mhurhangee/ep-ind-claims huggingface dataset:
A method of determining whether a subject who has received a renal allograft has a spontaneous graft tolerant phenotype, said method comprising: (a) evaluating the level of expression of at least five genes including FAM110C, in a sample from said subject, to obtain a gene expression result, wherein the five genes are selected from Tables 2 or 4 and wherein said sample is a CSF, urine, saliva, tears, or a tissue derived sample or blood; and (b) determining whether said subject has a spontaneous graft tolerant phenotype based on said gene expression result. (a) evaluating the level of expression of at least five genes including FAM110C, in a sample from said subject, to obtain a gene expression result, wherein the five genes are selected from Tables 2 or 4 and wherein said sample is a CSF, urine, saliva, tears, or a tissue derived sample or blood; and (b) determining whether said subject has a spontaneous graft tolerant phenotype based on said gene expression result.
An engine comprising a cylinder head, a cylinder block under the cylinder head, and a fan disposed on one side of the cylinder block, whereby the cylinder head is covered at three of front, rear, right and left side surfaces thereof by a fuel tank, an air cleaner and a muffler, respectively, whereby the side surface of the cylinder head covered by the air cleaner is disposed at the same side with the side of the cylinder block on which the fan is disposed, whereby an exhaust pipe is disposed along the remaining one side surface of the cylinder head opposite to the air cleaner, and whereby the engine is provided with a cover (50, 70) including a side cover (51, 72) disposed along the remaining one side surface of the cylinder head so as to cover the exhaust pipe, whereby the cover (50, 70) serves as a guide plate for guiding cooling air from the fan to the exhaust pipe in a space between the side cover (51, 72) and the cylinder head, characterized in that the cover (50, 70) includes a top cover (55, 71) covering the cylinder head so as to guide flow of cooling air from the fan along the top cover (55, 71) over the cylinder head, wherein the top cover covers a bonnet cover disposed on the cylinder head, and wherein the air cleaner has a body formed with a cooling air guide (40e, 40f) to guide the cooling air from the fan to a space defined by the bonnet cover, the top cover and the cylinder head, and wherein the body of the air cleaner is formed with a partition wall (40b, 40c) facing the cylinder head, and wherein the cooling air guide (40e, 40f) is formed on the partition wall (40b, 40c) so as to define an opening (48, 49) above a top of the cylinder head so that the cooling air from the fan flows through the opening (48, 49) to the space defined by the bonnet cover, the top cover and the cylinder head.
A wiper arm comprising an arm head associated to a driving means, said arm head including an arm head body and a cover member attached to said arm head body rotatable around a rotating shaft (15A, 15B) between its open position and its closed position, said arm head body including sidewalls (12A, 12B) on both sides, said cover member including a front-side half section and a rear-side half section, wherein said front-side half section is disposed between the sidewalls (12A, 12B) of said arm head body when said cover member is in its closed position, and wherein said front-side half section is a plate-shaped portion having a lateral width substantially equal to an interval between said sidewalls (12A, 12B) of said arm head body, characterized in that the wiper arm includes a cover member-side fitting section disposed on a rear surface of said cover member and an arm-head-body-side fitting section disposed on said arm head body side, wherein when said cover member is in its closed position, said cover member-side fitting section and said arm-head-body-side fitting section fit with each other so that said cover member is fixed to said arm head body, wherein said arm-head-body-side fitting section is a nut attached to a driving shaft of said driving means, wherein said cover member-side fitting section extends downward from the cover member and has a cylindrical shape arranged to fit to said nut and includes slits (27A, 27B, 27C) formed in said cover member-side fitting section, extending over the entire length of the cylindrical shape, and wherein the longitudinal length of said cover member-side fitting section is shortened on the rotating shaft side.
