mhurhangee/ep-ind-claims huggingface dataset:
Method for generating a system-specific project design document, in particular for generating a system-specific functional plan, for a control technology to be project-designed for a technical system, having the following steps: - generating a reference project design document of the technical system, - preparing the system-specific project design document - by a comparison, which is carried out using a comparison identification, of a project-specific project design document, which is prepared using standard project design objects, of the technical system to the reference project design document, - wherein during the comparison, the project-specific project design document is compared to the reference project design document and in this case on the basis of the comparison identification, a project design object is selected from the project-specific project design document or the reference project design document for the system-specific project design documents. - generating a reference project design document of the technical system, - preparing the system-specific project design document - by a comparison, which is carried out using a comparison identification, of a project-specific project design document, which is prepared using standard project design objects, of the technical system to the reference project design document, - wherein during the comparison, the project-specific project design document is compared to the reference project design document and in this case on the basis of the comparison identification, a project design object is selected from the project-specific project design document or the reference project design document for the system-specific project design documents. - by a comparison, which is carried out using a comparison identification, of a project-specific project design document, which is prepared using standard project design objects, of the technical system to the reference project design document, - wherein during the comparison, the project-specific project design document is compared to the reference project design document and in this case on the basis of the comparison identification, a project design object is selected from the project-specific project design document or the reference project design document for the system-specific project design documents.
A method for controlling a wind turbine which has a generator controlled by way of an inverter, in a boost mode, in which an electrical power fed into an electrical supply network is increased by way of a generational deceleration of the generator, wherein the following method steps are provided: - establishing a set value for a generator torque (N*) depending on an actual value of a rotational speed (n meas), characterized by - applying the established set value for the generator torque (N*) by way of a limiter having a predefinable upper and lower limit (N up, N low) to a generator, - producing a boost signal (flag boost) for a change to a boost mode, in which an increased power is fed into the electrical supply network, - in response to the boost signal (flag boost), determining the set value for the generator torque (N*b oos t) in boost mode, which leads to an increased fed-in electrical power (P freeze + P inc) compared with an actual value of the fed-in power (P freeze), and - in response to a recovery signal (flag rec), which initiates a return of the wind turbine to a stable condition which is suitable for continuous operation, a temporal change of the set value for the generator torque (dN*/dt) is limited in a recovery mode. - establishing a set value for a generator torque (N*) depending on an actual value of a rotational speed (n meas), characterized by - applying the established set value for the generator torque (N*) by way of a limiter having a predefinable upper and lower limit (N up, N low) to a generator, - producing a boost signal (flag boost) for a change to a boost mode, in which an increased power is fed into the electrical supply network, - in response to the boost signal (flag boost), determining the set value for the generator torque (N*b oos t) in boost mode, which leads to an increased fed-in electrical power (P freeze + P inc) compared with an actual value of the fed-in power (P freeze), and - in response to a recovery signal (flag rec), which initiates a return of the wind turbine to a stable condition which is suitable for continuous operation, a temporal change of the set value for the generator torque (dN*/dt) is limited in a recovery mode.
A method for coupling a hub to a main shaft of a wind turbine, the method comprising: inserting a plurality of fasteners into a corresponding plurality of through holes formed in the hub, the plurality of through holes being arranged in a circular array about a rotational axis of the hub, each of the plurality of fasteners comprising a head section and a shank section; positioning at least one circumferential ridge segment radially adjacent to the head sections of the plurality of fasteners; aligning a longitudinal axis of each of the plurality of fasteners with a longitudinal axis of the corresponding through holes; limiting an axial translation of the plurality of fasteners in the plurality of through holes via a connection mechanism between the plurality of fasteners and the hub; positioning the hub adjacent to the main shaft of the; wind turbine inserting each of the plurality of fasteners within the through holes through a corresponding plurality of receiving holes of the main shaft of the wind turbine; and resisting, via a contact between the head section and the at least one circumferential ridge segment, a torque applied to a shaft section of at least one of the plurality of fasteners so as to secure the at least one fastener within the through holes and the corresponding plurality of receiving holes of the main shaft. inserting a plurality of fasteners into a corresponding plurality of through holes formed in the hub, the plurality of through holes being arranged in a circular array about a rotational axis of the hub, each of the plurality of fasteners comprising a head section and a shank section; positioning at least one circumferential ridge segment radially adjacent to the head sections of the plurality of fasteners; aligning a longitudinal axis of each of the plurality of fasteners with a longitudinal axis of the corresponding through holes; limiting an axial translation of the plurality of fasteners in the plurality of through holes via a connection mechanism between the plurality of fasteners and the hub; positioning the hub adjacent to the main shaft of the; wind turbine inserting each of the plurality of fasteners within the through holes through a corresponding plurality of receiving holes of the main shaft of the wind turbine; and resisting, via a contact between the head section and the at least one circumferential ridge segment, a torque applied to a shaft section of at least one of the plurality of fasteners so as to secure the at least one fastener within the through holes and the corresponding plurality of receiving holes of the main shaft.
