mhurhangee/ep-ind-claims huggingface dataset:
A system for use during an implant procedure of a custom replacement device to a distal end of a femur of a particular patient, the distal end having a trochlear groove surface, the system comprising: the custom replacement device having a bottom side substantially matching the distal end of the particular patient's femur, the custom replacement device further having a pin protruding from the bottom side, characterized in that the system further comprises a marking template comprising: a body including a back side comprising a three-dimensional shape substantially custom formed based on preoperative data obtained from the particular patient to match and fit at least a portion of the trochlear groove surface of the distal portion of the femur of the particular patient; and a drilling apparatus opening through the marking template, the drilling apparatus opening being customized for the particular patient such that a drilling apparatus can form a hole on the distal end of the femur of the particular patient assisted by the opening, wherein the drilling apparatus opening is in a predetermined position with respect to the three dimensional shape of the back side such that the pin is adapted to insert into the hole on the distal end of the femur of the particular patient. a body including a back side comprising a three-dimensional shape substantially custom formed based on preoperative data obtained from the particular patient to match and fit at least a portion of the trochlear groove surface of the distal portion of the femur of the particular patient; and a drilling apparatus opening through the marking template, the drilling apparatus opening being customized for the particular patient such that a drilling apparatus can form a hole on the distal end of the femur of the particular patient assisted by the opening, wherein the drilling apparatus opening is in a predetermined position with respect to the three dimensional shape of the back side such that the pin is adapted to insert into the hole on the distal end of the femur of the particular patient.
An integrated bearing seat capable of accurately detecting operating conditions of bearings, comprising a shaft sleeve, wherein a plurality of bearings are arranged in the shaft sleeve; a rear end cover and a front end cover are respectively arranged at two ends of the shaft sleeve, wherein a bearing operating condition detector, which directly corresponds to an outer ring and/or an inner ring of each bearing so as to detect the temperature of the outer ring and/or the inner ring of each bearing, is arranged in the shaft sleeve; characterized in that the bearing operating condition detector comprises a first bearing operating condition detection mechanism which is located between the rear end cover and the shaft sleeve and directly corresponds to the outer ring and/or the inner ring of each bearing so as to detect the temperature of the outer ring and/or the inner ring of the bearing; the first bearing operating condition detection mechanism comprises a first temperature sensor corresponding to the outer ring of the bearing close to the rear end cover and a second temperature sensor corresponding to the inner ring of the bearing close to the rear end cover, so that the first temperature sensor is capable of detecting the temperature of the outer ring of the bearing, and the second temperature sensor is capable of detecting the temperature of the inner ring of the bearing. the bearing operating condition detector comprises a first bearing operating condition detection mechanism which is located between the rear end cover and the shaft sleeve and directly corresponds to the outer ring and/or the inner ring of each bearing so as to detect the temperature of the outer ring and/or the inner ring of the bearing; the first bearing operating condition detection mechanism comprises a first temperature sensor corresponding to the outer ring of the bearing close to the rear end cover and a second temperature sensor corresponding to the inner ring of the bearing close to the rear end cover, so that the first temperature sensor is capable of detecting the temperature of the outer ring of the bearing, and the second temperature sensor is capable of detecting the temperature of the inner ring of the bearing.
A first communication apparatus (101, 401) comprising: wireless communication means adapted for performing wireless communication compliant with the IEEE 802.11 standard; acquiring means adapted for acquiring first information (504, 804) used in an authentication processing with a second communication apparatus (100; 400, 402, 403), by other than wireless communication compliant with the IEEE 802.11 standard; reception means adapted for receiving second information, which is used in the authentication processing, from the second communication apparatus via the wireless communication means; authentication means adapted for performing the authentication processing (S713, S1016, S1024) by using the first information acquired by the acquiring means and the second information received by the reception means, wherein the authentication processing performed by the authentication means succeeds if the received second information corresponds to the acquired first information; and transmission means adapted for transmitting a communication parameter (308, 511) necessary for establishing a wireless connection compliant with the IEEE 802.11 standard with the first communication apparatus to the second communication apparatus via the wireless communication means in case that the authentication processing performed by the authentication means succeeds. wireless communication means adapted for performing wireless communication compliant with the IEEE 802.11 standard; acquiring means adapted for acquiring first information (504, 804) used in an authentication processing with a second communication apparatus (100; 400, 402, 403), by other than wireless communication compliant with the IEEE 802.11 standard; reception means adapted for receiving second information, which is used in the authentication processing, from the second communication apparatus via the wireless communication means; authentication means adapted for performing the authentication processing (S713, S1016, S1024) by using the first information acquired by the acquiring means and the second information received by the reception means, wherein the authentication processing performed by the authentication means succeeds if the received second information corresponds to the acquired first information; and transmission means adapted for transmitting a communication parameter (308, 511) necessary for establishing a wireless connection compliant with the IEEE 802.11 standard with the first communication apparatus to the second communication apparatus via the wireless communication means in case that the authentication processing performed by the authentication means succeeds.
