EP1288870A2 - System, control unit and method for access controlling, respectively transport controlling, of people or goods - Google Patents

Abstract

The method of operating a system for security control of persons and/or goods or for requesting persons or goods involves outputting a response signal from an identification generator (1). The response signal is received by an identification device (10) and this then outputs a control signal. The control signals are transmitted to a control device (11) according to at least two different control protocols. The control signals are recognized by the control device and for a recognized signal, the control device outputs at least one secondary control signal (5). Independent claims also cover a control device and a system for carrying out the method.

Description

The invention relates to a system for security control of persons and / or Goods or for the transportation of people and / or goods, a control device for Control of this system and a method for operating this system according to the Definition of claims.

Systems for the security control of persons / goods are known. For example. check such systems access / exit to / from real estate such as buildings, floors, Rooms, but also access to movables such as vehicles, electronic Computing units, ATMs, etc. For example. access devices such as doors, compartments, Flaps, etc. made.

For the contactless actuation of such a system, for example, it is known to use a Identification transmitter in the form of a transponder and a corresponding device for Detect the transponder to use. For example. takes a trained as a coil Transponder antenna inductively generates energy from an electromagnetic field generated by the Detection device is emitted. This energy is used to create one in one Read out the memory of the transponder stored identification code and as Send response signal to the detection device. The response signal is from the Recognition device received and electronically processed, for example Response signal from the recognition device according to a recognition protocol recognized. The recognized response signal is sent as a control signal to a control device of the Security system forwarded, for example, the control signal according to a Control protocol forwarded to the control device. The control device reads and analyzes the control signal according to this control protocol, if successful Analysis of the system, for example the control device actuates an access means.

Certain systems for the transportation of people and / or goods enable one Identification of people / goods to be funded, as well as through this identification controlled transport of the identified persons / goods in individual - and public transport. Document EP 0 699 617 thus discloses a device for Control of an elevator system in which the elevator system is operated by one person Identification transmitter and its detection device is controlled without contact. The identification transmitter is a transponder which sends an identification code to the Recognition device transmits which recognition device the identification code recognizes and forwards it as a control signal to a processing unit. The Processing unit reads this control signal and assigns it a predefined, desired destination. The carrier of the identification code is thus identified and a destination is assigned to it. The processing unit transmits a corresponding one Control signal to the elevator system, which the person then automatically and without intervention Transported person to this destination.

A first object of the invention is to provide a general security control system of people / goods or for the transportation of people / goods, a control device for driving this system and a method for operating this system To provide, with identifiers of the people / goods to be promoted to In a first function, supporting persons / goods perform a security check in the system enable, and what identifiers the people / goods in a second Function enable transportation in the system.

Now there are many different standards on the market for identifiers established for identifiers and recognition devices. identification transmitter and detection devices have different radio frequencies such as 125 kHz, 13.56 MHz, 2.45 GHz, etc. Manufacturers also use identifiers and Detection devices different detection or control protocols, that are little to not compatible with each other. For example. are the control protocols serial- or parallel art. are the data formats of the transmitted control signals depending on Standard or manufacturer different. They can also Transmission speeds of the control signals depending on the standard or manufacturer to be different.

A generally functioning system consisting of an identification transmitter, Detection device, control device and means of transport is due to the large number the standards established on the market for identifiers respectively Detection devices difficult to implement. Different in one building domiciled companies use different proprietary systems as Access control. With a large number of companies domiciled in the building, the High probability that not all companies use their own system for Security control have chosen the same standard of identification and thus not all people / goods to be funded with company-owned identifiers can use common system.

As a solution, the companies are given additional so-called elevator system identification transmitters and elevator facility detection devices are offered. apart of the additional costs involved in providing such elevator system identification transmitters and elevator system detection devices must be conveyed People / goods these elevator system identifiers in addition to the company identifiers carry or must carry these elevator installation detection devices in addition, and usually placed in close proximity to the company recognition devices become. Complications can also arise when elevator installation detection devices and company recognition devices on the same Radio frequencies work and are placed in close proximity to each other, for example then detuning of the resonant circuits of these identifiers occurs, what their Functionality interferes.

A second object of the invention is to provide a security control system for People / goods or for the transportation of people / goods, a control device for Driving this system and a method for operating this system To provide, with identification transmitter of different identification transmitter standards can be used side by side in a simple and inexpensive manner.

A third object of the invention is to provide a security control system for People / goods or for the transportation of people / goods, a control device for Driving this system and a method for operating this system to provide which is easy to use and safe for companies.

A fourth object of the invention is to provide a security control system for People / goods or for the transportation of people / goods, a control device for Driving this system and a method for operating this system to provide which with known and proven standards of Identifiers or recognition devices is compatible.

A fifth object of the invention is to provide a security control system for People / goods or for the transportation of people / goods, a control device for Driving this system and a method for operating this system To provide, with individual characteristics and needs of in elevator systems or escalators of people / goods to be transported are better recognized.

A sixth object of the invention is to provide a security control system for People / goods or for the transportation of people / goods, a control device for Driving this system and a method for operating this system to provide, whereby interactions between persons / goods to be transported be respected better.

A seventh object of the invention is to provide a security control system for People / goods or for the transportation of people / goods, a control device for Driving this system and a method for operating this system to provide, with collective characteristics and needs to be promoted People / goods can be better recognized.

These objects are achieved by the invention as defined in the claims solved.

The invention has at least one control device for controlling a system Security check of people / goods or for the transportation of people / goods. The system consists of at least one identification transmitter, at least one Detection device and at least one means of transport or at least one Access means. At least one response signal is from at least one Identifier issued, at least one response signal from at least one Receive detection device and at least one control signal according to a Control protocol is output by the recognition device.

The advantage of the invention is that the control device according to reads and recognizes at least two different control protocols. advantageously, Control signals are sent to the control device in different control protocols have been transmitted in control signals according to a uniform standard protocol implemented. At least one control signal according to the standard protocol is advantageous exactly one user profile assigned by the control device. Advantageously this user profile from the control device to generate a secondary Control signal used. The control device indicates a recognized control signal at least one secondary control signal. It is advantageous with this secondary control signal controlled a means of transport or an access means. With the Control device can thus be of several different standards Information providers and / or recognition devices use to Means of transport or an access means, e.g. specifically according to a user profile head for.

In this way, people / goods are advantageously equipped with elevator systems or escalators that the transported person or the client of the transported goods in be excellently satisfied. This is achieved through a far-reaching Configuration of a system for the transportation of people / goods.

• einem räumlichen Benutzerprofil bzw. Zonenprofil, wo eine räumliche Zutrittsberechtigung des Benutzers in Zonen festgelegt ist und/oder
• einem zeitlichen Benutzerprofil bzw. Periodenprofil, wo zeitliche Rechte des Benutzers in Perioden festgelegt sind und/oder
• einem personen/güterspezifischen Benutzerprofil bzw. Individualprofil, wo individuelle Angaben über den Benutzer wie Benutzername, Büro/Stockwerk, Gebäude/Büronummer, Telefonnummer, Geburtstag, Geschlecht, Gewicht, usw. festgelegt sind, wo aber auch Präferenzen des Benutzers wie die Art der Nachrichten, die der Benutzer im Transportmittel empfangen bzw. nicht empfangen will, die Art der Musik, die der Benutzer im Transportmittel empfangen bzw. nicht empfangen will, usw. festgelegt sind und/oder
• einem gruppenspezifische Benutzerprofil bzw. Gruppenprofil, wo Angaben zur Priorität bei der Beförderung der Benutzer, usw. festgelegt sind, und/oder
• einem sicherheitsrelevanten Benutzerprofil bzw. Sicherheitsprofil, wo Angaben zu Sicherheitsaspekten des Benutzers wie eine Gefahren/Risikoabschätzung (stellt die/das Person/Gut eine Gefahr dar?, und wenn ja, für welche anderen zu befördernden Personen/Güter?, ist die/das Person/Gut Gefahren ausgesetzt?, und wenn ja, welche Schritte sollen veranlasst werden, falls ein Notfall eintritt?) festgelegt sind.

