• 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:
    System (10) for gripping a replacement component (50) having a computing facility (20), a device (30) having a replaceable component (40). The device (30) carries a first identification means (32) of a first characteristic (81). a mobile terminal (60) reads the first identification means (32) and second identification means (52) for inputting a second characteristic (82) onto a replacement part (50) of the component (40). The mobile terminal (60) inputs the first and second characteristics (81, 82) for transmission to the computing facility (20), which generates a control signal (83) of the device (30).
    公开号:FR3045873A1
    申请号:FR1662577
    申请日:2016-12-16
    公开日:2017-06-23
    发明作者:Michael Schmitt；Peter Schmitt
    申请人:Robert Bosch GmbH；
    IPC主号:
    专利说明:

    Field of invention
    The present invention relates to a system for capturing a replacement component of a device comprising a computing installation and a device having at least one replaceable component. The invention also relates to a method for implementing such a system.
    State of the art
    In many commercial situations, replaceable or replacement components or parts or components or replacement parts of a product are manufactured and distributed by a large number of suppliers. It may happen that replacement components supplied by a certain manufacturer are subject to higher tolerances and do not meet specifications or regulations or are malfunctioning. When installing such a component or replacement part in an original product, it may result in a reduction in performance or power, operation, or even damage to the original product or other damage.
    DE 10 256 260 A1 discloses a method and a device for verifying a product.
    Description and advantages of the invention
    The present invention relates to a system for grasping at least one replacement component of a device comprising: a computing installation, a device having at least one replacement component, the device carrying a first identification means which gives a first feature of the device, a mobile terminal which reads the first identification means for entering the first characteristic and a second identification means for capturing a second characteristic, the second identification means being on a replacement part for the device and which allows the component of the device to be replaced, the mobile terminal entering the first and the second characteristic for transmission to the computing installation, and the computing installation generating a control signal based on the first and the second characteristic and transmitting it to the device for controlling this device.
    The device is for example a complex machine with many replaceable components, including wear parts. The device is for example a vehicle that has replaceable components such as a filter.
    The identification means is any technical solution that provides a feature. The means of identification is for example a graphic code such as a barcode or a QR code, an RFID transmitter, a combination of numbers or a similar means. The characteristic is in particular a data set or references, for example a sequence of digits which make it possible to identify the device or the replacement component in an unequivocal manner. The first feature is also called feature of the device. The second feature, in the case of several replacement components, is also referred to as a component feature.
    The identification means may be an integral part of the device or the replacement component, for example a graphic code engraved in the component. Alternatively or in addition, the identification means is provided separately on the device or the replaceable component, for example in the form of a label stuck with a graphic code or an RFID transmitter.
    The mobile terminal is for example a smartphone or tablet with an application or a program controlling or at least partially realizing the functions of the mobile terminal according to the invention. The mobile terminal is for example an optical sensor such as a camera which makes it possible to enter an optical reading identification means such as a barcode or a QR code to read, that is to say to capture and interpret the first characteristic and the second characteristic. On entering the characteristic of the respective identification means, a decryption algorithm recorded in the application of the mobile terminal can be used because without this algorithm, one can not obtain the characteristic contained in the respective identification means. The computing installation is in particular a central server connected to the mobile terminal and / or the device by a wire link and / or a wireless link using in particular the Internet network. The invention also relates to a method of entering a replacement component of a device comprising the following steps consisting in: grasping by a mobile terminal a first characteristic of a device having at least one replaceable component, grasping by the mobile terminal a second characteristic having at least one replacement component, transmitting the first and second characteristics entered to a computing installation, generating a control signal based on the first and second characteristics, transmitting the generated control signal to the device, and control the device using the control signal. The invention enables documentation of the replaceable components (replacement components) of the device throughout the lifetime of the device and real-time verification and / or device requirements are fulfilled and possible malfunctions detected if possible. of the device, sufficiently in time before or after they have occurred. These requirements can be rules, for example technical, or legal rules or compliance with a regulatory ban. This prohibition may for example indicate that certain products must not be used within a specific territorial limit, for example a national limit, or not be used by unauthorized persons for their installation.
    The first and the second characteristic transmitted to the computing installation can be used to record them by the computing installation in a databank of this installation; this makes it possible to have a flawless documentation of all the replacement components or spare parts used for the respective device. This device is identified by a first characteristic, unique, which is unique to it.
