mhurhangee/ep-ind-claims huggingface dataset:
Elastography device for quantitatively and/or qualitatively measuring viscoelastic properties of any medium, said device comprising: - a vibration generator for generating at least one low-frequency elastic wave; - an ultrasonic transducer in order to observe the propagation of said at least one low-frequency elastic wave; - a trigger for triggering at least one measurement; said at least one measurement comprising the following steps: - generating at least one low-frequency elastic wave in a medium; - emitting and acquiring simultaneously to the generating of at least one low-frequency elastic wave high-frequency ultrasounds using said ultrasonic transducer in order to observe the propagation of said at least one low-frequency elastic wave; said device also comprising: • a deformable tube, positioned between said vibration generator and said ultrasonic transducer, for a maintaining and a positioning of said ultrasonic transducer located at the end of said deformable tube in such a way as to ensure, for at least one measurement, the perpendicularity and the contact between said ultrasonic transducer and the medium; • at least one rod located inside the deformable tube, able to transmit the low-frequency elastic waves from said vibration generator to said ultrasonic transducer. - a vibration generator for generating at least one low-frequency elastic wave; - an ultrasonic transducer in order to observe the propagation of said at least one low-frequency elastic wave; - a trigger for triggering at least one measurement; - generating at least one low-frequency elastic wave in a medium; - emitting and acquiring simultaneously to the generating of at least one low-frequency elastic wave high-frequency ultrasounds using said ultrasonic transducer in order to observe the propagation of said at least one low-frequency elastic wave; • a deformable tube, positioned between said vibration generator and said ultrasonic transducer, for a maintaining and a positioning of said ultrasonic transducer located at the end of said deformable tube in such a way as to ensure, for at least one measurement, the perpendicularity and the contact between said ultrasonic transducer and the medium; • at least one rod located inside the deformable tube, able to transmit the low-frequency elastic waves from said vibration generator to said ultrasonic transducer.
Magnetic tracking assembly, comprising, a ferromagnetic sheet; at least one radiator, mounted at a distance of 1 cm to 5cm from the ferromagnetic sheet and configured to radiate a magnetic field into a region in proximity to the ferromagnetic sheet; and a solid sheet of thermal insulation, mounted between the ferromagnetic sheet and the at least one radiator so as to prevent transfer of thermal energy from the at least one radiator to the ferromagnetic sheet, wherein the solid sheet of thermal insulation comprises a plurality of perforations.
A refrigerator, comprising a cabinet and a door for opening and closing the cabinet, wherein the refrigerator further comprises a hinge body fixedly provided on the cabinet, wherein a positioning groove (25, 25') and a guiding shaft are provided on the hinge body and a positioning shaft (12, 12') fitting with the positioning groove (25, 25') and a guiding groove fitting with the guiding shaft are provided on the door; one of left and right sides of the refrigerator which is provided with the hinge body is a pivoting side, the door is in a first state when being closed, the door has a side wall close to the pivoting side in the first state and a front wall away from the cabinet in the first state, the positioning groove (25, 25') has a first position away from the side wall and close to the front wall when the door is in the first state and a second position close to the side wall and away from the front wall compared with the first position, the guiding groove has a third position and a fourth position, and when the door is in the first state, the positioning shaft (12, 12') is located at the second position, and the guiding shaft is located at the fourth position; the guiding shaft and the guiding groove are provided such that when the door is opened from the first state, the door is rotated with the positioning shaft (12, 12') as a center of rotation, the positioning shaft (12, 12') is moved from the second position to the first position and the guiding shaft is moved from the fourth position to the third position with the limitation of the guiding shaft and the guiding groove, at this point, the door is opened at a certain angle to be in a second state, and the door is moved by a distance towards a side away from the pivoting side. one of left and right sides of the refrigerator which is provided with the hinge body is a pivoting side, the door is in a first state when being closed, the door has a side wall close to the pivoting side in the first state and a front wall away from the cabinet in the first state, the positioning groove (25, 25') has a first position away from the side wall and close to the front wall when the door is in the first state and a second position close to the side wall and away from the front wall compared with the first position, the guiding groove has a third position and a fourth position, and when the door is in the first state, the positioning shaft (12, 12') is located at the second position, and the guiding shaft is located at the fourth position; the guiding shaft and the guiding groove are provided such that when the door is opened from the first state, the door is rotated with the positioning shaft (12, 12') as a center of rotation, the positioning shaft (12, 12') is moved from the second position to the first position and the guiding shaft is moved from the fourth position to the third position with the limitation of the guiding shaft and the guiding groove, at this point, the door is opened at a certain angle to be in a second state, and the door is moved by a distance towards a side away from the pivoting side.
