mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic socket that comprises - an open proximal end, - a distal end with a distal contact surface and - a lateral surface that extends between the proximal end and the distal end, wherein an effective length of the prosthetic socket extends from the distal contact surface of the distal end to the proximal end, wherein an effective circumference of the prosthetic socket extends along the inner surface of the lateral surface, characterized in that the prosthetic socket comprises an electrical control unit and an adjustment device for adjusting the effective length and the effective circumference, and at least one first sensor for detecting a force acting distally on the amputation stump and at least one second sensor for detecting forces acting radially on the amputation stump, the measured values of which are transmitted to the electrical control unit, the electrical control unit being configured to control the adjustment device according to the measured values of both sensors (20, 22). - an open proximal end, - a distal end with a distal contact surface and - a lateral surface that extends between the proximal end and the distal end, wherein an effective length of the prosthetic socket extends from the distal contact surface of the distal end to the proximal end, wherein an effective circumference of the prosthetic socket extends along the inner surface of the lateral surface, characterized in that the prosthetic socket comprises an electrical control unit and an adjustment device for adjusting the effective length and the effective circumference, and at least one first sensor for detecting a force acting distally on the amputation stump and at least one second sensor for detecting forces acting radially on the amputation stump, the measured values of which are transmitted to the electrical control unit, the electrical control unit being configured to control the adjustment device according to the measured values of both sensors (20, 22).
A compressor, in particular for an aircraft engine, comprising a stator vane assembly comprising an inner ring, a seal carrier attached thereto and a biasing element, wherein the seal carrier comprises two opposing seal carrier end faces (2.10, 2.11) and the inner ring comprises two inner ring end faces (1.10, 1.11) facing said seal carrier end faces, said inner ring end faces being received between the seal carrier end faces with an axial gap therebetween, and wherein the biasing element bears axially against the inner ring with a first biasing element end face, and the biasing element bears axially against the seal carrier with a second biasing element end face, and the biasing element is axially elastically biased between the inner ring and the seal carrier, characterized in that a biasing element end face comprises an entry ramp against the axial direction.
An apparatus (100, 500) for harvesting a blood vessel having vessel walls attached to connective tissue, the apparatus comprising: a flexible body portion having at least one ultrasound transducer situated along a length of the flexible body and being configured to be percutaneously situated in the blood vessel; and a controller configured to excite the at least one ultrasound transducer to output ultrasound signals of a first type having a focal zone outside of the vessel walls so as to fractionate a region of connective tissue in the focal zone; wherein the at least one ultrasound transducer comprises a truncated spherical shell ultrasound transducer configured to have a focus zone which corresponds with the focal zone, wherein the truncated spherical shell comprises a portion of the minor spherical surface defined by an intersection between a plane and a sphere, the spherical surface having orthogonal length and width dimensions on the plane (300A, 300B), the width dimension being truncated such that the length dimension exceeds the width dimension in order to provide the portion, the truncated spherical shell ultrasound transducer being arranged on the flexible body portion such that the length dimension is parallel to the length of the flexible body. a flexible body portion having at least one ultrasound transducer situated along a length of the flexible body and being configured to be percutaneously situated in the blood vessel; and a controller configured to excite the at least one ultrasound transducer to output ultrasound signals of a first type having a focal zone outside of the vessel walls so as to fractionate a region of connective tissue in the focal zone; wherein the at least one ultrasound transducer comprises a truncated spherical shell ultrasound transducer configured to have a focus zone which corresponds with the focal zone, wherein the truncated spherical shell comprises a portion of the minor spherical surface defined by an intersection between a plane and a sphere, the spherical surface having orthogonal length and width dimensions on the plane (300A, 300B), the width dimension being truncated such that the length dimension exceeds the width dimension in order to provide the portion, the truncated spherical shell ultrasound transducer being arranged on the flexible body portion such that the length dimension is parallel to the length of the flexible body.
A lid for a drinking vessel, the lid comprising: a lid base defining a drinking opening therethrough; a movable arm coupled to the lid base and located in an interior of the lid base; a first magnet unit (400;500) coupled to the movable arm; an actuator accessible from an exterior of the lid base; and a second magnet unit coupled to the actuator, wherein the movable arm is movable between a sealed position, in which the drinking opening is sealed, and an open position, in which the drinking opening is not sealed; wherein the movable arm is biased toward a biased position, the biased position being one of the sealed position or the open position; wherein the actuator is movable between a first position and a second position, wherein when the actuator is moved to the second position, a force between the first magnet unit (400;500) and the second magnet unit overcomes the bias of the movable arm and causes the movable arm to move away from the biased position, wherein the drinking opening extends between a lower volume and an upper volume of the lid base, and wherein the actuator is isolated from the lower volume and the upper volume of the lid base. a lid base defining a drinking opening therethrough; a movable arm coupled to the lid base and located in an interior of the lid base; a first magnet unit (400;500) coupled to the movable arm; an actuator accessible from an exterior of the lid base; and a second magnet unit coupled to the actuator, wherein the movable arm is movable between a sealed position, in which the drinking opening is sealed, and an open position, in which the drinking opening is not sealed; wherein the movable arm is biased toward a biased position, the biased position being one of the sealed position or the open position; wherein the actuator is movable between a first position and a second position, wherein when the actuator is moved to the second position, a force between the first magnet unit (400;500) and the second magnet unit overcomes the bias of the movable arm and causes the movable arm to move away from the biased position, wherein the drinking opening extends between a lower volume and an upper volume of the lid base, and wherein the actuator is isolated from the lower volume and the upper volume of the lid base.