A braking system of a motor vehicle, which can be driven at least proportionately by an electric machine, which can be operated as a generator to provide braking energy for the vehicle in order to act as a so-called recuperation brake, wherein the stator of the electric machine can be pivoted to a limited extent about the rotational axis of the rotor of the electric machine and in the process is mounted so as to be supported against an energy storage element in the motor vehicle or on a wheel or another suitable element of the motor vehicle in such a way that a pivoting movement of the stator of the electric machine, which takes place on initiation of the generator operation, by means of a transmission element actuates a mechanical braking element ultimately acting on the wheels of the vehicle, characterised in that a pivoting movement of the stator of the electric machine bringing about an actuation of the mechanical braking element can be mechanically initiated by the driver of the motor vehicle by means of an operating element, more especially the brake pedal, in that an entrainer is provided on the stator of the electric machine, on which entrainer the operating element can act in such a way that with the actuation thereof, the electric machine, when the latter cannot act as a recuperation brake, is pivoted, as described above, causing an actuation of the braking element.
A yarn accumulating device comprising: a roller main body adapted to wind spun yarn around an outer peripheral surface thereof by being rotated; and a yarn hooking member attached to a downstream end of the roller main body in a yarn travelling direction, and adapted to assist unwinding of the spun yarn from the roller main body by relatively rotating with the roller main body while making contact with the spun yarn, wherein a first flange portion is formed on the roller main body, and a diameter of the first flange portion increases towards the downstream end in the yarn travelling direction, characterized in that at least a portion of a contour of a projection viewed from an axial direction of the first flange portion is formed as a secondary curvature portion having a smaller curvature than a curvature of a curved portion of the contour, wherein the contour is formed by at least three secondary curvature portions and at least three curved portions, which are alternately arranged. a roller main body adapted to wind spun yarn around an outer peripheral surface thereof by being rotated; and a yarn hooking member attached to a downstream end of the roller main body in a yarn travelling direction, and adapted to assist unwinding of the spun yarn from the roller main body by relatively rotating with the roller main body while making contact with the spun yarn, wherein a first flange portion is formed on the roller main body, and a diameter of the first flange portion increases towards the downstream end in the yarn travelling direction, characterized in that at least a portion of a contour of a projection viewed from an axial direction of the first flange portion is formed as a secondary curvature portion having a smaller curvature than a curvature of a curved portion of the contour, wherein the contour is formed by at least three secondary curvature portions and at least three curved portions, which are alternately arranged.
A secondary battery (100, 200) comprising: an electrode assembly having a first electrode plate, a second electrode plate, and a separator interposed between the first and the second electrodes plates (11, 12); a case for mounting the electrode assembly therein; a first electrode terminal (21, 30), and a fuse portion provided inside the case, wherein the first electrode terminal (21, 30) is electrically connected to the first electrode plate via the fuse portion, characterized in that the fuse portion is formed by an opening in an electrical connection element between the first electrode terminal (21, 30) and the first electrode plate and an insulating unit fully encloses the fuse portion. an electrode assembly having a first electrode plate, a second electrode plate, and a separator interposed between the first and the second electrodes plates (11, 12); a case for mounting the electrode assembly therein; a first electrode terminal (21, 30), and a fuse portion provided inside the case, wherein the first electrode terminal (21, 30) is electrically connected to the first electrode plate via the fuse portion, characterized in that the fuse portion is formed by an opening in an electrical connection element between the first electrode terminal (21, 30) and the first electrode plate and an insulating unit fully encloses the fuse portion.
