mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a hemostatic valve unit; a cardiac assist unit; and a sealed access device providing a separation of a wet/dry zone in a heart and said sealed access device comprising an apical base plate; wherein said hemostatic valve unit having a through port with proximal and distal openings configured to provide a communication channel and having a splittable housing comprising housing parts radially movable when said housing is split longitudinally and wherein said hemostatic valve unit is at a distal end connectable to said apical base plate of said access device; wherein said cardiac assist unit is configured to be at least partially inserted through said communication channel into a heart, and wherein said cardiac assist unit is configured to be arranged on the dry side of said wet/dry zone a hemostatic valve unit; a cardiac assist unit; and a sealed access device providing a separation of a wet/dry zone in a heart and said sealed access device comprising an apical base plate; wherein said hemostatic valve unit having a through port with proximal and distal openings configured to provide a communication channel and having a splittable housing comprising housing parts radially movable when said housing is split longitudinally and wherein said hemostatic valve unit is at a distal end connectable to said apical base plate of said access device; wherein said cardiac assist unit is configured to be at least partially inserted through said communication channel into a heart, and wherein said cardiac assist unit is configured to be arranged on the dry side of said wet/dry zone
Method for correcting a measurement of an angle of a rotor in an electric machine, obtained by an angle sensor installed in said electric machine, wherein, during a step of calibrating the angle sensor, the rotor is driven in rotation in the electric machine until reaching a predetermined speed, and then decelerates freely in the electric machine, and, for each revolution of the rotor during said free deceleration: - a plurality of measured angle values (θ m) measured by said angle sensor are acquired for a plurality of instants (t) during said revolution, - a value representative of the average speed (Vm) of the rotor during said revolution is determined on the basis of the duration of said revolution, - a sequence of instantaneous speed values (Vi) is determined for each instant of said plurality of instants (t) during said revolution on the basis of said value representative of the average speed (Vm) of the rotor and of an estimation of the deceleration of the rotor during this revolution, - a sequence of estimated angle values (θ e) of the rotor is determined for said plurality of instants (t) during said revolution on the basis of said sequence of instantaneous speed values (Vi), - a map providing angle correction values (θ c) is determined on the basis of a measured angle (θ m) measured by said sensor, said map making it possible to correct a measured angle value (θ m) measured by said angle sensor during operation of the electric machine, said method being characterized in that said angle correction values (θ c) correspond to the difference between the measured angle values (θ m) and the estimated angle values (θ e) for one and the same instant of said plurality of instants (t), and in that said sequence of estimated angle values (θ e) is determined by integrating said sequence of instantaneous speed values (Vi). - a plurality of measured angle values (θ m) measured by said angle sensor are acquired for a plurality of instants (t) during said revolution, - a value representative of the average speed (Vm) of the rotor during said revolution is determined on the basis of the duration of said revolution, - a sequence of instantaneous speed values (Vi) is determined for each instant of said plurality of instants (t) during said revolution on the basis of said value representative of the average speed (Vm) of the rotor and of an estimation of the deceleration of the rotor during this revolution, - a sequence of estimated angle values (θ e) of the rotor is determined for said plurality of instants (t) during said revolution on the basis of said sequence of instantaneous speed values (Vi), - a map providing angle correction values (θ c) is determined on the basis of a measured angle (θ m) measured by said sensor,
A wind turbine system, comprising: a wind turbine blade elongated along a longitudinal axis, the wind turbine blade including: a first segment having a first position along the longitudinal axis and having a first internal load-bearing structure that does not include a load-bearing truss structure; a second segment having a second position along the longitudinal axis and having a second internal load-bearing structure that does not include a load-bearing truss structure; and a connection region between the first and second segments (113a, 113b), the connection region including an internal load-bearing truss structure connected between the first internal load-bearing structure and the second internal load-bearing structure. a first segment having a first position along the longitudinal axis and having a first internal load-bearing structure that does not include a load-bearing truss structure; a second segment having a second position along the longitudinal axis and having a second internal load-bearing structure that does not include a load-bearing truss structure; and a connection region between the first and second segments (113a, 113b), the connection region including an internal load-bearing truss structure connected between the first internal load-bearing structure and the second internal load-bearing structure.
