DE202022100385U1 - Parking post and parking space system for mobile homes - Google Patents

Abstract

Parking space pillar (1) for identifying and managing at least one adjacent mobile home parking space (2), the parking space pillar (1)
- has a presence detection device (3) which is set up to detect a presence status as to whether a mobile home is present on the at least one mobile home parking space,
- Has at least one signaling device (4) which is set up to signal a booking status and/or an occupancy status of the at least one mobile home parking space (2) and
- A communication device (5) which is set up for data transfer between the parking space column (1) and the Internet (20), and
- has a control device which is set up to receive a presence status and/or its change from the presence detection device (3), to signal a booking status and/or an occupancy status by means of the at least one signaling device (4) and via the communication device (5) To exchange data with the Internet (20), characterized in that the parking space column (1) is designed to be mobile for installation at different locations to identify different mobile home parking spaces (2) and the at least one signaling device (4) is set up, a booking status and/or or to signal occupancy status at the location of the at least one adjacent mobile home parking space (2).

Description

The invention relates to a parking space column for identifying and managing at least one adjacent mobile home parking space and a parking space system with one or more parking space columns.

State of the art

Parking space pillars for mobile homes are known from the prior art as supply facilities as part of an infrastructure on campsites. Camping sites with a certain degree of comfort are known to have parking space pillars which provide at least one electricity connection and usually also a water connection at the site of a parking space that can be assigned by the site operator. In addition, there can also be simple drains for rainwater, such as a gully, and/or additional drainage connections for dirty water. Such parking space columns are permanently installed with a connection to the power grid and, if necessary, to one or two sewage systems for rainwater and dirty water. Frequently, each mobile home parking space, also referred to as a pitch or plot, has an associated parking space column, with the technical equipment of parking space columns for immediately adjacent parking spaces being able to be integrated into a common parking space column using synergy effects, with a common parking space column in these cases being in a common border area is arranged.

Due to the relatively high installation effort, campsites with parking spaces for mobile homes and/or mobile home parking areas have a capacity for mobile home parking spaces that makes sense in the long term. A temporary expansion of a campsite or the establishment of a temporary parking area to cover temporary additional needs, such as in connection with major events such as open-air concerts, trade fairs or exhibitions, is usually not worthwhile. In addition, permanently installed systems in nature, for example for large sporting events away from tourist strongholds, cannot be approved either.

From the DE 100 18 711 A1 a supply unit for camping facilities with a columnar body is known, on which a supply unit for energy and/or fresh water and a disposal unit for dirty water, also called gray water, is provided. The supply device and the disposal device are guided into the column-like body from a floor shaft. The supply unit is not intended for temporary installation.

Disclosure of Invention

The object of the present invention is to specify a simple and improved possibility of being able to temporarily provide a mobile home parking space or a parking space area and/or to temporarily adjust the parking space capacity of a campsite or parking space area.

The object is achieved according to the invention by the features of the independent claims. Advantageous refinements of the invention are specified in the dependent claims.

• - eine Anwesenheitserfassungsvorrichtung aufweist, die eingerichtet ist, einen Anwesenheitsstatus, ob ein Wohnmobil auf dem zumindest einen Wohnmobil-Stellplatz anwesend ist, als „frei“ oder „belegt“ zu erfassen,
• - eine Signalisierungsvorrichtung aufweist, die eingerichtet ist, einen Buchungs- und/oder Belegungsstatus des zumindest einen Wohnmobil-Stellplatzes zu signalisieren,
• - eine Kommunikationsvorrichtung SK aufweist, die zu einem Datentransfer zwischen der Stellplatzsäule und dem Internet eingerichtet ist,
• - und eine Steuervorrichtung aufweist, die eingerichtet ist, einen Anwesenheitsstatus und/oder dessen Änderung von der Anwesenheitserfassungsvorrichtung übermittelt zu bekommen, einen Buchungs- und/oder Belegungsstatus mittels der zumindest einen Signalisierungsvorrichtung zu signalisieren und über die Kommunikationsvorrichtung Daten mit dem Internet auszutauschen, wobei
• - die Stellplatzsäule mobil zur Aufstellung an unterschiedlichen Standorten zur Kennzeichnung unterschiedlicher Wohnmobil-Stellplätze ausgeführt ist und
• - die Signalisierungsvorrichtung eingerichtet ist, einen Buchungsstatus und/oder Belegungsstatus am Ort des zumindest einen angrenzenden Wohnmobil-Stellplatzes zu signalisieren.

According to the invention, a parking space pillar is provided for identifying and managing at least one adjacent mobile home parking space, the parking space pillar

• - has a presence detection device that is set up to detect a presence status, whether a mobile home is present on the at least one mobile home parking space, as “free” or “occupied”,
• - has a signaling device that is set up to signal a booking and/or occupancy status of the at least one mobile home parking space,
• - has a communication device SK, which is set up for data transfer between the parking space column and the Internet,
• - and has a control device that is set up to receive a presence status and/or a change therein from the presence detection device, to signal a booking and/or occupancy status by means of the at least one signaling device and to exchange data with the Internet via the communication device, wherein
• - The parking space column is designed to be mobile for installation at different locations to identify different mobile home parking spaces and
• - The signaling device is set up to signal a booking status and/or occupancy status at the location of the at least one adjacent mobile home parking space.

