mhurhangee/ep-ind-claims huggingface dataset:
Placement device for producing a component from a thermoset towpreg semi-finished product, comprising - a placement unit for guiding the towpreg semi-finished product, - a laser unit for emitting a laser beam, and - a heating section, - wherein the laser unit is arranged and configured to apply the laser beam to the towpreg semi-finished product in the heating area, - characterized in that the laser unit is arranged and configured to apply the laser beam to at least a first outer surface of the towpreg semi-finished product within the heating area and that the placement unit comprises a process housing through which the towpreg semi-finished product can be passed, wherein the heating area is located within the process housing. - a placement unit for guiding the towpreg semi-finished product, - a laser unit for emitting a laser beam, and - a heating section, - wherein the laser unit is arranged and configured to apply the laser beam to the towpreg semi-finished product in the heating area, - characterized in that the laser unit is arranged and configured to apply the laser beam to at least a first outer surface of the towpreg semi-finished product within the heating area and that the placement unit comprises a process housing through which the towpreg semi-finished product can be passed, wherein the heating area is located within the process housing.
A sound data processing device for searching through a database, storing therein part performance data for individual ones of a plurality of performance parts, for particular part performance data, the part performance data for individual ones of the performance parts including a sound generation pattern and tone data corresponding to the sound generation pattern, said sound data processing device comprising: a query acquisition section (10, 215, Sa4) configured to acquire a query pattern indicative of a sound generation pattern to be made an object of search; a search section (216, Sa5) configured to search through the database for part performance data including a sound generation pattern matching the query pattern; a search instruction section (Sa8b) configured to, in response to a user's operation, identify one part performance data from among searched-out part performance data from the database and instruct said search section (216, Sa5) to perform a search using, as a new query pattern, the sound generation pattern of the identified part performance data; and a memory configured to store therein data related to one set of performance data being currently processed, said one set of performance data comprising part performance data of a plurality of performance parts, and wherein one part performance data identified from among the searched-out results in response to the user's operation is stored into said memory as part performance data of one performance part in said one set of performance data (Sal 1). a query acquisition section (10, 215, Sa4) configured to acquire a query pattern indicative of a sound generation pattern to be made an object of search; a search section (216, Sa5) configured to search through the database for part performance data including a sound generation pattern matching the query pattern; a search instruction section (Sa8b) configured to, in response to a user's operation, identify one part performance data from among searched-out part performance data from the database and instruct said search section (216, Sa5) to perform a search using, as a new query pattern, the sound generation pattern of the identified part performance data; and a memory configured to store therein data related to one set of performance data being currently processed, said one set of performance data comprising part performance data of a plurality of performance parts, and wherein one part performance data identified from among the searched-out results in response to the user's operation is stored into said memory as part performance data of one performance part in said one set of performance data (Sal 1).
A medical device (110, 1500), comprising: a medical device housing having an external surface (238, 1504, 1506); a disposable component (114, 1512) disposed on the external surface (238, 1504, 1506) of the medical device housing, wherein the disposable component (114, 1512) is configured to be installed on the external surface (238, 1504, 1506) by a human operator and removable therefrom for disposal; a camera coupled to the medical device housing and configured to acquire an image representing the disposable component (114, 1512) and at least a portion of the external surface; and a programmed processing circuit configured to: operate the medical device using the disposable component (114, 1512), detect an error condition on the medical device (110, 1500), characterized in that the programmed processing circuit is further configured to: in response to the detection of the error condition, acquire an image from the camera; and store the image in a memory of the medical device (110, 1500), wherein the memory is accessible for later retrieval of the image. a medical device housing having an external surface (238, 1504, 1506); a disposable component (114, 1512) disposed on the external surface (238, 1504, 1506) of the medical device housing, wherein the disposable component (114, 1512) is configured to be installed on the external surface (238, 1504, 1506) by a human operator and removable therefrom for disposal; a camera coupled to the medical device housing and configured to acquire an image representing the disposable component (114, 1512) and at least a portion of the external surface; and a programmed processing circuit configured to: operate the medical device using the disposable component (114, 1512), detect an error condition on the medical device (110, 1500), characterized in that the programmed processing circuit is further configured to: in response to the detection of the error condition, acquire an image from the camera; and store the image in a memory of the medical device (110, 1500), wherein the memory is accessible for later retrieval of the image. operate the medical device using the disposable component (114, 1512), detect an error condition on the medical device (110, 1500), characterized in that the programmed processing circuit is further configured to: in response to the detection of the error condition, acquire an image from the camera; and store the image in a memory of the medical device (110, 1500), wherein the memory is accessible for later retrieval of the image. in response to the detection of the error condition, acquire an image from the camera; and store the image in a memory of the medical device (110, 1500), wherein the memory is accessible for later retrieval of the image.
