WO2015055689A1

WO2015055689A1 - System for detecting a test feature of a test object

Info

Publication number: WO2015055689A1
Application number: PCT/EP2014/072072
Authority: WO
Inventors: Thomas Daub; Timo KETTERER; Frank EICHELHARDT
Original assignee: Thomas Daub
Priority date: 2013-10-18
Filing date: 2014-10-15
Publication date: 2015-04-23
Also published as: DE102013111527A1

Abstract

The invention relates to a system for detecting a test characteristic (12) of a test object (14), comprising a mobile computing unit (16) with a sensor unit (18), which, in the event of an object inspection, detects at least one sensor information (20) of a test information (22) of the test object (14), and a server (24) that stores reference information (26). According to the invention, the server (24) and/or the mobile computing unit (16) determine(s) at least one matching value (28) from the test information (22) and the reference information (26), and the mobile computing unit comprises (16) an output unit (30) that outputs at least one matching value (28).

Description

System for recording an inspection characteristic of a test object

State of the art

The invention relates to a system for detecting a test characteristic of a test object. A mobile computing unit has already been proposed that has a sensor unit which, during an object test, has at least one sensor information item

Acquired test information of the test object and stored on a network memory.

The object of the invention is in particular to provide a generic device that enables an operator to quickly check the sensor information regarding matches with particular technical comparative information. The object is achieved by the features of claim 1, while advantageous embodiments and modifications of the invention can be taken from the dependent claims.

A system for detecting a test characteristic of a test object with at least one mobile computing unit, which has at least one sensor unit which detects at least one sensor information of test information of the test object during an object test, and with a server, which in at least one operating state at least one Comparative information stores, wherein advantageously the server and / or in particular the mobile computing unit from the check information and the at least one

Comparative information determine / determined at least one match value and the mobile computing unit has an output unit that in at least one

Operating mode at least the at least one match value outputs proposed. A "test feature" is to be understood as meaning, in particular, an advantageous technical feature of the test object that an operator provides for checking , -

Test object include. In particular, the inspection feature is embodied as a visible feature of the test object, in particular as a shape and / or color, or as an invisible feature, for example an electromagnetically detectable feature. Alternatively, the test feature could be considered an aesthetic feature

in particular as a registered design as a feature and / or as a significant feature, in particular as a mark shown on the test object, be formed. In particular, the operator suspects that the inspection characteristic or a product containing the inspection characteristic violates a commercial property right.

In particular, a "test object" is to be understood as an object which appears to the operator to be meaningful, the test feature of which the operator provides for checking.

In particular, the test object is designed as the product according to the invention. A "mobile computing unit" is to be understood in particular as meaning a computer which is suitable for a person skilled in the art, but advantageously a laptop, a tablet, a mobile telephone, data glasses and / or a smartphone Controller, a memory, an operating means and an operating system

Computing device further comprises at least one test application, the

Data processing of the mobile computing unit according to the invention is provided.

In particular, the test application is provided for detecting at least the sensor information of the test information of the test object by means of the sensor unit during the object test. In particular, the test application is intended to output the at least one matching value, in particular by means of a display and / or a loudspeaker of the mobile computing unit. The system preferably has a plurality of mobile computing units each having such a testing application. In particular, a "sensor unit" is to be understood as a unit which is intended to carry information dependent on an embodiment of the test feature of the test object

take. In particular, the sensor unit is provided to output a parameter which, in at least one operating state, transmits the sensor information dependent on the information to the controller of the mobile computing unit. Advantageously, the sensor unit has at least two sensors, in particular at least one camera and a microphone. Preferably, the sensor unit has a reading means, in particular for advantageously wireless detection of an electronic test feature, which is advantageously designed as an intellectual property mark. In particular, the controller performs , ,

at least one calculation routine of the sensor. An "object test" should be understood to mean, in particular, a process in which at least one value is determined that determines a difference between that detected by the sensor unit

Sensor information and at least the one comparative information describes.

In particular, the test application checks a similarity of the sensor information and the at least one comparison information. In particular, under a

"Sensor information" is understood to mean information which describes an area of the test object detected by the sensor unit and / or an information dependent on the test object and detected by the sensor unit

various information, at least that is understood by the

Sensor unit recorded test characteristic of the test object describes. The test information preferably has further information that appears appropriate to the person skilled in the art and that describes the test feature of the test object. In particular, a "server" is to be understood as a computer which is intended to communicate with a plurality of mobile computing units arranged at different locations in a server-client architecture in which the mobile computing units according to the invention form the clients By "comparison information" is meant in particular information, advantageously an information packet with various information, which describes an aesthetic design form, a designating feature and / or advantageously a technical design of an object. Preferably, the

Comparative information more, the expert appears useful, the

Descriptive information such as property rights information such as feature breakdown, representations, images, three-dimensional models,

Reference signs, overview representations and / or descriptions formed as text. The server preferably stores several in at least one operating state

Comparative information. In particular, a "match value" is to be understood as meaning at least one piece of information that at least indicates whether a

Match or no match. The match value preferably describes a particularly qualitative difference, at least between the sensor information and at least part of the comparison information, for example in percent. Preferably, the server and / or in particular the mobile arithmetic unit determine / determine several during an object check , ,

Match values, in particular from multiple comparison information.

The output unit of the mobile computing unit preferably outputs a plurality of match values in at least one operating mode. Advantageously, the server and / or in particular the mobile computing unit determines more match values than the output unit during an object check. An "output unit" is to be understood as meaning in particular a unit which is intended to display at least one changeable information haptically, acoustically and / or advantageously optically Preferably, the output unit comprises at least one display and advantageously a loudspeaker be understood in this context that the output unit at least parts of the information to the operator this understandable. The inventive design of the system allows the operator a quick and comfortable detection of particular technical

Differences between the test object and the comparative information are made possible. In a further embodiment it is proposed that advantageously the server and / or in particular the mobile computing unit from the check information and at least the comparison information at least one match information

determine / determines, which describes at least differences and / or matches of the check information and at least the comparison information, whereby

particular technical differences and / or similarities between the

Test feature and the comparative information are advantageously identifiable. In particular, at least one piece of information, advantageously an information pack containing various information, which depends on differences and / or matches of the check information and at least the comparison information, should be understood as meaning "a difference." Test object and one of the

Comparative information described embodiment. A "match" is to be understood in particular as meaning that at least one area of the test feature of a test object corresponds to the configuration described by the comparative information. <br/><br/> In particular, the term "describe" should be understood to mean that the match information contains information provided to the operator to make the differences and / or agreements understandable. , ,

Furthermore, it is proposed that the match information has at least one match representation that represents at least the differences and / or the matches of the check information and at least the comparison information, whereby the differences and / or the matches are advantageously quickly recognizable by the operator. A "representation of conformity" should be understood to mean, in particular, information that is suitable for optically outputting the difference and / or the conformity of the operator to the operator

To convey test information and at least the comparative information. In particular, the correspondence representation is suitable for being displayed on a display. In particular, the correspondence representation comprises at least one graphic, a photograph, a 3D model, a drawing and / or an animation. Advantageously, the agreement representation represents the difference and / or the match two-dimensionally, particularly advantageously three-dimensionally. In particular, the matching representation has a color coding of the differences and / or the matches, for example, differences in red and

Matches shown in green.

