• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention relates to a location and inventory system for articles provided with connections for an energy supply chain as energy consumers, each of which is individually part of the location and inventory information of an item that can be surveyed from a central processing unit. In a location and inventory system having a degree of item identification, a transmission assembly for predetermined location identification information, which is applied on the energy carrier as additional information and is different from other location identification information in the energy supply chain, is an energy for the energy receiving system. Provided in an area of the network connection and fixedly operatively connected thereto, the location identification information may be emitted by the energy network connection through an energy network towards at least one energy receiving system connected to the energy network connection, The energy receiving system Is a receiving means for the location identification information, and a converter for converting the location identification information with or in association with the article identification information in an appropriate data format for transmission and for transmitting the information to a data processing system for measurement purposes. Is provided.
    公开号:KR20010074449A
    申请号:KR1020007010275
    申请日:1999-03-18
    公开日:2001-08-04
    发明作者:쏘르스텐우 메이；디르크 헤르만
    申请人:추후제출；베베-다타 게젤샤푸트 퓨어 인포르마촌스-운트 콤무니카 촌스자이스테메 엠베하；
    IPC主号:
    专利说明:

    Location and inventory systems {LOCATION OR INVENTORY SYSTEM}
    [2] In this kind of location and inventory system, it is important to know the location and presence of articles. In such an article, a known research system provides a label or tags that can remotely signal the article's data to provide a central processing unit located in close proximity by regular, continuous signals. The presence and location of the articles are checked by making them recognizable from. Thus, the location or inventory data of the article must continue to be in close proximity.
    [3] A disadvantage of such a device is that there is a need for a special device that serves as a near field monitoring system that has only a single purpose of transmitting a signal of an article to a higher processing device. It often causes radio shadow phenomena that the device under investigation cannot be permanently perceived, and requires the installation of expensive and extended special aids for the recognition of permanent items.
    [1] The invention relates to a location and inventory system as set forth in claim 1 for an article as an energy consumer, which is connected to an energy supply chain and each has a location or inventory information of an individual that can be recognized from a central processing unit. or Inventory System).
    [10] 1 is a diagram showing a positioning system configured to transmit position data based on an energy network according to a preferred embodiment of the present invention.
    [11] FIG. 2A is a detailed block diagram of FIG. 1 in accordance with a preferred embodiment of the present invention. FIG. 2A is a block diagram illustrating a connection portion of an energy network including a means for transmitting position data.
    [12] FIG. 2B is a detailed block diagram of FIG. 1 in accordance with one preferred embodiment of the present invention, illustrating a data processing apparatus connected to a data network including location or inventory data. FIG.
    [13] Figure 3a shows a switching device for the energy network according to a preferred embodiment of the present invention.
    [14] FIG. 3B shows a series of connections and additional devices that are connected including an energy receiving device within a network plug or otherwise connected network line in accordance with a preferred embodiment of the present invention. FIG.
    [4] It is therefore an object of the present invention to provide a location and inventory inspection system capable of recognizing goods in a short distance or in a building without the installation of additional devices designed specifically for the purpose of article inspection without additional information structures or networks.
    [5] The present invention provides a low cost, suitable addition, that is, most location and inventory devices are provided with connections for the power supply network, thereby providing a location survey system that is simple and convenient to operate. The additions can be further installed in a simple manner to the local area network installation and the installation of the article to be investigated. In this way, the power (or energy) supply chain gains an additional function of position transfer assembly.
    [6] Installations of networks branching into different information cells are separated from each other by calculation of location identification information, are provided in close proximity to each other, and are associated with different location identification information. Each of the devices, including power energy, connected on an energy network, combines individual item information and returns a signal to a central monitoring station.
    [7] The system can be manipulated at a reasonable cost, with local information generated within short-range energy networks subdivided into individual regions by the desired regional analysis of the location or inventory information being transmitted. The related devices can be modified without any additional location survey costs depending on their installation location. If a new facility is provided in a partner or commercially relevant building, the location or inventory information of the installed items will be immediately recognized and monitored continuously. Removal of any unknown item will also be recognized.