A method comprising: receiving, at a policy charging and rules function, PCRF, a session modification request from a serving gateway, SGW, in response to the SGW receiving a request from a base station to modify a call session established between the base station and a user equipment; the SGW having determined to modify the call session; the method being characterized by: transmitting, from the PCRF in response to the session modification request, a request to an Online Charging System, OCS,, for information indicating tariffs for using at least one unlicensed frequency band and at least one licensed frequency band that are available to the user equipment during the modified call session; defining, at the PCRF, one or more new policies for the user equipment based on previously accessed profile information and the received information indicating tariffs from the OCS; and transmitting (540, 545) the one or more new policies for selection allocation of the at least one unlicensed frequency band and the at least one licensed frequency band from the PCRF to the base station via the SGW; selectively allocating, by the base station, the at least one unlicensed frequency band or the at least one licensed frequency band based on a comparison of tarrifs for the at least one unlicensed frequency band and the at least one licensed frequency band contained in the received one or more new policies. transmitting, from the PCRF in response to the session modification request, a request to an Online Charging System, OCS,, for information indicating tariffs for using at least one unlicensed frequency band and at least one licensed frequency band that are available to the user equipment during the modified call session; defining, at the PCRF, one or more new policies for the user equipment based on previously accessed profile information and the received information indicating tariffs from the OCS; and transmitting (540, 545) the one or more new policies for selection allocation of the at least one unlicensed frequency band and the at least one licensed frequency band from the PCRF to the base station via the SGW; selectively allocating, by the base station, the at least one unlicensed frequency band or the at least one licensed frequency band based on a comparison of tarrifs for the at least one unlicensed frequency band and the at least one licensed frequency band contained in the received one or more new policies.
A printing system comprising a controller for controlling the processing of print jobs, a plurality of input holders (44,45,46) for holding print media to be printed upon, a print engine for disposing marking material on the print media, and a plurality of output holders (51, 57) for holding the print media when the marking material has been disposed on the print media by the print engine and the print media is ready for taking out by an operator, wherein the controller is configured to establish and to maintain a plurality of physical configurations (66, 86) of the printing system, each physical configuration comprising the print engine, at least one input holder out of the plurality of input holders and at least one output holder out of the plurality of output holders, wherein each physical configuration is disjunctive from the at least one other physical configuration of the plurality of physical configurations with respect to the at least one input holder of the at least one other physical configuration of the plurality of physical configurations and with respect to the at least one output holder of the at least one other physical configuration of the plurality of physical configurations, wherein the controller is configured to establish and to maintain a user group (1,2) of users, the user group is authorized to use one physical configuration of the printing system, characterized in that the printing system comprises a user interface for creating a user group per established physical configuration of the printing system, wherein the user interface is configured to display dedicated user interface windows for a user group, each of the user interface windows comprising functionality limited to the physical configuration corresponding to the user group.
Construction system comprising a first construction element and a second construction element, wherein the first construction element comprises a first connector (16; 602), wherein the first connector (16; 602) has a first longitudinal extension (L1; L'1) and comprises an aperture (24; 606), and the second construction element comprises a second connector (18; 604), wherein the second connector (18; 604) has a second longitudinal extension (L2; L'2), and the second connector (18; 604) of the second construction element with its longitudinal extension (L2; L'2) can be inserted into the aperture (24; 606) of the first connector (16; 602) of the first construction element, wherein coupling of the first construction element to the second construction element results only following pivoting of the second connector (18; 604) relative to the first connector (16; 602) following insertion of the second connector (18; 604) into the aperture (24; 606), characterized in that the first connector (16; 602) and the second connector (18; 604) are designed such that coupling of the first construction element to the second construction element results only following pivoting of the second connector (18; 604) along the longitudinal axis (L2; L'2) thereof, relative to the first connector (16; 602).