A juicer, comprising: an inlet (22, 74, 82) for receiving food items to be juiced; a juice extracting arrangement (24,26) for providing extracted juice; the juicer being characterized by: a centrifuge unit for receiving the extracted juice and performing centrifuging to separate a juice component of the extracted juice from a foam component of the extracted juice, wherein the centrifuge unit has an output gate for allowing the passage of the juice component; and an outlet from which the juice component is delivered. an inlet (22, 74, 82) for receiving food items to be juiced; a juice extracting arrangement (24,26) for providing extracted juice; the juicer being characterized by: a centrifuge unit for receiving the extracted juice and performing centrifuging to separate a juice component of the extracted juice from a foam component of the extracted juice, wherein the centrifuge unit has an output gate for allowing the passage of the juice component; and an outlet from which the juice component is delivered. a centrifuge unit for receiving the extracted juice and performing centrifuging to separate a juice component of the extracted juice from a foam component of the extracted juice, wherein the centrifuge unit has an output gate for allowing the passage of the juice component; and an outlet from which the juice component is delivered.
A biopsy device, comprising: a chamber housing configured to define a proximal cylinder, a distal cylinder, and a transition chamber interposed between the proximal cylinder and the distal cylinder, the chamber housing having a longitudinal axis and with the proximal cylinder being separated from the distal cylinder by the transition chamber along the longitudinal axis, the proximal cylinder having a first diameter and the distal cylinder having a second diameter, the first diameter being larger than the second diameter; a drive piston located in the proximal cylinder; a drive source having a motor coupled to a mechanical drive train, the mechanical drive train being connected to the drive piston, the drive source configured to move the drive piston in the proximal cylinder along the longitudinal axis; a driven piston located in the distal cylinder, the driven piston configured to move in the distal cylinder along the longitudinal axis; a cavity defined in the chamber housing between the drive piston and the driven piston, the cavity including the transition chamber; a hydraulic fluid of a fixed quantity that fills the cavity between the drive piston and the driven piston; and a cannula connected to the driven piston. a chamber housing configured to define a proximal cylinder, a distal cylinder, and a transition chamber interposed between the proximal cylinder and the distal cylinder, the chamber housing having a longitudinal axis and with the proximal cylinder being separated from the distal cylinder by the transition chamber along the longitudinal axis, the proximal cylinder having a first diameter and the distal cylinder having a second diameter, the first diameter being larger than the second diameter; a drive piston located in the proximal cylinder; a drive source having a motor coupled to a mechanical drive train, the mechanical drive train being connected to the drive piston, the drive source configured to move the drive piston in the proximal cylinder along the longitudinal axis; a driven piston located in the distal cylinder, the driven piston configured to move in the distal cylinder along the longitudinal axis; a cavity defined in the chamber housing between the drive piston and the driven piston, the cavity including the transition chamber; a hydraulic fluid of a fixed quantity that fills the cavity between the drive piston and the driven piston; and a cannula connected to the driven piston.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, a synchronization signal/physical broadcasting channel, SS/PBCH, block; identifying at least one parameter for physical downlink control channel, PDCCH, monitoring occasions based on a multiplexing pattern, an index of the SS/PBCH block, and a subcarrier spacing for a PDCCH, wherein the multiplexing pattern is one of a first multiplexing pattern or a second multiplexing pattern, wherein the first multiplexing pattern is a multiplexing pattern in which orthogonal frequency division multiplexing, OFDM, symbols of the PDCCH are prior to OFDM symbols of the SS/PBCH block, wherein the second multiplexing pattern is a multiplexing pattern in which OFDM symbols of the PDCCH are a subset of OFDM symbols of the SS/PBCH block; and receiving, from the BS, the PDCCH in the PDCCH monitoring occasions based on the at least one parameter, the method being characterized in that: wherein when the multiplexing pattern is the first multiplexing pattern or the second multiplexing pattern: the at least one parameter comprises a first OFDM symbol index for the PDCCH, and the identifying the at least one parameter comprises identifying the