mhurhangee/ep-ind-claims huggingface dataset:
Apparatus which can be embedded in an optical system, in particular a microscope system, comprising at least one controllable module (11-13; 11, 12), and a computing device which has at least one first interface for controlling the at least one controllable module (11-13; 11, 12), the computing device having a second interface configured to interchange data with a further computing device and being set up to output information (41-48; 71, 72, 75, 76) relating to work processes which can be carried out by the at least one controllable module (11-13; 11, 12) via the second interface and to receive data representing a workflow comprising a plurality of work processes via the second interface, the computing device being set up, on the basis of the received data for the plurality of work processes in the workflow, to implement a respective item of control information (73, 74; 77, 78) assigned to the corresponding work process in order to control the at least one controllable module (11-13; 11-12) on the basis of the control information (73, 74; 77, 78), the computing device comprising a memory which stores a machine-readable code, characterized in that the computing device is set up in such a manner that the data received via the second interface describe the workflow by means of a plurality of work processes and links between the work processes, and in that the machine-readable code has a plurality of separate components (21-23; 21, 22), each of which is assigned to precisely one controllable module (11-13; 11, 12) of the at least one controllable module (11-13; 11, 12), the information relating to the work processes which can be carried out by the corresponding controllable module (11-13; 11, 12) and the control information assigned to these work processes being stored for each controllable module (11-13; 11, 12) of the at least one controllable module (11-13; 11, 12) in that component (21-23; 21, 22) of the machine-readable code which is assigned to the corresponding controllable module (11-13; 11, 12).
An occupant protection apparatus (10, 70) comprising: an airbag (30, 74) configured to be stored in a head rest or a seat back of a vehicle seat and to be inflated and deployed by a supply of gas, the airbag (30, 74) being formed as a single bag that is configured to cover a head of an occupant and including a front inflating part (42, 80), which is configured to be inflated at a seat front side of the head, and a right and left pair of lateral inflating parts, which are connected to the front inflating part (42, 80) and are configured to be inflated at seat lateral sides of the head; a three-point seat belt device including webbing equipped with a lap belt and a shoulder belt, and a belt take-up mechanism, the lap belt being adapted to restrain a pelvic region of the occupant, the shoulder belt being adapted to restrain an upper body of the occupant, and the belt take-up mechanism being configured to apply tension to the webbing; and a control unit that is configured, in the event that an impact to the vehicle has been predicted or detected, to activate the belt take-up mechanism before inflating and deploying the airbag (30, 74), characterized by further comprising a tension relaxing mechanism configured to relax a tension acting on the shoulder belt, when the tension becomes equal to or greater than a predetermined value after the inflation and deployment of the airbag (30, 74). an airbag (30, 74) configured to be stored in a head rest or a seat back of a vehicle seat and to be inflated and deployed by a supply of gas, the airbag (30, 74) being formed as a single bag that is configured to cover a head of an occupant and including a front inflating part (42, 80), which is configured to be inflated at a seat front side of the head, and a right and left pair of lateral inflating parts, which are connected to the front inflating part (42, 80) and are configured to be inflated at seat lateral sides of the head; a three-point seat belt device including webbing equipped with a lap belt and a shoulder belt, and a belt take-up mechanism, the lap belt being adapted to restrain a pelvic region of the occupant, the shoulder belt being adapted to restrain an upper body of the occupant, and the belt take-up mechanism being configured to apply tension to the webbing; and a control unit that is configured, in the event that an impact to the vehicle has been predicted or detected, to activate the belt take-up mechanism before inflating and deploying the airbag (30, 74), characterized by further comprising a tension relaxing mechanism configured to relax a tension acting on the shoulder belt, when the tension becomes equal to or greater than a predetermined value after the inflation and deployment of the airbag (30, 74).