Annular gap apparatus for carrying out capillary electrochromatography, comprising at least one separator with at least one fixed annular gap, wherein the annular gap is at least partially filled with at least one stationary phase and is fillable with at least one electrolyte, wherein the annular gap apparatus has at least one feeding system for introducing a starting substance into the annular gap, wherein the annular gap apparatus furthermore has a collecting system for receiving at least one component, separated in the separator, of the starting substance and/or of the electrolyte, wherein the feeding system is set up to rotate about an axis of the separator and the collecting system is set up to rotate at least partially about the axis of the separator, wherein the collecting system and feeding system are rotatable independently of one another and wherein the annular gap apparatus is further set up to subject the annular gap to an electrical field with at least one axial component.
A device for supplying a hardening and pumpable or blowable or sprayable building material to a material application site, comprising a hose for conducting said material from a material supply to an operator manually distributing said material on the application site by means of the device, the device comprises a load distribution support and a connector, wherein the load distribution support is connectable to the operator and comprises one or more connecting devices, and wherein the connector is connected to the hose and is connectable to the one or more connecting devices of the load distribution support to form an articulated connection between the support and the hose, so that the hose is supported on the operator through the articulated connection when the device is operated by the operator to distribute said material on the application site, characterised in that the device comprises a flexible tube connected to the hose, wherein the hose is arranged between the material supply and the flexible tube, and wherein the flexible tube is more flexible than the hose.
A dimensionally stable adhesive substance, containing a) 45-85 wt.% of at least one resin having a sum of the hydroxyl and acid number of at least 100 mg KOH per gram of the resin, measured as in the description; b) 5-50 wt.% of at least one polyester which is not a resin according to component a); c) 5-20 wt.% of at least one C12-C22 fatty acid. a) 45-85 wt.% of at least one resin having a sum of the hydroxyl and acid number of at least 100 mg KOH per gram of the resin, measured as in the description; b) 5-50 wt.% of at least one polyester which is not a resin according to component a); c) 5-20 wt.% of at least one C12-C22 fatty acid.
An apparatus in a communication system, comprising: a processor; and a memory including instructions, the instructions, when executed by the processor, cause the apparatus to: transmit more than one sidelink transmission to a second apparatus; determine that reception status feedbacks are not received regarding a given number of sidelink transmissions; characterized in that the instructions further cause the apparatus to: determine ratio of survival time to resource reservation interval; reconfigure transmission resource used for sidelink transmission based on the determination by reconfiguring the used resource for transmission if the ratio is larger than the given number of consecutive sidelink transmissions by a given margin; wherein the apparatus is further caused to: compare the ID of the apparatus with the ID of the second apparatus, whose feedbacks regarding the given number of consecutive sidelink transmissions are determined as not received; reconfigure transmission resource if the ID of the apparatus is smaller than the ID of the second apparatus. transmit more than one sidelink transmission to a second apparatus; determine that reception status feedbacks are not received regarding a given number of sidelink transmissions; determine ratio of survival time to resource reservation interval; reconfigure transmission resource used for sidelink transmission based on the determination by reconfiguring the used resource for transmission if the ratio is larger than the given number of consecutive sidelink transmissions by a given margin; wherein the apparatus is further caused to: compare the ID of the apparatus with the ID of the second apparatus, whose feedbacks regarding the given number of consecutive sidelink transmissions are determined as not received; reconfigure transmission resource if the ID of the apparatus is smaller than the ID of the second apparatus. compare the ID of the apparatus with the ID of the second apparatus, whose feedbacks regarding the given number of consecutive sidelink transmissions are determined as not received; reconfigure transmission resource if the ID of the apparatus is smaller than the ID of the second apparatus.