An immunosorbent cartridge specific for soluble urokinase receptor (suPAR), wherein the cartridge comprises: (i) an inlet; (ii) a support; (iii) one or more suPAR-specific antibodies or functional portions thereof that are attached to the support; (iv) an outlet; (v) a housing that contains the support therein; and (vi) a fluid path through the housing that connects the inlet and the outlet; wherein suPAR in a fluid phase of blood, plasma or serum enters at the inlet, follows the fluid path through the housing, and exits at the outlet, is immobilized through formation of an immune complex between the suPAR and the antibodies or functional portions thereof and their attachment to the support; and wherein the cartridge is configured for insertion into an apheresis apparatus. (i) an inlet; (ii) a support; (iii) one or more suPAR-specific antibodies or functional portions thereof that are attached to the support; (iv) an outlet; (v) a housing that contains the support therein; and (vi) a fluid path through the housing that connects the inlet and the outlet;
A holder (100, 120, 140, 200) for delivering an annuloplasty ring, comprising: a template (106, 126, 146, 204) having a peripheral edge sized to receive an annuloplasty ring; a handle (102, 122, 142, 202) attached to the template; characterized by a plurality of sutures (108, 128, 148) attached to the template (106, 126, 146, 204) for attaching the annuloplasty ring to the template; and a ring detachment mechanism for detaching the sutures (108, 128, 148) attaching the annuloplasty ring to the template (106, 126, 146, 204), the ring detachment mechanism being remotely actuated from the handle (102, 122, 142, 202). a template (106, 126, 146, 204) having a peripheral edge sized to receive an annuloplasty ring; a handle (102, 122, 142, 202) attached to the template; characterized by a plurality of sutures (108, 128, 148) attached to the template (106, 126, 146, 204) for attaching the annuloplasty ring to the template; and a ring detachment mechanism for detaching the sutures (108, 128, 148) attaching the annuloplasty ring to the template (106, 126, 146, 204), the ring detachment mechanism being remotely actuated from the handle (102, 122, 142, 202).
A gas turbine generator cooling system comprising: a gas turbine engine generating bleed air; and a generator (20, 36) including a generator housing and at least one fluid entrainment feature, wherein said at least one fluid entrainment feature comprises a pressurized annular chamber with a controllable flow guide to produce a Coanda effect, said at least one fluid entrainment feature utilizing a fraction of said bleed air to generate a cooling air flow through said generator housing wherein said generator housing further comprises: a plurality of generator housing apertures formed along its length; wherein at least a portion of said cooling air flow is moved into said generator housing through said plurality of generator housing apertures. a gas turbine engine generating bleed air; and a generator (20, 36) including a generator housing and at least one fluid entrainment feature, wherein said at least one fluid entrainment feature comprises a pressurized annular chamber with a controllable flow guide to produce a Coanda effect, said at least one fluid entrainment feature utilizing a fraction of said bleed air to generate a cooling air flow through said generator housing wherein said generator housing further comprises: a plurality of generator housing apertures formed along its length; wherein at least a portion of said cooling air flow is moved into said generator housing through said plurality of generator housing apertures. a plurality of generator housing apertures formed along its length; wherein at least a portion of said cooling air flow is moved into said generator housing through said plurality of generator housing apertures.
A method performed by a wireless device for operating in a Coordinated Multi Point, CoMP, scenario where the wireless device is served by at least two transmission points (TP1, TP2) of a wireless network employing Time Domain Duplex, TDD, the method characterized by: - receiving at least two different uplink-downlink configurations which are valid for corresponding transmission points of the at least two transmission points (TP1, TP2), and - monitoring a downlink control channel in all possible downlink subframes indicated by the received uplink-downlink configurations and not being assigned with uplink transmission for the wireless device, such that the wireless device monitors the downlink control channel in subframes being indicated as downlink by at least one of the different uplink-downlink configurations. - receiving at least two different uplink-downlink configurations which are valid for corresponding transmission points of the at least two transmission points (TP1, TP2), and - monitoring a downlink control channel in all possible downlink subframes indicated by the received uplink-downlink configurations and not being assigned with uplink transmission for the wireless device, such that the wireless device monitors the downlink control channel in subframes being indicated as downlink by at least one of the different uplink-downlink configurations.