A computer implemented method for processing a digital image by a mobile electronic device comprising a display and an input device, said method comprising: maintaining an ordered list of cached digital images arranged in a predetermined order, said ordered list of cached digital images comprising a base digital image and a subsequent plurality of modified cached digital images, each modified cached digital image associated with an image modification category, wherein each subsequent modified cached digital image is generated by performing image modification operations relating to its respective image modification category on the immediately preceding cached image in accordance with the predetermined order; and said base digital image is derived from an original full sized JPEG image and said cached digital images comprise reduced resolution images; the method further comprising receiving a request to modify the image, said request relating to one of the image modification categories; and updating the cached image associated with the image modification category of the request and any subsequent maintained cached images in accordance with the request; the method being characterized by: determining said order, wherein said predetermined order is dependent upon how often modifications are applied in the respective image modification categories such that image modification categories having modifications that are applied less often are placed nearer the beginning of the ordered list. maintaining an ordered list of cached digital images arranged in a predetermined order, said ordered list of cached digital images comprising a base digital image and a subsequent plurality of modified cached digital images, each modified cached digital image associated with an image modification category, wherein each subsequent modified cached digital image is generated by performing image modification operations relating to its respective image modification category on the immediately preceding cached image in accordance with the predetermined order; and said base digital image is derived from an original full sized JPEG image and said cached digital images comprise reduced resolution images; the method further comprising receiving a request to modify the image, said request relating to one of the image modification categories; and updating the cached image associated with the image modification category of the request and any subsequent maintained cached images in accordance with the request; the method being characterized by: determining said order, wherein said predetermined order is dependent upon how often modifications are applied in the respective image modification categories such that image modification categories having modifications that are applied less often are placed nearer the beginning of the ordered list.
A handheld painting device comprising: an internal paint reservoir disposed within a tube; a plunger assembly (214; 250) located within the tube, the plunger assembly mounted on a plunger rod configured to move the plunger assembly (214; 250) within the tube to expand the internal paint reservoir, with a plunger movably positioned on the plunger rod; an internally fed paint applicator configured to apply a liquid coating of paint to a surface; and a pump assembly configured to draw paint from the internal paint reservoir and pump the paint to the paint applicator wherein as paint is drawn from the internal paint reservoir the plunger assembly (214; 250) advances in the tube as a result of a decreasing paint volume. an internal paint reservoir disposed within a tube; a plunger assembly (214; 250) located within the tube, the plunger assembly mounted on a plunger rod configured to move the plunger assembly (214; 250) within the tube to expand the internal paint reservoir, with a plunger movably positioned on the plunger rod; an internally fed paint applicator configured to apply a liquid coating of paint to a surface; and a pump assembly configured to draw paint from the internal paint reservoir and pump the paint to the paint applicator wherein as paint is drawn from the internal paint reservoir the plunger assembly (214; 250) advances in the tube as a result of a decreasing paint volume.
Device for loading a container with products made up of individual thin sheets of glass of a large surface area or with individual sheets of glass, in particular photovoltaic modules, TFT screens or component parts thereof, comprising the following features: a) means for respectively bringing into place individual sheets of glass or products made up of various sheets of glass, b) a vertical adjuster with a displacement carriage and supporting forks, wherein the vertical adjuster has supporting forks, which are equipped with fixing means for a sheet of glass, sensors for detecting glass breakage and sensors for identifying the occupancy state of a container compartment, c) a transverse conveying device for loading, and d) a device for transmitting force from the transverse conveying device to a respective conveyor belt of the container, wherein the conveyor belt of the container is driven by means of a force transmission wheel, which can be connected up via a rocker lever, of the transverse conveying device. a) means for respectively bringing into place individual sheets of glass or products made up of various sheets of glass, b) a vertical adjuster with a displacement carriage and supporting forks, wherein the vertical adjuster has supporting forks, which are equipped with fixing means for a sheet of glass, sensors for detecting glass breakage and sensors for identifying the occupancy state of a container compartment, c) a transverse conveying device for loading, and d) a device for transmitting force from the transverse conveying device to a respective conveyor belt of the container, wherein the conveyor belt of the container is driven by means of a force transmission wheel, which can be connected up via a rocker lever, of the transverse conveying device.