An automatic operating device for a working machine including a working device having a portion to interact with an object, the automatic operating device comprising: an acquisition part that acquires actual position data indicating an actual position of the portion; an estimation part that estimates estimative actual position data by inputting estimative force data to a first model defining a relation between force data indicating a force to occur on the portion and the actual position data by using a first parameter indicating characteristics of the interaction; a calculation part that calculates a deviation between: target position data indicating a target position of the portion; and a difference between the estimative actual position data and the actual position data; a computation part that computes estimative force data by inputting the deviation to a second model defining a relation between the deviation and force data for causing the actual position to meet the target position by using the first parameter; a setting part that calculates a second parameter corresponding to the estimative actual position data and the estimative force data on the basis of a first parameter having been calculated in past, and sets the first parameter on the basis of the second parameter; and an instructive value calculation part that calculates an instructive value to the working machine from the estimative force data. an acquisition part that acquires actual position data indicating an actual position of the portion; an estimation part that estimates estimative actual position data by inputting estimative force data to a first model defining a relation between force data indicating a force to occur on the portion and the actual position data by using a first parameter indicating characteristics of the interaction; a calculation part that calculates a deviation between: target position data indicating a target position of the portion; and a difference between the estimative actual position data and the actual position data; a computation part that computes estimative force data by inputting the deviation to a second model defining a relation between the deviation and force data for causing the actual position to meet the target position by using the first parameter; a setting part that calculates a second parameter corresponding to the estimative actual position data and the estimative force data on the basis of a first parameter having been calculated in past, and sets the first parameter on the basis of the second parameter; and an instructive value calculation part that calculates an instructive value to the working machine from the estimative force data.
A measuring apparatus comprising: a circuit board; a light receiving device disposed on the circuit board to receive light and output a signal; a housing, made of a conductive material, to cover the light receiving device disposed on the circuit board; an optical window to transmit the light, the optical window including a conductive part having conductivity; and an electrical connection line disposed on the circuit board to transmit the signal to an amplifier, characterized in that a guard ring is disposed around the electrical connection line on the circuit board and electrically connected to the conductive part and the housing. a circuit board; a light receiving device disposed on the circuit board to receive light and output a signal; a housing, made of a conductive material, to cover the light receiving device disposed on the circuit board; an optical window to transmit the light, the optical window including a conductive part having conductivity; and an electrical connection line disposed on the circuit board to transmit the signal to an amplifier, characterized in that a guard ring is disposed around the electrical connection line on the circuit board and electrically connected to the conductive part and the housing.
A washing or cleaning agent, comprising a) at least one surfactant, b) at least one biocidal quaternary ammonium compound, and c) at least one tetracarboxylic acid or the salts thereof, wherein the tetracarboxylic acid is a glutamic acid-N,N-diacetic acid. a) at least one surfactant, b) at least one biocidal quaternary ammonium compound, and c) at least one tetracarboxylic acid or the salts thereof,
Driver's seat for a rail vehicle, - with a seat, a frame, a carrier, a fastening unit and with a compressed air line which ensures compressed air-assisted functionalities of the driver's seat, - in the case of which the frame which supports the seat is connected in a rotatably mounted manner to a first end of the carrier, with the result that the seat can be rotated around an axis of the carrier, - in the case of which a second end of the carrier is connected to the fastening unit, in order to fasten the carrier in a control desk of a rail vehicle, - in the case of which the compressed air line is arranged in such a way that the compressed air-assisted functionalities of the seat are ensured, - in the case of which the compressed air line is realised in a first region as a number of part windings which enclose the carrier in an at least partially peripheral manner radially at a predefined spacing, - in the case of which the part windings are configured and fastened in such a way that a rotational movement of the seat brings about a change in the spacing of the part windings from the carrier, characterized - in that the part windings of the compressed air line form a spiral which is wound around the carrier at a predefined spacing from the carrier. - with a seat, a frame, a carrier, a fastening unit and with a compressed air line which ensures compressed air-assisted functionalities of the driver's seat, - in the case of which the frame which supports the seat is connected in a rotatably mounted manner to a first end of the carrier, with the result that the seat can be rotated around an axis of the carrier, - in the case of which a second end of the carrier is connected to the fastening unit, in order to fasten the carrier in a control desk of a rail vehicle, - in the case of which the compressed air line is arranged in such a way that the compressed air-assisted functionalities of the seat are ensured, - in the case of which the compressed air line is realised in a first region as a number of part windings which enclose the carrier in an at least partially peripheral manner radially at a predefined spacing, - in the case of which the part windings are configured and fastened in such a way that a rotational movement of the seat brings about a change in the spacing of the part windings from the carrier, characterized - in that the part windings of the compressed air line form a spiral which is wound around the carrier at a predefined spacing from the carrier.