The geometric shape of the parking space pillar is not limited to the geometric shape of a pillar, but is to be understood analogously to the geometric shape of a petrol pump. In a common embodiment, the parking space column can have the basic shape of a narrow cuboid, whose height clearly exceeds the length of the side dimensions.

A parking space pillar is arranged adjacent to a mobile home parking space if it is located in the edge or border area on the parking space, immediately next to or in the immediate vicinity of the parking space.

The presence detection device is set up to detect the presence of a mobile home on the parking space. The detection can take place via a camera together with image evaluation software or via one or more sensors, for example based on ultrasound or lidar. In addition to detecting a presence status in the form of "occupied" or "vacant", the presence detection device can also be set up to transmit further information, for example in the form of a vehicle size or a detected number plate. The presence detection device is connected to the control device of the parking space column, to which the presence status and/or its change is transmitted.

The signaling device is set up to signal a booking and/or occupancy status of the at least one mobile home parking space. The signaling device is advantageously designed in such a way that a booking or occupancy status can already be seen from afar, ie already on an access road or an access road, for a potential user of the parking space. For good visibility, even from a greater distance, a lamp can be arranged on the top of the parking space column. At least two different statuses can be signaled. Advantageously, for example, a booking status "free" can be signaled by a green lamp, a booking status "booked" by a red lamp, and/or an occupancy status "unauthorized occupancy" by a yellow lamp, with the lamps being in the form of LED lamps, for example can be executed. The differently colored illuminants can be realized discretely or as a common, color-changing illuminant. Alternatively or in addition, signaling can also be transmitted using standardized radio technology with a small to medium range, i.e. a range of up to a few hundred meters.

The communication device SK is set up for data transfer between the parking space column and the Internet. It is advantageously connected to a server-based and possibly also a cloud-based booking system, on which a booking status and/or an occupancy status can be maintained and which is transmitted to the parking space column, particularly in the event of a change.

In this case, the connection to the Internet can advantageously take place wirelessly, for example via a mobile radio network. Alternatively, depending on the operating situation, a connection to the Internet can also be established via a cable connection to a nearby network node with a connection to the Internet, also referred to as a hub, for example via a data cable such as a Cat 5 cable or via powerline technology , respectively.

The parking space column according to the invention has the advantage that it can be operated autonomously, independently of a campsite or a central control of a parking space area, for marking and managing even a single mobile home parking space. It thus offers the possibility of being able to act as a modular unit in a parking space system that is scalable in terms of its parking space capacity.

1. 1. Signalisieren des freien Stellplatzes mittels der Signalisierungsvorrichtung, beispielsweise durch ein grünes Leuchtmittel;
2. 2. Detektieren einer Belegung mittels der Anwesenheitserfassungsvorrichtung, beispielsweise nach Ankunft eines Wohnmobils auf dem Stellplatz;
3. 3. Mitteilen einer Belegung über die Kommunikationsvorrichtung an eine Einrichtung im Internet, beispielsweise ein Buchungssystem und/oder einen Stellplatzbetreiber;
4. 4. Signalisieren einer unautorisierten Belegung des Stellplatzes mittels der Signalisierungsvorrichtung, Aufforderung zur Buchung/Autorisierung, beispielsweise durch ein gelbes Leuchtmittel;
5. 5. Buchen des Stellplatzes, beispielsweise über ein Smartphone;
6. 6. Signalisieren einer autorisierten Belegung des Stellplatzes mittels der Signalisierungsvorrichtung, beispielsweise durch ein rotes Leuchtmittel.

During operation of the parking space column according to the invention, a method of an occupancy process without prior booking of the parking space in question can have the following steps:

1. 1. Signaling of the free parking space by means of the signaling device, for example by a green lamp;
2. 2. Detecting an occupancy by means of the presence detection device, for example after the arrival of a mobile home on the parking space;
3. 3. Notification of an occupancy via the communication device to a facility on the Internet, for example a booking system and/or a parking space operator;
4. 4. Signaling an unauthorized occupancy of the parking space by means of the signaling device, request for booking/authorization, for example by a yellow lamp;
5. 5. Booking the parking space, for example via a smartphone;
6. 6. Signaling an authorized occupancy of the parking space by means of the signaling device, for example by a red lamp.

1. 1. Signalisieren des belegten Stellplatzes mittels der Signalisierungsvorrichtung, beispielsweise durch ein rotes Leuchtmittel;
2. 2. Detektieren einer Belegung mittels der Anwesenheitserfassungsvorrichtung, beispielsweise nach Ankunft eines Wohnmobils auf dem Stellplatz;
3. 3. Mitteilen einer Belegung über die Kommunikationsvorrichtung an eine Einrichtung im Internet, beispielsweise ein Buchungssystem und/oder einen Stellplatzbetreiber;
4. 4. Signalisieren einer unautorisierten Belegung des Stellplatzes mittels der Signalisierungsvorrichtung, Aufforderung zur Buchung/Autorisierung, beispielsweise durch ein gelbes Leuchtmittel;
5. 5. Autorisieren des Stellplatzes, beispielsweise über ein Smartphone;
6. 6. Signalisieren einer autorisierten Belegung des Stellplatzes mittels der Signalisierungsvorrichtung, beispielsweise durch ein rotes Leuchtmittel.