Furthermore, it is proposed that the specific agreement information is intended to describe at least one technical difference and / or one technical equality between the test feature of the test object and the comparative information, whereby a product development and / or an intellectual property monitoring is / are particularly advantageously possible. In particular, a "technical difference" is to be understood as meaning a difference that has a technical function.

Furthermore, it is proposed that the specific agreement information be provided for at least one match between the test characteristic of the test object and the one assigned to a commercial property right

Describe comparative information, thereby suspecting a

Property rights infringement can be advantageously checked. By the phrase "associated with a commercial property right", it is to be understood, in particular, that the compliance information describes features of a product that is protected by an industrial property right, for example, the comparative information could include images of the product protected by the industrial property right and - -

Match information describes the difference between the comparison information and the check information.

In addition, it is proposed that advantageously the server and / or in particular the mobile computing unit is / is provided to determine reference symbols of the test object from the comparative information, whereby a functional determination of the

Characteristics is possible. A "reference symbol" is to be understood in particular as an information that can be displayed and understood by the operator, which is assigned to a region of the sensor information and / or the agreement representation and at least provides the operator with information about a function and / or a name of the region the reference sign establishes a relationship between a name of an area and the area, for example by designating the area with a number and assigning the function and / or the name of the number.

Furthermore, it is proposed that advantageously the server and / or in particular the mobile arithmetic unit be / is provided to designate the test feature of the test object in the agreement representation with the reference numerals, whereby a function of the features in the agreement representation is advantageously recognizable. In this context, the term "designate" should be understood to mean, in particular, that the mobile arithmetic unit simultaneously represents the reference symbols and the correspondence representation, wherein the arithmetic unit displays the designated area and the

Reference signs related to each other.

In an advantageous embodiment of the invention, it is proposed that the mobile computing unit is provided to project the match information and / or the reference numbers on an object, in particular on the test object, whereby the operator the particular technical differences and / or

Can match advantageous matches. In particular, the term "projecting" should be understood to mean that the mobile computing unit has a projector which is intended to emit light for displaying information onto an area independent of the mobile computing unit. , ,

In a further embodiment, it is proposed that the test information has at least one further sensor information, whereby a particularly accurate determination of the at least one match value is possible. Under a "another

Sensor information "should be understood in particular an information that has a different information content than the first sensor information

Sensor information and the further sensor information are in particular with

various sensors of the sensor unit detected or advantageous with the same

Sensors of the sensor unit, for example, from different directions, recorded images. In particular, the server and / or in particular the mobile computing unit advantageously determines / determines at least the first one

Sensor information and the further sensor information of the check information at least the at least one match value and advantageously the

Compliance Information.

Furthermore, it is proposed that the mobile computing unit a

Having communication means, which transmits the certain test information to the server during the object inspection, whereby a low energy consumption of the mobile

Computing unit can be achieved due to an outsourced computing work. A "means of communication" is to be understood as meaning, in particular, a means which is intended to establish a connection for the transmission

Operating state an encrypted connection ago. In particular, that is

Communication means of the mobile computing unit provided to establish a piecewise wireless connection, in particular with the server, for example a W-LAN connection and / or advantageously a connection via a mobile network. In addition, it is proposed that the server is provided to at least partially transmit the at least one specific match value to the mobile computing unit, whereby the operator advantageously has a relevance of the

Can see match information. In particular, the term "transmit" should be understood in this context to mean that the server sends the at least one specific match value and the mobile one

Arithmetic unit receives the at least one specific match value. , ,

Preferably, the mobile computing unit transmits the at least one

Match value is associated with the match information, for example, as a sequence of match information.

Furthermore, it is proposed that the mobile arithmetic unit at least partially displays at least the two of the comparison information in the object inspection, whose match values indicate highest matches, whereby the operator benefits the comparison information with the highest matches

can examine. By the phrase "at least the two comparative information" is to be understood in this context in particular that the mobile

Arithmetic unit two or advantageously more comparison information at least partially, for example, as a search result list. In particular, should under the

Turn "at least partially" be understood that the mobile computing unit is at least a part of the comparison information that allows the operator a quick assignment, such as a title, a

Publication number, an applicant and / or an outline drawing. "Specify highest matches" should be understood in particular that the mobile computing unit is provided to at least partially output the comparison information whose at least partial comparison with the sensor information has revealed the greatest similarity.

Furthermore, it is proposed that the server has an interface which is provided to receive the at least one comparison information and / or in particular the at least one match value of at least one external database and / or at least one external server, whereby with little effort on advantageously many Comparative information can be used. An "interface" (API, application programming interface) is to be understood in particular as meaning a means for at least receiving and / or advantageously exchanging data by means of a protocol.The interface is advantageous as an interface which appears expedient to the person skilled in the art For example, a database and / or an external server is intended to be a database and / or an external database - -

a server that is / are formed and arranged separately from the server of the system according to the invention.

In an advantageous embodiment of the invention, it is proposed that the mobile computing unit is provided to receive weighting information of the check information, whereby the operator can emphasize advantageous features he has noticed advantageous and evaluate higher in determining the differences. In this context, "weighting information" should be understood as meaning information intended to designate part of the information of the check information, in particular at least part of the sensor information and / or part of additional information of the check information, which is opposite at least one another part of the check information is weighted differently in the determination of the at least one match value

"Additional information" is to be understood in particular to mean information that is suitable for describing the test information in more detail.The additional information has information that appears expedient to the person skilled in the art, but preferably an IPC class and / or particularly preferred keywords.