A method for use in a source serving gateway for triggering relocation of at least one user equipment bearer resource from the source serving gateway to at least one target serving gateway in a communication network, the source serving gateway serving the user equipment by providing bearer resources to the user equipment, the method comprises: detecting an event indicating relocation of the at least one user equipment bearer resource from the source serving gateway to the at least one target serving gateway, wherein the event is associated with an overload of the source serving gateway; and sending a message to a mobility management node (205, 209), the message comprising a trigger to relocate the at least one user equipment bearer resource from the source serving gateway to the at least one target serving gateway. detecting an event indicating relocation of the at least one user equipment bearer resource from the source serving gateway to the at least one target serving gateway, wherein the event is associated with an overload of the source serving gateway; and sending a message to a mobility management node (205, 209), the message comprising a trigger to relocate the at least one user equipment bearer resource from the source serving gateway to the at least one target serving gateway.
Method for setting up a mobile radio link in a mobile radio network, especially in a cellular mobile radio network in the case of a mobile radio network accessibility or mobile radio network availability which is restricted temporarily because of overload, between a prioritized first mobile radio terminal and a non-prioritized second mobile radio terminal, non-prioritized mobile radio terminals being blocked at least partially and at least temporarily due to the overload situation, in which the first, prioritized mobile radio terminal sends a call set up attempt, the mobile radio network recognizes the call set up attempt as prioritized call set up attempt and prefers it compared with call set up attempts of other non-prioritized mobile radio terminals and transmits it to the second, non-prioritized mobile radio terminal, wherein the blocking of the second mobile radio terminal is cancelled at least temporarily by the network so that the incoming call can be accepted by the second mobile radio terminal and the mobile radio link is set up, the second mobile radio terminal being allocated to a particular non-prioritized class and the entire class being blocked at least temporarily for access to the mobile radio network, characterized in that the blocking of this class is cancelled at least temporarily.
An electrolyte material comprising a fluoropolymer having a structural unit having an ionic group and a structural unit having an alicyclic structure but excluding one having an ionic group; characterized in that the fluoropolymer comprises a branched molecular chain, the fluoropolymer has a segment composed of a molecular chain having a structural unit having an ionic group, and a segment comprising a molecular chain having a structural unit having an alicyclic structure, and the ion exchange capacity of the segment is smaller than the ion exchange capacity of the segment.
A round-bottomed bag for packaging hot-melt adhesives comprising a bag body and a round bottom arranged on the bag body by means of a bottom joint, wherein the bag body is formed from a laminated film with at least two laminated film edges arranged in the region of the film edge faces, wherein the laminated film is formed at least two-layered, wherein a layer of the laminated film comprises a thermoplastic plastic, preferably polyester, in particular polyethylene terephthalate, and/or wherein a layer of the laminated film comprises a polyolefin, in particular polypropylene, characterised in that the at least two laminated film edges do not overlap one another and are joined together by an edge joint, in such a way that the bag body is formed tubular, wherein the edge joint of the bag body comprises at least one sealing medium, with which the laminated bag edges of the bag body are joined together, wherein the sealing medium of the edge joint comprises a separating medium, and wherein the sealing medium is formed strip-like, the sealing medium overlaps at least in sections the non-overlapping laminated film edges, and the sealing medium is arranged on the inside and/or on the outside on the bag body, the sealing medium is formed from a film, in particular from a laminated film, wherein the (laminated) film of the sealing medium preferably comprises a polyolefin, in particular polypropylene, or is formed therefrom, and wherein the sealing medium of the edge joint comprises a separating medium, wherein the tubular bag body is joined to the round bottom, in particular by hot sealing, by a further strip-like sealing medium arranged in the region of the bottom joint, wherein the laminated film of the bag body and the round bottom do not overlap.