In the case of a previous booking, a user knows the location of the parking space; a procedure for occupying the parking space in question can have the following steps:

1. 1. Signaling of the occupied parking space by means of the signaling device, for example by a red lamp;
2. 2. Detecting an occupancy by means of the presence detection device, for example after the arrival of a mobile home on the parking space;
3. 3. Notification of an occupancy via the communication device to a facility on the Internet, for example a booking system and/or a parking space operator;
4. 4. Signaling an unauthorized occupancy of the parking space by means of the signaling device, request for booking/authorization, for example by a yellow lamp;
5. 5. Authorize the parking space, for example via a smartphone;
6. 6. Signaling an authorized occupancy of the parking space by means of the signaling device, for example by a red lamp.

Booking and/or authorization of the parking space, as well as payment of parking fees and, if applicable, consumption quantities of electrical energy and/or water, can advantageously be made via a smartphone application, hereinafter referred to as an app, provided by the operator of the parking space column. respectively.

In an advantageous embodiment of the parking space column, it has an identification device that is set up to record an identification feature of a mobile home and/or mobile home customer. Identification features can be, for example, a name, a booking code, a telephone number or a license plate number. An occupancy of the mobile home parking space can be authorized with an identification device, so that the 5th step of the occupancy method described above can be carried out independently of a smartphone using the parking space column. In one exemplary embodiment, the parking space pillar can have a camera and image analysis software, so that a license plate number detected by the image analysis software on the parking space can be automatically compared with a license plate number stored in a booking. Alternatively or additionally, the parking space column can have an RFID device, for example for reading a chip, in particular a credit card, or for coupling to a smartphone. In particular, the transmission can take place on the basis of the NFC standard.

In an advantageous embodiment of the parking space pillar, it has an energy supply device ES, in particular in the form of an electrical energy store, which is designed and set up to operate the parking space pillar autonomously in terms of energy. The energy supply device ES can, for example, be integrated into the pillar, in particular designed as an energy store in the form of an electric battery, which can be designed in such a way that the parking space pillar can be operated via it for a few days, for example for the time of a major event.

In an advantageous embodiment, for example with an integrated energy supply device and a communication device with mobile internet access, the parking space column can be operated without supply lines. It offers the advantage that its installation location can be chosen almost at will.

For temporary installation, the parking space column can also be designed so that it can be operated free of supply lines routed through a stand area. Furthermore, the parking space column can be designed without fasteners.

These features support a purely above-ground construction of the parking space column, which leaves no traces in the underground, for example through cable ducts or boreholes, after temporary use.

The parking space pillar can advantageously have a position detection device that is set up to determine the geoposition of the parking space pillar and, if necessary, to transmit it to an address on the Internet by means of the communication device. The parking space column can advantageously have the functionality of a vehicle tracking unit, also referred to as a tracker for short. On the one hand, such an embodiment offers the advantage of being able to locate the column after it has been stolen, and on the other hand it supports operation at changing locations. This feature offers the possibility that a booking software for parking spaces, which are managed by parking space columns designed in this way, automatically marks the respective location of the column on an interactive map. There it can automatically be found and booked as a possibly new and/or possibly temporary parking space for an interested party. The position detection device can be based, for example, on the Global Positioning System GPS or on Bluetooth® location techniques, and the tracker can advantageously be designed as a GPS tracker.

As an alternative or in addition to a location option after a theft, the parking space column can have an anti-theft device that makes theft more difficult. In an advantageous embodiment of the parking space column, it has a weight of more than 100 kg, more than 120 kg, or more than 150 kg. This weight can be achieved by the pitch pillar having a concrete foot or base and/or a battery.

The parking space column can also advantageously have an identification code that can be transmitted and/or retrieved via the communication device, with the help of which it can be uniquely identified worldwide, analogously to the IMEI of a mobile phone Parking space pillars can be identified.

In an advantageous embodiment, the parking space column is set up to connect to the Internet independently and to transmit an identification code together with geo-coordinates to a booking system, to a location aid and/or to a predetermined address.

As a design feature, the parking space pillar can also have an adjacent border around the mobile home parking space to identify it. In this case, the adjoining border can advantageously have lighting means, for example LED strips, it being possible for the lighting means to be controlled and possibly powered by the parking space column.

Furthermore advantageously, the signaling device can be designed in the form of such an adjacent border having illuminants. Advantage can be taken of the fact that the color of LED strips, for example RGB LED strips, can be controlled and electronic controls for LED strips offer various pre-programmed dimming, flashing and running effects that are used to signal different status situations, in particular for the booking and/or occupancy status.