Extensive configuration means that in a first stage at least one user profile is created for people / goods to be transported. A distinction is made between:

• a spatial user profile or zone profile, where a spatial access authorization of the user is defined in zones and / or
• a temporal user profile or period profile, where temporal rights of the user are defined in periods and / or
• a person / goods-specific user profile or individual profile, where individual information about the user such as user name, office / floor, building / office number, telephone number, birthday, gender, weight, etc. is specified, but also where user preferences such as the type of messages which the user receives or does not want to receive in the means of transport, the type of music which the user receives or does not want to receive in the means of transport, etc. are specified and / or
• a group-specific user profile or group profile, where information on the priority for the transportation of users, etc. is specified, and / or
• a safety-relevant user profile or safety profile, where information on safety aspects of the user such as a hazard / risk assessment (does the person / good pose a danger? and if so, for which other persons / goods to be transported?) is the person / Well exposed to hazards?, And if so, what steps should be taken in the event of an emergency?).

These components are zone profile, period profile, individual profile, group profile and The security profile of a user profile can be combined with one another as required.

Far-reaching configuration also means that in a second stage either one User profile is used as a funding profile or at least two user profiles from persons / goods to be transported are linked to each other and so at least one result in a situation-specific funding profile. User profiles are advantageous of persons / goods to be transported according to at least one logical gate in Relation to provide a funding profile.

In this way, timetables for those to be transported can be quickly and easily Put people / goods together. At least one person / good to be transported is from at least one recognition device via at least one identification code recognized. This recognized identification code is sent to at least one control device forwarded. Either there will be at least one for each identified identification code User profile provided at least one person / good to be transported, or User profiles of at least two people / goods to be transported become one Funding profile linked. At least one means of transport such as an elevator system or Escalator or a door is controlled by the control device according to this funding profile driven.

This far-reaching configuration of user profiles largely corresponds to what is known from computer-based network technology, where the rights of Administrators can manage and assign users in a network. Surprisingly, an application of this network management is not yet in Systems for the transportation of people / goods have been realized.

• Zum einen sind die Wünsche und Bedürfnisse der Benutzer von Transportmitteln bisher nicht klar artikuliert gewesen, bzw. sind die Wünsche und Bedürfnisse der Benutzer von Transportmitteln bisher nicht in einer weitreichenden Konfiguration erfasst worden.
• Zum anderen ist die Befriedigung der Wünsche und Bedürfnisse der Benutzer gemäss der vorliegenden Erfindung technisch nicht möglich gewesen, bspw. weil sich bei den dazu notwendigen Identifikations-Codes und Erkennungsmitteln noch kein Standard durchgesetzt hat, bzw. weil die dazu notwendigen Recheneinheiten bzw. Computerprogrammprodukte zu leistungsschwach respektive zu teuer waren.
• Schliesslich handelt es sich um ein Vorurteil der Fachwelt, dass es zu überwinden galt. Die Maschinenindustrie, welche Transportmittel herstellt, war in ihren traditionellen technischen Gebieten verhaftet und hat sich darauf beschränkt, mechanisch stabile und kostengünstige Transportmittel zu produzieren und zu vertreiben. Die Maschinenindustrie hat sich bisher nicht die Aufgabe der vorliegenden Erfindung gestellt, sie hat bisher mehr oder weniger die Wünsche und Bedürfnisse der Benutzer der Transportmittel ignoriert. Auch hat sie sich bisher nicht oder kaum mit den zum Lösen der Erfindung notwendigen neuen Techniken wie Identifikations-Codes und Erkennungsmitteln sowie Recheneinheiten und Computerprogrammprodukten auseinander gesetzt.

There are several reasons for this:

• On the one hand, the wishes and needs of the users of means of transport have not been clearly articulated so far, or the wishes and needs of the users of means of transport have not been recorded in a far-reaching configuration.
• On the other hand, satisfying the wishes and needs of the users has not been technically possible in accordance with the present invention, for example because no standard has yet been established for the identification codes and identification means required for this, or because the necessary computing units or computer program products underperforming or too expensive.
• After all, it is a prejudice of the professional world that it had to be overcome. The machine industry, which produces means of transport, was arrested in its traditional technical fields and restricted itself to producing and selling mechanically stable and inexpensive means of transport. So far, the machine industry has not set itself the task of the present invention, so far it has more or less ignored the wishes and needs of the users of the means of transport. Nor has it dealt with the new techniques, such as identification codes and identification means, as well as arithmetic units and computer program products, which have been required to solve the invention.

Fig. 1

ein Blockdiagramm der Funktionsweise eines Systems zur Sicherheitskontrolle von Personen/Gütern bzw. zur Beförderung von Personen/Gütern,

Fig. 2

eine Prinzipdarstellung einer ersten beispielhaften Ausführungsform eines Systems zur Sicherheitskontrolle von Personen/Gütern bzw. zur Beförderung von Personen/Gütern,

Fig. 3

eine Prinzipdarstellung einer zweiten beispielhaften Ausführungsform eines Systems zur Sicherheitskontrolle von Personen/Gütern bzw. zur Beförderung von Personen/Gütern, und

Fig. 4

eine Prinzipdarstellung einer dritten beispielhaften Ausführungsform eines Systems zur Sicherheitskontrolle von Personen/Gütern bzw. zur Beförderung von Personen/Gütern,

Fig. 5

ein Blockdiagramm der Verknüpfung von Benutzerprofilen zu einem Förderprofil des Systems zur Beförderung von Personen/Gütern gemäss Fig. 1 bis 4,

Fig. 6

ein Schema eines Teil eines Benutzerprofils des Systems zur Beförderung von Personen/Gütern gemäss Fig. 1 bis 4,

Fig. 7

ein Schema eines Teils eines Zonenprofils des Systems zur Beförderung von Personen/Gütern gemäss Fig. 1 bis 4,

Fig. 8

ein Schema eines Teils eines Periodenprofils des Systems zur Beförderung von Personen/Gütern gemäss Fig. 1 bis 4, und

Fig. 9

ein Schema eines Teils eines Förderprofils des Systems zur Beförderung von Personen/Gütern gemäss Fig. 1 bis 4.

The invention is explained in more detail below with reference to FIGS. 1 to 9 in exemplary embodiments. It shows:

Fig. 1

1 shows a block diagram of the functioning of a system for the security control of persons / goods or for the transport of persons / goods,

Fig. 2

1 shows a basic illustration of a first exemplary embodiment of a system for the security control of persons / goods or for the transport of persons / goods,

Fig. 3

a schematic diagram of a second exemplary embodiment of a system for security control of people / goods or for the transportation of people / goods, and

Fig. 4

2 shows a basic illustration of a third exemplary embodiment of a system for the security control of persons / goods or for the transport of persons / goods,

Fig. 5

1 shows a block diagram of the linking of user profiles to a promotion profile of the system for the transportation of people / goods,

Fig. 6

1 shows a diagram of part of a user profile of the system for the transport of people / goods,

Fig. 7

1 shows a diagram of part of a zone profile of the system for the transport of people / goods,

Fig. 8

a diagram of part of a period profile of the system for the transport of people / goods according to FIGS. 1 to 4, and

Fig. 9

a diagram of part of a funding profile of the system for the transport of people / goods according to FIGS. 1 to 4.