An optical cable comprising: an optical fiber unit in which a plurality of optical fibers are wrapped with a wrapping tape; at least three tensile strength members that are arranged on an outer side of the optical fiber unit and spaced apart therefrom and that are arranged at intervals in a circumferential direction; and a sheath that coats the optical fiber unit and buries the tensile strength members, wherein the tensile strength members are configured to hold against contraction of the sheath and are arranged in parallel with the optical fiber unit, portions of an inner wall surface of the sheath formed between the optical fiber unit and each of the tensile strength members protrude toward a cable center in comparison with portions of the inner wall surface of the sheath formed where no tensile strength members are arranged, portions of the wrapping tape arranged on the portions of inner wall surface of the sheath protruding toward the cable center are depressed toward the cable center, and portions of the wrapping tape arranged on the portions of inner wall surface of the sheath not protruding toward the cable center have an inner radius, the optical cable being characterized in that a degree of depression H (%)of the wrapping tape is from 7.5% to 20%, where the degree of depression H (%) is H = (R - r)/R * 100, and r is an inner radius of each depressed portion of the wrapping tape. an optical fiber unit in which a plurality of optical fibers are wrapped with a wrapping tape; at least three tensile strength members that are arranged on an outer side of the optical fiber unit and spaced apart therefrom and that are arranged at intervals in a circumferential direction; and a sheath that coats the optical fiber unit and buries the tensile strength members, wherein the tensile strength members are configured to hold against contraction of the sheath and are arranged in parallel with the optical fiber unit, portions of an inner wall surface of the sheath formed between the optical fiber unit and each of the tensile strength members protrude toward a cable center in comparison with portions of the inner wall surface of the sheath formed where no tensile strength members are arranged, portions of the wrapping tape arranged on the portions of inner wall surface of the sheath protruding toward the cable center are depressed toward the cable center, and portions of the wrapping tape arranged on the portions of inner wall surface of the sheath not protruding toward the cable center have an inner radius, the optical cable being characterized in that a degree of depression H (%)of the wrapping tape is from 7.5% to 20%, where the degree of depression H (%) is H = (R - r)/R * 100, and r is an inner radius of each depressed portion of the wrapping tape.
Interior part with one or more decorative elements and a decorative opening in the or in between the decorative elements, wherein a filling material whose cross section is deformable and which has a core element, a spacing structure and an envelope is introduced into the decorative opening, and the spacing structure surrounds the core element at least in certain portions, the envelope surrounds the spacing structure at least in certain portions and the spacing structure determines at least in certain portions a spacing between the envelope and core element, wherein the core element has a light conductor, characterized in that the envelope is transparent at least in certain portions, with the result that the spacing structure is at least partially visible from outside, the spacing structure is at least partially transparent and the envelope does not surround the core concentrically at least in certain portions.
A pharmaceutical composition comprising negatively charged particles selected from the group consisting of polyglycolic acid, polylactic acid, or poly (lactic-co-glycolic acid) (PLGA) particles, having a zeta potential from -100 mV to 0 mV and a carrier, wherein said particles are free from attached peptide or antigenic moieties, for use in the treatment of myocardial infarction.
A medical device, comprising: a radially expandable balloon comprising a body having an exterior surface; and a therapeutic coating disposed on at least a portion of the exterior surface, wherein the therapeutic coating comprises a therapeutic agent in combination with fatty acids of a biological oil or fat, wherein the fatty acids include omega-3 fatty acids, wherein the therapeutic coating is compositioned to adhere to the exterior surface of the radially expandable balloon wherein the medical device is suitable to be positioned adjacent to a targeted tissue location within a patient, and then transfer atraumatically directly into the targeted tissue location by a lipophilic absorptive action upon contact between the therapeutic coating and the targeted tissue location, wherein upon implantation, the therapeutic coating maintains a gel consistency. a radially expandable balloon comprising a body having an exterior surface; and a therapeutic coating disposed on at least a portion of the exterior surface, wherein the therapeutic coating comprises a therapeutic agent in combination with fatty acids of a biological oil or fat, wherein the fatty acids include omega-3 fatty acids, wherein the therapeutic coating is compositioned to adhere to the exterior surface of the radially expandable balloon wherein the medical device is suitable to be positioned adjacent to a targeted tissue location within a patient, and then transfer atraumatically directly into the targeted tissue location by a lipophilic absorptive action upon contact between the therapeutic coating and the targeted tissue location, wherein upon implantation, the therapeutic coating maintains a gel consistency.