A nozzle assembly for a servo valve, the nozzle assembly comprising: a nozzle housing having a nozzle cavity defined by an inner circumferential cavity surface of the nozzle housing; a nozzle positioned in the nozzle cavity, wherein the nozzle comprises: an annular body defining an outer circumferential surface and an inner circumferential surface; a fluid outlet at a first axial end of the nozzle; a fluid inlet at an opposing, second axial end of the nozzle; a nozzle bore connecting the fluid outlet to the fluid inlet, wherein the nozzle bore is defined by the inner circumferential surface; and an annular groove disposed around the circumference of the annular body in the outer circumferential surface; an injection passage in fluid communication with the annular groove in the nozzle, characterized in that, the nozzle housing further comprises an annular groove in the inner circumferential cavity surface, and the annular grooves (12b, 22b) in the nozzle and the nozzle housing (10, 20) are in fluid communication with each other; and by a setting material disposed in the annular grooves (12b, 22b) for fixing the nozzle in position within the nozzle housing. a nozzle housing having a nozzle cavity defined by an inner circumferential cavity surface of the nozzle housing; a nozzle positioned in the nozzle cavity, wherein the nozzle comprises: an annular body defining an outer circumferential surface and an inner circumferential surface; a fluid outlet at a first axial end of the nozzle; a fluid inlet at an opposing, second axial end of the nozzle; a nozzle bore connecting the fluid outlet to the fluid inlet, wherein the nozzle bore is defined by the inner circumferential surface; and an annular groove disposed around the circumference of the annular body in the outer circumferential surface; an annular body defining an outer circumferential surface and an inner circumferential surface; a fluid outlet at a first axial end of the nozzle; a fluid inlet at an opposing, second axial end of the nozzle; a nozzle bore connecting the fluid outlet to the fluid inlet, wherein the nozzle bore is defined by the inner circumferential surface; and an annular groove disposed around the circumference of the annular body in the outer circumferential surface; an injection passage in fluid communication with the annular groove in the nozzle, characterized in that, the nozzle housing further comprises an annular groove in the inner circumferential cavity surface, and the annular grooves (12b, 22b) in the nozzle and the nozzle housing (10, 20) are in fluid communication with each other; and by a setting material disposed in the annular grooves (12b, 22b) for fixing the nozzle in position within the nozzle housing.
A method for preventing the evaporation of fuel in a fuel tank of a motor vehicle comprising an internal combustion engine, wherein the free surface of the fuel in the tank that is not directly in contact with a wall of the fuel tank is covered by a cover layer having fluidic properties and formed of a material or chemical substance, characterised in that a pressure sensor in the fuel tank monitors whether, in this state blocked off from the surrounding environment, there is an overpressure in relation to the ambient pressure, and, if so, a user of the motor vehicle is notified that new material or new chemical substance for the cover layer must be introduced into the fuel tank.
A method for detecting a capsid polypeptide of a non-enveloped virus in a sample from a subject comprising (a) contacting said sample with a base, and (b) detecting a capsid polypeptide of said virus in said sample. (a) contacting said sample with a base, and (b) detecting a capsid polypeptide of said virus in said sample.
A computer-implemented method comprising steps of receiving a patient-specific volume image comprising structural information about a patient's vessels represented in voxels, retrieving a three-dimensional geometry of at least one blood vessel, extracting a skeleton graph from the geometry, determining endpoints of the at least one blood vessel to determine an inlet and at least one outlet, computing at least one initial centerline of at least one blood vessel, the at least one initial centerline being defined by points and computed with the sub-voxel resolution, correcting the at least one initial centerline with sub-voxel precision to obtain a corrected centerline, comprising an iterative process involving equalizing points by defining the centerline by bringing each point closer to the mean position of adjacent points outputting and using the corrected centerline to extract and/or present patient-specific data characterized in that the determination of endpoints includes an automatic breadth-first search of the geometry nodes and determining inlets and outlets of vessels using a gradient of thickness as a criterion, and in the step of correcting of the at least one initial centerline comprises, the iterative process includes additionally at least an operation of centering points defining the centerline by locating them further from the closest surface defined in the geometry, and wherein the centering and the equalizing are executed sequentially, until the predefined stop condition is met. receiving a patient-specific volume image comprising structural information about a patient's vessels represented in voxels, retrieving a three-dimensional geometry of at least one blood vessel, extracting a skeleton graph from the geometry, determining endpoints of the at least one blood vessel to determine an inlet and at least one outlet, computing at least one initial centerline of at least one blood vessel, the at least one initial centerline being defined by points and computed with the sub-voxel resolution, correcting the at least one initial centerline with sub-voxel precision to obtain a corrected centerline, comprising an iterative process involving equalizing points by defining the centerline by bringing each point closer to the mean position of adjacent points outputting and using the corrected centerline to extract and/or present patient-specific data characterized in that the determination of endpoints includes an automatic breadth-first search of the geometry nodes and determining inlets and outlets of vessels using a gradient of thickness as a criterion, and in the step of correcting of the at least one initial centerline comprises, the iterative process includes additionally at least an operation of centering points defining the centerline by locating them further from the closest surface defined in the geometry, and wherein the centering and the equalizing are executed sequentially, until the predefined stop condition is met.