A system comprising: a first link having a first end portion and a second end portion; a second link having a first end portion and a second end portion; a joint connected to the second end portion of the first link and to the first end portion of the second link; and a dual brake assembly coupled to the first link and to the second link, wherein the dual brake assembly includes a first brake (305B1, 305C1, 305D1, 305E1) and a second brake (305B2, 305C2, 305D2, 305E2), wherein: braking the dual brake assembly reduces relative motion between the first and second links (302, 304), the first brake (305B1, 305C1, 305D1, 305E1) provides a first brake holding strength when physically engaged, the second brake (305B2, 305C2, 305D2, 305E2) provides a second brake holding strength when physically engaged, the first brake (305B1, 305C1, 305D1, 305E1) is configured to physically engage when power is removed from the dual brake assembly, the second brake (305B2, 305C2, 305D2, 305E2) is configured to physically disengage when the power is removed from the dual brake assembly, and the second brake holding strength is different from the first brake holding strength. a first link having a first end portion and a second end portion; a second link having a first end portion and a second end portion; a joint connected to the second end portion of the first link and to the first end portion of the second link; and a dual brake assembly coupled to the first link and to the second link, wherein the dual brake assembly includes a first brake (305B1, 305C1, 305D1, 305E1) and a second brake (305B2, 305C2, 305D2, 305E2), wherein: braking the dual brake assembly reduces relative motion between the first and second links (302, 304), the first brake (305B1, 305C1, 305D1, 305E1) provides a first brake holding strength when physically engaged, the second brake (305B2, 305C2, 305D2, 305E2) provides a second brake holding strength when physically engaged, the first brake (305B1, 305C1, 305D1, 305E1) is configured to physically engage when power is removed from the dual brake assembly, the second brake (305B2, 305C2, 305D2, 305E2) is configured to physically disengage when the power is removed from the dual brake assembly, and the second brake holding strength is different from the first brake holding strength. braking the dual brake assembly reduces relative motion between the first and second links (302, 304), the first brake (305B1, 305C1, 305D1, 305E1) provides a first brake holding strength when physically engaged, the second brake (305B2, 305C2, 305D2, 305E2) provides a second brake holding strength when physically engaged, the first brake (305B1, 305C1, 305D1, 305E1) is configured to physically engage when power is removed from the dual brake assembly, the second brake (305B2, 305C2, 305D2, 305E2) is configured to physically disengage when the power is removed from the dual brake assembly, and the second brake holding strength is different from the first brake holding strength.
Heating device having a heating burner assisted by a fan, and a first exchange, through which heating water flows, for cooling the flue gases of the heating burner, a first flue gas line for discharging the flue gases of the heating burner, which have been cooled in the first heat exchanger, and a fresh air line for supplying combustion air to the fan, a recuperator downstream of the first heat exchanger, in which recuperator flue gases of the heating burner which have been cooled in the first heat exchanger are thermally conductively connected to at least one service water tank, wherein the recuperator is enclosed by a reduced pressure chamber, wherein the reduced pressure chamber is connected to the first fresh air line and to a second fresh air line, wherein a second flue gas line leads from the housing into the surroundings, and this second flue gas line is enclosed by the second fresh air line, and wherein the service water preheated in the recuperator is heated to setpoint temperature by the heating water in a further third heat exchanger.
A beamforming antenna assembly comprising: a mirror glass coated with a material, the material including a silver plated portion and a pattern portion consisting of a patterned silver plating disposed where the silver plated portion is not formed; and a beamforming antenna disposed on the pattern portion where the silver plated portion is not formed, wherein the pattern portion is configured to allow a part of the beams (311, 312, 312) radiated from the beamforming antenna to pass through the mirror glass. a mirror glass coated with a material, the material including a silver plated portion and a pattern portion consisting of a patterned silver plating disposed where the silver plated portion is not formed; and a beamforming antenna disposed on the pattern portion where the silver plated portion is not formed, wherein the pattern portion is configured to allow a part of the beams (311, 312, 312) radiated from the beamforming antenna to pass through the mirror glass.