In a further embodiment, it is proposed that the mobile arithmetic unit is provided for recording the weighting information at least the

At least partially represent sensor information and / or additional information of the test information by means of the output unit, whereby a comfortable and fast operator input is possible. In particular, the phrase "to include the weighting information" should be understood to mean that the mobile

Arithmetic unit to the operator outputs the sensor information and / or the additional information, in particular by means of the display and the operator selects the weighting information based on the output. In particular, the mobile computing unit is intended to record the weighting information by means of a touch-sensitive display, for example by the operator tapping or covering a displayed area of the displayed sensor information and / or the additional information displayed. - -

Furthermore, it is proposed that the at least one comparison information comprises at least one object description and weighting information, whereby matches in areas of the object description weighted by the weighting information lead to advantageously higher match values than matches in the lower weighted by the weighting information

Areas. An "object description" of the comparative information is to be understood in particular to mean information which describes at least one feature of an aesthetic design form and / or advantageously of a technical design at least two-dimensionally and / or in particular three-dimensionally

Weighting information is provided in this context, a part of the information of the comparison information, in particular at least a part of the object description and / or a part of additional information of the

Comparative information, which is weighted differently than at least one other part of the comparison information in the determination of the at least one match value.

It is also proposed that the sensor unit during the object inspection as

Sensor information receives at least one image of the test feature, which structurally simple an advantageous review of the test object is possible. By the phrase "take a picture of the inspection feature" is to be understood in particular that the sensor unit comprises at least one digital camera, which is intended to take a photo of the inspection feature during the object inspection.

In addition, it is proposed that the sensor unit determines a three-dimensional model of the inspection feature during the object inspection as the sensor information, whereby a particularly reliable and accurate determination of the match information is possible. In particular, a "three-dimensional model" is to be understood as meaning a model which describes a spatial extent of at least the test feature with a stereo camera, with a triangulation system, with a TOF camera, with an interferometry camera, with a light field moment imaging camera and / or with one Mehrbildphotogrammetrie camera. In particular, the three-dimensional model describes the test feature in a manner that appears appropriate to the person skilled in the art, advantageously by means of a point cloud and / or by polygons. A conversion is possible for example by means of a marching cubes algorithm. The three-dimensional model can be calculated either by the sensor unit or by a controller of the mobile computing unit. Alternatively, the server can calculate the three-dimensional model.

Furthermore, it is proposed that the sensor unit during the object inspection receives a noise associated with the test feature of the test object, as a result of which the mobile computing unit can be used in a particularly versatile manner. A "noise associated with the test feature of the test object" is to be understood, in particular, as meaning a noise which has a causal relationship with the test feature.

In particular, the mobile computing unit is provided to receive the noise as sensor information of the check information. For example, the noise could be embodied as a brand name pronounced by the operator and imaged on the test object. Alternatively, the noise could be embodied as another sound that appears reasonable to the person skilled in the art, for example as a tone mark. Alternatively or additionally, the mobile could

Arithmetic unit to be provided to record a noise as additional information of the check information. In particular, the noise could be designed as a property of the test object recognized and pronounced by the operator. In particular, the server, a further server and / or in particular the mobile computing unit advantageously have / have a voice recognition which is intended to assign a meaning, in particular in the form of a text, to the recorded noise. For example, the server, another server and / or in particular the mobile computing unit could / should advantageously be provided to receive additional information of the check information dictated by the operator. In particular, the term "picking up" should be understood to mean that the sensor unit has at least one microphone which is intended to detect the noise In an advantageous embodiment of the invention, it is proposed that the server and / or in particular the mobile computing unit be advantageous are / is intended for - -

Determining the at least one match value to compare the noise and the at least one comparison information at least partially phonic, whereby a violation of trademarks, especially of tone marks, can be advantageously recognized. By the phrase "compare phonetically" is to be understood in particular that advantageously the server and / or in particular the mobile computing unit is / is intended, the sound of the sound with a sound of another sound, such as a sound mark and / or a

pronounced mark, and / or to compare a text with another text.

In a further embodiment, it is proposed that the sensor unit in the object inspection as sensor information of the test information a video stream of the

Test item, whereby the test object can be easily checked from different perspectives. In addition, a three-dimensional model can be structurally determined from the video stream. In particular, the phrase "record a video stream from the test feature" is intended to mean that the mobile computing unit is intended to record a video and advantageously to send it to the server in real time with the at least one comparative information to search.

Furthermore, it is proposed that advantageously the server and / or in particular the mobile computing unit is / is provided for determining the at least one matching value, the sensor information having an image

Compare object description of the comparison information, whereby the at least one match value advantageously can be easily determined. In particular, the term "for determining the at least one match value" is to be understood as meaning that the server and / or in particular the mobile computing unit are / is intended to calculate the at least one match value from the sensor information and the object description.

In particular, the server and / or, in particular, the mobile computing unit advantageously has / have a near-image duplicate detection algorithm that appears appropriate to the person skilled in the art, for example an INDetector algorithm or a GQView algorithm. - -

It is also proposed that advantageously the server and / or in particular the mobile computing unit is / are provided for determining the at least one

Match value the sensor information with a line drawing

Compare formed object description of the comparison information, whereby existing line drawings, for example, of patent applications, can be found advantageous. Under a "trained as a line drawing

In particular, information intended to describe an object by means of lines representing the edges of the object, for example a patented drawing, is intended to be particularly advantageous in that the server and / or in particular the mobile computing unit is provided with edges of the inspection feature in the Detecting sensor information, in particular with, a seem appropriate to those skilled method, for example with a Laplace filter, and to compare an arrangement of these edges with the line drawing.

In addition, it is proposed that advantageously the server and / or in particular the mobile computing unit is / are provided for determining the matching value, the sensor information having a model designed as a three-dimensional model

Compare object description of the comparison information, whereby a particularly accurate determination of the match value is possible.

Furthermore, it is proposed that the mobile computing unit is provided for at least one of an operator entered and / or selected

Assign additional information to the test information, whereby a limitation of the comparison information with high matching values is advantageously possible. Advantageously, the server and / or in particular the mobile computing unit advantageously take into account the input and / or selected additional information when determining the matching values, in particular by advantageously providing the server and / or in particular the mobile computing unit with the additional information

Compare check information with additional information of the comparison information to determine the match values. By "input additional information" is meant in particular additional information whose information is essentially undiscriminately determined by an operator - -

Information from a predetermined amount is selectable, for example, from a keyword list. In this context, "allocate" should be understood to mean, in particular, that the mobile computing unit is intended to jointly evaluate the additional information and other parts of the check information when determining the matching values.