In an advantageous embodiment, the parking space pillar has an energy supply device ES, which is set up to supply a mobile home with energy and to measure the energy supplied, for example using a calibrated electricity meter. The amount of energy to be delivered can be limited, especially if the parking space column is not fed by any external energy source.

The amount of energy delivered, in particular the meter reading of an electricity meter at the beginning and end of a booking period, is advantageously transmitted via the communication device to the Internet, preferably to the booking system and/or a predetermined address.

Furthermore, the parking space column can be set up to interact unchanged from different locations via the Internet with a server-based booking system without configuration changes.

In particular, the parking space column can be set up to communicate with a booking system via the Internet and to signal a booking status for the mobile home parking space received from the booking system at the location of the mobile home parking space optically and/or wirelessly via the at least one signaling device.

• - wenn dieser Zeitpunkt t in einem oder weniger als eine Vorlaufzeit vor einem Zeitraum liegt, in welchem der Wohnmobil-Stellplatz gebucht ist, und
• - zu diesem Zeitpunkt t die Anwesenheitserfassungsvorrichtung einen Anwesenheitsstatus als „frei“ signalisiert oder ein Belegungsstatus als „authentisiert“ gilt.

In an advantageous embodiment, the signaling device emits light in a first color, in particular red, at a point in time t

• - if this time t is one or less than a lead time before a period in which the mobile home parking space is booked, and
• - at this point in time t the presence detection device signals a presence status as "free" or an occupancy status as "authenticated".

• - wenn zu diesem Zeitpunkt t die Anwesenheitserfassungsvorrichtung einen Anwesenheitsstatus als „belegt“ erfasst und
• - ein Belegungsstatus als „nicht authentisiert“ gilt.

Furthermore, in this embodiment, the signaling device emits light in a second color, in particular in yellow color, at a point in time t

• - if at this time t the presence detection device detects a presence status as "occupied" and
• - an occupancy status as "unauthenticated".

• - wenn dieser Zeitpunkt t außerhalb und mehr als eine Vorlaufzeit vor einem Zeitraum liegt, in welchem der Wohnmobil-Stellplatz gebucht ist, und
• - zu diesem Zeitpunkt t die Anwesenheitserfassungsvorrichtung einen Anwesenheitsstatus als „frei“ erfasst.

In addition, in this embodiment, the signaling device emits light in a third color, in particular in green color, at a point in time t

• - if this point in time t is outside and more than one lead time before a period in which the mobile home parking space is booked, and
• - At this point in time t the presence detection device detects a presence status as "free".

The lead time describes a period of time by which a parking space is marked as "occupied" in advance as a grace period in order to prevent potential interested parties from occupying the parking space due to the upcoming booking time. A reasonable lead time can be, for example, a period of one hour.

• - eine Notbeleuchtung,
• - einen Anschlussbereich zum Anschluss eines Wohnmobils an die Energieversorgungseinrichtung ES und/oder eine Frischwasserversorgung,
• - einen WLAN-Accesspoint,
• - ein Display zur Anzeige von Informationen, insbesondere zur Unterstützung der Signalisierungsvorrichtung, der Anzeige von Mitteilungen eines Betreibers, der Anzeige von Statusinformationen und/oder von QR-Codes,
• - einen Notschalter mit/oder ohne Alarmfunktion,
• - ein RFID-Lesegerät, insbesondere als Ausgestaltung der Identifizierungsvorrichtung zur Unterstützung einer Authentisierung, sowie
• - eine Leuchte zur Beleuchtung des Wohnmobil-Stellplatzes.

As further design features, the parking space column can also have a selection or all of the following design features:

• - an emergency light,
• - a connection area for connecting a mobile home to the energy supply device ES and/or a fresh water supply,
• - a WLAN access point,
• - a display for displaying information, in particular to support the signaling device, the display of operator notifications, the display of status information and/or QR codes,
• - an emergency switch with/or without an alarm function,
• - An RFID reader, in particular as an embodiment of the identification device to support authentication, and
• - a lamp to illuminate the camper place.

• - die Zentralstation eine erste Kommunikationsvorrichtung ZK1 aufweist, die zu einem Datentransfer zwischen der Zentralstation und dem Internet eingerichtet ist,
• - die Zentralstation eine zweite Kommunikationsvorrichtung ZK2 aufweist, die eingerichtet ist zu einem Datentransfer zwischen der Zentralstation und der zumindest einen Stellplatzsäule, bzw. genaugenommen zu einem Datentransfer zwischen der Kommunikationsvorrichtung ZK2 der Zentralstation und der Kommunikationsvorrichtung SK der zumindest einen Stellplatzsäule,
• - und die Zentralstation als Netzwerkknoten für einen Datentransfer zwischen der wenigstens einen Stellplatzsäule und dem Internet eingerichtet ist.