    According to a preferred development, the computing installation generates the control signal so that this signal activates or neutralizes the device. Neutralizing the device means in particular that the device does not provide a function for which it is provided before the device is activated again. For example, neutralizing may consist in cutting off the power supply of the device. Activate the device means the opposite operation, that is to say put the device back in order to perform the function for which it is intended.
    The device is for example a vehicle; neutralizing it may for example consist of neutralizing the ignition of the vehicle and / or prohibit the operation of the engine as long as the vehicle is neutralized. Alternatively, it can also be provided that if the vehicle is neutralized, it can certainly start and move but one or more functions of the vehicle are cut and / or can not be performed by the driver. This avoids unwanted effects or damage to the device and would result from mounting a replacement component that is not suitable.
    According to another preferred development, the computing installation includes an interface through which it accesses an external database. The computing installation can thus verify which entries have been made in the external databank in connection with the first and / or the second characteristic and whether such entries have been made. The computing installation can also generate the control signal in addition to the entries in the external database. This makes it possible to check even more appropriately the acceptance and / or the origin of the replacement component.
    For example, with the interface, the computing installation can access an external database of the original product manufacturer to check whether the second characteristic transmitted in a determined manner corresponds to a product manufactured by the manufacturer of the product. original. If this is the case and if it is known that the corresponding product fulfills conditions that the replacement component must meet, the computing installation can adapt the control signal accordingly. For example, the control signal may override the replacement device or component if the product corresponding to the second characteristic does not meet predefined conditions. The control signal is also realized additionally or alternatively to control the device to emit an alarm signal indicating that the replacement component is a component that does not correspond to predefined standards. For example, the control signal can activate a light fitted to the vehicle.
    According to another preferred development, the mobile terminal comprises an input device for entering the additional parameters. The mobile terminal is designed and / or controlled by its application to transmit the additional parameters to the computing installation. The additional parameter makes it possible, for example, to determine more precisely a situation in space, in time and / or a legal situation corresponding to the mounting of the replacement component (spare part). This makes it possible to more accurately determine, evaluate and check the plausibility of the replacement component being installed, meeting the predefined requirements that the component must meet.
    According to another preferred embodiment, the additional parameters include the current position of the mobile terminal. This makes it possible to base the input installation, for example on the GPS system, on the Galileo system or on the Glonass system to determine the current position of the mobile terminal. The additional parameters may comprise alternatively or additionally the current time and / or a third characteristic. The third feature can index the mobile terminal and / or the current user of the mobile terminal. The third characteristic is for example a serial number of the application operating in the mobile terminal, the serial number of the mobile terminal, the name of the user and / or the name of the account of the user of the mobile terminal.
    According to another preferred development, the device is a vehicle. Specifically, in the case of a vehicle, there are often a large number of replaceable components that must meet many requirements.
    According to another preferred development, the device comprises a verification installation for determining at least one exchange index for exchanging the replaceable component of the device based on at least one exchange index entered and generating an index signal. which will be transmitted to the computing facility. An exchange index is in particular any indication that the disassembly or replacement of the replaceable components of the device and / or that indicates the mounting of a replacement component, including the mounting of a replacement component that does not meet the requirements predefined to which the replacement component must respond.
    According to another preferred development, the subject of the invention is a method consisting in determining an exchange index for the exchange made of the replaceable component of the device, in generating an index signal based on the exchange index and transmitting the index signal generated at the computing facility. From the index signal, it will be possible to adapt the control signal generated, for example to control the device, preferably the replacement component mounted in the device to prevent malfunction and / or neutralize the device or component replacement that will have been mounted.
    drawings
    The present invention will be described hereinafter in more detail with the aid of exemplary embodiments shown in the accompanying drawings, in which: FIG. 1 is a block diagram of a system for capturing a replacement component; According to one embodiment of the invention, FIG. 2 is a block diagram of a system for capturing a replacement component of a device according to another embodiment of the invention, the FIG. 3 is a schematic flow chart for describing the method of entering a replacement component of a device according to another embodiment of the invention, and FIG. 4 is a diagram of a flow chart for describing the input method. a replacement component of a device corresponding to another embodiment of the invention. Description of embodiments
    Figure 1 is a block diagram for describing a system 10 for capturing at least one replacement component 50 (replacement part) of a device 30 corresponding to an embodiment of the invention.