Fig. 1 shows a block diagram and Figs. 2 to 4 schematic diagrams of exemplary embodiments of a system 100 for security control of People / goods or for the transportation of people / goods. The system 100 consists of at least one identification transmitter 1, 1 ', 1 ", at least one recognition device 10, 10 ', at least one control device 11, 11' and at least one means of transport 13 or at least one access means 14. The identification transmitter 1, 1 ', 1 " communicates with the recognition device 10, 10 'and serves to identify one Person or a good. The identification transmitter 1, 1 ', 1 "is advantageously mobile and is carried by the person or the goods, while the recognition device 10, 10 'is fixed, for example close to the transport means 13 or to the access means 14. The Carrier of the identification transmitter 1, 1 ', 1 "is thus identified.

The identification transmitter 1, 1 ', 1 "is, for example, a transponder with a transponder antenna and Transmitter electronics. The transmitter electronics of the identification transmitter 1, 1 ', 1 "have, for example. a transmitting and receiving unit and a memory with at least one piece of information on. This information includes, for example, information about the identification transmitter standard, according to which the identification transmitter can be read or written and / or one Serial number of the identification transmitter, with the identification transmitter unique is identifiable and / or an identification code according to which the carrier of the Identifier is identifiable. The memory is readable or writable and is For example, 32 bit to 8 kbit in size. The identification transmitter 1, 1 ', 1 "can be active, for example via a Battery or an accumulator can be supplied with an operating voltage, it can but also passively, for example by induction via an electromagnetic field with a Operating voltage are fed. The detection device 10 preferably radiates, 10 'such an electromagnetic field. The detection device 10, 10 'has a correspondingly trained transmitting and receiving antenna and an electronic Reading and writing unit on. For example. has the read and write unit of Detection device 10, 10 'a memory for a detection protocol and a Processor to run the detection protocol. With the detection protocols there are many variations. For example. is the communication between Identification transmitter 1, 1 ', 1 "and recognition device 10, 10' encrypted, too the identification transmitter 1, 1 ', 1 "from the recognition device 10, 10' a password request before it is readable or writable. 2 to 4, the antennas of the Identification transmitter 1, 1 ', 1 "and the recognition device 10, 10' schematically as" T " shown, while the electronics of the identification transmitter 1, 1 ', 1 "and Detection device 10, 10 'are shown schematically as rectangles. With knowledge The present invention can of course be varied by those skilled in the art Embodiment of an identification transmitter or one provided therefor Realize recognition device. So are other identifiers, such as those communicate without contact with a detection device based on light also applicable. The presented embodiment of an identification transmitter or a detection device provided for this purpose is exemplary and not restricting the scope and scope of the invention. In particular is the invention is not restricted to contactlessly communicating identification transmitters. So are identifiers in the form of magnetic cards, electronic chips, etc., the via at least one mediating contact with a detection device communicate also applicable.

Communication between identification transmitter 1, 1 ', 1 "and detection device 10, 10 'takes place, for example, by means of radio frequencies in the range from preferably 50 kHz to 6 GHz, preferably at standardized radio frequencies of 125 kHz or 13.56 MHz or 2.45 GHz, etc. The processor of the detection device 10, 10 'does this Recognition protocol and outputs, for example, the transmitting and receiving antenna on one Radio frequency independently a request signal. As soon as the identification transmitter 1, 1 ', 1 " is carried into the transmission and reception area of the recognition device 10, 10 ', the identification transmitter 1, 1 ', 1 "receives the request signal with the transponder antenna and gives the information stored in the transponder's memory via the Identification transmitter standard and / or the one stored in the memory of the transponder Serial number of the identification transmitter and / or that in the memory of the transponder filed identification code as response signal 2, 2 ', 2 "to the detection device 10, 10 '. An advantageous transmission and reception range is, for example, 2 to 50 cm. In The exemplary embodiments of a system 100 according to FIGS. 2 to 4 are Sending / receiving request signals or response signals 2, 2 ', 2 "bidirectionally and shown schematically as a double arrow. The response signal 2, 2 ', 2 "is, for example the transmitting and receiving antenna of the detection device 10, 10 'received and electronically processed. For example. the response signal 2, 2 ', 2 "from the Recognition device 10, 10 'recognized with a recognition protocol. The Detection protocol can be created individually, but it can also be in industry standards be standardized. In response to a recognized response signal 2, 2 ', 2 ", a control signal according to a control protocol 3, 3 'to the control device 11, 11'. With knowledge of The present invention can of course be varied by the person skilled in the art Embodiment of the communication of an identification transmitter with one for it realize intended detection device. The communication presented between an identification transmitter and a designated detection device is exemplary and not restrictive for the area of application and protection of the Invention. So are other non-contact or contact-mediated communications between an identification transmitter and a designated detection device also applicable. Also the information regarding the radio frequencies used, of the advantageous transmission and reception area freely variable.

In the first exemplary embodiment of a system 100 according to FIG. 2, there are two Identification transmitter 1, 1 ', two recognition devices 10, 10' and one Control device 11 shown. In the second exemplary embodiment, one Systems 100 according to FIG. 3 are two identification transmitters 1, 1 ', one Detection device 10 and a control device 11 shown. In the third exemplary embodiment of a system 100 according to FIG. 4 are three Identification transmitter 1, 1 ', 1 ", two detection devices 10, 10' and two Control devices 11, 11 'shown. The identification transmitter 1, 1 ', 1 ", Detection devices 10, 10 'and control devices 11, 11' can according to different and incompatible standards. The difference the standards of identifiers or recognition devices exist For example, in different radio frequencies and / or in different recognition respects Control protocols. For example. the control protocols are serial or parallel Art. the data formats of the control protocols differ depending on the manufacturer. When transmitting data according to a serial control protocol, data can be 8 or 9 bits long, data can also be transmitted with or without parity, also one can Checksum may be different. Transmission speeds of Control protocols may vary depending on the standard or manufacturer. For example. can a Baud rate is 9600 baud or a multiple thereof. Also one can Transmission speed of the control protocols, depending on the standard or manufacturer Manufacturer can be fixed or a user can choose between different Select transmission speeds of the control protocols.

Such a difference in standards is in the first exemplary embodiment of a system 100 according to FIG. 2 by a rectangular first identification transmitter 1 and a rectangular first recognition device 10 and an oval second one Identification transmitter 1 'and an oval second recognition device 10' schematically shown. For example. communicates the first identification transmitter 1 and the first Detection device 10 according to a first detection protocol with each other and it communicates the second identification transmitter 1 'and the second recognition device 10 'according to a second detection protocol. Also transmit this two detection devices 10, 10 'control signals according to different Control protocols 3, 3 'to a control device 11.

The situation is different in the second exemplary embodiment of a system 100 3, where a rectangular first identification transmitter 1 and an oval second Identification transmitter 1 'with a triangular recognition device 10 with a communicate common detection protocol with each other. This Detection device 10 transmits in accordance with a uniform control protocol 3 a control device 11.

In the third exemplary embodiment of a system 100 according to FIG The situation is different again. A rectangular first identification transmitter communicates here 1 and an oval second identification transmitter 1 'with a triangular first Detection device 10 with a common detection protocol with each other and a hexagonal third identification transmitter 1 "communicates with a hexagonal one second recognition device 10 'with another recognition protocol. The triangular first recognition device 10 transmits according to a first Control protocol 3 to a first control device 11, the hexagonal second Detection device 10 'transmits to a according to a second control protocol 3' second control device 11 '. For example. operate the first recognition device 10 on a first radio frequency and the second detection device 10 'on a second Radio frequency, which first and second radio frequency are different. For example. use the first and second recognition devices 10, 10 'different Discovery protocols. For example. use the first and second control devices 11, 11 ' different control protocols 3, 3 '. These differences in standards can be seen combine with each other as desired, which increases the variety of differences in the standards.