In an advantageous embodiment of the invention it is proposed that the mobile computing unit is provided to the operator a selection of

Represent additional information in dependence on the match values and / or the match information, whereby relevant additional information can advantageously be found quickly. By the phrase "represent a selection of additional information" is to be understood in particular that the

Computing unit the operator expected to the test object

Additional information proposed by the operator to optimize the

Match values are selectable. The mobile computing unit advantageously displays additional information of the comparison information to the operator. In particular, the phrase "as a function of the match values" should be understood to mean that the mobile computing unit is provided to display the additional information weighted according to its match values is provided to display the additional information weighted according to their frequency in the match information.

In a further embodiment, it is proposed that advantageously the server and / or in particular the mobile arithmetic unit are / is provided, in the determination of the match values, the additional information of the check information and

To compare additional information of the comparison information, whereby a sought comparison information can be found particularly advantageous.

Furthermore, it is proposed that advantageously the server and / or in particular the mobile computing unit is / is provided, the comparison of the additional information and the comparison of the sensor information with an object description of - -

Weighting comparative information differently, creating a sought

Comparative information can be found particularly advantageous.

Furthermore, it is proposed that the server has a database in which a large number of specific comparison information is stored, as a result of which many different comparison information can advantageously be quickly compared. In particular, more than 10, advantageously more than 1000, particularly advantageously more than 100000, are to be understood as a "large number." A "specific" comparison information "is to be understood in particular as meaning a technical information, advantageously a mechanical design. that the system is a product with a

Includes protection mark, which is readable by the sensor unit of the mobile computing unit, whereby a property right infringement may be advantageous

can be excluded. An "intellectual property mark" is to be understood in particular as a means of the product which has information concerning an intellectual property right

Intellectual property rights that protect the product. Advantageous is the

Intellectual property marking provided as an indication that the product does not infringe an existing intellectual property right, in particular because the manufacturer is the owner or a licensee of the intellectual property right. Preferably, the protective rights mark protection rights infringement detection with RFID can be detected optically and / or by radio. For example, the protective right marking could be embodied as a hologram and / or an RFID chip, for example an NFC chip. Preferably, the

Protective markings passively formed, that is, in particular, the energy required to read the protective mark is particularly changed, reflected and / or returned by the protective rights mark. In particular, the protective rights marking is intended to receive information, to process and to send information, in particular the processed information. For example, the copyright mark could sign and then send the received information with a secret key of the copyright mark. Advantageously, the sensor unit has a reading means, which is provided to the

Information of the protective mark. In particular, under a - -

In particular, the reading means is at least partially formed integrally with the sensor unit and, for example, as a camera, in particular for three-dimensional ones

Shots, trained. Alternatively, the mobile computing unit could have a separate reading means, for example an NFC reader.

Furthermore, it is proposed that the protective mark has product-specific information, which makes it easy to check whether the

Property mark and the product belong together. In particular, product streams can be advantageously understood. A "product-specific information" is intended in particular to be understood by a person skilled in the art as meaningful

Information is understood, but advantageously a serial number of the product, a place of manufacture, a date of manufacture, a country of destination, a middleman, a seller, an owner, a product name and / or a product description, such as a user manual or a reference to such

Information that is stored in particular on the server. Advantageous is the

Serial number of the product additionally visibly arranged on the product.

In an advantageous embodiment of the invention it is proposed that the

Protection right marking has protection rights-specific information, whereby relevant property rights can advantageously be easily found. A "protection right-specific information" is to be understood in particular as meaning an intellectual property-related information that appears appropriate to a person skilled in the art, but advantageously an intellectual property number, a publication number

Legal status, an intellectual property right or a reference to such information, which is stored in particular on the server, the external database and / or the external server.

Furthermore, it is proposed that the protective rights marking comprise at least one electronic unit, as a result of which the protective rights marking can advantageously have a large amount of information without influencing the appearance of the product. An "electronics" is to be understood in particular as meaning a device which has at least one electrical - -

Current in a gas, in a conductor, in a vacuum and / or advantageously influenced in a semiconductor. The electronics preferably have at least one transistor, more preferably at least one microprocessor.

It is also proposed that the protection mark is protected against unauthorized access, whereby a manipulation of the protective mark can be avoided. In particular, the phrase "protected against unauthorized access" should be understood to mean that at least some of the information of the protective rights marking is not retrievable or can only be retrieved after a successful authentication, for example a secret key, or that at least part of the information of the protective rights marking is encrypted, in particular At least the serial number of the product

Protection mark can be variable, for example depending on a date.

In addition, it is proposed that the protective mark is at least partially formed in one piece with a functional electronics of the product, which can be dispensed with an additional electronics for the protective mark. In addition, constructively simply a large amount of data can be stored. A "functional electronics" is to be understood in particular as meaning an electronics of the product which has at least one product-specific function, for example control and / or control electronics fulfills a function of reading the copyright mark, such as data storage, data processing and / or data transmission. For example, the mobile computing unit could read the IP address information via an interface, such as a Bluetooth, active NFC or W-LAN interface, that has a different function when operating the product. In addition, the functional electronics and the

Protection mark have a common processor. Furthermore, the protective right marking could be formed by electrical properties of the functional electronics, for example from a specific resonant frequency. Furthermore, the protective markings could use parts of the functional electronics as antenna. - -

drawings

Further advantages emerge from the following description of the drawing. In the drawings, an embodiment of the invention is shown. The drawings, the description and the claims contain numerous features in combination. The person skilled in the art will expediently also consider the features individually and combine them into meaningful further combinations.

Show it:

1 is an overview of the system with a server, multiple mobile computing units, an external database and a

Configuration computer unit,

2 the components of the server, one of the mobile computing units, the external database and the configuration calculation unit,

3 shows a method according to the invention with the system from FIG. 1, FIG. 4 shows an exemplary object description of a comparison information, FIG. 5 shows exemplary sensor information of a check information,

6 is an exemplary conformance representation of a

Compliance Information,

Fig. 7 is a line drawing of the external database and

8 is a description of the object from the line drawing

Comparative information.

Description of the embodiments

FIGS. 1 and 2 show a system 10 according to the invention for detecting a test feature 12 of a test object 14 with mobile computing units 16, a server 24, an external database 42, a configuration computing unit 58 and a product designed as the test object 14. The mobile computing units 16 are as

Smartphones, tablets or laptops trained. The mobile computing units 16 each have essentially the same functionality for detecting the test feature 12 of the test object 14. - -

The mobile computing units 16 each have a sensor unit 18, a

Output unit 30, communication means 38, a controller and a test application 60 on. At least during an object test of the test object 14, the controller executes at least the test application 60. Each sensor unit 18 includes a camera and a microphone. The cameras have two non-recorded recording means for stereoscopic recording of the test feature 12. The microphones are intended to record a voice of an operator. The output units 30 are each designed as a touchscreen.