A developer case comprising: a main body having a bottom wall and containing developer; a cylindrical portion connected to the bottom wall, extending from the main body, and having a discharge port; and a rotating unit provided so as to extend across the main body and the cylindrical portion and transporting the developer in the main body, wherein the rotating unit includes a rotating shaft that extends in a direction in which the bottom wall extends, a first transport member that is located on the circumferential surface of the rotating shaft, rotates integrally with the rotating shaft, and transports the developer in a first transport direction from the cylindrical portion to the main body, and a second transport member that is located over the circumferential surface of the rotating shaft and on the radially outer side of the first transport member, rotates integrally with the rotating shaft, and transports the developer at least in a second transport direction from the main body to the cylindrical portion, and the cylindrical portion has an inner wall surface that is circular in cross-section and corresponds to the rotation locus of the most radially extending part of the second transport member, characterized in that the first transport member spirally extends from the circumferential surface of the rotating shaft, the second transport member is spiral and has a hollow portion into which the rotating shaft having the first transport member can be inserted, and an external diameter of the spiral of the second transport member decreases toward the second transport direction. a main body having a bottom wall and containing developer; a cylindrical portion connected to the bottom wall, extending from the main body, and having a discharge port; and a rotating unit provided so as to extend across the main body and the cylindrical portion and transporting the developer in the main body,
A sports ball, comprising: an inflatable bladder; and a sensor module attached to the inner surface of the wall of the bladder and extending internally into the bladder, toward the center of the ball, with the sensor module comprising an elastomeric boot with an open lower end and a sensor assembly disposed within a pocket in the elastomeric boot; wherein the sensor assembly includes a substrate; a rechargeable battery; and a wireless-resonant-charging coil connected to an end of the substrate and arranged to recharge the rechargeable battery, with the wireless-resonant-charging coil being located, within the boot, at a position that is spaced a distance from the wall of the bladder in a direction toward the center of the ball; and wherein the substrate, the rechargeable battery, and the wireless-resonant-charging coil are overmolded and encased within a covering material; wherein the elastomeric boot comprises a circular flange at its upper end, the circular flange overlying the outer surface of the bladder and bonding the upper end of the elastomeric boot to the outer surface of the bladder to secure the upper end of the boot to the bladder characterised in that the sensor assembly extends beyond the open lower end of the elastomeric boot, and in that the rechargeable battery is secured to one side of the substrate. an inflatable bladder; and a sensor module attached to the inner surface of the wall of the bladder and extending internally into the bladder, toward the center of the ball, with the sensor module comprising an elastomeric boot with an open lower end and a sensor assembly disposed within a pocket in the elastomeric boot; wherein the sensor assembly includes a substrate; a rechargeable battery; and a wireless-resonant-charging coil connected to an end of the substrate and arranged to recharge the rechargeable battery, with the wireless-resonant-charging coil being located, within the boot, at a position that is spaced a distance from the wall of the bladder in a direction toward the center of the ball; and wherein the substrate, the rechargeable battery, and the wireless-resonant-charging coil are overmolded and encased within a covering material; wherein the elastomeric boot comprises a circular flange at its upper end, the circular flange overlying the outer surface of the bladder and bonding the upper end of the elastomeric boot to the outer surface of the bladder to secure the upper end of the boot to the bladder characterised in that the sensor assembly extends beyond the open lower end of the elastomeric boot, and in that the rechargeable battery is secured to one side of the substrate.
Blow molded article comprising a propylene copolymer composition, the propylene copolymer composition comprises (a) a propylene copolymer having a comonomer content of 0.1 to 2.5 mol-%, the comonomers are C 5 to C 12 α-olefins, and (b) a propylene copolymer having a comonomer content of 1.0 to 7.0 mol-%, the comonomers are C 5 to C 12 α-olefins, wherein further (i) the comonomer content in the propylene copolymer is lower compared to the comonomer content in the propylene copolymer, (ii) the propylene copolymer composition has a comonomer content of 0.4 to 5.0 mol-%, the comonomers are C 5 to C 12 α-olefins. (a) a propylene copolymer having a comonomer content of 0.1 to 2.5 mol-%, the comonomers are C 5 to C 12 α-olefins, and (b) a propylene copolymer having a comonomer content of 1.0 to 7.0 mol-%, the comonomers are C 5 to C 12 α-olefins, (i) the comonomer content in the propylene copolymer is lower compared to the comonomer content in the propylene copolymer, (ii) the propylene copolymer composition has a comonomer content of 0.4 to 5.0 mol-%, the comonomers are C 5 to C 12 α-olefins.
A retinal display apparatus for generating an image on the retina of an eye of a user, wherein the retinal display apparatus is configured to generate multiple light beams, each light beam conveying an instance of the image, wherein the multiple light beams correspond one-to-one to multiple potential orientations of the eye of the user; wherein the multiple potential orientations of the eye define an array on the eye; the retinal display apparatus being characterized in that the retinal display apparatus further comprises processing circuitry configured to adjust the distance between two neighbouring orientations of the array of multiple potential orientations on the basis of an external brightness level, such that the distance between two neighbouring orientations of the array of multiple potential orientations is in the range of the pupil size of the user's eye based on the lighting conditions of the target environment. wherein the multiple potential orientations of the eye define an array on the eye; the retinal display apparatus being characterized in that the retinal display apparatus further comprises processing circuitry configured to adjust the distance between two neighbouring orientations of the array of multiple potential orientations on the basis of an external brightness level, such that the distance between two neighbouring orientations of the array of multiple potential orientations is in the range of the pupil size of the user's eye based on the lighting conditions of the target environment.