The control device 11, 11 'is connected to at least one via a wire or radio line Detection device 10, 10 'connected. For example. are the detection device 10, 10 ' and the control device 11, 11 'via a serial interface such as RS232, USB (Universal Serial Bus), etc. connected together. The invention is not based on that Use of serial interfaces between recognition device 10, 10 'and Control device 11, 11 'limited, depending on the standard or manufacturer of Detection devices 10, 10 'is the use of parallel interfaces of course also possible. Communication between recognition device 10, 10 'and Control device 11, 11 'takes place according to an identical control protocol 3, 3', it is shown bidirectionally and schematically as a double arrow. The Detection device 10, 10 'control signals, while the control device 11, 11' For example, makes inquiries with the recognition device 10, 10 '.

The control device 11, 11 'advantageously has at least one processor 110, 110 'for executing at least two different control protocols 3, 3'. For example. are control protocols 3, 3 'in a non-volatile data memory Control devices 11, 11 'are stored and are part of a configuration 61 in processor 110, 110 'is loaded. For example. the processor 110, 110 'serves for communication with the recognition device 10, 10 'and is over with the recognition device 10, 10' a serial or parallel interface connected. It is preferably the Processor 110, 110 'of control device 11, 11' around a microcontroller PIC16C63A. This is a modular family of proven processors that can be upgraded.

The control device 11 advantageously has at least one bus processor 111 on. The bus processor 111 is used, for example, for communication between processors 110, 110 'of various control devices 11, 11', or the communication with one Computing unit 12, or communication with at least one means of transport 13, or communication with at least one access means 14 bus processor 111 is an Echelon chip from Motorola MC143150B1 or a Toshiba TMPN3150B1. For example. the bus processor 111 has a non-volatile one Data storage on. For example. is configuration 61 in this non-volatile data memory saved. The processor 110, 110 'of the control device 11 or are processors 110, 110 'of various control devices 11, 11' and the bus processor via an interface, preferably an SPI interface (SPI stands for Serial Peripheral interface) and communicate via a protocol bus. The clock frequency of the SPI interface is, for example, 20 kHz. The communication within a control device 11 or between different control devices 11, 11 'is shown bidirectionally and schematically as a double arrow. For example. is in one Configuration phase 21 a configuration 61 from the non-volatile data memory of the Bus processor 111 loaded into a processor 110, 110 'while in a control signal read phase 23 a control signal according to a standard protocol 60 from processor 110, 110 ' is transmitted to the bus processor 111.

The control device 11, 11 'is, for example, a printed circuit board in its own housing or a printed circuit board for insertion into a housing of a detection device 10, 10 ' and / or a computing unit 12. is the control device 11, 11 'via a commercially available interface connected to the computing unit 12. The computing unit 12 can be a commercially available personal computer or a workstation. The Control device 11, 11 'has access to a protocol library with at least one User profile A, A '. For example. the computing unit 12 has a memory for storing at least one user profile A, A '. The control device 11 can be its own electrical power supply for feeding the processor of the control device 11, 11 ' have, but it can from the computing unit 12, for example. Via a cable with electrical Electricity are supplied. Those skilled in the art can understand the present invention of course, any variations of this embodiment of a control device realize. This presented embodiment of a control device is exemplary and not limiting the scope and scope of the invention. So is software emulation of the control device is possible, for example, in a computing unit. The information regarding the processor used in the control device, the advantageous bus processor of the control device, the advantageous interfaces between detection device and control device and the interface between Control device and computing unit freely variable. The control device can also with just a single processor to communicate with one Detection device, or with other control devices, or with a Realize computing unit, or with a means of transport, or an access means.

The control device 11, 11 ′ controls via at least one secondary control signal 5 at least one means of transport 13 or at least one access means 14. The Control device 11, 11 'detects at least one control signal 3, 3' from at least one Detection device 10, 10 'and gives a secondary one for a detected control signal 3, 3' Control signal 5 off. The control device 11, 11 'can be used to make several different ones Standards from information providers 1, 1 ', 1 "or recognition devices 10, 10' use to control a means of transport 13 or an access means 14. The Control device 11 recognizes control signals according to at least two different ones Control protocols 3, 3 'and then outputs a secondary control signal 5. The control device 11, 11 ′ advantageously sets in a recognized control signal at least one control signal according to standard protocol 60 µm. For example. but is not mandatory the standard protocol 60 is a preferred control protocol 3, 3 '. Advantageously used the control device 11, 11 'a control signal according to standard protocol 60 as a kind Key. The control device 11, 11 'advantageously opens with this key exactly one user profile A, A 'of a person / good to be transported. advantageously, a control signal according to standard protocol 60 is exactly one user profile A, A ' assigned. In this user profile A, A 'are diverse data about the / Transporting person / stored well, e.g. access rights, transport destinations, etc. stored. The control device 11, 11 'advantageously uses this user profile A, A 'for generating the secondary control signal 5. This advantageously works Transport means 13 and the access means 14 then in communication with the Control device 11, 11 'from this user profile A, A'. Communication between the control device 11, 11 'and the transport means 13 or the access means 14 shown bidirectionally and schematically as a double arrow.

The means of transport 13 is preferably an elevator installation with at least one elevator and at least one elevator car in the embodiments according to FIGS. 2 and 3 or three elevator cars in the embodiment according to FIG. 4. The vertical double arrow for means of transport 13 indicates that the elevator car is hanging on a rope and off a drive driven in the elevator shaft in the up and down direction. The access means 14 is at least one in the embodiments according to FIGS. 2 to 4 Door. It is possible to provide a door that gives access to rooms and / or one Stairwell and / or an elevator system, etc. permitted. The detection device 10, 10 'is arranged, for example, in the vicinity of the elevator installation or the door. But preferred at least one detection device 10, 10 'is not mandatory at all accesses to the Elevator system or arranged on all doors.

The control device 11, 11 'or the computing unit 12 is / are not mandatory in the Proximity of the detection device 10, 10 'or the means of transport 13 or the Access means 14 arranged. For example. are the control device 11, 11 'and Computing unit 12 in a suitable room, for example at the gatekeeper, caretaker, etc. of the building of the elevator system. By controlling the elevator system the access authorization of the wearer of an identification transmitter 1, 1 ', 1 "is checked and / or the carrier of an identification carrier 1, 1 ', 1 "is removed from the elevator installation promotes or becomes the carrier of an identification carrier 1, 1 ', 1 "access to Access means 14 granted. Here too, the scope of application and protection of the Invention not on means of transport in the embodiment of an elevator system as well is limited to access means in the embodiment of doors. With knowledge of The present invention can of course be varied by the person skilled in the art Embodiment of a means of transport for the transportation of people or goods such as Passenger cars, a railroad, a tram, an airplane, a treadmill, etc. realize. He can also make any variations of the embodiment of an access means for the security check of people / goods such as a compartment, a flap, etc. realize.