    The system 10 comprises a device 30 and at least one replaceable component 40. The device 30 is in particular a vehicle and the replaceable component 40 is for example a filter, such as that of the low pressure circuit of the diesel engine of a vehicle. The device 30 comprises a first identification means 32, for example a QR code, a barcode or a similar code. The first identification means 32 is provided in particular at a location of the device 30 which is usually a location that is not replaced or disassembled from the device 30 or which plays a central role in the device 30.
    The system 10 further comprises a mobile terminal 60 which makes it possible to read the first identification means 32 to enter a first characteristic 81 of the device 30 and with which a second identification means 52 can be entered to capture a second characteristic 82 of the device. replacement component 50. The second identification means 52 is for example in the same form but with a content other than the first identification means 32.
    The second identification means 52 is in particular provided on a replacement component 50 intended to replace the replaceable component 40 of the device 30. In the example presented above, the replacement component (spare part) 50 is for example a filtered. The mobile terminal 60 transmits the first and the second characteristic 81, 82 thus inputted to a computing facility 20 of the system 10. The computing installation 20 is in particular a server connected to the Internet and with which the mobile terminal 60 and / or the device 30 can communicate over the Internet. The computing installation 20 based on the first and the second characteristic 81, 82 generates a control signal 83 and transmits it to the device 30 to control the device 30. The control signal 83 may for example activate or deactivate the device And / or the replacement component 50 which will have been mounted and / or generate an indicator signal.
    Figure 2 is a block diagram of a system 110 for capturing at least one replacement component 50 of a device 130 corresponding to another embodiment of the invention. The system 110 is a variant of the system 10 and corresponds to all the variants and developments described with respect to the system 10 and vice versa. The system 110 comprises all the elements of the system 10 in the absence of explicit contrary indication.
    The system 110 has a computing facility 120 instead of or in addition to the computing facility 20 of the system 10; the calculation installation 120 generates the control signal 83 which activates or deactivates the device 130. Alternatively or additionally, the control signal 83 activates or deactivates a light indicator 136 of the device 130. The calculation installation 120 is notably designed to rely on the first and second characteristics 81, 82, it determines whether a replacement component 50 associated with the second characteristic 82 used in the device 130 carrying the first feature 81, meets the predefined requirements registered in the computing installation 120. The computing installation 120 generates the control signal 83 so that this control signal 83 neutralizes the device 30 and / or activates the indicator light 136 of the device 30 if this is not the case, to generate the control signal 83 to activate the device 30 and / or neutralize the indicator light 136 if this is the case.
    For this purpose, the computing installation 120 has an interface 122 through which the computing installation 120 can access an external data bank 70, for example via the Internet. The external data bank 70 is, for example, the database of a manufacturer of the replacement components 50. The computing installation 120 is designed to check whether entries and which entries have been made in the database 70 , external, in connection with the first and / or second characteristic 81, 82.
    For example, it can be determined whether the external data bank 70 indicates that the replacement component 50 indexed by the second characteristic 82 can be used in the device 130 carrying the first characteristic 81 in that the predefined conditions are met (or are not). It can also be determined whether the replacement component 50 indexed by the second feature 82 has been manufactured by the manufacturer associated with the external data bank 70. The computing facility 120 is designed to generate the control signal 83 additionally based on the entries in the external databank 70.
    If in the following, it is question of checking the ownership of the replacement component 50, it means that it is done by relying on the second characteristic 82 indexed by the replacement component 50. Similarly, the fact that certain parameters or certain properties of the device 30 are verified, in particular means that this is done with the first characteristic 81 which corresponds to the indexed device 30.
    A mobile terminal 160 of the system 110 that can replace or supplement the mobile terminal 60 of the system 10, includes an input device 162 for inputting additional parameters 84; the mobile terminal 160 transmits the additional parameters 84 to the computing installation 120, for example via the mobile telephone network and / or via the Internet. The additional parameters 84 may include the current position of the mobile terminal 60, the current time and / or a third feature. The third characteristic may be the mobile terminal 160 and / or the current user of the mobile terminal 160. The computing installation 120 has for example a database 124 with the entries in the following form for each device 130: (location of manufacture, time stamp for an interchange, first characteristic of the device 130, second characteristic of a replacement component [if necessary other second characteristics or other replacement components].
