mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic surgical instrument, comprising: (a) an end effector including an ultrasonic blade; (b) an acoustic waveguide in acoustic communication with the ultrasonic blade, wherein at least a proximal portion of the acoustic waveguide extends along a longitudinal axis; (c) an ultrasonic transducer assembly operatively coupled with the acoustic waveguide; and (d) a carrier configured to translate the end effector, the carrier comprising: (i) a carriage movably supporting the ultrasonic transducer assembly along the longitudinal axis, and (ii) a translation driver configured to translate the carriage and the ultrasonic transducer assembly along the longitudinal axis so that the ultrasonic transducer assembly moves from a proximal position along the longitudinal axis to a distal position along the longitudinal axis for inserting the ultrasonic blade into a patient; and (e) an attachment interface configured to operatively couple with a robotic arm of a robotic surgical system such that the ultrasonic surgical instrument is detachably coupled to the robotic arm. (a) an end effector including an ultrasonic blade; (b) an acoustic waveguide in acoustic communication with the ultrasonic blade, wherein at least a proximal portion of the acoustic waveguide extends along a longitudinal axis; (c) an ultrasonic transducer assembly operatively coupled with the acoustic waveguide; and (d) a carrier configured to translate the end effector, the carrier comprising: (i) a carriage movably supporting the ultrasonic transducer assembly along the longitudinal axis, and (ii) a translation driver configured to translate the carriage and the ultrasonic transducer assembly along the longitudinal axis so that the ultrasonic transducer assembly moves from a proximal position along the longitudinal axis to a distal position along the longitudinal axis for inserting the ultrasonic blade into a patient; and (i) a carriage movably supporting the ultrasonic transducer assembly along the longitudinal axis, and (ii) a translation driver configured to translate the carriage and the ultrasonic transducer assembly along the longitudinal axis so that the ultrasonic transducer assembly moves from a proximal position along the longitudinal axis to a distal position along the longitudinal axis for inserting the ultrasonic blade into a patient; and (e) an attachment interface configured to operatively couple with a robotic arm of a robotic surgical system such that the ultrasonic surgical instrument is detachably coupled to the robotic arm.
An assembly comprising a sample and a device for generating a high temperature gradient in said sample, said device comprising: a chamber, inside which said sample is placed; and a resistor passing through said sample, characterised in that said device comprises: first induction means on the periphery of said chamber for creating an electromagnetic field; and second induction means connected to said resistor and designed to intercept said electromagnetic field so as to create an induced current circulating in said resistor. a chamber, inside which said sample is placed; and a resistor passing through said sample, first induction means on the periphery of said chamber for creating an electromagnetic field; and second induction means connected to said resistor and designed to intercept said electromagnetic field so as to create an induced current circulating in said resistor.
A testing lid for testing the stroke of a holding plate of a closure head of a can closing device for cans, in particular beverage cans, the testing lid comprising: an edge portion provided for positioning onto a can edge, in particular for additional crimping with the can edge; and an inner portion, in which one or a plurality of testing pins are arranged in a force-fitting manner, the testing pins being displaceable relative to the inner portion by the holding plate in the direction of stroke while a stroke of the holding plate is taking place. an edge portion provided for positioning onto a can edge, in particular for additional crimping with the can edge; and an inner portion, in which one or a plurality of testing pins are arranged in a force-fitting manner, the testing pins being displaceable relative to the inner portion by the holding plate in the direction of stroke while a stroke of the holding plate is taking place.