• In einer Initialisierungsphase 20 wird nach dem Einschalten der Steuervorrichtung 11, 11' vorzugsweise aber nicht zwingend eine Konfiguration 61 aus dem Datenspeicher der Steuervorrichtung 11, 11' geladen. Die Initialisierungsphase 20 erfolgt in der Steuervorrichtung 11, 11'. Die Konfiguration 61 umfasst bspw. mehrere Steuerprotokolle 3, 3'. Die Konfiguration 61 enthält bspw. ein Passwort, um auf einen Passwort-geschützten Identifikationsgeber 1, 1, 1" zugreifen zu können. Die Konfiguration 61 enthält bspw. einen Verschlüsselungs-Code, um eine abhörsichere, verschlüsselte Kommunikation, wie eine Funk-Kommunikation zwischen Erkennungsvorrichtung 10, 10' sowie Identifikationsgeber 1, 1', 1" zu realisieren. Die Konfiguration 61 enthält bspw. Angaben über identifikationsgeberspezifische Informationen wie, welche Blöcke aus dem Speicher des Identifikationsgebers 1, 1, 1" eingelesen werden sollen, usw.. Die Konfiguration 61 enthält bspw. Angaben zu einem minimalen Zeitabstand, um zu unterscheiden und um zu vermeiden, dass mehrmals hintereinander der gleiche Identifikationsgeber 1, 1, 1" eingelesen wird. Die Konfiguration 61 enthält bspw. Angaben, welche Standards von gleichen Identifikationsgebern 1, 1, 1" respektive Erkennungsvorrichtungen 10, 10' unterstützt werden sollen, wodurch die Anzahl der unterstützen Steuerprotokolle 3, 3' von bspw. 20 auf 5 reduziert wird, was die Ausführung des Verfahrens beschleunigt.
• In einer Konfigurationsphase 21 wird an der Schnittstelle zur Erkennungsvorrichtung 10, 10' mit mindestens zwei Steuerprotokollen 3, 3' nach einer Erkennungsvorrichtung 10, 10' gesucht. Die Konfigurationsphase 21 erfolgt in der Steuervorrichtung 11, 11'. Eine solche Anfrage nach einem Steuerprotokoll 3, 3' erfolgt bspw. zyklisch. In der Konfiguration 61 ist bspw. festgelegt, mit welchem Steuerprotokoll 3, 3' bzw. in welcher Reihenfolge von Steuerprotokollen 3, 3' die Steuervorrichtung 11, 11' eine selbstständige Anfrage bei einer Erkennungsvorrichtung 10, 10' durchführt. Bspw. fragt die Steuervorrichtung 11, 11' gemäss einem ersten Steuerprotokoll 3 nach einer aktuellen Softwareversion der Erkennungsvorrichtung 10, 10'. Bspw. fragt die Steuervorrichtung 11, 11' gemäss einem ersten Steuerprotokoll 3 nach dem Bootstatus der Erkennungsvorrichtung 10, 10'. Falls auf eine solche Anfrage gemäss einem ersten Steuerprotokoll 3 innerhalb einer bestimmten Zeit keine Antwort von der Erkennungsvorrichtung 10, 10' erfolgt, wird vermutet, dass die Erkennungsvorrichtung 10, 10' dieses Steuerprotokoll 3 nicht kennt und diese Anfrage wird von der Steuervorrichtung 11, 11' mit einem anderen Steuerprotokoll 3' wiederholt. Dem Fachmann sind eine Vielzahl von Steuerprotokollen 3, 3' bekannt, welche oft proprietär, d.h. herstellerspezifisch sind und daher miteinander wenig oder kaum kompatibel sind. Solche Steuerprotokolle 3, 3' sind frei erhältlich bzw. kommerziell erhältlich.

1 is a block diagram of a mode of operation of the system 100 consisting of an identification transmitter 1, 1 ', 1 ", recognition device 10, 10', control device 11, 11 'and means of transport 13 or access means 14. The system 100 functions, for example, according to five different methods Phases 20, 21, 22, 23, 24:

• In an initialization phase 20, a configuration 61 is preferably, but not necessarily, loaded from the data memory of the control device 11, 11 'after the control device 11, 11' is switched on. The initialization phase 20 takes place in the control device 11, 11 '. The configuration 61 comprises, for example, several control protocols 3, 3 '. The configuration 61 contains, for example, a password in order to be able to access a password-protected identification transmitter 1, 1, 1 ". The configuration 61 contains, for example, an encryption code to enable tap-proof, encrypted communication, such as radio communication between To realize recognition device 10, 10 'and identification transmitter 1, 1', 1 ". Configuration 61 contains, for example, information about identifier-specific information, such as which blocks are to be read from the memory of identification transmitter 1, 1, 1 ", etc. Configuration 61 contains, for example, information about a minimum time interval in order to distinguish and to avoid that the same identification transmitter 1, 1, 1 "is read several times in succession. The configuration 61 contains, for example, information about which standards are to be supported by the same identification transmitters 1, 1, 1 "or recognition devices 10, 10 ', as a result of which the number of control protocols 3, 3' supported is reduced from, for example, 20 to 5, which reduces the Accelerated execution of the procedure.
• In a configuration phase 21, at least two control protocols 3, 3 'are searched for a recognition device 10, 10' at the interface to the recognition device 10, 10 '. The configuration phase 21 takes place in the control device 11, 11 '. Such a request for a control protocol 3, 3 'takes place, for example, cyclically. Configuration 61 specifies, for example, which control protocol 3, 3 'or in which sequence of control protocols 3, 3' the control device 11, 11 'uses to make an independent request to a recognition device 10, 10'. For example. In accordance with a first control protocol 3, the control device 11, 11 'asks for a current software version of the detection device 10, 10'. For example. the control device 11, 11 'asks for the boot status of the detection device 10, 10' according to a first control protocol 3. If there is no response from the recognition device 10, 10 'to such a request according to a first control protocol 3, it is assumed that the recognition device 10, 10' does not know this control protocol 3 and this request is made by the control device 11, 11 'repeated with a different control protocol 3'. A multitude of control protocols 3, 3 'are known to the person skilled in the art, which are often proprietary, ie manufacturer-specific, and are therefore not or hardly compatible with one another. Such control protocols 3, 3 'are freely available or commercially available.

Baltech ID-engine Rev. 1.01

Feig Electronic OBID ID RW Family, Version 4.07

id Systems Ltd, packed-based RS232 Communications Protocol, Version 3.30. Bspw. wird das folgende parallele Steuerprotokoll 3, 3' unterstützt:

Philips HTRM 310.

For example. The following serial control protocols 3, 3 'are supported:

Baltech ID engine Rev. 1.01

Feig Electronic OBID ID RW Family, Version 4.07

id Systems Ltd, packed-based RS232 Communications Protocol, version 3.30. For example. the following parallel control protocol 3, 3 'is supported:

Philips HTRM 310.

In a response signal reading phase 22, the recognition device 10, 10 'reads in Response signal 2, 2 ', 2 "of an identification transmitter 1', 1 ', 1". The response signal read phase 22 takes place between the identification transmitter 1, 1 ', 1 "and the Detection device 10, 10 '. The response signal 2, 2 ', 2 "comprises, for example, information about an identification transmitter standard and / or via the serial number of the Identification transmitter 1, 1 ', 1 "and / or the identification code of the identification transmitter 1, 1 ', 1 ". The response signal 2, 2', 2" of an identification transmitter 1 ', 1', 1 "is from the Recognition device 10, 10 'recognized with a recognition protocol.

As soon as the control device 11, 11 'communication according to a control protocol 3, 3 'with a detection device 10, 10' takes place in a control signal reading phase 23 a request for a control signal according to at least one Tax protocol 3, 3 '. The control signal reading phase 23 takes place between the Detection device 10, 10 'and the control device 11, 11'. advantageously, is asked for such a control signal in an endless loop. For example. will after a serial number of an identification transmitter 1, 1 ', 1 "and / or after or after one Identification code of an identification transmitter 1, 1 ', 1 "asked. A control signal according to a control protocol 3, 3 'of a recognition device 10, 10' is from the Control device 11, 11 'with a corresponding, identical control protocol 3, 3' recognized. The control device 11, 11 'advantageously sets recognized control signals according to different control protocols 3, 3 'in control signals according to one uniform standard protocol 60 um.