Apparatus for treating a condition of a subject, comprising an electrode device, adapted to be coupled to longitudinal nervous tissue of the subject; and a control unit, adapted to drive the electrode device to apply to the nervous tissue a current which is capable of inducing action potentials that propagate in the nervous tissue in a first orthodromic direction, so as to treat the condition, and adapted to suppress action potentials from propagating in the nervous tissue in a second antidromic direction opposite to the first direction, characterised in that the control unit is adapted to regulate the suppressing of the action potentials so as to suppress action potentials induced responsive to the electrode device applying the current.
A method for producing an over-running decoupler that is configured to transmit rotary power between a rotary member and a hub, the over-running decoupler comprising the rotary member, the hub, a one way clutch disposed between the hub and the rotary member and a resonance inhibiting clutch, wherein the one way clutch comprises a resilient torque transmitting coupling wherein the over-running decoupler is adapted that rotary power is transmitted between the rotary member and the hub, during relative rotation of the rotary member and the hub in a first direction, and to decouple the rotary member and the hub during relative rotation of the rotary member and the hub in a second direction which is opposite to the first direction, the method comprising: establishing a desired fatigue life of the resilient torque transmitting coupling; establishing a design deflection of the resilient torque transmitting coupling; and characterised in preventing resonance in the resilient torque transmitting coupling by controlling a maximum deflection of the resilient torque transmitting coupling such that the maximum deflection experienced by the resilient torque transmitting coupling is less than or equal to the design deflection. establishing a desired fatigue life of the resilient torque transmitting coupling; establishing a design deflection of the resilient torque transmitting coupling; and characterised in preventing resonance in the resilient torque transmitting coupling by controlling a maximum deflection of the resilient torque transmitting coupling such that the maximum deflection experienced by the resilient torque transmitting coupling is less than or equal to the design deflection.
A method for wireless communication, comprising: transmitting, by a base station to a mobile station, higher layer signaling indicating information for locating a control information region on at least the first component carrier among an aggregation of plural component carriers; sending, to the mobile station, control information in resource blocks, RBs, of a physical downlink shared channel region in the first of the plural component carriers based in part on the higher layer signaling, wherein the RBs comprising the control information are divided into resource element groups, REGs, and control channel elements, CCEs, wherein the physical downlink shared channel region is located within orthogonal frequency division multiplexing, OFDM, symbols following a physical downlink control channel region in a subframe, wherein the control information indicates a resource assignment on at least a second carrier (200A, 200B) of the plural component carriers, different from the first carrier, and wherein the second carrier (200A, 200B) is identified in the control information of the first carrier by a component carrier number; and communicating, with the mobile station, using the control information on the first carrier and the resource assignment on the second carrier (200A, 200B). transmitting, by a base station to a mobile station, higher layer signaling indicating information for locating a control information region on at least the first component carrier among an aggregation of plural component carriers; sending, to the mobile station, control information in resource blocks, RBs, of a physical downlink shared channel region in the first of the plural component carriers based in part on the higher layer signaling, wherein the RBs comprising the control information are divided into resource element groups, REGs, and control channel elements, CCEs, wherein the physical downlink shared channel region is located within orthogonal frequency division multiplexing, OFDM, symbols following a physical downlink control channel region in a subframe, wherein the control information indicates a resource assignment on at least a second carrier (200A, 200B) of the plural component carriers, different from the first carrier, and wherein the second carrier (200A, 200B) is identified in the control information of the first carrier by a component carrier number; and communicating, with the mobile station, using the control information on the first carrier and the resource assignment on the second carrier (200A, 200B).
Dispenser of ophthalmic solutions applicable to single-dose containers comprising a body which defines a cavity in communication with a first opening, the first opening being associated with sealing means configured to cooperate, in use, with a neck of said single-dose container, and a dispensing tip having a second opening, which is also in communication with said cavity, characterised in that the center of gravity of the dispenser is positioned in a portion of the body where fins are present, said fins providing an external surface that defines a support plane of the dispenser, said external surface having an inclination with respect to a longitudinal axis of the dispenser such that, when the external surface of the fins rests on a plane, said dispensing tip is raised from said plane, so as to avoid contamination.