The method according to the invention will be described below on the basis of one of the mobile ones

Arithmetic units 16 described. The testing application 60 records in one

Method step 62 by means of the sensor unit 18 in the object inspection a

Sensor information 20 of a check information 22. The test application 60 sends in a method step 64 at least the specific sensor information 20 of the check information 22 by means of the communication means 38 to the server 24. The server 24 receives the check information 22 in a method step 66.

The server 24 has a feature comparison service 68, which determines indexing information 72 of the check information 22 in a next method step 70. As an equivalent embodiment, a computing unit could determine the indexing information and send it to a server instead of the sensor information. How this indexing information is determined depends on a type of sensor information and a configuration to be searched for comparison information 26. The server 24 stores a large number of indexing information 74 of the

Comparative Information 26. The server 24 determines in a further method step 76 from the indexing information 72 of the check information 22 and the

Indexing Information 74 of Comparative Information 26 Matching Values 28. The matching values 28 each describe a similarity between the indexing information 72, 74 of the comparison information 26 and the check information 22.

In a further method step 78, the server 24 requests the predetermined or variable number of comparison information 26, to which the highest

Match values 28 are assigned and / or their match values 28 exceed a predetermined value, at least in part from an internal database , -

56 and / or by means of an interface 40 of the server 24 from the external database 42. The databases 42, 56 or one of the databases 42, 56 search their data for the comparison information 26. Subsequently, the database 42, 56 in a further method step 80 sends the comparison information 26 to the

Server 24 according to the invention. In a next method step 82, the server 24 receives the comparison information 26.

In a further method step 84, the server 24 determines from the check information 22 and one or more of the comparison information 26 one each

Match Information 32. How to determine the respective match information 32 associated with the comparison information 26 depends on one

Embodiment of the check information 22 and of an embodiment of

Comparative information 26 from. The match information 32 describes

Differences and matches of the check information 22 and the respective

Comparative information 26. Of which or how many of the

Comparative information 26, the server 24 determines the agreement information 32 is predetermined, adjustable and / or selectable by the operator.

The server 24 sends in a method step 86 at least part of the

Comparative information 26 and / or possibly a part of the particular

Match information 32, whose match values 28 are the highest

Specify matches to the mobile computing unit 16. In addition, the server 24 sends in the method step 86 at least a portion of the particular

Match values 28 to mobile computing units 16. How many of the

Comparative information 26 and / or the agreement information 32 of the server 24 sends is given, in particular by the operator by means of the mobile

Arithmetic unit 16 adjustable or selectable or by a display capability of the output unit 30 of the mobile computing unit 16 dependent. Furthermore, by an operator input, the operator may request further comparison information en26 from the server 24, for example by scrolling a list of

Comparison information 26 and / or the compliance information 32. - -

In a further method step 88, the mobile computing unit 16 receives the part of the comparison information 26 and / or possibly the part of the particular one

Match information 32 and / or the match values 28.

In a method step 90, the testing application 60 sets the comparison information 26 and / or the matching information 32 as a function of

Match values 28. Thus, the test application 60 outputs the

Match values 28 and at least parts of at least two of

Comparative information 26 and / or the agreement information 32, the match values 28 indicate the highest matches, to the operator. In a further, optional and repeatable step 92, the mobile computing unit 16 adds further information to the check information 22. The operator takes by means of the sensor unit 18 of the mobile computing unit 16 at least one further sensor information 20 of the same test feature 12 and / or a further test characteristic of the test object 14. Which area of the test object 14 it receives, the operator decides and / or proposes the mobile computing unit 16 in particular based on the comparison information 26, for example, when the mobile computing unit 16 detects that the sensor information 20 and the

Comparison information 26 each describe a region of the test object 14, which overlap only partially. In a first embodiment or configuration, the testing application 60 is provided to present an operator with technical differences and / or changes between a product described by the comparison information 26 and a test object 14 described by the sensor information 20. Here, the test object 14 is formed as a pattern of a studded tire. The comparison information 26 each have a three-dimensional model of other tires as object description 50 (FIG. 4). The sensor unit 18 determines a three-dimensional model of the test feature 12 of the test object 14.

The server 24 determines the indexing information 72 of the check information 22. Here, the indexing information 72 is formed as surface curves on planes perpendicular to a main extension plane of the test feature 12 and parallel to characteristic edges of the test feature 12. The indexing information 74 of the , -

Comparative information 26 are also as such surface curves of

formed three-dimensional model. Alternatively, the indexing information 72, 74 could be designed as other information that appears appropriate to the person skilled in the art. The feature comparison service 68 of the test application 60 correlates the

Indexing information 72, 74 of the check information 22 and the comparison information 26. A maximum result of the correlations results in the matching value 28 assigned to the comparison information 26. The server 24 is thus used to determine the matching values 28 of the sensor information 20 with an object description 50 of the comparison information 26 designed as a three-dimensional model intended. The server 24 determines a match representation 34 of FIG

Match information 32 (Figure 5). The match representation 34 represents differences and / or the matches of the check information 22 and at least one of the comparison information 26. Areas of the match representation 34 in which the sensor information 20 and the object description 50 match are represented as green colored areas. Regions of the match representation 34 in which the sensor information 20 and the object description 50 are different are shown as a grid model, with the sensor information 20 and the object description 50 having different colors. Thus, the specific describes

Match information 32 makes a technical difference between the

Test feature 12 of the test object 14 and one of the comparison information 26th

The output unit 30 of the mobile computing unit 16 is provided to present the agreement representation 34 three-dimensionally to the operator. The mobile

Computing unit 16 is provided to display the agreement representation 34 rotatable and / or zoomable by the operator. Alternatively or additionally, the mobile computing unit 16 could have a projector for, in particular, a three-dimensional representation of the coincidence representation 34.

In a second embodiment or configuration, the test application 60 is provided to depict an operator of a wear of a test feature 12 of a test object 14. The sensor unit 18 receives a video stream from the test feature 12 during the object inspection as sensor information 20 of the test information 22. The mobile computing unit 16 sends the video stream and movement types to the server 24. The server 24 generates by means of SLAM and SIFT algorithms and / or other, the , -

Those skilled in the meaning of appear appropriate algorithms, a three-dimensional model of the test feature 12. In this case, a test feature 12 can be conveniently detected, which extends over several opposite sides of the test object 14. Alternatively or additionally, the sensor information 20 can be detected to detect the wear on another, the expert appears appropriate sense.