An identity verification method, comprising receiving, by a fourth node of a third blockchain, identity verification information from an identity verification server, the identity verification information comprising a first hash value of information to be validated; storing, by the fourth node, the identity verification information on the third blockchain, and spreading the identity verification information to a fifth node of the third blockchain by means of the third blockchain; receiving, by the fifth node, an identity verification request from a first application, the identity verification request comprising a second hash value of the information to be validated; and comparing, by the fifth node, the first hash value and the second hash value, and returning an identity verification result to the first application according to a comparison result; determining, by the application, whether the successfully validated identity verification type in the checking result meets a service requirement, and if not, querying, a second node of a second blockchain comprising an identity verification publishing blockchain, used to publish identity verification services, for an available identity verification service, selecting, from a query result, an identity verification service meeting the service requirement, wherein the fifth node and the identity verification server do not belong to the same country or region. receiving, by a fourth node of a third blockchain, identity verification information from an identity verification server, the identity verification information comprising a first hash value of information to be validated; storing, by the fourth node, the identity verification information on the third blockchain, and spreading the identity verification information to a fifth node of the third blockchain by means of the third blockchain; receiving, by the fifth node, an identity verification request from a first application, the identity verification request comprising a second hash value of the information to be validated; and comparing, by the fifth node, the first hash value and the second hash value, and returning an identity verification result to the first application according to a comparison result; determining, by the application, whether the successfully validated identity verification type in the checking result meets a service requirement, and if not, querying, a second node of a second blockchain comprising an identity verification publishing blockchain, used to publish identity verification services, for an available identity verification service, selecting, from a query result, an identity verification service meeting the service requirement, wherein the fifth node and the identity verification server do not belong to the same country or region.
A recombinant microorganism producing quinolinic acid, which expresses a fusion protein of L-aspartate oxidase and quinolinate synthase linked via a linker.
A method for measuring an object by means of stereoscopy, in which a pattern is projected onto the object surface by means of a projector and the pattern, which is designated as a scene and is projected onto the object surface, is captured by at least three intrinsically and extrinsically calibrated cameras (4.1, 4.2, 4.3, 4.4), wherein correspondences of the scene are found in the images captured using the cameras (4.1, 4.2, 4.3, 4.4) by means of a computing unit using image processing, and a measurement of the object is carried out by means of the correspondences found, wherein a two-dimensional and temporal coding is generated during the pattern projection, by • projecting a completely two-dimensionally coded pattern and capturing the scene using the cameras (4.1, 4.2, 4.3, 4.4), and • projecting a temporally coded pattern having a two-dimensionally different coding multiple times in succession and capturing multiple scenes in succession using the cameras (4.1, 4.2, 4.3, 4.4), in a manner triggered simultaneously in each case, wherein • during the two-dimensional coding for the scene, correspondences of adjacent pixels are found in the images captured by the different cameras (4.1, 4.2, 4.3, 4.4), • during the temporal coding for the multiple scenes, correspondences are found in the same pixels of the images captured by the different cameras (4.1, 4.2, 4.3, 4.4), and • for each pixel, found correspondences of the two-dimensional coding and of the temporal coding are correlated, and these correlations are used in the measurement of the object, characterised in that the scene is captured using the at least three cameras (4.1, 4.2, 4.3, 4.4) from different viewing angles (6.1, 6.2, 6.3, 6.4) and that sub-systems of two cameras (4.1, 4.2, 4.3, 4.4) are formed from the multiple cameras (4.1, 4.2, 4.3, 4.4), and a recalibration of cameras (4.1, 4.2, 4.3, 4.4) is carried out by always using the measured values of the other sub-systems to calibrate one sub-system. • projecting a completely two-dimensionally coded pattern and capturing the scene using the cameras (4.1, 4.2, 4.3, 4.4), and • projecting a temporally coded pattern having a two-dimensionally different coding multiple times in succession and capturing multiple scenes in succession using the cameras (4.1, 4.2, 4.3, 4.4), in a manner triggered simultaneously in each case, • during the two-dimensional coding for the scene, correspondences of adjacent pixels are found in the images captured by the different cameras (4.1, 4.2, 4.3, 4.4), • during the temporal coding for the multiple scenes, correspondences are found in the same pixels of the images captured by the different cameras (4.1, 4.2, 4.3, 4.4), and • for each pixel, found correspondences of the two-dimensional coding and of the temporal coding are correlated, and these correlations are used in the measurement of the object,