In a control phase 24, the control device 11, 11 'gives a recognized control signal at least one secondary control signal 5. With this secondary control signal 5 is the transport means 13 and the access means 14 are controlled. The control phase 24 takes place between the control device 11, 11 'and the transport means 13 and the Access means 14. controls the control device 11 an elevator system or a door according to the secondary control signal 5. With the secondary control signal 5 the Carrier of the identification transmitter 1, 1 ', 1 "in a first function Allows elevator system or to the door and / or the carrier of the identification transmitter 1, 1 ', 1 "is promoted to a target floor in a second function. The control device 11, 11 ′ advantageously orders the control signal Standard protocol 60 exactly one user profile A, A '. In this user profile A, A 'are For example, information about the access authorization of the person / good and / or information filed over a destination floor. This user profile A, A 'is used to generate the secondary control signal 5 used. The elevator system then works in Communication with the control device 11, 11 'from this user profile A, A'.

Fig. 5 shows a block diagram of the linking of user profiles A, A ', A " at least one conveyor profile B. The control device 11 is, for example, a commercially available one Personal computer or a workstation. The control device 11 has a processor 110 to link the user profiles A, A ', A "to a conveyor profile B. The Processor 110 may include non-volatile memory. The control device 11 has access to a memory 120 with user profiles A, A ', A ". For example, the memory 120 with user profiles A, A ', A "arranged in the control device 11. For everyone recognized identification code 3 is at least one from the memory 120 User profile A, A ', A "provided and advantageously in the processor 110 according to at least one logical gate such as "AND", "OR", NOT ", etc. to the funding profile B linked.

The assignment and linking of user profiles A, A ', A "is at least performed a computer program product. The computer program product serves to control the system 100 for the transportation of people / goods. The Computer program product is, for example, in a common and proven computer language written. For example. is the computer program product in any one to which Implemented computing unit implemented, for example Computer program product stored in a memory and is used to execute the Computer program product loaded into a processor. For example. it is this Computing unit around the control device 11, for example, the computer program product is in a memory 120 of the control device 11 and, for example Computer program product loaded into the processor 110 of the control device 11. The Computer program product is storable, reproducible and in a known manner updatable. With knowledge of the present invention the person skilled in the art can of course any variations of this embodiment of a computer program product realize. So it is not necessary for the purposes of the invention that Computer program product is implemented in the control device. It is quite possible that computer program product in any, to execute the To implement computer program product provided separate computing unit and the result of execution of the computer program product to the To transmit control device. For example. is the computer program product in one Remote server implemented. For this purpose, the control device can be connected, for example, via a wire or radio line, for example, connected to such a computing unit via the Internet.

The control device 11 advantageously has a bus processor. The bus processor is used, for example, for communication between processor 110 Control device 11 and the means of transport 13. The control device 11 controls this Transport means 13 according to the promotion profile B via at least one secondary Control signal 5 on. With knowledge of the present invention the person skilled in the art can of course implement any variations of a control device. So can with the secondary Control signal an access means, for example in the embodiment according to FIG. 2 driven become. The embodiment of a control device shown is exemplary and not restricting the scope and scope of the invention. For example. can the Control device also as a slide-in, set-top box, etc. for a detection device be designed. It is also possible to store user profiles in one Provide remote server, and user profiles over a wired or radio line, for example. to be transmitted to the control device via the Internet. It is therefore possible to have a safe one or central remote server for all user profiles. It is also possible, User profiles from a memory of a remote server with or without request from the To transmit control device to the control device.

The means of transport 13 is, for example, an elevator installation with one or more elevators, for example in the conveying direction according to the vertical double arrow according to FIG. 7 or 8 Transport people / goods. For example. the elevator system has three lifts, which in have 15 boarding and alighting points on different floors of a building. For example. are the three lifts are provided side by side in a building 15 with office space and allow simultaneous parallel transportation of people / goods. This The embodiment of a means of transport presented is exemplary. With knowledge of In the present invention, the person skilled in the art can also use other means of transport such as escalators, Treadmills, doors, but also railways, subways, trams, Use cable cars, planes, etc. For example. is the means of transport a door that is opened in accordance with a control signal of the control device to a person or to give a good access to a room, a staircase, a corridor, etc.

6 is an exemplary embodiment of a user profile A, A ', A ". Advantageously the user profile A, A ', A "has at least one spatial user profile or Zone profile A1, A1 ', A1 "and / or at least one temporal user profile or Period profile A2, A2 ', A2 "and / or at least one person / goods specific User profile or individual profile A3, A3 ', A3 "and / or at least one group-specific user profile or group profile A4, A4 ', A4 "and / or at least one security-relevant user profile or security profile A5, A5 ', A5 " on.

The spatial access authorization of the user is in zone profile A1, A1 ', A1' Zones set. Zones are understood to mean spatially connected areas. The zones can be contiguous or disjoint. A an exemplary embodiment of such a zone profile A1, A1 ', A1 "is in the diagram play according to FIG. 7. A multi-storey building 15 can be seen in this diagram, in which several lifts transport 13 people / goods. For example. is the building 15 divided into a left and a right half. For example. are the Halves of the building 15 divided into four zones W, X, Y, Z. For example. is the Zone W is a zone with low access priority, to which all users largely and also Visitors and guests have access. For example. Zone W is the Entrance / reception on the ground floor of building 15 and a user restaurant in the 1st floor of building 15. Zones X and Y are two middle zones Access priority to which only users with certain privileges have access. For example. have employees of companies that are located in the halves of zones X and Y offices have access to these Zones X and Y. Zone Z is a high zone Access priority that only users with certain privileges have access to. For example. is a penthouse apartment to which only the owner / tenant of Penthouse apartment has access. Zones of equal access priority do not have to contiguous. Each zone is advantageously provided with a means of transport 13 Invention achievable. Those skilled in the art can understand the present invention of course implement any variations of a zone profile. The one shown Embodiment of a zone profile is exemplary and not restrictive for the Scope and scope of the invention. For example. the zone profile can be even finer, i.e. be divided into more than four zones. Of course it is also possible that Subdivide zone profile into less than four zones.

In the period profile A2, A2 ', A2 "there are temporal rights of the user in periods established. Periods are understood to mean time-related areas. The Periods can be long or irregular. An exemplary An embodiment of such a period profile A2, A2 ', A2 "is shown in the diagram according to FIG. Play 8. In this embodiment, the temporal rights are temporal Access authorizations according to periods W ', X', Y '. Z '. Fig. 8 shows a multi-storey Building 15, in which several elevators as a means of transport 13 people / goods transport. For example. Building 15 is divided into a left and a right half. For example. are the floor halves of building 15 in four periods W ', X', Y ', Z' assigned. For example. period W 'is a period with low access priority during the largely all users as well as visitors and guests have access. For example. it is the period W 'during a period from 7:00 a.m. to 8:00 p.m. the the entrance / reception on the ground floor of building 15 as well as a user restaurant are accessible on the first floor of building 15. For example. the periods X 'and Y' are two Periods with medium access priority, during which only users with certain Privileges have access. For example. Period X 'is a period for Cleaning staff of the entrance / reception, the user restaurant and the offices in the Building 15. this period X 'lasts from 9:00 p.m. to 12:00 p.m. For example. to have Employees of companies with offices in the half floors of period Y 'have access to these offices during this period Y '. For example. the period Y 'lasts from 7 in the morning Until 6 p.m. For example. the period Z 'is a period with high access priority, during which only users with certain privileges have access. For example. it is a penthouse apartment that is only owned by the owner / tenant of the penthouse apartment has access during a period Z 'of 24 hours a day. Periods of the same Access priority need not be contiguous. Each period is advantageously included a means of transport 12 of the invention. With knowledge of the present The person skilled in the art can of course invent any variations of a period profile realize. The embodiment of a period profile shown is exemplary and not restricting the scope and scope of the invention. For example. can the Period profile even finer, i.e. be divided into more than four periods. of course is it is also possible to divide the period profile into less than four periods. Finally, the duration of the periods can be freely set. It is also Period profile to be interpreted broadly and not to a temporal access authorization limited. The temporal rights can be combined with the individual profile, for example, in order to vary the user's preferences over time in periods (e.g. pop music on Monday, classical music on Friday, etc.).