    [8] In this case, any location or inventory data consisting of location and commodity information at the central monitoring station can be signaled and measured in context.
    [9] The approval of the location or inventory data or the return of the signal can be efficiently carried out by an appropriate procedure, that is, the channel conveyance method by the use of a telephone network or the use of an existing PC parallel data network. In this case, a data processing system in proximity to the telephone or the like is provided including a receiving portion for a signal containing location or inventory information and externally received by the article. If a PC is used as the data processing system, additional expansion cards or external serial or parallel interfaces can be used. The location or inventory information conveyed by the items, either actively or passively, is combined in the form of general data and is passed to the monitoring station within the connected data network.
    [15] Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted.
    [16] FIG. 1 shows a block diagram of a location survey system 1, showing various locations 2 to 5 of the system below. The location or inventory data to be prepared in the system has additional location identification information each supplied to the monitoring device for measurement in addition to the information of each individually handled article in the system.
    [17] The system provided as above comprises first-side data processing systems 6 to 9 which are connected to data network connections 11 to 14 which are connected to the data network 10 as described by "D", which will be described below in addition to general data processing. It is effective in performing the transmission of location or inventory information. In this case, therefore, the data processing system handles, on the one hand, the transfer of location or inventory data on the other hand from the general data processing task. In addition, the data processing systems can check their own installation location and presence.
    [18] The data processing system 8 is a monitoring station from which the location or inventory data is collected. They are useful for measurement and statistical purposes. The system is installed anywhere in the network where data is needed. It can be installed even in very remote locations reached by telephone or satellite communication paths. If it exists as a single system, it doesn't have to be a problem in itself. It may alternatively be used in the case of multiple data systems, or may be in equilibrium as a monitoring station, and they are also provided with additional devices that also exist in other data processing systems.
    [19] Again, the energy network 100 described as "E" is connected to the device for energy supply. At the same time, the energy network 100 is provided for a near field facility that differentiates the location of each article in a form or other suitable procedure by modulation of the HF carrier, which then contributes to generating location or inventory data.
    [20] In this case, each positional information is modulated on the energy network 100 by a series of connecting portions 181 to 185 and branched locally. In this case, each of the connection parts 183 to 185 may be commonly used for energy of the energy network while additional information is transmitted in each of the branch parts 191 to 196. In this case, the installation location of the devices and data systems can be located in accordance with the installation of the energy grid. Therefore, an article provided with a network plug needs an item of location information that can be transmitted, and anyone can easily connect to the energy network. Thus, as stations or devices are added, each location or inventory information can be provided in the device or the item being added.
    [21] In the case of the data processing stations 6, 7, 9, the position data (described as LD1 to LD4 on the drawing) is derived from the energy network 100 via the energy network connections 103 to 105, and the position or inventory data is returned. Pass through the stations 7-9 for the purpose of creation. The stations form "Articles" from the point of view of the present invention to release location identification information from the energy grid, and specific item information for configuring location or inventory information by auxiliary addition of the device (here And SD1 to SD3), and send it to the monitoring station 8 through the data network. As described, in this case, the release of location information from the network is effective when viewed in a manner called network connection. When the article does not receive any energy from the power network, an adapter with a network plug may be provided, which does not transfer energy to the article. Energy transfer is mostly generated for powering the location survey module.
    [22] As in the embodiment of the present invention, the data processing device 6 monitors the location investigation process of the three energy consumption systems 151 to 153 and transmits the location or inventory data on the network 10 to the monitoring station 8.
    [23] However, it is also possible to provide an article or device that does not form a data processing system to monitor the location process as well. In this case, the latter are "Relay Stations" for the exchange of location or inventory information generated by an article with an energy network connection.
