Abstract: An acquisition device for the at least partially automated acquisition of multiple object data sets of at least one object. The acquisition device includes at least one object data acquisition unit for the acquisition of object data, at least one object carrier unit for arranging the object, and at least one reference unit that is at least provided to output, in particular optically output, a reference element for a size classification of the object.

Abstract: An acquisition device for at least semiautomated acquisition of sets of multiple object data of at least one object, including a movement device for generating a defined relative movement between at least one object data acquisition unit and the at least one object.

Abstract: A method for monitoring a packaging process of at least one article. In the method, a sort of an article is acquired before it is placed in a transport container. At least one image and at least one depth measurement of the article are recorded after it is placed in the transport container. The three-dimensional dimensions of the article are calculated and are compared with a specification for the acquired sort of the article. If the dimensions of the article do not agree with the specification, a warning is issued.

Abstract: An acquisition device for at least semiautomated acquisition of sets of multiple object data of at least one object, including a movement device for generating a defined relative movement between at least one object data acquisition unit and the at least one object.

Abstract: A method for monitoring a packaging process of at least one article. In the method, a sort of an article is acquired before it is placed in a transport container. At least one image and at least one depth measurement of the article are recorded after it is placed in the transport container. The three-dimensional dimensions of the article are calculated and are compared with a specification for the acquired sort of the article. If the dimensions of the article do not agree with the specification, a warning is issued.

Abstract: A method for monitoring a picking or packaging process of at least one article. Using a plurality of cameras, images are recorded of at least one moving article. Labels in the images are read. The read labels are compared with specifications from a picking list, and a sort of the article is identified on the basis of the comparison. If the sort of the article does not agree with specifications from the picking list, a warning is issued. In addition, a camera system having a plurality of cameras is provided. These cameras are set up to record at least the images and to read labels in the images.

Abstract: A detection device for an at least semiautomated detection of multiple object data sets of at least one object is provided. The detection device includes a movement device for generating a defined relative movement between at least one object data detection unit and the at least one object.

Abstract: A detection device for an least semiautomated detection of multiple object data sets of at least one object is described. The detection devices includes a movement device for generating a defined relative movement between at least one object data detection unit and the at least one object.

Abstract: A detection device for an at least semiautomated detection of multiple object data sets of at least one object is described. The detection devices includes a movement device for generating a defined relative movement between at least one object data detection unit and the at least one object.

Abstract: An acquisition device for at least semiautomated acquisition of sets of multiple object data of at least one object, including a movement device for generating a defined relative movement between at least one object data acquisition unit and the at least one object.

Abstract: A method for detecting objects, in particular three-dimensional objects, includes carrying out a digital scan of at least one image section of an image of at least one object to be detected in order to digitally detect points of the image. The digital detection at least of individual points of the image is carried out at least on the basis of a deviation of at least one characteristic of at least two points, in particular on the basis of a deviation of at least one characteristic of the last digitally detected point in comparison to a characteristic of at least one point to be detected digitally.

Abstract: Identification of objects, in particular three dimensional objects, includes digital scanning of at least one image portion of an image of at least one object to be identified for the digital capture of points of the image. The digitally captured points of the at least one image portion of the image are combined to form an image data record, wherein multiple image data records are generated for the object to be identified, and the image data records differ from one another at least in view of at least one image portion characteristic.

Abstract: A method for the at least partially automated identification, in particular, for the invalidation, uniqueness check and/or authenticity check, of a product, at least one representation of the product being recorded in at least one detection step, the representation being compared in at least one test step with at least one reference representation of the product in an original state, a presence being checked of at least one feature of the product that has been added as compared to the original state.

Abstract: A method for detecting objects, in particular three-dimensional objects, includes carrying out a digital scan of at least one image section of an image of at least one object to be detected in order to digitally detect points of the image. The digital detection at least of individual points of the image is carried out at least on the basis of a deviation of at least one characteristic of at least two points, in particular on the basis of a deviation of at least one characteristic of the last digitally detected point in comparison to a characteristic of at least one point to be detected digitally.