As already described, the server 24 determines match values 28 that are different from the three-dimensional model of the check feature 12 and

Comparative information 26 dependent. On the basis of the matching values 28, the server 24 recognizes which of the comparison information 26

described tire the test object 14 is formed. Alternatively, a test object could be used as another wear that would appear meaningful to a person skilled in the art

underlying object, for example as a drill, as a router, as a toothbrush and / or as a jogging shoe. Based on a distance of the

Match value 28 of a maximum possible match value, the server 24 determines a wear value of the test object 14, for example, in percent.

In another embodiment or configuration, the testing application 60 is provided to assist an operator in detecting an IPR violation. For example, the operator could be a customs officer or a

Be protective rights officer.

The operator detects by means of the sensor unit 18 a suspicious appearing test feature 12 of a test object 14. The resulting sensor information 20 of the test information 22 is, depending on how the test application 60 is configured, as a noise, an image and / or as a three-dimensional model , The

Inspection application 60 is provided to instruct the operator to take the image from a direction perpendicular to a main exterior surface, and more particularly against a neutral background. Alternatively or additionally, the testing application 60 could be arranged to instruct the operator to take multiple pictures and / or one

Three-dimensional model of the test object 14 record. In particular, the testing application 60 is provided to alert the operator of the particular - -

Matching values 28 and from the comparison information 26, in particular additional information 54 of the comparison information, 26 dependent to instruct to include more images and / or a three-dimensional model of the test object 14.

The test application 60 is intended to receive at least one additional piece of information 48 of the check information 22. Possible additional information 48, 54, 98 of the

Check information 22 and / or the comparison information 26 and / or the

Match information 32 is for example:

• Keywords, in particular from a given set of keywords.

• Presumed type of infringement of intellectual property rights (patent, trademark and / or

Designs injury).

Information about the sensor information 20 (e.g., taking the bottom side).

• Full or part of an IPC class.

• Brand class, especially after the Nice classification.

• Design classes, especially according to the Locarno classification. · Easy to understand explanations of the scope of protection.

• A guide, in particular a step-by-step guide, to identify a property right infringement.

The mobile computing unit 16 is provided to propose additional information 48, in particular based on previously entered additional information 48 and / or on the basis of previously determined matching values 28 and / or comparison information 26, to the operator for selection. In this case, in the additional information 54 of the

Comparative information 26 frequently presented additional information displayed prioritized, for example in a list and / or in a keyword cloud. The mobile computing unit 16 is intended to receive dictated additional information 48. The server 24 is provided for comparing the additional information 48 of the check information 22 and the additional information 54 of the comparison information 26 for determining the matching values 28 when determining the matching values 28.

If the sensor information 20 of the check information 22 is formed as a noise, the server 24 assumes that the operator wants to research a mark and , -

restricts the search to such. The server 24 compares the sensor information 20 and the comparison information 26 of the mark phonetically on text basis and / or on

Sound basis.

For the text-based comparison, the server 24 has voice recognition that converts the noise-designed object descriptions 50 of the comparison information 26 previously dictated by the operator into texts. In this case, the server 24 is intended to observe several pronunciations that depend on a configurable language. The server 24 compares the text of the sensor information 20 and the text of the comparison information 26 by means of an algorithm that appears appropriate to the person skilled in the art, for example a Soundex algorithm.

For the noise-based comparison, the server 24 has a routine that converts the object descriptions 50 of the comparison information 26, if present only as text, into noise information. In this case, the server 24 is provided to pay attention to a plurality of pronunciations dependent on a configurable language, which are mentioned in particular as additional information 54 of the comparison information 26. The server 24 compares the sensor information 20 and the

Noise information of the comparison information 26 by means of an algorithm which appears expedient to the person skilled in the art, for example by means of a correlation.

The database 56 of the server 24 has comparison information 26, the

Object descriptions 50 are formed as images and / or three-dimensional models of protected products. Furthermore, the database 56 of the server 24 has comparison information 26, the object descriptions 50 of which are designed as images and / or three-dimensional models of known products that violate property rights. The server 24 compares the sensor information 20 and object descriptions 50 of the comparison information 26 by means of an algorithm which appears expedient to the person skilled in the art, for example by means of a discrete cosine transformation and / or a bilinear filter. The server 24 is intended to convert the images into images of similar contrast and / or similar color values prior to comparison. alternative , -

or additionally, the server 24 could only compare edges detected in the images, for example by means of a Laplace filter, whereby different colors can be compensated. By comparing the images of the protected products, unauthorized one-to-one copies can be advantageously recognized. The external database 42 has comparison information 26, the

Descriptions 50 are designed as line drawings of protected products (FIG. 7), here as a patent drawing 94. The line drawings are formed as figures of protective right pamphlets, in particular of patents. Preferably, the external database 42 is formed as a database 42 of a patent office. The line drawings are designed, for example, as patent drawings.

The server 24 is provided to calculate from the line drawings of the external database 42 indexing information 74 of the comparison information 26. As FIG. 8 shows, the server 24 removes reference numeral 36 from the line drawings. For this purpose, the server 24 has a routine for recognizing numbers, numbers and letters.

Subsequently, the server 24 removes lines 96 which associate reference numerals 36 with a portion of the line art. To do this, the server 24 searches lines 96 that end closest to the respective reference numeral 36 and removes them. The server 24 stores the images thus calculated as object descriptions 50 of the comparison information 26. The reference numerals 36 and the lines 96 are stored by the server 24 as additional information 98 of the matching information 32. From the object descriptions 50 of FIG

Comparative information 26 determines the server 24 according to a, the skilled person appear appropriate methods each indexing information 74 of

Comparative Information 26.