    [24] An article is provided for returning location or inventory data to the monitoring station without the use of a data processing system. It is desirable if the article was not located near a data processing system. As in the embodiment of the present invention, the article 161 of location 3 is it. It accepts location identification information from the energy network 100 and then transmits location or inventory information that conveys item information in the form of data to telephone terminals connected to the telephone network, preferably used in ISDN systems. In the case of an ISDN system, when connected to monitoring system 8, such data may be transmitted in the D channel or as additional data in the B channel. It can be conveyed in the manner of telephone network connection 103 to the telephone network informed by " F " to accommodate the information data ID transmitted from them.
    [25] Furthermore, the device 171 provided in location 3 forwards the location or inventory information LD4 + GD5 to the data processing station 6 in adjacent location 5. When the location information is always delivered with the item information, the positioning cell with the item location information does not coincide with the radio wave reception area because the location information is always interpreted separately, and as the location or inventory information. The article information for each article is transmitted together individually.
    [26] The location or inventory data released from the data processing system and the location or inventory data transmitted to the data processing system 6 are communicated to the data processing system 8 via the data network 10 and the data network connection 13.
    [27] As shown in the block diagram of FIG. 2A, an energy receiving device 151 is disclosed as an article on which position investigation is performed. The device 151 is combined in a single block form and represents structural parts and elements located within the device housing and has a functional portion 221 which is only relevant for the intended purpose of the article or device.
    [28] The functional unit 221 is connected to a switching assembly 222 in which the energy E connected to the energy network connection method and the position identification information LD1 are separated from the energy branch unit 191. The connection is shown in more detail in FIG. 3A. The switching assembly 222 separates the pure energy element, that is, the AC voltage energy, from the mixing element supplied at the branch 191 and supplies the separated location identification information to the mixer stage 223 in the same manner. . This combines the article information GD1 and the position information LD1 generated by the article information generator 225 connected to the apparatus. The article information is unique within the system and is used for information data purposes regardless of location. The commodity information combined with the location information received by the network method for providing the location or inventory data GD1 + LD1 is radiated in the manner of the HF transmission unit 229. Proper accommodation is provided, and the closely located data processing system receives the information passed through the central processing unit. The units described above can be easily added with a functional unit 151 as an additional device. For example, using a modular device such as a network plug may be more effective. Many devices also use network connection boards, which connect to network cables. Insulated screw connectors are commonly used for interfaces. At the location, the module may be preferably inserted instead of the terminal.
    [29] Figure 2a also shows a series of connections 185 connected between the general energy network 100 and the local area network branch 191 in diagram form, and adds the position information for the transfer of network energy (AD voltage) in the network branch (Fig. 3b). Corresponding to a detailed view of the < Desc / Clms Page number 5 > This information is added to the network energy by an appropriate modulator 226.
    [30] In particular, in this case, the series of connections 181 to 185 of FIG. 1 may be of a single design with each other for location identification information. It should be considered that the positional data emitted by the series of connections 185 relates to an energy receiving system connected thereto. Such location data is protected from the general energy network. It can be effective by appropriate filtering, time selection, switches or other devices that prevent location data from spreading over the network. Correspondingly, similar filter devices can be added to prevent accidentally passing location data into the network or generated at a remote location to be received by the energy receiving system 151 via a series of connections 181. As shown in FIG. 2A, the energy delivered in the energy network has been disclosed as "E". The illustrated series of connections can be easily added to conventional energy distribution systems (e.g., offices, workplaces, laboratories, etc.) and can easily be included in the current switchboard of other items or devices with energy network connections. .
    [31] FIG. 2B shows a data processing system 6 for accommodating position or inventory information calculated by the unit shown in FIG. 2A, showing a general processor system 21 combined in a single block form. 21 is connected to the data network connection 22 connected to the data network 10. In this case, the data network connection part 22 is controlled by the processor system 21 such that the transmission of data operates in a network manner by a protocol provided in the network.