Method for a motor vehicle with a camera, comprising: - providing an image from the camera, said image imaging the surroundings of the motor vehicle, characterized by - ascertaining at least one line of vehicles in the image, - ascertaining at least one driving lane in dependence on the ascertained at least one line of vehicles, - ascertaining a state of driving direction indicators in the at least one line of vehicles in the image, - ascertaining a lane topology comprising information relating to a driving direction of the at least one driving lane as a lane for turning right, a lane for driving straight ahead or a lane for turning left, for the ascertained at least one driving lane, in dependence on the state of the driving direction indicators in the at least one line of vehicles. - providing an image from the camera, said image imaging the surroundings of the motor vehicle, characterized by - ascertaining at least one line of vehicles in the image, - ascertaining at least one driving lane in dependence on the ascertained at least one line of vehicles, - ascertaining a state of driving direction indicators in the at least one line of vehicles in the image, - ascertaining a lane topology comprising information relating to a driving direction of the at least one driving lane as a lane for turning right, a lane for driving straight ahead or a lane for turning left, for the ascertained at least one driving lane, in dependence on the state of the driving direction indicators in the at least one line of vehicles.
A user equipment apparatus communicating with a mobile core network comprising: a non-transitory memory including instructions stored thereon for configuring a service; and a processor operably coupled to the non-transitory memory configured to execute the instructions of: receiving, from a core network node, first information for accessing a Network Exposure Function, NEF; receiving a request for the service from an application; creating a request for the service; using the first information to send the created request to the NEF; receiving a response from the NEF, the response includes a second information; and sending the second information to the application, wherein the service includes one or more of buffering, background data transfer, communication pattern configuration, sponsored services, reachability, mobile originating/paging-off mode, and value added services, the received request includes parameters to configure the service, and the second information includes parameters selected from desired time window, desired data transfer size, desire quality of service, indication whether flow is sponsored, maximum cost basis, qualitative measurements and combinations thereof. a non-transitory memory including instructions stored thereon for configuring a service; and a processor operably coupled to the non-transitory memory configured to execute the instructions of: receiving, from a core network node, first information for accessing a Network Exposure Function, NEF; receiving a request for the service from an application; creating a request for the service; using the first information to send the created request to the NEF; receiving a response from the NEF, the response includes a second information; and sending the second information to the application, wherein receiving, from a core network node, first information for accessing a Network Exposure Function, NEF; receiving a request for the service from an application; creating a request for the service; using the first information to send the created request to the NEF; receiving a response from the NEF, the response includes a second information; and sending the second information to the application, wherein the service includes one or more of buffering, background data transfer, communication pattern configuration, sponsored services, reachability, mobile originating/paging-off mode, and value added services, the received request includes parameters to configure the service, and the second information includes parameters selected from desired time window, desired data transfer size, desire quality of service, indication whether flow is sponsored, maximum cost basis, qualitative measurements and combinations thereof.
A locking device comprising: a lever member configured to sway around a first rotation axis and including a restriction part configured to restrict an operation of a handle, a hole, and an attaching portion where a moving member configured to move in accordance with an operation of an electromagnetic actuator is attached; and a pressure member disposed in the hole and configured to make a first back-and-forth movement in the hole in accordance with an unlocking operation of a key, wherein the pressure member moves the restriction part from a position for restricting the operation of the handle to a position for allowing the operation of the handle by swaying the lever member around the first rotation axis by pressing a first portion in a forward movement of the first back-and-forth movement, and moves away from the first portion without swaying the lever member in a backward movement of the first back-and-forth movement, the first portion being a portion of an inner peripheral surface of the hole. a lever member configured to sway around a first rotation axis and including a restriction part configured to restrict an operation of a handle, a hole, and an attaching portion where a moving member configured to move in accordance with an operation of an electromagnetic actuator is attached; and a pressure member disposed in the hole and configured to make a first back-and-forth movement in the hole in accordance with an unlocking operation of a key, wherein the pressure member moves the restriction part from a position for restricting the operation of the handle to a position for allowing the operation of the handle by swaying the lever member around the first rotation axis by pressing a first portion in a forward movement of the first back-and-forth movement, and moves away from the first portion without swaying the lever member in a backward movement of the first back-and-forth movement, the first portion being a portion of an inner peripheral surface of the hole.