A pharmaceutical composition for use in preventing or treating a graft-versus-host disease, the pharmaceutical composition comprising monoclonal stem cells obtained by steps of 1) culturing bone marrow isolated from a subject in a first vessel; 2) transferring only a supernatant from the first vessel to a new vessel and culturing the supernatant; 3) culturing cells present in the new vessel and obtaining a supernatant; 4) obtaining the monoclonal stem cells by repeating steps 2) and 3) at least once using the supernatant of step 3) as the supernatant of the first vessel of step 2); 5) inoculating the monoclonal stem cells of step 4) in a medium at a cell density of 50 to 1,000 cells/cm 2 to culture the cells at passage 1; and 6) inoculating the subcultured monoclonal stem cells of step 5) in a medium at a cell density of 50 to 1000 cells/cm 2 to culture the cells at passages 2 to 13, wherein the medium of step 5) and 6) is supplemented with an antioxidant. 1) culturing bone marrow isolated from a subject in a first vessel; 2) transferring only a supernatant from the first vessel to a new vessel and culturing the supernatant; 3) culturing cells present in the new vessel and obtaining a supernatant; 4) obtaining the monoclonal stem cells by repeating steps 2) and 3) at least once using the supernatant of step 3) as the supernatant of the first vessel of step 2); 5) inoculating the monoclonal stem cells of step 4) in a medium at a cell density of 50 to 1,000 cells/cm 2 to culture the cells at passage 1; and 6) inoculating the subcultured monoclonal stem cells of step 5) in a medium at a cell density of 50 to 1000 cells/cm 2 to culture the cells at passages 2 to 13, wherein the medium of step 5) and 6) is supplemented with an antioxidant.
A medical device for delivering a cardiac pacing therapy, comprising: a sensing module configured to sense cardiac signals; a therapy delivery module configured to deliver cardiac pacing pulses; a controller coupled to the sensing module and the therapy delivery module and configured to: determine an inter-atrial conduction time (IACT); compare the IACT to a threshold; characterised in that the controller is further configured to set a pacing interval for controlling delivery of pacing pulses to a ventricle to a first ventricular pacing interval that expires after the IACT in response to the IACT being less than the threshold; and set the pacing interval to a second ventricular pacing interval that expires before the IACT in response to the IACT being greater than the threshold. a sensing module configured to sense cardiac signals; a therapy delivery module configured to deliver cardiac pacing pulses; a controller coupled to the sensing module and the therapy delivery module and configured to: determine an inter-atrial conduction time (IACT); compare the IACT to a threshold; characterised in that the controller is further configured to set a pacing interval for controlling delivery of pacing pulses to a ventricle to a first ventricular pacing interval that expires after the IACT in response to the IACT being less than the threshold; and set the pacing interval to a second ventricular pacing interval that expires before the IACT in response to the IACT being greater than the threshold. determine an inter-atrial conduction time (IACT); compare the IACT to a threshold; characterised in that the controller is further configured to set a pacing interval for controlling delivery of pacing pulses to a ventricle to a first ventricular pacing interval that expires after the IACT in response to the IACT being less than the threshold; and set the pacing interval to a second ventricular pacing interval that expires before the IACT in response to the IACT being greater than the threshold.