According to the invention, a parking space system is also provided, which comprises a central station and at least one or more of the parking space columns described above, wherein

• - the central station has a first communication device ZK1, which is set up for data transfer between the central station and the Internet,
• - the central station has a second communication device ZK2, which is set up for a data transfer between the central station and the at least one parking space column, or more precisely for a data transfer between the communication device ZK2 of the central station and the communication device SK of the at least one parking space column,
• - and the central station is set up as a network node for data transfer between the at least one parking space column and the Internet.

The parking space system can have a star-shaped network topology, with a central station arranged in the middle, or a chain-like network topology with parking space columns arranged in a chain.

The communication devices between the central station and the decentrally distributed parking space columns can be wired or wireless, for example via LoRaWAN, WLAN or Local 5G, a local private 5G network.

Just like the parking space pillars, the central station can also be mobile and for this purpose can be arranged, for example, within one or more freight containers, preferably in one or more ISO containers.

• - einen ersten Raumbereich für technische Anlagen, in welchem u.a. die Kommunikationseinrichtungen ZK1, ZK2 angeordnet sind,
• - eine autarke zentrale Energieversorgungseinrichtung EZ, die zur Versorgung von Stellplatzsäulen sowie mit diesen verbundenen Wohnmobilen ausgelegt ist,
• - ein Buchungsterminal, welches eingerichtet ist, in einem Buchungssystem eine Buchung der wenigstens einen Stellplatzsäulen vorzunehmen zu können.

In an advantageous embodiment, the central station has the following features or a selection thereof in addition to a communication interface for connecting to the Internet and for at least one parking space column:

• - a first spatial area for technical systems, in which, among other things, the communication devices ZK1, ZK2 are arranged,
• - a self-sufficient central energy supply facility EZ, which is designed to supply parking space columns and mobile homes connected to them,
• - A booking terminal, which is set up to be able to make a booking of the at least one parking space column in a booking system.

The central energy supply device EZ is designed to supply a predetermined number of occupied mobile home parking spaces. This number can be of the order of fifteen to thirty, for example. Advantageously, the energy supply device has an output in the order of magnitude of a few kilowatts per parking space. These can be delivered autonomously from an internal block-type thermal power station including an integrated fuel storage unit, an electrical energy storage unit and a photovoltaic system or a combination thereof, with an electrical energy storage unit also being able to function as a buffer.

The booking terminal, which is set up to be able to book the at least one parking space column in a booking system, can be used to book a parking space on site and for identification/authorization with regard to a previously booked mobile home parking space.

• - ein erweitertes Buchungsterminal mit einer Bezahlfunktion,
• - eine zentrale Beleuchtungseinheit zur Beleuchtung des Stellplatzsystems,
• - eine Ver- und Entsorgungseinheit für Frisch- und Abwasser,
• - eine abflusslose Grube oder ein Becken zur Aufnahme von Schmutzwasser (Grauwasser) sowie Abwasser (Schwarzwasser) in Verbindung mit einer Hebeanlage und/oder Pumpentechnik,
• - eine Notrufanlage zum Absetzen eines Notrufs,
• - eine Notbeleuchtung,
• - einen Defibrillator,
• - eine Videoüberwachungsanlage
• - eine Erweiterung der Funktionalität des Buchungsterminals derart, dass dieses auch zur Vornahme von Bestellung von Waren und Dienstleistungen der örtlichen Infrastruktur, wie beispielsweise der Gastronomie oder des Einzelhandels eingerichtet ist, so dass beispielsweise ein Brötchenservice gebucht, eine Tischreservierung vorgenommen, oder ein Fahrrad gemietet werden kann.

In addition, the central station can also have a selection or all of the following design features:

• - an extended booking terminal with a payment function,
• - a central lighting unit to illuminate the parking space system,
• - a supply and disposal unit for fresh water and waste water,
• - a pit without a drain or a basin for collecting dirty water (grey water) and waste water (black water) in connection with a lifting station and/or pump technology,
• - an emergency call system for making an emergency call,
• - an emergency light,
• - a defibrillator,
• - a video surveillance system
• - An extension of the functionality of the booking terminal in such a way that it is also set up to order goods and services from the local infrastructure, such as gastronomy or retail, so that, for example, a bread delivery service can be booked, a table reservation made, or a bicycle rented can.

If the central station has a supply and disposal unit for fresh water and waste water, in addition to a room area for technical systems, further room areas for accommodating fresh water and waste water are advantageously provided in the central station. The accommodation of fresh water and waste water can be designed in such a way that fresh water and waste water in flexible containers share a common volume in the form of a common space, separated from one another, the division ratio of a volume occupied by fresh water to a volume occupied by waste water being flexible, so that used fresh water can be returned to the same room area as waste water without an additional need for total volume. For this purpose, the containers can be made, for example, from a flexible fabric tube.

character list

The invention is explained in more detail below with reference to the attached, schematic drawings based on preferred embodiments.

• 1 eine Skizze eines ersten Ausführungsbeispiels einer Stellplatzsäule;
• 2 eine Skizze eines zweiten Ausführungsbeispiel einer Stellplatzsäule, wobei die Stellplatzsäule eine Umrandung zur Kennzeichnung des Wohnmobil-Stellplatzes aufweist;
• 3 eine Skizze eines ersten Ausführungsbeispiels eines Stellplatzsystems;
• 4 eine Skizze eines zweiten Ausführungsbeispiels einer Zentralstation eines mobilen Stellplatzsystems.