    [32] The data processing system 6 is locally connected to the branch 191 of the energy network. The position identification information LD1 overlapping with the network energy E is received from the branch portion 191. The data processing system 6 includes switching means 28 for separating position data from the network AC voltage. The position identification information LD1 flows into the mixer stage 26 and is mixed with the article information SD1, and a signal is sent from the position transmission assembly 25 into the data processing system 6. The location or inventory information modulated at the HF frequencies of articles 151-153 in the proximate position is received by the HF receptacle 26 and then combined in another mixer stage 29 having system information SD. As shown, since the data processing system independently adds the system information SD to generate the location or inventory information, the location identification information of the data processing system is generated by the antenna of the HF receiver 27. It will not match the location or inventory information of the items received. In this way, the number of different location information can be chosen more than the number of data processing systems. This is very efficient in terms of the costs incurred when the location and inventory system of the present invention is installed. An indispensable condition is that the radiation range must be at least greater than the range of the branch of the energy network, and the branch must be provided with the same location identification information. Another point (not shown) is that transmission of location information may be preceded with respect to each individual item. In this case, however, the articles must be located in the same cell as the receiver or the transmitter, and location identification information must be added to the monitoring station before the location or inventory information is transmitted.
    [33] As shown in FIG. 2B, other data transmitted in the data network is disclosed as "D" and is transmitted by the data network connection 22 in a general manner between the data processing system 6 and the network 10. Location or inventory data of peripherals and equipment, including network connections, is sent to the remote monitoring station 8.
    [34] FIG. 3A shows a series of connection devices 300 in which location identification information overlaps on an energy network, and in the case of network AC voltage, a number of network half-waves to characterize the location by binary code. waves are transformed, in which case the code is delivered in the form of location identification information. In this case, the location or inventory information to be conveyed is located in binary code form within an individual wave or half wave. Correspondingly, high frequency signals can overlap network currents in half-waves that can be generated in different ways, each independently modularized. In this way, the power network or main unit contains information that can be separated without the impact of energy consumption.
    [35] The network AC voltage is supplied to a power main line 99 or a series of connecting devices 300 on the collector. An adjustable thyristor unit 301 is provided as an electrical switch, which regulates the transmission of network half-waves. The binary code subordinate to the half wave determines the position information and is generated by the adjusting member 302 for operating each location individually. The output side of the thyristor section 301 is connected to two plug connection sockets 303 and 304.
    [36] FIG. 3B shows a series of connections or additional devices 311 connected including an energy receiving device 312 within a network plug 305 or otherwise connected to a network line. In this case, the location identification information connected in an energy network manner is decoded in the unit 222 combined from the transmission unit or the generation unit for the individual information referred to as 225, transferred to the transmitter unit 229, and the system information to the data processing unit. Is sent with. The location or inventory information, consisting of location and system information, then passes through Monitoring Station 8 for recognition and updating. Moreover, the binary code formed from the location identification information is derived into unit 222 from a series of missing or modified half waves within unit 307. This information is added to the mixer stage 309 as article information. Thus, signals close to the transmitter do not overlap with each other, and the frequency divider 308 provided in the transmitter unit reduces the network frequency to have a reduction ratio that is different from that of other supplied transmitters. The transmitter 310 may operate in a fairly short period of time because it operates in a pulsed form that includes the output signal of the frequency divider 308. Thus, the output series of signals is suitable for updating location or inventory information.
    [37] On the other hand, in the detailed description of the present invention has been described with respect to specific embodiments, it will be apparent to those skilled in the art that various modifications are possible without departing from the scope of the present invention.
    [38] The present invention can be firmly installed in the building to connect the mutual location identification information to reduce the risk or failure rate to a minimum, and each individual item information can be applied to the device or article. Most parts of the system can be maintained in a conventional design, and the system does not need to be specifically customized for the transmission or generation of location or inventory data. This is because the essential part of the data transmission is carried out by the energy network. The system can also be integrated into a computer data network as long as the local computer is integrated into a location survey combination and location or inventory data is accepted. This function can in particular be performed by the telephone equipment.