    The device 130 of the system 110 which replaces or supplements the device 30 of the system 10 comprises a verification facility 134 for generating at least one exchange index, for example for the successful exchange of the replaceable component 40 of the device 130 for transmission and generating an index signal 85 based on the exchange index, entered, and transmitting the index signal 85 thus generated to the computing facility 120. In particular and as described above, based on the index signal 85, the control signal 83 is adapted, for example to activate a light 136 of the device 30 or to disable the device 130 and the replacement component 50. The verification installation 134 may comprise a nonvolatile data memory, for example a read-only memory, electrical, erasable in a programmed manner (EEPROM memory). The data memory temporarily stores at least one entered exchange index and / or the generated index signal 85. It is also possible to record in an intermediate way in the data memory, at least the exchange index entered and / or the index signal generated 85, until a communication link is established between the device 130, including the verification facility 134 and the computing facility 120.
    The communication link can be done by the mobile terminal 160 and / or by a communication interface of the device 130, in particular the verification installation 134. Alternatively or additionally, at least one exchange index is recorded intermediately. entered in the data memory until the verification facility 134 has ascertained the existence or non-existence of a plausibility of at least one entered exchange index (in particular in combination of all the indices of exchange entered), the index signal 85 will be generated and / or transmitted to the computing facility 120 only if the verification facility 134 has checked the plausibility.
    The replacement component 50 is part of the system 110 according to the invention and comprises as second identification means 52, a barcode, a QR code, etc.
    Fig. 3 is a schematic flow chart for describing the method of capturing a replacement component 50 of a device 30, 130 according to another embodiment of the invention. The method according to FIG. 3 is in particular provided for executing the system according to the invention, preferably the system 10 or the system 110, and this is why all the developments and modifications relating to the systems of the invention, in particular the systems 10, 110 are adapted and vice versa.
    In the step SOI, a first characteristic 81 of a device 30, 130 having at least one replaceable component 40 is seized by a mobile terminal 60, in particular an application operating on the mobile terminal 60, 160. The capture can be done by for example by an optical reading, the RFID code entry, etc. In a step S02, the second characteristic 82 of a replacement component 50 for the replaceable component 40 of the device 30, 130 is seized by the mobile terminal 60, 160, for example with reference to the first characteristic 81 described.
    It is also possible to scan a first identification means 32, for example that of a vehicle, as a device 130 by means of a camera of the mobile terminal 60, 160. An application running on the mobile terminal 60, 160 reads the first characteristic 81 in the first identification means 32 and then requests the second identification means 52 of at least one replacement component 50. The second identification means 52 or will also be scanned by the camera. Continue until the user indicates that no further replacement components 50 are required.
    Optionally and as described above, there may be additional parameters 84, for example an identification feature uniquely identifying the user of the mobile terminal 60, 160 and referring for example to a certified workshop.
    In step S03, the first and the second characteristic 81, 82 are transmitted to a computing installation 20, 120, in particular via the mobile terminal 60, 160. If additional parameters 84 have been input, they can also be transmitted.
    In step S04, the computing installation 20, 120 generates a control signal 83 which is based on the first and the second characteristic 81, 82. For this purpose, the computing installation 20, 120 or a program applied by the computing installation 20, 120 can check the consistency, plausibility and / or correction of the data set transmitted by the mobile terminal 60, 160 using for example the interface 122 of the computing installation 120 and accessing at least one external data bank 70, or an internal database 124.
    In step S05, the control signal 83 thus generated is transmitted to the device 30, 130, for example by a mobile telephone and / or via the Internet and / or by using the mobile terminal 60, 160. The control signal 83 comprises for example an acceptance signal (OK message). The control signal 83 can then control the device 30, 130, issue a confirmation, for example by a visual or voice indication, namely "successful replacement of the replacement components 1. ..., 2. ..." or activate or neutralize an indicator 136. For this, the communication link is used between the device 30, 130 and the mobile terminal 60, 160. The mobile terminal 60, 160 is connected to the device 30, 130, for example by a Bluetooth link , WLAN or also a cable connection. Alternatively or in addition, the device 30, 130 can also access a clean interface for Internet access, to communicate directly with the computing installation 20, 120.
    If for example we install a replacement component 50 that has already been used before or a replacement component that does not sufficiently meet the conditions imposed and / or can not be indicated by an external database 70, contacted by the However, this computing installation 20, 120 can develop the control signal 83 in place of an acceptance signal to constitute an alarm signal and / or a neutralization signal.