Show it

• 1 a sketch of a first embodiment of a parking space column;
• 2 a sketch of a second embodiment of a parking space pillar, wherein the parking space pillar has a border for marking the mobile home parking space;
• 3 a sketch of a first embodiment of a parking space system;
• 4 a sketch of a second embodiment of a central station of a mobile parking space system.

1 shows a sketch of a first embodiment of a parking space column (1).

the end 1 a parking space column (1) for identifying and managing at least one adjacent mobile home parking space (2) can be seen, the parking space column (1) having a presence detection device (3) which is set up to provide a presence status as to whether a mobile home is on the at least one mobile home - parking space is present, which has at least one signaling device (4) which is set up to signal a booking status and/or an occupancy status of the at least one mobile home parking space (2) to an approaching prospective customer or customer and which has a communication device (5) has, which is set up for a data transfer between the parking space column (1) and the Internet.

The parking space column (1) has a control device that is set up to receive a presence status and/or its change from the presence detection device (3), to signal a booking status and/or an occupancy status by means of the at least one signaling device (4) and to exchange data with the Internet (20) via the communication device (5).

The parking space column (1) is characterized in that it is designed to be mobile and can be erected at different locations to indicate different mobile home parking spaces (2) and that at least one signaling device (4) is set up, one from the column from the Internet (20) related booking status and / or occupancy status at the location of at least one adjacent mobile home parking space (2) to signal.

The exemplary embodiment of the parking space column (1) shown has an identification device (7) in the form of an RFID communication device, here in the form of an RFID reader, which is set up to identify a mobile home and/or a mobile home customer, specifically one of these customers to read or query a known identification object. The information that has been read out or transmitted can be compared with information stored in the booking system both in the booking system and in the parking space column (1) or at an intermediate central station (50).

In the 1 The parking space column (1) shown has, not visible, an energy supply device ES which is designed and set up to operate the parking space column (1) autonomously in terms of energy. The parking space column (1) can therefore be operated free of supply lines routed through a standing area, or completely free of supply lines. It is also designed without fasteners.

The parking space column (1) has a position detection device that is not visible from the outside and is set up to determine a geoposition of the parking space column (1) and to transmit it to a predetermined address on the Internet (20). In addition to the functionality of a GPS tracking unit, it has a concrete base (6) to prevent theft.

The parking space column (1) also has an identification code with the help of which it can be uniquely identified worldwide. It is further set up so that it can independently connect to the Internet (20) and transmit an identification code together with geo-coordinates to a predetermined address.

The energy supply device ES from 1 Visible parking space column (1) is set up to supply a mobile home with energy and to measure the energy supplied. For this purpose, the parking space column (1) has a connection area (9) for connecting a mobile home to the energy supply device ES.

Furthermore, the illustrated embodiment of a parking space column (1) is set up to interact with a server-based booking system. It is set up to optically signal via the signaling device (4) a booking status for the mobile home parking space (2) received from the booking system at the location of the mobile home parking space (2).

The signaling device (4) for the optical signaling of a booking status and/or an occupancy status can assume at least two different states, and in the illustrated embodiment even three different states.

• - wenn dieser Zeitpunkt t in einem oder weniger als eine Vorlaufzeit vor einem Zeitraum liegt, in welchem der Wohnmobil-Stellplatz (2) gebucht ist, und
• - zu diesem Zeitpunkt t die Anwesenheitserfassungsvorrichtung (3) einen Anwesenheitsstatus als „frei“ signalisiert oder ein Belegungsstatus als „authentisiert“ gilt.

The signaling device (4) is set up in such a way that at a time t it emits light in a first color, namely red,

• - if this time t is one or less than a lead time before a period in which the mobile home parking space (2) is booked, and
• - At this point in time t the presence detection device (3) signals a presence status as "free" or an occupancy status as "authenticated".

• - wenn zu diesem Zeitpunkt t die Anwesenheitserfassungsvorrichtung (3) einen Anwesenheitsstatus als „belegt“ erfasst und
• - ein Belegungsstatus als „nicht authentisiert“ gilt.

Furthermore, the signaling device (4) is set up in such a way that at a point in time t it emits light in a second color, namely in yellow color,

• - if at this time t the presence detection device (3) detects a presence status as "occupied" and
• - an occupancy status as "unauthenticated".

• - wenn dieser Zeitpunkt t außerhalb und mehr als eine Vorlaufzeit vor einem Zeitraum liegt, in welchem der Wohnmobil-Stellplatz (2) gebucht ist, und
• - zu diesem Zeitpunkt t die Anwesenheitserfassungsvorrichtung (3) einen Anwesenheitsstatus als „frei“ erfasst.

In addition, the signaling device (4) is set up in such a way that it emits light in a third color, namely green, at a time t.

