external moving means (12) is movable outside at the receiving means (10).
14. Information system (1) according to any of claims 9 to 13, wherein electronic control device is operable in an area of the receiving means (10) being lower in the use position.

Images