Subsequently, the server 24 analyzes whether the line drawings are about

Top views or perspective views is. For this purpose, the server detects 24 nodes from three lines and an external form of the line drawing. If nodes are at right angles or the outer shape of the line drawing is rectangular, the server 24 assumes a top view. If nodal points with out-of-square angles outweigh the server 24 assumes a perspective view. Further and other criteria and thresholds that appear reasonable to the person skilled in the art - -

to a distinction between top view and perspective view and to exclude both forms of representation are possible. In perspective representations, the server 24 determines a display type (for example, according to DIN 5), an approximate display angle and display distortions. The approximate view angle and presentation distortions are stored by the server 24 as

Additional Information 54 of the Comparison Information 26. Alternatively, the server 24 could calculate a representation in a representation style that is the same for all line drawings and store the representation as object descriptions 50 of the comparison information 26. In the object inspection, the server 24 compares an image-formed one

Sensor information 20 with designed as a top view object descriptions 50. For this purpose, the server 24 determines edges of the image by means of a Laplace filter. At a

Object inspection compares the server 24 formed as a three-dimensional model sensor information 20 formed as a perspective representations

Object Descriptions 50. For this purpose, the server 24 generates at least one edge view of the three-dimensional model that corresponds to the perspective views of the

Object description 50 corresponds.

The server 24 is provided to designate the inspection feature 12 of the inspection object 14 in the matching representation 34 with the reference numbers 36 from the line drawings. For this purpose, the server 24 generates an unspecified image having the sensor information 20 and the reference numeral 36 with the corresponding lines 96. Alternatively or additionally, the server 24 could search the list of protective rights pertaining to the reference number 36 for a list of reference numbers and provide the lines 96 instead of the numbers or additionally with the corresponding designations from the list of reference numbers. The server 24 sends the image and / or the

exempted reference numeral 36 to the mobile computing unit 16. The mobile

Arithmetic unit 16 is provided to display the image with the reference numeral 36 to the operator.

Furthermore, the mobile computing unit 16 is provided for assigning the optional reference symbols 36 to the corresponding test features 12 of the test object 14 , -

project. Furthermore, the mobile computing unit 16 is intended to project the matching representation 34 onto the test object 14. In this case, the mobile computing unit 16 marks matches and differences of the sensor information 20 and the object description 50 in color on the test object 14. The additional information 54 of the comparison information 26 has a description of the protection right to which the comparison information 26 is assigned. The

A description of the protective right is embodied as the text of one or more claims and / or as a feature analysis. Here, the comparison information 26, the additional information 54 in multiple languages. The server 24 is intended to extract this additional information 54 from the patent texts.

If the operator the sensor information 20 as suspicion of a

Design infringement and / or mark infringement, the server 24 additionally compares color information of the sensor information 20 and the

Object description 50. The testing application 60 of the mobile computing unit 16 is intended to be a

Weighting information 44 of the check information 22 to be received by the operator. For this purpose, the mobile computing unit 16 displays to the operator the sensor information 20 and / or the additional information 48 of the test information 22 on the display. The operator deletes an input of the weighting information 44 of the check information 22 via the display designed as a touchscreen and thus marks regions of the sensor information 20. Depending on the type of marking, these ranges can be rated more strongly than either unmarked areas or in the determination of the matching values 28 of match values 28 remain unweighted. Furthermore, by means of the weighting information 44 additional information 48 of the check information 22, in particular relative to one another and / or relative to the sensor information 20,

weighted differently.

The comparison information 26 at least partially has weighting information 52 which marks regions of the object description 50. These areas of

Object description 50 may be determined depending on the type of marking either in the determination - -

of match values 28 are rated higher than unmarked ranges or unrated when determining match scores 28. How different areas of the sensor information 20 and the object description 50 are weighted can be optimized, for example, by means of a fuzzy logic. The configuration computing unit 58 is provided to send further comparison information 26 to the server and / or to modify a configuration of the server 24 and / or the mobile computing units 16.

In the following, for the sake of clarity, it will be shown which subordinate information the check information 22, the comparison information 26 and the

Match information 32 include:

Check information 22:

• Sensor information 20

• Weighting information 44

• Additional information 48

Indexing information 72

Comparative Information 26:

• Object description 50

• Weighting information 52

· Additional information 54

Indexing information 74

Match Information 32:

• Matching representation 34

· Additional information 98

The test application 60 of the mobile computing unit 16 is provided to determine a position information of the object test by means of a position determination means 100, for example a navigation satellite system. The additional information 48 of the check information 22 sent from the check application 60 to the server has this position information. The server 24 limits the comparison of - -

Comparison information 26 and the check information 22 for comparison information 26 whose additional information 54 has a location validity information indicating that the comparison information 26 is valid at the position described by the position information. The server 24 is provided to a holder and / or a representative of a protective right, which is associated with one of the comparison information 26, in the case of a suspected infringement, a message, such as an e-mail or advantageously send a system-internal message. The server 24 provides the owner and / or the representative with an interface, for example a website, about which cases of suspected infringement of intellectual property rights can be viewed. In addition, the server 24 provides the owner and / or a representative information, such as

Infringement, such as a customs seizure form.

The message division has a position information determined by means of the position determination means 100. The server 24 is intended to compare the position information and / or other information which appears expedient to the person skilled in the art with product streams available on the server 24 of the products described by the comparison information 26 and / or known product streams of counterfeit products in the case of a suspected infringement. FIG. 9 shows a test object 14, which is designed as an inventive product of the system 10. The product is designed as an mp3 player. The product has a protective mark 102 and a functional electronics 104. The

Protection mark 102 and the function electronics 104 are integrally formed. Alternatively, the test object 14 could have an independent of the function electronics 104 protective mark, for example, an RFID tag, in particular an NFC tag. The functional electronics 104 includes a Bluetooth interface.

A reading means of the sensor unit 18 of the mobile computing unit 16 reads in the product verification information of the protective mark 102 over the - -

Bluetooth interface of the function electronics 104 off. The information of

Intellectual property mark 102 forms the sensor information 20 according to the invention of the check information 22. The server determines a matching value 28 of FIG

Check information 22 and at least one comparison information 26. Der

Match score 28 indicates whether the copyright mark 102 is valid and is a genuine product. Access to the copyright marker 102 is protected by an authentication method.

Furthermore, the sensor unit 18 can read the protective-rights marking 102 after a previous check with another sensor information 20. The mobile computing unit 16 instructs the operator, in particular by means of a display, that a suspected breach of intellectual property rights by reading out the

Protective mark 102 can be invalidated. That the product is a

Protective mark 102, if it is an original product, is indicated in the additional information 54 of the comparison information 26. In addition, the additional information 54 of the comparison information 26 is indicated as in the

Protective mark 102 can be accessed and / or how the readable information of the protective mark 102 can be checked.