• - if this point in time t is outside and more than one lead time before a period in which the mobile home parking space (2) is booked, and
• - At this time t the presence detection device (3) detects a presence status as "free".

In addition, this indicates 1 visible embodiment of a parking space column (1) has emergency lighting (8), a display (10) for displaying information, in particular to support the signaling device (4) and for displaying messages from an operator, displaying status information and QR codes. To illuminate the mobile home parking space (2), the parking space pillar (1) has a lamp (11) in the upper area, as well as a WLAN access point, also located in the upper area, which is set up to allow authorized customers via the parking space pillar (1) to enable access to the Internet (20).

2 shows a sketch of a second embodiment of a parking space column (1), wherein the parking space column (1) has a border (11) for marking the mobile home parking space (2). The border (11) is designed to be adjacent to the location of the parking space column (1) according to the definition described above.

The adjacent border (11) has lamps (12) that are powered by the parking space column (1). The lighting means (12) are in the form of LED strips and are set up, likewise to signal a booking status and/or occupancy status in parallel with the signaling device (4). Alternatively, not shown here, the lighting means (12) can take over the function of the signaling device (4) to the extent that in the Parking space column (1) can be dispensed with integrated lamps (12) for signaling.

3 shows a sketch of a first exemplary embodiment of a parking space system (100), in which a plurality of the parking space columns (1) described above are connected in a star configuration to a central station (50).

The central station (50) has a first communication device ZK1 which is set up for data transfer between the central station (50) and the Internet (20). A second communication device ZK2 of the central station (50) is set up for data transfer between the central station (50) and the at least one parking space column (1). Furthermore, the central station (50) is set up as a network node for data transfer between the at least one parking space column (1) and the Internet (20).

In a special case not present here, the first communication device ZK1 and the second communication device ZK2 can also be designed as a common communication device. This design is possible, for example, if both the connections between the parking posts (1) and the central station (50) and the connection of the central station (50) to a network node connected to the Internet (20) are made using the same technology, for example WLAN can.

4 shows a sketch of a second embodiment of a central station (50) of a mobile parking space system (100). How out 4 As can be seen, the central station (50) has a first spatial area (101) for technical installations, in which the communication devices ZK1, ZK2 are arranged (not visible).

The central station (50) has a photovoltaic system on its roof as part of a self-sufficient and central energy supply system EZ (103), which is used to supply a plurality of parking space columns (1) (here fifteen to thirty) and mobile homes that can be connected to these parking space columns (1). is designed. Furthermore, as can be seen, the central station (50) has a booking terminal (104) which is set up to be able to book the parking space columns (1) in a booking system.

How out 4 As can be seen, the central station (50) has, in addition to the first room area (101) for technical systems, a second room area (102) for accommodating fresh water (105) and waste water (106). Fresh water (105) and waste water (106) share a common space (102) separately from one another in flexible containers, with the division ratio being flexible.

In front of the spatial areas (101), (102) designed as containers, there is a completely aboveground drainless pit (110) for receiving and temporarily storing dirty water and waste water (106). This has at least one, in the present case even two ramps, so that a mobile home can be positioned over it for draining waste water. Waste water drained into the pit (110) can be lifted with the aid of a lifting station (107) or adequate pump technology and pumped into the flexible container for waste water (106). The completely above-ground construction of the pit (110) does not require any intervention in the subsoil and allows complete dismantling after temporary use.

QUOTES INCLUDED IN DESCRIPTION

This list of documents cited by the applicant was 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.

Patent Literature Cited

• DE 10018711 A1 [0004]

Claims (26)