A multicolor light emitting diode lamp (10, 210, 310, 410, 510, 610) for plant growth comprising: a first light emitting diode (20A, 20B, 220A, 220B, 220C, 220D, 320A, 320B, 320C, 420A, 420B, 420C, 520A, 520B, 620A, 620B) including a pn-junction type light emitting section having a light emitting layer which has a composition formula, (Al X Ga 1-X) Y In 1-Y P (0≤X≤0.1 and 0<Y<1), and in which a peak luminescence wavelength is not less than 655 nm and not more than 675 nm; and a second light emitting diode (30A, 230A, 330A, 330B, 430A, 530A, 630A) including a light emitting layer which has a composition formula, Ga X In 1-X N (0≤X≤1) and in which a peak luminescence wavelength is not less than 420 nm and not more than 470 nm, wherein one or more of the first light emitting diodes and one or more of the second light emitting diodes are mounted in the same light emitting diode lamp, and wherein a photon flux R [μmol·s -1] of the one or more of the first light emitting diodes and a photon flux B [μmol·s -1] of the one or more of the second light emitting diodes mounted on the multicolor light emitting diode lamp satisfy a relation of R>B using the same electric current, the one or more of the first light emitting diodes and the one or more of the second light emitting diodes are electrically connected in series or in parallel, and the distance between two adjacent light emitting diodes of the first and second light emitting diodes is within 10 mm. a first light emitting diode (20A, 20B, 220A, 220B, 220C, 220D, 320A, 320B, 320C, 420A, 420B, 420C, 520A, 520B, 620A, 620B) including a pn-junction type light emitting section having a light emitting layer which has a composition formula, (Al X Ga 1-X) Y In 1-Y P (0≤X≤0.1 and 0<Y<1), and in which a peak luminescence wavelength is not less than 655 nm and not more than 675 nm; and a second light emitting diode (30A, 230A, 330A, 330B, 430A, 530A, 630A) including a light emitting layer which has a composition formula, Ga X In 1-X N (0≤X≤1) and in which a peak luminescence wavelength is not less than 420 nm and not more than 470 nm, wherein one or more of the first light emitting diodes and one or more of the second light emitting diodes are mounted in the same light emitting diode lamp, and wherein a photon flux R [μmol·s -1] of the one or more of the first light emitting diodes and a photon flux B [μmol·s -1] of the one or more of the second light emitting diodes mounted on the multicolor light emitting diode lamp satisfy a relation of R>B using the same electric current, the one or more of the first light emitting diodes and the one or more of the second light emitting diodes are electrically connected in series or in parallel, and the distance between two adjacent light emitting diodes of the first and second light emitting diodes is within 10 mm.
A process for repairing cracks in a workpiece comprising the steps of: providing a workpiece having a crack to be repaired; applying a first layer of a nickel or cobalt base alloy repair material to a root of said crack in an amount sufficient to fill a portion of the crack; subjecting said workpiece with said nickel or cobalt base alloy repair material to a first heat treatment at a temperature in the range of from about 1950 to 2300°F (1070-1260°C) for a time period in the range of from about 5.0 to 30 minutes; depositing a weld material to said crack using a welding technique subsequent to said first heat treatment; depositing a second layer of a nickel or cobalt based alloy repair material over the weld material; and subjecting said workpiece with said first and second layer of a nickel or cobalt based alloy repair material and said weld material to a second heat treatment. providing a workpiece having a crack to be repaired; applying a first layer of a nickel or cobalt base alloy repair material to a root of said crack in an amount sufficient to fill a portion of the crack; subjecting said workpiece with said nickel or cobalt base alloy repair material to a first heat treatment at a temperature in the range of from about 1950 to 2300°F (1070-1260°C) for a time period in the range of from about 5.0 to 30 minutes; depositing a weld material to said crack using a welding technique subsequent to said first heat treatment; depositing a second layer of a nickel or cobalt based alloy repair material over the weld material; and subjecting said workpiece with said first and second layer of a nickel or cobalt based alloy repair material and said weld material to a second heat treatment.