A transmission device, comprising: a processor configured: to generate a multicarrier signal based on a combination of data symbols and reference symbols, wherein the multicarrier signal comprises a first plurality of inband subcarriers and a second plurality of out-of band,OOB subcarriers, and to precode the multicarrier signal based on a mapping function with respect to the first plurality of inband subcarriers and the second plurality of out-of band subcarriers, wherein the mapping function is configured to mitigate the OOB subcarriers, characterized by the fact that the mapping function is based on a frequency offset,FO between an oscillator of a transmitter transmitting the precoded multicarrier signal and an oscillator of a receiver for receiving the out-of-band subcarriers and receiving the precoded multicarrier signal, in particular a frequency offset α normalized to the subcarrier spacing. a processor configured: to generate a multicarrier signal based on a combination of data symbols and reference symbols, wherein the multicarrier signal comprises a first plurality of inband subcarriers and a second plurality of out-of band,OOB subcarriers, and to precode the multicarrier signal based on a mapping function with respect to the first plurality of inband subcarriers and the second plurality of out-of band subcarriers, wherein the mapping function is configured to mitigate the OOB subcarriers, to generate a multicarrier signal based on a combination of data symbols and reference symbols, wherein the multicarrier signal comprises a first plurality of inband subcarriers and a second plurality of out-of band,OOB subcarriers, and to precode the multicarrier signal based on a mapping function with respect to the first plurality of inband subcarriers and the second plurality of out-of band subcarriers, wherein the mapping function is configured to mitigate the OOB subcarriers, characterized by the fact that the mapping function is based on a frequency offset,FO between an oscillator of a transmitter transmitting the precoded multicarrier signal and an oscillator of a receiver for receiving the out-of-band subcarriers and receiving the precoded multicarrier signal, in particular a frequency offset α normalized to the subcarrier spacing.
Space survey system comprising networked optical surveying systems, designed to scan areas of Earth orbit, in particular the LEO layer, arranged in a mesh (1, 2, 3) on the surface of a planet and comprising means designed to acquire images of objects traversing the areas scanned (4, 5, 6, 7, 8) by the optical systems and calculation means designed to realize a measurement of the time series of the position of the objects crossing the scanned areas by capturing images with an exposure time less than 100 milliseconds over a fixed field, the optical systems being designed to scan the observation area 4 to 6 times faster than the transit velocity of the objects from the LEO band to be detected.
A supplemental device configured for attachment to an injection device, the supplemental device comprising: a sensor configured to generate sensor output dependent on an intensity of light incident on the sensor and having a field of view directed at an external surface in use; an illumination source configured to emit light onto the external surface in use; a window located such as to allow light to pass from the illumination source to the external surface and to allow light to pass to the sensor from the external surface in use; a shield coupled to or integral with the window, the shield being substantially opaque to substantially all wavelengths of light detectable by the sensor; a processor configured to use the sensor output to determine information associated with reflection characteristics of the external surface; characterised by: the shield defining an aperture which limits the field of view of the sensor; and a light concentrator configured to concentrate and direct light by total internal reflection from the illumination source onto the external surface in use from which it may reflect through the window onto the sensor. a sensor configured to generate sensor output dependent on an intensity of light incident on the sensor and having a field of view directed at an external surface in use; an illumination source configured to emit light onto the external surface in use; a window located such as to allow light to pass from the illumination source to the external surface and to allow light to pass to the sensor from the external surface in use; a shield coupled to or integral with the window, the shield being substantially opaque to substantially all wavelengths of light detectable by the sensor; a processor configured to use the sensor output to determine information associated with reflection characteristics of the external surface; characterised by: the shield defining an aperture which limits the field of view of the sensor; and a light concentrator configured to concentrate and direct light by total internal reflection from the illumination source onto the external surface in use from which it may reflect through the window onto the sensor. the shield defining an aperture which limits the field of view of the sensor; and a light concentrator configured to concentrate and direct light by total internal reflection from the illumination source onto the external surface in use from which it may reflect through the window onto the sensor.
A method for machining workpieces, in particular sheet metal, using a tool comprising an upper tool which accommodates a machining tool and a lower tool which accommodates a back stop that is shaped in the form of a ball, said upper tool and said lower tool being arranged opposite each other, such that the back stop is positioned on one side and the machining tool is positioned on the other side of the workpiece which is arranged therebetween, characterised in that the ball has at least one outer peripheral zone which has a lower surface hardness than the workpiece to be machined or the workpiece surface of the workpiece to be machined, wherein - when a workpiece that is to be machined has a Vickers hardness in a range of between 1,000 and 10,000 MPa, at least the outer peripheral zone of the ball is made of a material having a Vickers hardness in a range of between 200 and 1,000 MPa or of a material having a Vickers hardness of less than 200 MPa, or - when a workpiece that is to be machined has a Vickers hardness in a range of between 200 and 1,000 MPa, at least the outer peripheral zone of the ball is made of a material having a Vickers hardness of less than 200 MPa. - when a workpiece that is to be machined has a Vickers hardness in a range of between 1,000 and 10,000 MPa, at least the outer peripheral zone of the ball is made of a material having a Vickers hardness in a range of between 200 and 1,000 MPa or of a material having a Vickers hardness of less than 200 MPa, or - when a workpiece that is to be machined has a Vickers hardness in a range of between 200 and 1,000 MPa, at least the outer peripheral zone of the ball is made of a material having a Vickers hardness of less than 200 MPa.