A video coding device for applying still-image coding and video coding to a video, the device comprising: a still-image coding unit configured to use the still-image coding to generate a first coded image by coding a first coding target image included in the video, wherein the still-image coding is coding in the format of YCbCr 4:4:4; a storage unit configured to store a first decoded image of the first coded image; a determination unit configured to determine to apply the video coding to a second coding target image that is one image subsequent to the first coding target image, when there is a difference between the second coding target image and the first coding target image; and a video coding unit configured to generate a second coded image by applying the video coding to the second coding target image by inter prediction coding that uses the first decoded image as a reference image, when the still-image coding is applied to the first coding target image and the determination unit determines to apply the video coding to the second coding target image, wherein the video coding is coding in the format of YCbCr 4:2:0 or YCbCr 4:2:2, wherein the still-image coding unit is configured to, when the difference between the first coding target image and the second coding target image is zero, code the first coding target image using the still-image coding and not to code the second coding target image. a still-image coding unit configured to use the still-image coding to generate a first coded image by coding a first coding target image included in the video, wherein the still-image coding is coding in the format of YCbCr 4:4:4; a storage unit configured to store a first decoded image of the first coded image; a determination unit configured to determine to apply the video coding to a second coding target image that is one image subsequent to the first coding target image, when there is a difference between the second coding target image and the first coding target image; and a video coding unit configured to generate a second coded image by applying the video coding to the second coding target image by inter prediction coding that uses the first decoded image as a reference image, when the still-image coding is applied to the first coding target image and the determination unit determines to apply the video coding to the second coding target image, wherein the video coding is coding in the format of YCbCr 4:2:0 or YCbCr 4:2:2, wherein the still-image coding unit is configured to, when the difference between the first coding target image and the second coding target image is zero, code the first coding target image using the still-image coding and not to code the second coding target image.
A wireless power transmission device comprising: a transmitting coil assembly comprising: a first magnetic core comprising a substantial U-shaped body portion, and a first pillar portion and a second pillar portion located at both ends of the U-shaped body portion, respectively, and extending toward each other; and a transmitting coil winding comprising a first transmitting coil winding wound around the first pillar portion and a second transmitting coil winding wound around the second pillar portion, the first transmitting coil winding and the second transmitting coil winding being electrically connected with each other in series; and a receiving coil assembly comprising: a second magnetic core; and a receiving coil winding comprising a first receiving coil winding wound around one end of the second magnetic core and a second receiving coil winding wound around the other end of the second magnetic core, the first receiving coil winding and the second receiving coil winding being electrically connected with each other in series, wherein the receiving coil assembly is adapted to be interposed between the first pillar portion and the second pillar portion of the transmitting coil assembly so as to be electromagnetically coupled therewith. a first magnetic core comprising a substantial U-shaped body portion, and a first pillar portion and a second pillar portion located at both ends of the U-shaped body portion, respectively, and extending toward each other; and a transmitting coil winding comprising a first transmitting coil winding wound around the first pillar portion and a second transmitting coil winding wound around the second pillar portion, the first transmitting coil winding and the second transmitting coil winding being electrically connected with each other in series; and a receiving coil assembly comprising: a second magnetic core; and a receiving coil winding comprising a first receiving coil winding wound around one end of the second magnetic core and a second receiving coil winding wound around the other end of the second magnetic core, the first receiving coil winding and the second receiving coil winding being electrically connected with each other in series, wherein the receiving coil assembly is adapted to be interposed between the first pillar portion and the second pillar portion of the transmitting coil assembly so as to be electromagnetically coupled therewith. a second magnetic core; and a receiving coil winding comprising a first receiving coil winding wound around one end of the second magnetic core and a second receiving coil winding wound around the other end of the second magnetic core, the first receiving coil winding and the second receiving coil winding being electrically connected with each other in series, wherein the receiving coil assembly is adapted to be interposed between the first pillar portion and the second pillar portion of the transmitting coil assembly so as to be electromagnetically coupled therewith.