    In step S06, the device 30, 130 is controlled with the control signal 83, in particular as described above with reference to the system 10, 110. This means that the control S06 of the device 30, 130 can notably it consists in activating (by an acceptance signal) or neutralizing the device 30, 130 (by a neutralization signal) and / or the replacement component 50 which has been installed; it can activate or neutralize (by an alarm signal) a light 136 of the device 130.
    In addition or as an alternative to the activation or the neutralization of the indicator 136, it is also possible to emit another optical signal, an acoustic signal or, for example, a warning speech signal, a haptic indicator signal or other signal.
    Fig. 4 shows a schematic flow chart for describing the method of capturing a replacement component 50 of a device 30, 130 according to another embodiment of the invention. The process according to FIG. 4 is a variant of the method of FIG.
    In comparison with the method of FIG. 3, that of FIG. 4 consists of performing the following steps: in step S07, an exchange index is captured, for example as described with reference to the installation system verification 110. An exchange index may be any appearance element that indicates that a replacement component 50 has been installed. This is for example the case if a replacement component 50 is installed in the device 30, 130 without a second identification means 52 having been grasped, that is to say without the second characteristic 82 being has been seized and transmitted. For example, the current set of data contained in the data bank of the computing installation 20, 120 as described above corresponds in this case not to the current actual configuration of the device 30, 130.
    To enter the exchange index, it is possible, for example, to monitor an algorithm (for example the control of a vehicle as a device 30, 130) to determine whether a certain pattern appears during the operation of the device 30, 130. Such an algorithm and / or such a predetermined pattern can be transmitted by the calculation unit 20, 120 also by the control signal 83 to the device 30, 130.
    If the replacement component 50 is for example a filter installed unauthorizedly in the low pressure circuit of a diesel engine, there will be an exchange index in the form of an increase in the starting time. Indeed, when replacing the filter, air arrives in the low pressure circuit. The necessary evacuation of the low pressure circuit air increases the duration of launching to establish the required pressure in the fuel bar during the rotation of the starter motor. By monitoring the launch time, in combination with the monitoring of a pressure signal of the high pressure circuit, it is possible to enter a replacement index. It can be expected that an exchange index as such will only be exploited if it is plausibly verified or if it has, for example, been entered consistently over time with a predefined number of other indices. 'exchange.
    Another exchange index is given if the position of the hood switch has been entered in the case of on-off systems, and which is the index indicating that the engine hood is open. We can have another exchange index if we have entered several short launch times in a predefined period without starting the engine has succeeded. Another exchange index is in replacement time, built-in over a predefined time with low pressure, unusual in the fuel distribution bar. The exchange index entered can be registered in the device 30, 130, for example in the form of a vehicle control recorded in the device 30, 130 and be transmitted to the computing installation 20, 120 as soon as the communication link is established, for example by the mobile terminal 60, 160.
    According to step S08, an index signal 85 is generated based on the obtained exchange index. It can be expected to generate the index signal 85 only in the case where there is a predefined number of exchange indices or in the presence of exchange indices whose plausibility has been controlled. In step S09, the index signal 85 thus generated is transmitted to the computing installation 20, 120.
    In the optional step S10, it is possible to adapt the control signal 83 generated by the computing installation 20, 120 on the basis of the index signal 85 transmitted to the computing installation 20, 120, for example as this has been described above with reference to the calculating installation 120 and to the verification installation 134. In particular, the control signal 83 can be adapted if at the instant or near this instant of the capture of the signal d exchange, no second characteristic 82 of a replacement component 50 has been determined in the computing installation 20, 120.
    Alternatively, the index signal 85 that has been generated may set a virtual switch state in the computing facility 120 by which the first feature 81 is associated with the respective individual device 130. It can be expected that the computing facility 120 adapts the control signal 83 only for some accumulation of index signals 85 by a single device 130. The computing facility may also be designed to perform a plausibility check. one or more sets of index signals 85 received and transmit and / or adapt the control signal 83 only if the plausibility check has confirmed the plausibility.