Abstract: The disclosure proceeds from a method for identifying objects, in particular three-dimensional objects, wherein digital scanning of at least one image portion of an image of at least one object to be identified is carried out in at least one method step for the purposes of the digital capture of points of the image. It is proposed that the digitally captured points of the at least one image portion of the image are combined to form an image data record in at least one method step, wherein a plurality of image data records are generated for the object to be identified, said image data records differing from one another at least in view of at least one image portion characteristic.

Abstract: In a method for verifying the tightness of a tank bleeding system with a tank bleeding valve, a stop valve for air-tightly closing the tank bleeding system relative to an atmosphere prevailing outside the motor vehicle, and a bistable pressure switch whose switched condition indicates whether a predefined switching pressure is exceeded or not reached in the tank bleeding system, in order to be able to determine the tightness of the tank bleeding system without using a pressure sensor, the following steps are carried out: waiting until the vehicle speed drops below a certain threshold; opening the tank bleeding valve; closing the tank bleeding valve when a negative pressure has been attained which lies below the switching pressure; measuring the duration from the time an initial pressure lies below the switching pressure until the moment the switching pressure is exceeded again; and assessing the tightness is assessed based on the measured duration.

Abstract: During a first driving cycle, a combustion process is controlled in at least one combustion chamber for the purpose of performing a check on an emission reduction system of an internal combustion engine. During a second driving cycle following the first cycle, a check is performed to establish whether an error in the emission reduction system was detected during the first cycle. An idle time between the first and the second cycles is determined, in the event of an error of the emission reduction system detected during the first cycle. During the second cycle, the combustion process in the at least one combustion chamber is only controlled for the purpose of the check on the emission reduction system, in the event of an error detected in the emission reduction system during the first cycle and in the event of the idle time being longer than a pre-determined repair time.

Abstract: In a method for verifying the tightness of a tank bleeding system with a tank bleeding valve, a stop valve for air-tightly closing the tank bleeding system relative to an atmosphere prevailing outside the motor vehicle, and a bistable pressure switch whose switched condition indicates whether a predefined switching pressure is exceeded or not reached in the tank bleeding system, in order to be able to determine the tightness of the tank bleeding system without using a pressure sensor, the following steps are carried out: waiting until the vehicle speed drops below a certain threshold; opening the tank bleeding valve; closing the tank bleeding valve when a negative pressure has been attained which lies below the switching pressure; measuring the duration from the time an initial pressure lies below the switching pressure until the moment the switching pressure is exceeded again; and assessing the tightness is assessed based on the measured duration.

Abstract: During a first driving cycle, a combustion process is controlled in at least one combustion chamber for the purpose of performing a check on an emission reduction system of an internal combustion engine. During a second driving cycle following the first cycle, a check is performed to establish whether an error in the emission reduction system was detected during the first cycle. An idle time between the first and the second cycles is determined, in the event of an error of the emission reduction system detected during the first cycle. During the second cycle, the combustion process in the at least one combustion chamber is only controlled for the purpose of the check on the emission reduction system, in the event of an error detected in the emission reduction system during the first cycle and in the event of the idle time being longer than a pre-determined repair time.

Abstract: The invention relates to a method which is characterized in that before an active catalyst diagnosis is carried out the mixture is dynamically trimmed for all individual catalysts using a signal of a lambda sensor common to the individual catalysts. Once the mixture is successfully trimmed, the cylinder-based forced activation is adjusted in such a manner that the individual catalysts, by virtue of the charge imprinted thereon for a threshold catalyst, exceed their remaining oxygen storage capacity to such an extent that the lambda sensor is enabled to measure the storable charge. The cylinder-based lambda signals reconstructed from the sensor signal are then used to determine specific diagnostic values for every individual catalyst.