    [39] In addition, if the data processing apparatus can be performed in a simple manner, there is an advantage that it can be operated without difficulty with other locations that automatically update the location identification information.
    [40] From the point of view of service processing, the system according to the invention has the purpose that the service engineer can finally check the monitoring station. Moreover, due to the organic structure, the entire department with related equipment moved into another building can respond to operation and maintenance without notifying the technical department.
    [41] The following points are also advantages of the system, which can be implemented quickly, can be implemented by independent use of network protocols, and can operate network elements or other kinds of items without a standard operating system.
    权利要求:
    Claims (8)
    [1" claim-type="Currently amended] A location and inventory system for articles provided with connections for the energy supply chain as energy consumers, each of which is an individual item identification degree as part of the location and inventory information of one item that can be surveyed from the central processing unit. In a location and inventory system having:
    A transmission assembly for predetermined location identification information, which is applied on the energy carrier as additional information and is different from other location identification information in the energy supply network, is provided in the area of the energy network connection for the energy receiving system and is fixedly operable thereto. Connected;
    The location identification information may be emitted by the energy network connection through an energy network towards at least one energy receiving system connected to the energy network connection;
    The energy receiving system includes means for receiving the location identification information and converts the location identification information with or in association with the article identification information in an appropriate data format for transmission and converts the information to a data processing system for measurement purposes. A location and inventory system, characterized in that a transducer is provided for transmitting.
    [2" claim-type="Currently amended] The method of claim 1,
    Wherein the location identification information is determined by at least one electrical parameter of at least one electrical or electronic element provided in or forming the transmission assembly.
    [3" claim-type="Currently amended] The method according to any one of the preceding claims,
    Location and inventory system, characterized in that the transmission assembly for position identification information is integrated into a plug or switchboard socket of the energy grid.
    [4" claim-type="Currently amended] The method according to any one of the preceding claims,
    Location and inventory system, characterized in that the communication of the devices or location identification information to the data processing system uses a wireless transmission scheme
    [5" claim-type="Currently amended] The method according to any one of the preceding claims,
    Location and inventory system characterized in that the communication of the devices or location identification information to a remote monitoring station uses data or a communication network.
    [6" claim-type="Currently amended] The method of claim 5,
    Location and inventory system, characterized in that the network is ISDN.
    [7" claim-type="Currently amended] The method according to any one of the preceding claims,
    Wherein said location identification information is further modularized on or otherwise applied to an energy carrier.
    [8" claim-type="Currently amended] The method according to any one of the preceding claims,
    And a sorting device is further provided for separating location identification information from said energy carrier in an energy network plug for connection of articles to be inventoryed.
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    同族专利:
    公开号 | 公开日
    EP1240633B1|2003-05-14|
    CA2322841A1|1999-09-23|
    RU2000124066A|2002-09-10|
    AU751186B2|2002-08-08|
    WO1999048177A2|1999-09-23|
    CN1398388A|2003-02-19|
    JP2003506905A|2003-02-18|
    WO1999048177A3|2002-07-11|
    EP1240633A2|2002-09-18|
    BR9908828A|2001-02-28|
    AU3521199A|1999-10-11|
    AT240566T|2003-05-15|
    DE19812909A1|1999-10-14|
    ZA200004885B|2001-01-24|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    法律状态:
    1998-03-18|Priority to DE19812909.2
    1998-03-18|Priority to DE19812909A
    1999-03-18|Application filed by 추후제출, 베베-다타 게젤샤푸트 퓨어 인포르마촌스-운트 콤무니카 촌스자이스테메 엠베하
    1999-03-18|Priority to PCT/EP1999/001964
    2001-08-04|Publication of KR20010074449A
    优先权:
    申请号 | 申请日 | 专利标题
    DE19812909.2|1998-03-18|
    DE19812909A|DE19812909A1|1998-03-18|1998-03-18|Inventory system in which a localization identifier is obtained from an energy network|
    PCT/EP1999/001964|WO1999048177A2|1998-03-18|1999-03-18|Location or inventory system|
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