A phase change material heat battery comprising: a PCM enclosure capable of holding PCM; PCM located in the PCM enclosure; a heat exchanger located internally within the PCM heat battery and located inside the PCM enclosure and PCM; an electronic control system for controlling the PCM heat battery; at least one or a plurality of heating devices located in the PCM heat battery; wherein the at least one or plurality of heating devices are capable of heating and/or charging the PCM; a plurality of sensors located in different vertical locations in the PCM enclosure of the PCM heat battery capable of monitoring the physical characteristics and/or temperature of the PCM and other parts of the heat battery; wherein the at least one or plurality of heating devices are located within the PCM enclosure and therefore in direct contact and immersed in the PCM; at least one or a plurality of thermal conductors substantially vertically inserted into the heat battery and which are immersed or partially immersed into the PCM; the at least one or a plurality of thermal conductors are substantially inserted vertically in the heat exchanger and extend into the PCM; and wherein the electronic control system controls the physical characteristics and/or temperature of the PCM by applying heat directly to the PCM through the at least one or plurality of heating devices. a PCM enclosure capable of holding PCM; PCM located in the PCM enclosure; a heat exchanger located internally within the PCM heat battery and located inside the PCM enclosure and PCM; an electronic control system for controlling the PCM heat battery; at least one or a plurality of heating devices located in the PCM heat battery; wherein the at least one or plurality of heating devices are capable of heating and/or charging the PCM; a plurality of sensors located in different vertical locations in the PCM enclosure of the PCM heat battery capable of monitoring the physical characteristics and/or temperature of the PCM and other parts of the heat battery; wherein the at least one or plurality of heating devices are located within the PCM enclosure and therefore in direct contact and immersed in the PCM; at least one or a plurality of thermal conductors substantially vertically inserted into the heat battery and which are immersed or partially immersed into the PCM; the at least one or a plurality of thermal conductors are substantially inserted vertically in the heat exchanger and extend into the PCM; and wherein the electronic control system controls the physical characteristics and/or temperature of the PCM by applying heat directly to the PCM through the at least one or plurality of heating devices.
An image reading apparatus comprising: a feeding mechanism configured to individually feed documents; a conveying mechanism configured to convey the document fed by the feeding mechanism so that the document passes a reading position; a reading unit configured to read the document at the reading position; and a control unit configured to control the feeding mechanism and the conveying mechanism; and a motor; wherein when the control unit causes the feeding mechanism and the conveying mechanism to feed and convey a plurality of documents at constant intervals, the control unit causes the feeding mechanism to stop feeding after a trailing edge of a preceding document passes the reading position; characterised in that: the image reading apparatus is further comprising a clutch configured to transmit a power from the motor to the feeding mechanism, wherein the control unit is further configured to turn the clutch off after the preceding document passes the reading position. a feeding mechanism configured to individually feed documents; a conveying mechanism configured to convey the document fed by the feeding mechanism so that the document passes a reading position; a reading unit configured to read the document at the reading position; and a control unit configured to control the feeding mechanism and the conveying mechanism; and a motor; wherein when the control unit causes the feeding mechanism and the conveying mechanism to feed and convey a plurality of documents at constant intervals, the control unit causes the feeding mechanism to stop feeding after a trailing edge of a preceding document passes the reading position; characterised in that: the image reading apparatus is further comprising a clutch configured to transmit a power from the motor to the feeding mechanism, wherein the control unit is further configured to turn the clutch off after the preceding document passes the reading position. the image reading apparatus is further comprising a clutch configured to transmit a power from the motor to the feeding mechanism, wherein the control unit is further configured to turn the clutch off after the preceding document passes the reading position.
A method of manufacturing a fan track liner or a fan track liner preform for a fan containment arrangement for a gas turbine engine, characterised in that the method comprises: depositing, by additive manufacturing apparatus, fibre-reinforced polymer material onto a rotating mandrel to form a cellular impact structure (37, 41, 46) and a supporting sub-laminate (40, 42, 45, 47) integrated with one another.
A sensor having at least one sensor element formed in a first substrate and at least one diffractive optical element formed in a second substrate, the first and second substrates being configured relative to one another such that the second substrate forms a cap over the at least one sensor element, the cap having side walls, the at least one diffractive optical element being formed in a surface of the cap, the side walls being bonded to the first substrate using a bond material provided on the bottom of the side walls such that the cap defines a cavity around the at least one sensor element, the defined cavity being shared by the cap and the at least one sensor element, characterised in that: the at least one diffractive optical element comprises a surface pattern having areas that allow transmission of radiation and areas that block the radiation so as to guide incident radiation on the cap to at least one of the at least one sensor elements.
A Micro-Electro-Mechanical Systems (MEMS) optical device, comprising: a MEMS substrate having a channel and a plurality of guides along the channel; a first cylindrical lens having a first cylindrical surface and a guide portion, the first cylindrical lens having a first longitudinal axis parallel with the MEMS substrate; and a second cylindrical lens formed in the MEMS substrate within the channel and having a second cylindrical surface, the second cylindrical lens having a second longitudinal axis that is oriented perpendicular to the first longitudinal axis of the first cylindrical surface and to the MEMS substrate, wherein the guide portion is configured to slidably engage with the plurality of guides of the MEMS substrate to guide the first cylindrical lens into a position and orientation on the MEMS substrate; and wherein the first cylindrical surface and the second cylindrical surface cooperatively focus light passing through the first cylindrical lens and the second cylindrical lens. a MEMS substrate having a channel and a plurality of guides along the channel; a first cylindrical lens having a first cylindrical surface and a guide portion, the first cylindrical lens having a first longitudinal axis parallel with the MEMS substrate; and a second cylindrical lens formed in the MEMS substrate within the channel and having a second cylindrical surface, the second cylindrical lens having a second longitudinal axis that is oriented perpendicular to the first longitudinal axis of the first cylindrical surface and to the MEMS substrate, wherein the guide portion is configured to slidably engage with the plurality of guides of the MEMS substrate to guide the first cylindrical lens into a position and orientation on the MEMS substrate; and wherein the first cylindrical surface and the second cylindrical surface cooperatively focus light passing through the first cylindrical lens and the second cylindrical lens.