Individual information about the user is specified in the individual profile A3, A3 ', A3 ". Examples of information from the individual profile A3, A3 ', A3 "are: the user name, the office / floor, the building / office number, at least one telephone number, the Birthday (this allows the user to be greeted on his birthday in the Means of transport 13), gender, weight (which allows more efficient occupancy the means of transport 13), etc. In the individual profile A3, A3 ', A3 "can also User preferences such as the type of messages (e.g. the weather report, the Stock exchange, etc.) that the user receives or does not receive in the transport means 13 wants, the type of music (e.g. pop music, jazz music, classical music, etc.) that the User in the means of transport 13 received or does not want to receive, etc. set his. With knowledge of the present invention, the person skilled in the art can of course do any Realize variations of an individual profile. The described embodiments an individual profile are exemplary and not restrictive for the application and Scope of the invention. For example. the individual profile can be refined in the messages to the user in a special order (e.g. first the weather, then the stock exchange) are provided, etc. It can also be specified that the user, for example. Jazz music feels very uncomfortable and wants to be spared from it, etc.

The group profile A4, A4 ', A4 "contains information on the priority when transporting the Users, etc. For example. are certain users of the means of transport 13 for one Company of special importance and importance. Absences of such important Users in the means of transport 13 represent unusable time or lost time However, such important users are often transported a lot in the means of transport 13. It applies now to avoid such important users losing a lot of time in the means of transport 13. For this reason, they are promoted with high priority. High priority means that the Promotion of an important user has a higher weighting than that of a standard user receives. For example. the control device 11 evaluates the transportation of an important one User four times the transportation of a standard user. Once such an important one If the user is recognized via an identification code or response signal, the user will be attributed Control device 11 the recognized identification code or response signal physical presence of, for example, four standard users, the control device behaves, as if four standard users were carrying 10 a detection device desire the means of transport 13, in fact only one important person does so. at Knowledge of the present invention can of course be varied by those skilled in the art realize a group profile. The described embodiments of a Group profiles are exemplary and not restrictive for the application and Scope of the invention. For example. the group profile can be refined in which a distinction is not only made between important users and standard users, but in which, for example, three or four such weightings are carried out.

The safety profile A5, A5 ', A5 "contains information on safety aspects of the user like a hazard / risk assessment (does the person / good represent a hazard?, and if yes, for which other persons / goods to be transported? is the person / good Exposed to hazards, and if so, what steps should be taken if a Emergency occurs?). It can also be specified, for example, whether a vehicle to be transported Belongs well to a hazard class, and if so, you can indicate which steps in the event of an accident involving this good, it can also be stated whether the good may be transported with a good from another hazard class, and if so with which and in what quantities. For example. can be specified whether a User suffers from Astma. And if the user experiences an asthma attack, it can whether and which medication to take. Parts of Security profile A5, A5 ', A5 "and / or the entire security profile A5, A5', A5" can / can via means, for example. Via a monitor and / or a loudspeaker in the Transport means 13 be accessible. Parts of the security profile A5, A5 ', A5 "and / or the whole security profile A5, A5 ', A5 "can also be specialized and responsible personnel, e.g. the paramedic or the fire brigade. The Access to the security profile A5, A5 ', A5 "can be regulated in different ways. For example. the safety profile A5, A5 ', A5 "becomes automatic after an alarm is triggered made partially and / or fully accessible in the means of transport 13. With knowledge In the present invention, those skilled in the art can of course make any variations of one Realize security profile. The described embodiments of a Security profiles are exemplary and not restrictive for the application and Scope of the invention.

9 shows a diagram of a part of a conveyor profile B of the system for conveying Persons / goods. This exemplary embodiment of a conveyor profile B is based on For example, three user profiles A, A ', A "in the embodiment according to FIG. 7. Each user profile A, A ', A "advantageously has at least one spatial one User profile or zone profile A1, A1 ', A1 ", at least one temporal user profile or period profile A2, A2 ', A2 ", at least one person / goods-specific User profile or individual profile A3, A3 ', A3 ", at least one group-specific User profile or group profile A4, A4 ', A4 "and at least one security-relevant User profile or security profile A5, A5 ', A5 "on.

These three user profiles A, A ', A "of persons / goods to be transported become linked at least one funding profile B. Specifically, the linking of User profiles A, A ', A "according to the rules of at least one function F. Eg. zone profiles A1, A1 ', A1 "are linked according to at least one zone function F1. For example. become period profiles A2, A2 ', A2 "according to at least one period function F2 linked. For example. individual profiles A3, A3 ', A3 "according to at least one Individual function F3 linked. For example. group profiles A4, A4 ', A4 "according to linked to at least one group function F4. For example. become safety profiles A5, A5 ', A5 "linked according to at least one safety function F5. Advantageously the function F is at least one logical gate such as "AND", "OR", "NOT", etc.

The result R of this linkage is, for example, as at least one zone result R1, for example as at least one period result R2, for example as at least one Individual result R3, for example as at least one group result R4, for example as output at least one safety result R5.

The invention is demonstrated below using a demonstration example. For example. are several people via a response signal 2 from a detection device 10 recognized and unambiguous by a recognized response signal from the control device 11 identified. For example. these people are currently on a certain floor (e.g. on the ground floor) of the building 15 in front of a means of transport 13 in the form of a Lift system. The user profiles A, A ', A "of these people become one Funding profile B linked. For example. results in the connection of the individual profiles A3, A3 ', A3 "of these people according to an individual function F3 that several of these waiting people to the same floor (e.g. 6th floor) of building 15 want to be. The resulting funding profile B thus leads to a secondary one Control signal 5 to the elevator system, which secondary control signal 5 indicates that the waiting people who want to be transported to the 6th floor to a designated one Elevator of the elevator system guided (for example via light signals and / or via acoustic Signals) and grouped directly to the destination on the 6th floor.

Carriage according to funding profile B is therefore more efficient because the resources of the Elevator system can be optimized. The promotion is also according to a funding profile B more pleasant for the people / goods to be transported, as for example a designated elevator drives directly to the destination and no longer stops on the way there. Finally, the Promotion according to a promotion profile B a targeted prevention of undesirable Funding preferences, for example, such messages are targeted in the designated elevator avoided that none of the people to be transported wishes to receive.

In this way, it is possible for the manufacturer of the means of transport 13 in addition to maintenance and maintenance of the means of transport 13, including maintenance, servicing and Update the user profiles A, A ', A ". This is a new range of services that the manufacturer of the means of transport 13 a large Enables customer loyalty. Especially for customers like international companies Headquartered in many cities, this range of services can be helpful and useful his. For example. a manufacturer of elevator systems can then not only take the elevator systems in maintain corresponding number of buildings 15 or floors of this customer / company and wait, he can then also use the user profiles A, A ', A "for these many buildings 15 entertain, maintain or update. User profiles A, A ', A " coordinated and / or exchanged and / or managed centrally. For example. are user profiles in all buildings / floors of a customer / company with each other compatible. An important user then becomes, for example, not only in a first building of a customer / company, but also in another building of the customer / company than such transported in the means of transport. This enables the efficiency of the Elevator systems, since 15 user profiles A, A ', A "are used in all buildings or user profiles A, A ', A "are linked to support profiles B and leads to a Increasing the satisfaction of the needs of the people / goods to be transported.