Parking space column (1) for identifying and managing at least one adjacent mobile home parking space (2), the parking space column (1) having - a presence detection device (3) which is set up to provide a presence status as to whether a mobile home is on the at least one mobile home parking space is present, - has at least one signaling device (4) which is set up to signal a booking status and/or an occupancy status of the at least one mobile home parking space (2) and - has a communication device (5) which is used for data transfer between the parking space column (1) and the Internet (20), and - a control device which is set up to receive a presence status and/or a change therein from the presence detection device (3), a booking status and/or an occupancy status by means of the to signal at least one signaling device (4) and üb he uses the communication device (5) to exchange data with the Internet (20), characterized in that the parking space column (1) is designed to be mobile for installation at different locations to identify different mobile home parking spaces (2) and the at least one signaling device (4) is set up is to signal a booking status and/or occupancy status at the location of the at least one adjacent mobile home parking space (2). Parking space column (1) according to one of the preceding claims, characterized in that the parking space column (1) has an identification device (7) which is set up to record an identification feature of a mobile home and/or a mobile home customer. Parking post (1) after claim 1 , characterized in that the parking space column (1) has an energy supply device ES, which is designed and set up to operate the parking space column (1) energetically self-sufficient. Parking space column (1) according to one of the preceding claims, characterized in that the parking space column (1) is set up to be operated free of supply lines routed through a standing area. Parking space pillar (1) according to one of the preceding claims, characterized in that the parking space pillar (1) is set up to be operated without supply lines. Parking space column (1) according to one of the preceding claims, characterized in that the parking space column (1) is designed without fastening means. Parking post (1) according to one of the preceding claims, characterized in that the parking post (1) has a position detection device which is set up to determine a geoposition of the parking post (1) and to transmit it to a predetermined address on the Internet. Parking space column (1) according to one of the preceding claims, characterized in that the parking space column (1) has an adjoining border (11) for marking the mobile home parking space (2). Parking post (1) after claim 8 , characterized in that the adjacent border (11) has lighting means (12) and the lighting means (12) are fed by the parking space column (1). Parking post (1) after claim 8 or 9 , characterized in that the adjacent border (11) has lighting means (12) and the lighting means (12) are set up to signal a booking status and/or occupancy status as a signaling device (4). Parking space column (1) according to one of the preceding claims, characterized in that the parking space column (1) has an anti-theft device, in particular in the form of a concrete base (6) and/or a GPS tracker. Parking post (1) according to one of the preceding claims, characterized in that it has an identification code with the aid of which it can be uniquely identified worldwide. Parking post (1) according to one of the preceding claims, characterized in that it is set up to connect itself independently to the Internet (20) and to transmit an identification code together with geo-coordinates to a predetermined address. Parking space pillar (1) according to one of the preceding claims, characterized in that the parking space pillar (1) has an energy supply device ES which is set up to supply a mobile home with energy and to measure the energy supplied. Parking space column (1) according to one of the preceding claims, characterized in that it is set up to interact with a server-based booking system. Parking post (1) after claim 15 , characterized in that it is set up to signal a booking status for the mobile home parking space (2) received from the booking system at the location of the mobile home parking space (2) optically and/or by radio via the at least one signaling device (4). Parking space column (1) according to one of the preceding claims, characterized in that the signaling device (4) for the optical signaling of a booking status and/or an occupancy status can assume at least two different states. Parking space column (1) according to one of the preceding claims, characterized in that the signaling device (4) at a time t light in a first color, in particular in red color, emits - if this time t in or less than a lead time before a Period is in which the mobile home parking space (2) is booked, and - at this time t the presence detection device (3) signals a presence status as "free" or an occupancy status as "authenticated". Parking space column (1) according to one of the preceding claims, characterized in that the signaling device (4) emits light in a second color, in particular in yellow color, at a time t - if at this time t the presence detection device (3) has a presence status as "Occupied" is recorded and - an occupancy status is considered to be "not authenticated". Parking space column (1) according to one of the preceding claims, characterized in that the signaling device (4) emits light in a third color, in particular in green color, at a time t - if this time t is outside and more than a lead time before a period is in which the mobile home parking space (2) is booked, and - at this time t the presence detection device (3) detects a presence status as "free". Parking space pillar (1) according to one of the preceding claims, characterized in that the parking space pillar (1) has a selection or all of the following design features - emergency lighting (8), - a connection area (9) for connecting a mobile home to the energy supply device ES and/or or a fresh water supply, - a WLAN access point, - a display (10) for displaying information, in particular to support the signaling device, displaying messages from an operator, displaying status information and/or QR codes, - an emergency switch with /or without an alarm function, - an RFID communication device (7), - a lamp (11) to illuminate the mobile home parking space. Parking space system (100), comprising a central station (50) and at least one or more parking space columns (1) according to one of Claims 1 until 21 , characterized in that - the central station (50) has a first communication device ZK1 which is set up for data transfer between the central station (50) and the Internet (20), - the central station (50) has a second communication device ZK2 which is a data transfer between the central station (50) and the at least one parking space column (1), - and the central station (50) is set up as a network node for data transfer between the at least one parking space column (1) and the Internet (20). Parking space system (100) according to Claim 22 , characterized in that the central station (50) has a selection or all of the following design features: - a first spatial area (101) for technical systems, in which at least the communication devices ZK1, ZK2 are arranged, - a self-sufficient central energy supply device EZ (103), which is designed to supply one or more parking space columns (1) and mobile homes that can be connected to this parking space column (1), - a booking terminal (104) which is set up to book the one or more parking space columns (1) in a booking system be able. Parking space system (100) according to Claim 22 or 23 , characterized in that the central station (50) has a selection or all of the following design features - a booking terminal (104) with a payment function, - a central lighting unit, - a supply and disposal unit for fresh water (105) and waste water (106), - A drainless pit (110) or a basin for receiving and temporarily storing dirty water, also called gray water, and waste water (106), also called black water, in connection with a lifting plant (107) and/or pump technology technology for later emptying, - an emergency call system for making an emergency call, - emergency lighting, - a defibrillator, - a video surveillance system, - a booking terminal (104), which is set up to order goods and services from the local infrastructure. Parking space system (100) according to one of Claims 22 until 24 , characterized in that the central station (50) in addition to a first room area (101) for technical systems at least one second room area (102) for accommodating fresh water (105) and waste water (106). Parking space system (100) according to Claim 25 , characterized in that fresh water (105) and waste water (106) separate from each other in flexible containers share a common second space (102), wherein the division ratio is flexible.

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