A seatback frame (22, 70, 100) that configures a frame of a seatback supporting the back of a seated occupant and is integrally formed by resin molding, the seatback frame (22, 70, 100) comprising: an upper side frame section that includes a headrest retaining portion retaining a headrest, that is positioned at an upper end of the seatback frame (22, 70, 100), and that extends along a seat width direction; a pair of side frame sections that have upper sides connected to respective seat width direction end portions of the upper side frame section and that extend along a seat vertical direction of the seatback frame (22, 70, 100); characterized in that a reinforcing section (63, 163) is formed in the upper side frame section by forming a plurality of recessed portions (42, 46, 50, 164) extending along a seat front-rear direction, at least from the headrest retaining portion to the seat width direction end portion, wherein at least a part of the recessed portions (42, 46, 50, 164) is formed by being open toward a seat rear side and by providing a first wall face extending along the seat vertical direction at a seat front side, and wherein another part of the recessed portions (42, 46, 50, 164) is formed by being open toward the seat front side and by providing a second wall face extending along the seat vertical direction at the seat rear side. an upper side frame section that includes a headrest retaining portion retaining a headrest, that is positioned at an upper end of the seatback frame (22, 70, 100), and that extends along a seat width direction; a pair of side frame sections that have upper sides connected to respective seat width direction end portions of the upper side frame section and that extend along a seat vertical direction of the seatback frame (22, 70, 100); characterized in that a reinforcing section (63, 163) is formed in the upper side frame section by forming a plurality of recessed portions (42, 46, 50, 164) extending along a seat front-rear direction, at least from the headrest retaining portion to the seat width direction end portion, wherein at least a part of the recessed portions (42, 46, 50, 164) is formed by being open toward a seat rear side and by providing a first wall face extending along the seat vertical direction at a seat front side, and wherein another part of the recessed portions (42, 46, 50, 164) is formed by being open toward the seat front side and by providing a second wall face extending along the seat vertical direction at the seat rear side.
A fan disc assembly (600,700,800,900,1000,1100,1200,1300,2300,2400,2500) for a gas turbine engine, comprising: a fan disc Z (601,701,801,901,1001,1101,1201,1301, 2301,2401,2501) with a central bore comprising a bore forward section (604,704,804,904,1004,1104,1204,1304, 2304,2404,2504) a bore aft section (606,706,806,906,1006,1106,1206,1306, 2306,2406,2506) and a bore spline (605,705,805,905,1005,1105,1205,1305, 2305,2405,2505) between the bore forward and aft sections; a shaft (602,702,802,902,1002,1102,1202,1302, 2302,2402,2502) mounted within the central bore of the fan disc, the shaft comprising a shaft forward section (607,707,807,907,1007,1107,1207,1307, 2307,2407,2507) connected to the bore forward section, a shaft aft section (609,709,809,909,1009,1109,1209,1309, 2309,2409,2509) connected to the bore aft section and a shaft spline (608,708,808,908,1008,1108,1208,1308, 2308,2408,2508) between the forward and aft sections and mating with the bore spline (605,706,806,906,1006,1106,1206,1306, 2306,2406,2506) characterized in having an aft collar (611,711,811,911,1011a,1011b,1111a, 1111b,1211,1311,2311,2411,2511) connecting the shaft aft section to the bore aft section to secure the fan disc from radial translation relative to the shaft. a fan disc Z (601,701,801,901,1001,1101,1201,1301, 2301,2401,2501) with a central bore comprising a bore forward section (604,704,804,904,1004,1104,1204,1304, 2304,2404,2504) a bore aft section (606,706,806,906,1006,1106,1206,1306, 2306,2406,2506) and a bore spline (605,705,805,905,1005,1105,1205,1305, 2305,2405,2505) between the bore forward and aft sections; a shaft (602,702,802,902,1002,1102,1202,1302, 2302,2402,2502) mounted within the central bore of the fan disc, the shaft comprising a shaft forward section (607,707,807,907,1007,1107,1207,1307, 2307,2407,2507) connected to the bore forward section, a shaft aft section (609,709,809,909,1009,1109,1209,1309, 2309,2409,2509) connected to the bore aft section and a shaft spline (608,708,808,908,1008,1108,1208,1308, 2308,2408,2508) between the forward and aft sections and mating with the bore spline (605,706,806,906,1006,1106,1206,1306, 2306,2406,2506) characterized in having an aft collar (611,711,811,911,1011a,1011b,1111a, 1111b,1211,1311,2311,2411,2511) connecting the shaft aft section to the bore aft section to secure the fan disc from radial translation relative to the shaft.