In this way it is also possible to record time according to at least one User profile A, A ', A ". For example, the presence of a user is in at least one zone W, X, Y, Z of a building 15 from system 100 as zone time, i.e. as the time difference between at least one entry or exit time to / from the Zone W, X, Y, Z recorded. For example. a user will be at 8 a.m. in the morning Input / reception of the building 15 recognized via a response signal 2, the recognized Response signal becomes a user profile A, A ', A "with zone profile A1, A1', A1" assigned and the user enters zone W according to zone profile A1, A1 ', A1 ", X, Y, Z of building 15 a. This access time to zone W, X, Y, Z is recorded. Later, for example at noon at 12 o'clock the user leaves this zone W, X, Y, Z. Again the User recognized via a response signal 2, the recognized response signal is a User profile A, A ', A "assigned and the user leaves the zone W, X, Y, Z. This exit time from zone W, X, Y, Z is recorded. This allows zone times in List buildings / floors of a customer / company for time recording.

This time recording takes place according to at least any criterion of the User profiles A, A ', A ". For example, per time unit and per zone W, X, Y, Z Zone times of each user recorded. Each of these custom zone times becomes a with a corresponding user-specific labor cost value user-specific zone time wage cost value multiplied. The user-specific Zone time wage cost values are added to a zone wage cost total. So leave work projects of the customer / company are divided into zones and wage costs Zone-specific and user-specific per time unit. With knowledge of present invention, the person skilled in the art can make other variations of the Realize time recording based on a user profile.

Claims (14)

Method for operating a system (100) for security control of people and / or goods or for the transportation of people and / or goods, at least one response signal (2, 2 ', 2 ") from at least one identification transmitter (1, 1', 1 ") is output, this response signal (2, 2 ', 2") is received by at least one recognition device (10, 10') and at least one control signal is output by the recognition device (10, 10 '),
characterized in that control signals according to at least two different control protocols (3, 3 ') are transmitted to at least one control device (11, 11'), that these control signals are recognized by the control device (11, 11 ') and that at least for a recognized control signal a secondary control signal (5) is output by the control device (11, 11 '). A method according to claim 1, characterized in that control signals according to different control protocols (3, 3 ') are recognized by the control device (11, 11') according to corresponding control protocols (3, 3 ') and that a recognized control signal from the control device (11, 11 ') is converted into a control signal according to a standard protocol (60). Method according to claim 2, characterized in that exactly one user profile (A, A ', A ") is assigned to a control signal according to the standard protocol (60) by the control device (11, 11'), that for an assigned user profile (A, A '"A") at least one secondary control signal (5) is output by the control device (11, 11 ') and that with the secondary control signal (5) from the control device (11, 11') at least one means of transport (13) and / or at least an access means (14) is controlled. Method according to claim 3, characterized in that a carrier of the identification transmitter (1, 1 ', 1 ") according to the user profile (A, A', A") is given access to the means of transport (13) and / or that a carrier of the identification transmitter (1, 1 ', 1 ") according to the user profile (A, A', A") is transported by the means of transport (13) and / or that a carrier of the identification transmitter (1, 1 ', 1 ") according to the user profile (A , A '; A ") access to the access means (14) is made possible. Method according to one of claims 1 to 4, characterized in that for each control signal detected at least one user profile (A, A ', A ") of a person / good to be transported is provided, that at least one user profile (A, A', A ") of a person / good to be transported is used as a promotion profile (B) or that at least two user profiles (A, A ', A") of at least two people / goods to be transported are linked to form a promotion profile (B), and that at least one means of transport (13) and / or one access means (14) is controlled by the control device (11, 11 ') according to this conveyor profile (B). Control device (11, 11 ') for controlling a system (100) for the security check of people and / or goods or for the transportation of people and / or goods, at least one identification transmitter (1, 1', 1 ") at least one response signal ( 2, 2 ', 2 "), at least one detection device (10, 10') receives this response signal (2, 2 ', 2") and the detection device (10, 10') outputs at least one control signal,
characterized in that the control device (11, 11 ') reads control signals according to at least two different control protocols (3, 3'), that the control device (11, 11 ') recognizes these control signals and that the control device (11, 11') for one recognized control signal outputs at least one secondary control signal (5). Control device (11, 11 ') according to claim 6, characterized in that the control device (11, 11') recognizes control signals according to different control protocols (3, 3 ') according to corresponding control protocols (3, 3') and that the control device (11, 11 ') converts a recognized control signal into a control signal according to a standard protocol (60). Control device (11, 11 ') according to claim 7, characterized in that the control device (11, 11') assigns exactly one user profile (A, A ', A ") to a control signal according to the standard protocol (60), that the control device (11, 11 ') for an assigned user profile (A, A', A ") outputs at least one secondary control signal (5) and that the control device (11, 11 ') with the secondary control signal (5) at least one means of transport (13) and / or controls at least one access means (14). Control device (11, 11 ') according to one of claims 6 to 8, characterized in that for each control signal detected there is at least one user profile (A, A', A ") of the person / good to be transported, that the control device ( 11, 11 ') uses at least one user profile (A, A', A ") of a person / good to be transported as the conveyor profile (B) or that the control device (11, 11 ') has at least two user profiles (A, A', A ") of at least two people / goods to be transported to form a conveyor profile (B), and that the control device (11, 11 ') has at least one means of transport (13)) and / or at least one access means (14) according to this conveyor profile (B ) controls. System (100) for the security check of people and / or goods or for the transportation of people and / or goods, wherein at least one identification transmitter (1, 1 ', 1 ") outputs at least one response signal (2, 2', 2"), at least one recognition device (10, 10 ') receives this response signal (2, 2', 2 ") and the recognition device (10, 10 ') outputs at least one control signal,
characterized in that the control device (11, 11 ') reads control signals according to at least two different control protocols (3, 3'), that the control device (11, 11 ') recognizes these control signals and that the control device (11, 11') for one recognized control signal outputs at least one secondary control signal (5). System (100) according to claim 10, characterized in that the control device (11, 11 ') recognizes control signals according to different control protocols (3, 3') according to corresponding control protocols (3, 3 ') and that the control device (11, 11') converts a recognized control signal into a control signal according to a standard protocol (60). System (100) according to claim 11, characterized in that the control device (11, 11 ') assigns exactly one user profile (A, A', A ") to a control signal according to the standard protocol (60), that the control device (11, 11 ') outputs at least one secondary control signal (5) for an assigned user profile (A, A ', A ") and that the control device (11, 11') with the secondary control signal (5) outputs at least one means of transport (13) and / or at least one access means (14) controls. System (100) according to one of claims 10 to 12, characterized in that the control device (11, 11 ') with the secondary control signal (5) at least one elevator system as a means of transport (13) and / or at least one door as an access means (14) controls or that the control device (11, 11 ') with the secondary control signal (5) at least one elevator system as a means of transport (13) according to an identification code of the identification transmitter (1, 1', 1 ") and / or at least one door as an access means (14) driven according to an identification code of the identification transmitter (1, 1 ', 1 "). System (100) according to one of claims 10 to 13, characterized in that for each control signal detected there is at least one user profile (A, A ', A ") of the person / good to be transported, that the control device (11, 11 ') uses at least one user profile (A, A', A ") of a person / good to be transported as the promotion profile (B) or that the control device (11, 11 ') uses at least two user profiles (A, A', A") of at least two persons / goods to be transported to form a conveyor profile (B), and that the control device (11, 11 ') controls at least one means of transport (13) and / or at least one access means (14) according to this conveyor profile (B).

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