Claims

claims

1 . System for detecting an inspection characteristic (12) of a test object (14)

- With at least one mobile computing unit (16), the at least one

Sensor unit (18) which at least one during an object inspection

Sensor information (20) of a check information (22) of the test object (14) detected, and

with a server (24) which stores at least one comparison information (26) in at least one operating state,

wherein the server (24) and / or the mobile computing unit (16) from the

Check information (22) and the at least one comparison information (26) determine / determine at least one match value (28), and the mobile computing unit (16) has an output unit (30) which outputs the at least one match value (28) in at least one operating mode.

2. System according to claim 1, characterized in that the server (24) and / or the mobile computing unit (16) from the check information (22) and the at least one comparison information (26) at least one

Match information (32) determines, at least

Differences and / or matches of the check information (22) and at least the comparison information (26) describes.

3. System according to claim 2, characterized in that the

Match information (32) comprises at least one match representation (34) representing at least the differences and / or the matches of the check information (22) and at least the comparison information (26).

4. System at least according to claim 2, characterized in that the at least one specific agreement information (32) is provided to describe at least one technical difference between the test feature (12) of the test object (14) and the at least one comparison information (26).

5. System at least according to claim 2, characterized in that the

certain match information (32) is provided to describe at least one match between the test feature (12) of the test object (14) and the comparative information (26) associated with a commercial property right.

6. System according to any one of the preceding claims, characterized in that the server (24) and / or the mobile computing unit (16) are provided / reference numerals (36) of the test features (12) of the test object (14) from the at least to determine a comparison information (26).

7. System according to claim 6, characterized in that the server (24) and / or the mobile computing unit (16) is / is provided, the

Test feature (12) of the test object (14) in the agreement representation (34) with the reference numeral (36) to denote.

8. System according to at least one of the preceding claims, characterized

characterized in that the mobile computing unit (16) is provided to project the match information (32) and / or the reference marks (36) onto an object.

9. System according to one of the preceding claims, characterized in that the test information (22) has at least one further sensor information (20).

10. System according to any one of the preceding claims, characterized in that the mobile computing unit (16) comprises a communication means (38) which transmits the certain test information (22) to the server (24) during the object inspection.

1 1. System according to one of the preceding claims, characterized in that the server (24) is provided to at least partially transfer the at least one specific match value (28) to the mobile computing unit (16).

12. System according to any one of the preceding claims, characterized in that the mobile computing unit (16) during the object inspection at least partially represents the two comparison information (26) whose

Match Values (28) indicate highest matches.

13. System according to one of the preceding claims, characterized in that the server (24) has an interface (40) which is provided, the at least one comparison information (26) and / or agreement values (28) from external databases and / or Receive servers (42).

14. System according to any one of the preceding claims, characterized in that the mobile computing unit (16) is provided to a

Weighting information (44) of the check information (22) record.

15. System according to claim 14, characterized in that the mobile

Arithmetic unit (16) is provided for receiving the

Weighting information (44) at least the sensor information (20) and / or additional information (48) of the check information (22) by means of the output unit (30) at least partially represent.

16. System according to any one of the preceding claims, characterized in that the at least one comparison information (26) in each case at least one object description (50) and weighting information (52).

17. System according to any one of the preceding claims, characterized in that the sensor unit (18) at the object inspection as the sensor information (20) at least one image of the inspection feature (12) receives.

18. System according to any one of the preceding claims, characterized in that the sensor unit (18) in the object inspection as the sensor information (20) determines a three-dimensional model of the inspection feature (12).

19. System according to any one of the preceding claims, characterized in that the sensor unit (18) during the object inspection receives a test characteristic (12) of the test object (14) associated with noise.

20. System according to claim 19, characterized in that the server (24) and / or the mobile computing unit (16) are / is provided for

Determining the at least one agreement value (28) to compare the noise and the at least one comparison information (26) at least partially phonic.

21. System according to one of the preceding claims, characterized in that the sensor unit (18) during the object inspection as sensor information (20) of the test information (22) receives a video stream from the test feature (12).

22. System according to one of the preceding claims, characterized in that the server (24) and / or the mobile computing unit (16) are / is provided for determining the at least one agreement value (28) the sensor information (20) with a Image formed object description (50) of the comparison information (26) to compare.

23. System according to one of the preceding claims, characterized in that the server (24) and / or the mobile computing unit (16) are / is provided for determining the at least one agreement value (28) the sensor information (20) with a Line drawing trained

Object description (50) of at least one comparison information (26) to compare.

24. System according to any one of the preceding claims, characterized in that the server (24) and / or the mobile computing unit (16) are / is provided for determining the at least one agreement value (28) the sensor information (20) with a Three-dimensional model trained object description (50) of the comparative information (26) to compare.

25. System according to any one of the preceding claims, characterized in that the mobile computing unit (16) is provided to at least one of an operator entered and / or selected additional information (48) of the check information (22) assign.

26. System according to claim 25, characterized in that the mobile

Arithmetic unit (16) is provided to the operator a selection of additional information (48) depending on the agreement values (28) and / or the agreement information (32) represent.

27. System at least according to claim 25, characterized in that the

Server (24) and / or the mobile computing unit (16) are provided to /, when determining the at least one match value (28) the

Additional information (48) of the check information (22) and additional information (54) of the at least one comparison information (26) to compare.

28. The system according to claim 27, characterized in that the server (24) and / or the mobile computing unit (16) are / is provided, the comparison of the additional information (48, 54) and the comparison of the sensor information (20) with a Object description (50) of the comparative information (26) to weight differently.

29. System according to one of the preceding claims, characterized in that the server (24) has a database (56) in which a large number of specific comparison information (26) is stored.

30. System according to any one of the preceding claims, characterized by at least one product with a protective mark (102) which is readable by the sensor unit (18) of the mobile computing unit (16).

31. System according to claim 30, characterized in that the

Protective marking (102) has product-specific information.

32. System according to at least claim 30, characterized in that the

Protective rights marking (102) has protection-rights-specific information.

33. System according to at least claim 30, characterized in that the

Protection mark (102) comprises at least one electronics.

34. System according to at least claim 30, characterized in that the

Protection mark (102) is protected against unauthorized access.

35. System at least according to claim 30, characterized in that the

Intellectual property marking (102) at least partially integral with a

Function electronics (104) of the product is formed.

36. Server of a system (10) according to one of claims 1 to 35.

37. Mobile computing unit of a system (10) according to one of claims 1 to 35.

38. Product of a system (10) at least according to claim 30.

39. Method for detecting a test characteristic (12) of a test object (14)

in particular for determining a property right infringement with a system (10) according to one of claims 1 to 35.