A thermoplastic composite material comprising: 60 to 75 wt.% thermoplastic, organic polymer; 0.2 to 0.5 wt.% carbon nanotubes; 2 to 7 wt.% carbon fibers; and 15 to 40 wt.% glass fibers; wherein the thermoplastic composite material exhibits a bulk volume resistivity of 10 3 Ω-cm to 10 10 Ω-cm at 5,000 volts DC. 60 to 75 wt.% thermoplastic, organic polymer; 0.2 to 0.5 wt.% carbon nanotubes; 2 to 7 wt.% carbon fibers; and 15 to 40 wt.% glass fibers;
A radiation measurement apparatus (1, 41, 51, 71, 81) comprising: a sensor that is configured to generate a detection signal in case of detecting a radiation; a first counter (15, 60, 72) that is configured to count the number of the detection signal; an oscillator that is configured to generate a periodic signal with predetermined period; characterized in that the radiation measurement apparatus further comprises an AND circuit that is configured to output logical product obtained by operating AND operation between the detection signal and the periodic signal; a second counter that is configured to count the number of a signal output from the AND circuit; and a display unit that is configured to display a count value of the first counter (15, 60, 72) in a case where a count value of the second counter is less than a first predetermined value and a value which is different from the count value of the first counter (15, 60, 72) in a case where the count value of the second counter is not less than the first predetermined value, wherein the first counter (15, 60, 72) is configured to set a second predetermined value as the count value of the first counter (15, 60, 72), and wherein the display unit is configured to display the count value of the first counter (15, 60, 72) after being set at the second predetermined value, in the case where the count value of the second counter is not less than the first predetermined value. a sensor that is configured to generate a detection signal in case of detecting a radiation; a first counter (15, 60, 72) that is configured to count the number of the detection signal; an oscillator that is configured to generate a periodic signal with predetermined period; characterized in that the radiation measurement apparatus further comprises an AND circuit that is configured to output logical product obtained by operating AND operation between the detection signal and the periodic signal; a second counter that is configured to count the number of a signal output from the AND circuit; and a display unit that is configured to display a count value of the first counter (15, 60, 72) in a case where a count value of the second counter is less than a first predetermined value and a value which is different from the count value of the first counter (15, 60, 72) in a case where the count value of the second counter is not less than the first predetermined value, wherein the first counter (15, 60, 72) is configured to set a second predetermined value as the count value of the first counter (15, 60, 72), and wherein the display unit is configured to display the count value of the first counter (15, 60, 72) after being set at the second predetermined value, in the case where the count value of the second counter is not less than the first predetermined value.
Process for the preparation of potassium sulphate granules, characterised in that potassium chloride is added to the potassium sulphate during granulation in the amount of 1.8 to 4.5 wt%, based in each case on the potassium sulphate used, whereby the compaction is performed as press agglomeration.
A method, comprising: determining whether transmission of first data would exceed a predetermined bandwidth; in response to determining that the transmission of the first data would exceed the predetermined bandwidth: compressing the first data to generate compressed first data, determining first compensation value data representing information lost during said compression, transmitting at least a portion of the compressed first data in a first frequency band, and transmitting the first compensation value data in a second frequency band different from the first frequency band; and otherwise, transmitting the first data, without said compressing, in the first frequency band. determining whether transmission of first data would exceed a predetermined bandwidth; in response to determining that the transmission of the first data would exceed the predetermined bandwidth: compressing the first data to generate compressed first data, determining first compensation value data representing information lost during said compression, transmitting at least a portion of the compressed first data in a first frequency band, and transmitting the first compensation value data in a second frequency band different from the first frequency band; and compressing the first data to generate compressed first data, determining first compensation value data representing information lost during said compression, transmitting at least a portion of the compressed first data in a first frequency band, and transmitting the first compensation value data in a second frequency band different from the first frequency band; and otherwise, transmitting the first data, without said compressing, in the first frequency band.
Transmission regulation method that can be implemented by a station having at least one data frame to be transmitted via a wireless telecommunication network, the method comprising, on each selection turn (k) of a maximum number of selection turns: - a step of obtaining a value (r(k)) representative either of an authorisation to transmit or of a prohibition to transmit said frame; and, when said value is representative of an authorisation to transmit: - a step of transmitting an information signal in said network, to indicate to the other stations (10', 10") that said station has obtained a value representative of an authorisation to transmit; said method being characterized in that the transmission of said information signal is performed at least partly during the transmission of a data frame in said network. - a step of obtaining a value (r(k)) representative either of an authorisation to transmit or of a prohibition to transmit said frame; and, when said value is representative of an authorisation to transmit: - a step of transmitting an information signal in said network, to indicate to the other stations (10', 10") that said station has obtained a value representative of an authorisation to transmit;