An electromechanical assembly comprising a frame comprising an opening delimited by a lower crosspiece of the frame, with the lower crosspiece extending longitudinally along a longitudinal axis, characterised in that the electromechanical assembly comprises a housing intended to be detachably mounted on the frame so that the housing is able to transition, by rotating about the lower crosspiece from an angular operating position, in which the housing closes the opening, to an angular maintenance position, in which the housing opens the opening and rests on the lower crosspiece so that the lower crosspiece prevents a translation movement of the housing against the lower crosspiece in a plane perpendicular to the longitudinal axis, under the effect of its weight, the housing comprising a set of at least one stop (BUB1, BUB2) of the housing, the stop (BUB1, BUB2) of the housing coming into abutment on a stop (BUA1, BUA2) of the frame when the housing is in the angular maintenance position so as to prevent the housing from rotating about the lower crosspiece under the effect of its weight, wherein the frame comprises a notch (E1, E2) that can be traversed by the stop (BUB1, BUB2) of the housing after the housing is raised, initially in the angular maintenance position relative to the frame.
An arrangement for determining a calibration position of a robot joint and comprising: - the joint, comprising a moveable joint element and a stationary joint element, where one of the joint elements comprises a holding structure (60, 62; 76; 98, 100; 110; 112) and the other a force providing protrusion, - a robot controller, - a motor connected between the robot controller and the moveable joint element, and - a force receiving element adapted to form a kinematic coupling with the holding structure (60, 62; 76; 98, 100; 110; 112) and the force providing protrusion, the kinematic coupling having at least two areas of contact between the holding structure and the force receiving element and one area of contact between the force providing protrusion and the force receiving element, the force receiving element being fastenable to said holding structure for stretching out across a gap between the two robot joint elements for receiving a force from the force providing protrusion characterized in that the force providing protrusion and the force receiving element each have a cylindrical shape and the area of contact between the force providing protrusion and the force receiving element is between their cylindrical surfaces. - the joint, comprising a moveable joint element and a stationary joint element, where one of the joint elements comprises a holding structure (60, 62; 76; 98, 100; 110; 112) and the other a force providing protrusion, - a robot controller, - a motor connected between the robot controller and the moveable joint element, and - a force receiving element adapted to form a kinematic coupling with the holding structure (60, 62; 76; 98, 100; 110; 112) and the force providing protrusion, the kinematic coupling having at least two areas of contact between the holding structure and the force receiving element and one area of contact between the force providing protrusion and the force receiving element, the force receiving element being fastenable to said holding structure for stretching out across a gap between the two robot joint elements for receiving a force from the force providing protrusion
Auto-injector for administering a dose of a liquid medicament, comprising: - an elongate housing arranged to contain a syringe with a hollow needle and a stopper for sealing the syringe and displacing the medicament, the housing having a distal end and a proximal end with an orifice intended to be applied against an injection site, wherein the syringe is slidably arranged with respect to the housing, - spring means capable of, upon activation: - pushing the needle from a covered position inside the housing into an advanced position through the orifice and past the proximal end, - operating the syringe to supply the dose of medicament, and - retracting the syringe with the needle into the covered position after delivering the medicament, - activating means arranged to lock the spring means in a pressurized state prior to manual operation and capable of, upon manual operation, releasing the spring means for injection, wherein the spring means is a single drive spring in the shape of a compression spring arranged to be grounded at a distal end in the housing for advancing the needle and for injecting the dose of medicament via a plunger and wherein the drive spring is arranged to have its ground in the housing switched to its proximal end for retracting the syringe, characterized in that the activating means is arranged as a trigger button laterally arranged on the housing. - an elongate housing arranged to contain a syringe with a hollow needle and a stopper for sealing the syringe and displacing the medicament, the housing having a distal end and a proximal end with an orifice intended to be applied against an injection site, wherein the syringe is slidably arranged with respect to the housing, - spring means capable of, upon activation: - pushing the needle from a covered position inside the housing into an advanced position through the orifice and past the proximal end, - operating the syringe to supply the dose of medicament, and - retracting the syringe with the needle into the covered position after delivering the medicament, - pushing the needle from a covered position inside the housing into an advanced position through the orifice and past the proximal end, - operating the syringe to supply the dose of medicament, and - retracting the syringe with the needle into the covered position after delivering the medicament, - activating means arranged to lock the spring means in a pressurized state prior to manual operation and capable of, upon manual operation, releasing the spring means for injection, wherein the spring means is a single drive spring in the shape of a compression spring arranged to be grounded at a distal end in the housing for advancing the needle and for injecting the dose of medicament via a plunger and wherein the drive spring is arranged to have its ground in the housing switched to its proximal end for retracting the syringe, characterized in that the activating means is arranged as a trigger button laterally arranged on the housing.