A wireless communication apparatus, comprising: logic, at least a portion of which is in hardware, the logic to: measure a received signal strength indicator, RSSI; determine a reference signal received quality (RSRQ) measured quantity value based on the measured RSSI; and map the RSRQ measured quantity value to an RSRQ reporting value according to an RSRQ measurement report mapping scheme comprising a legacy range and an extended RSRQ reporting range, wherein the legacy range comprises RSRQ measured quantity value subranges and corresponding RSRQ reporting values for RSRQ measurements of less than -3 dB, characterized in that the extended range comprises 11 RSRQ measured quantity value subranges and corresponding RSRQ reporting values for RSRQ measurements of -3 dB to 2.5 dB, with a granularity of 0.5 dB, and a twelfth extended range RSRQ measurement quantity value subrange which corresponds to RSRQ measured quantity values that are greater than or equal to 2.5 dB. measure a received signal strength indicator, RSSI; determine a reference signal received quality (RSRQ) measured quantity value based on the measured RSSI; and map the RSRQ measured quantity value to an RSRQ reporting value according to an RSRQ measurement report mapping scheme comprising a legacy range and an extended RSRQ reporting range, wherein the legacy range comprises RSRQ measured quantity value subranges and corresponding RSRQ reporting values for RSRQ measurements of less than -3 dB, characterized in that the extended range comprises 11 RSRQ measured quantity value subranges and corresponding RSRQ reporting values for RSRQ measurements of -3 dB to 2.5 dB, with a granularity of 0.5 dB, and a twelfth extended range RSRQ measurement quantity value subrange which corresponds to RSRQ measured quantity values that are greater than or equal to 2.5 dB.
A network node apparatus comprising: control circuitry to obtain association information that includes an association between one or more first antenna ports that carry Enhanced Physical Downlink Control Channel, EPDCCH, data and one or more second antenna ports that carry Physical Downlink Shared Channel, PDSCH, data; and transmit circuitry in communication with the control circuitry to: transmit the association information to a Machine Type Communication, MTC, User Equipment, UE, wherein the MTC UE is configured to estimate, based at least on the association information and a EPDCCH reference signal received on the one or more first antenna ports, a channel associated with the one or more second antenna ports for PDSCH data; transmit, to the MTC UE, EPDCCH data via at least one of the one or more first antenna ports during a first sub-frame, and transmit, to the MTC UE, the PDSCH data via at least one of the one or more second antenna ports during a second sub-frame that is after the first sub-frame. control circuitry to obtain association information that includes an association between one or more first antenna ports that carry Enhanced Physical Downlink Control Channel, EPDCCH, data and one or more second antenna ports that carry Physical Downlink Shared Channel, PDSCH, data; and transmit circuitry in communication with the control circuitry to: transmit the association information to a Machine Type Communication, MTC, User Equipment, UE, wherein the MTC UE is configured to estimate, based at least on the association information and a EPDCCH reference signal received on the one or more first antenna ports, a channel associated with the one or more second antenna ports for PDSCH data; transmit, to the MTC UE, EPDCCH data via at least one of the one or more first antenna ports during a first sub-frame, and transmit, to the MTC UE, the PDSCH data via at least one of the one or more second antenna ports during a second sub-frame that is after the first sub-frame. transmit the association information to a Machine Type Communication, MTC, User Equipment, UE, wherein the MTC UE is configured to estimate, based at least on the association information and a EPDCCH reference signal received on the one or more first antenna ports, a channel associated with the one or more second antenna ports for PDSCH data; transmit, to the MTC UE, EPDCCH data via at least one of the one or more first antenna ports during a first sub-frame, and transmit, to the MTC UE, the PDSCH data via at least one of the one or more second antenna ports during a second sub-frame that is after the first sub-frame.