    NOMENCLATURE OF MAIN ELEMENTS 10 System 20 Calculation plant 30 Device 32 First means of identification 40 Replaceable component 50 Replacement component / spare part 52 Second means of identification 60 Mobile terminal 70 Data bank 81 First characteristic 82 Second characteristic 83 Signal 84 Supplementary parameter 85 Index signal 110 System 120 Calculation plant 122 Interface 124 Data bank 130 Device 134 Verification system 136 Indicator light 160 Mobile terminal 162 Input system S01-S05 Process steps
    权利要求:
    Claims (10)
    [1" id="c-fr-0001]
    CLAIMS 1 °) System (10, 110) for gripping at least one replacement component (50) of a device (30) comprising: a computing installation (20, 120), a device (30, 130) having at least a replaceable component (40), the device (30, 130) carrying a first identification means (32) which gives a first characteristic (81) of the device (30), a mobile terminal (60, 160) which reads the first identification means (32) for inputting the first characteristic (81) and a second identification means (52) for capturing a second characteristic (82), the second identification means (52) being on a replacement part ( 50) for the device (30, 130) and which can replace the component (40) of the device (30), the mobile terminal (60, 160) grasping the first and second characteristics (81, 82) to transmit them to the device (30). computing installation (20, 120), and the computing installation (20, 120) generating a control signal (83) in relying on the first and second features (81, 82) and transmitting it to the device (30, 130) for controlling the device (30, 130).
    [0002]
    System (10, 110) according to claim 1, characterized in that the computing device (20, 120) generates the control signal (83) for the control signal (83) to activate or deactivate the device. (30, 130).
    [0003]
    3) System (110) according to one of claims 1 or 2, characterized in that the computing installation (120) comprises an interface (122) by which the computing installation (120) can access a bank data set (70), external, the computing facility (120) verifying the entries in the external database (70) in connection with the first and / or second characteristic (81, 82), and the computing facility (120) generates the control signal (83) additionally based on the entries in the external databank (70).
    [0004]
    4) System (110) according to one of claims 1 to 3, characterized in that the mobile terminal (160) comprises an input device (162) for entering additional parameters (84), and the mobile terminal (160). ) transmitting the additional parameters (84) to the computing facility (120).
    [0005]
    System (110) according to claim 4, characterized in that the additional parameters (84) comprise the current position of the mobile terminal (160), the current time and / or a third characteristic, the third characteristic indexing the terminal. mobile (160) and / or the current user of the mobile terminal (160).
    [0006]
    6 °) System (10, 110) according to one of claims 1 to 5, characterized in that the device (130) is a vehicle.
    [0007]
    7 °) System (10, 110) according to one of claims 1 to 6, characterized in that the device (130) comprises a verification facility (134) for determining the exchange index for the successful exchange of the replaceable component (40) based on the trade index entered to generate an index signal (85), and the generated index signal (85) is transmitted to the computing facility (120) .
    [0008]
    8 °) System (10) according to one of claims 1 to 7, characterized in that it comprises, a replacement component (50) having the second identification means (52).
    [0009]
    9) Method for capturing a replacement component (50) of a device (30, 130) comprising the steps of: grasping (SOI) a first characteristic (81) of a device (30, 130) having at least one replaceable component (40) by a mobile terminal (60, 160), grasping (S02) a second characteristic (82) of a replacement component (50) by the mobile terminal (60, 160), transmitting ( S03) the first and second characteristics (81, 82) input to a computing device (20, 120), generating (S04) a control signal (83) based on the first and second characteristics (81, 82 ), transmitting (S05) the control signal (83) generated to the device (30, 130), and controlling (S06) the device (30, 130) with the control signal (83).
    [0010]
    Method according to claim 9, characterized in that it comprises the following steps: determining (S07) an exchange index for the exchange effected of the replaceable component (40) of the device (30, 130), generating (S08) an index signal (85) based on the determined exchange index, and transmitting (S09) the generated index signal (85) to the computing facility (20, 120).
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    同族专利:
    公开号 | 公开日
    FR3045873B1|2019-05-17|
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    DE102015226164A1|2017-06-22|
    US20170174126A1|2017-06-22|
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    法律状态:
    2017-12-19| PLFP| Fee payment|Year of fee payment: 2 |
    2018-03-23| PLSC| Publication of the preliminary search report|Effective date: 20180323 |
    2019-12-19| PLFP| Fee payment|Year of fee payment: 4 |
    2020-12-18| PLFP| Fee payment|Year of fee payment: 5 |
    2021-12-15| PLFP| Fee payment|Year of fee payment: 6 |
    优先权:
    申请号 | 申请日 | 专利标题
    DE102015226164.6|2015-12-21|
    DE102015226164.6A|DE102015226164A1|2015-12-21|2015-12-21|System and method for detecting at least one replacement component of a device|
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