An apparatus for generating a lung condition map, comprising: - an input unit; and - a processing unit; wherein the input unit is configured to provide X-ray attenuation information of a patient's chest, and to provide X-ray dark field information of a patient's chest to the processing unit; characterised in that the processing unit is configured to segment the X-ray attenuation information to provide segmented X-ray image data separated from unsegmented areas, wherein the segmented image data comprises a lung mask image corresponding to a lung structure region in the X-ray attenuation information, to provide boneless lung image data by applying a bone suppression algorithm to the lung mask image, to generate a lung depth map by applying a radiation attenuation model to the boneless lung image data, and in that the lung depth map comprises a lung thickness value for each data value of the boneless lung image data, to provide boneless lung image data by applying a bone suppression algorithm to the lung mask image, and to normalize data values of the X-ray dark field information with spatially corresponding data values of the lung depth map, to yield normalized lung dark-field information representing a lung condition map. - an input unit; and - a processing unit;
Control unit for a laser tool holder, comprising an optical fiber connected to the control unit, wherein the housing (74, 75) has a annular gap traveling around the circumference, wherein the annular gap, at least optically, divides the housing into a lower housing half and an upper housing half (74, 75), and characterized in that the upper housing half projects laterally beyond the lower housing half if viewed from the front, and the lower housing half projects laterally beyond the upper housing half if viewed from the rear.
An electric storage device comprising: an electric storage element arranged inside an electric storage device case; an electrode terminal (5, 7) arranged outside the electric storage device case; a current collector (4, 6) including a first posture part and a second posture part, the first posture part extending along a surface of the electric storage device case on which the electrode terminal (5, 7) is arranged, the second posture part extending from an end portion of the first posture part toward the side opposite to the electrode terminal (5, 7), the current collector (4, 6) fixed at the first posture part by means of a fixing member (8, 15) penetrating through an opening formed in the electric storage device case, the current collector (4, 6) supporting the electric storage element by the second posture part, thereby electrically connecting the electrode terminal (5, 7) and the electric storage element; and characterized in that a reinforcing member (13, 19) arranged on the first posture part side where the electric storage element is present, so as to extend longer toward the second posture part side than the fixing member (8, 15), and sandwiched and fixed between the first posture part and the fixing member (8, 15), and the reinforcing member (13, 19) is arranged in direct contact with an electric storage element -side surface of the first posture part. an electric storage element arranged inside an electric storage device case; an electrode terminal (5, 7) arranged outside the electric storage device case; a current collector (4, 6) including a first posture part and a second posture part, the first posture part extending along a surface of the electric storage device case on which the electrode terminal (5, 7) is arranged, the second posture part extending from an end portion of the first posture part toward the side opposite to the electrode terminal (5, 7), the current collector (4, 6) fixed at the first posture part by means of a fixing member (8, 15) penetrating through an opening formed in the electric storage device case, the current collector (4, 6) supporting the electric storage element by the second posture part, thereby electrically connecting the electrode terminal (5, 7) and the electric storage element; and characterized in that a reinforcing member (13, 19) arranged on the first posture part side where the electric storage element is present, so as to extend longer toward the second posture part side than the fixing member (8, 15), and sandwiched and fixed between the first posture part and the fixing member (8, 15), and the reinforcing member (13, 19) is arranged in direct contact with an electric storage element -side surface of the first posture part.
An apparatus for a first policy control function, the apparatus comprising means for: receiving, from a session management function, a request for a policy to be established for a session for a subscriber, wherein the subscriber is subscribed in a second domain and the first policy control function is configured to operate in a first domain; determining a policy for the requested session, the determined policy comprising an indication of an allowed usage for the subscriber and at least one trigger condition for the policy to be updated; signalling the at least one trigger condition to the session management function; and monitoring the allowed usage for the subscriber by updating the policy in response to receipt of an indication that the at least one trigger condition has been met, wherein the first domain is a visited domain, and the second domain is a home domain for the subscriber. receiving, from a session management function, a request for a policy to be established for a session for a subscriber, wherein the subscriber is subscribed in a second domain and the first policy control function is configured to operate in a first domain; determining a policy for the requested session, the determined policy comprising an indication of an allowed usage for the subscriber and at least one trigger condition for the policy to be updated; signalling the at least one trigger condition to the session management function; and monitoring the allowed usage for the subscriber by updating the policy in response to receipt of an indication that the at least one trigger condition has been met, wherein the first domain is a visited domain, and the second domain is a home domain for the subscriber.