first OFDM symbol index for the PDCCH based on a first subcarrier spacing for the SS/PBCH block, a second subcarrier spacing for the PDCCH, and the index of the SS/PBCH block. receiving, from a base station, BS, a synchronization signal/physical broadcasting channel, SS/PBCH, block; identifying at least one parameter for physical downlink control channel, PDCCH, monitoring occasions based on a multiplexing pattern, an index of the SS/PBCH block, and a subcarrier spacing for a PDCCH, wherein the multiplexing pattern is one of a first multiplexing pattern or a second multiplexing pattern, wherein the first multiplexing pattern is a multiplexing pattern in which orthogonal frequency division multiplexing, OFDM, symbols of the PDCCH are prior to OFDM symbols of the SS/PBCH block, wherein the second multiplexing pattern is a multiplexing pattern in which OFDM symbols of the PDCCH are a subset of OFDM symbols of the SS/PBCH block; and receiving, from the BS, the PDCCH in the PDCCH monitoring occasions based on the at least one parameter, the method being characterized in that: wherein when the multiplexing pattern is the first multiplexing pattern or the second multiplexing pattern: the at least one parameter comprises a first OFDM symbol index for the PDCCH, and the identifying the at least one parameter comprises identifying the first OFDM symbol index for the PDCCH based on a first subcarrier spacing for the SS/PBCH block, a second subcarrier spacing for the PDCCH, and the index of the SS/PBCH block. the at least one parameter comprises a first OFDM symbol index for the PDCCH, and the identifying the at least one parameter comprises identifying the first OFDM symbol index for the PDCCH based on a first subcarrier spacing for the SS/PBCH block, a second subcarrier spacing for the PDCCH, and the index of the SS/PBCH block.
An immortalized stem cell produced by isolating a dental pulp stem cell from mammal cells; performing a primary culture of said stem cell to obtain said primarily cultured stem cells; transfecting the 4 genes hTERT, bmi-1, HPV-E6 and HPV-E7 into said primarily cultured stem cells to produce gene-transduced cells; and selecting an immortalized stem cell from said gene-transduced cells, which has both abilities for telomere repairing and cell dividing at least 200 times, by using STRO-1 expression amount and bone regeneration ability at a cell doubling time of 20 as an index.
A method for beam management performed for user equipment in a network, the method being performed by a network node, the method comprising: collecting performance feedback per beam upon having started to perform a current run (S 102) of a beam management procedure, wherein the performance feedback is derived from network statistics, and wherein the beam management procedure comprises at least one of determining (S102a) a candidate beam set from a set of available beams, the candidate beam set being based on information in terms of a user equipment performance indicator per beam, channel measurements per beam and on performance feedback per beam, the information being collected upon having performed at least one previous run of the beam management procedure, wherein the performance feedback is used to, as part of determining the candidate beam set, determine a beam performance score per beam in the set of available beams; and determining (S102b) a beam switching command per user equipment for at least some of the user equipment, the beam switching command being based on said information per user equipment, wherein the performance feedback is used to determine when in time the beam switching command is to be executed per user equipment and to what beam in the candidate beam set a beam switch per user equipment is to be made when the beam switching command is executed. determining (S102a) a candidate beam set from a set of available beams, the candidate beam set being based on information in terms of a user equipment performance indicator per beam, channel measurements per beam and on performance feedback per beam, the information being collected upon having performed at least one previous run of the beam management procedure, wherein the performance feedback is used to, as part of determining the candidate beam set, determine a beam performance score per beam in the set of available beams; and determining (S102b) a beam switching command per user equipment for at least some of the user equipment, the beam switching command being based on said information per user equipment, wherein the performance feedback is used to determine when in time the beam switching command is to be executed per user equipment and to what beam in the candidate beam set a beam switch per user equipment is to be made when the beam switching command is executed.
Arrangement with a sensor element device on a component carrier for a capacitive touch switch of an operating device, the sensor element device (11, 111) having an upper side (20, 120) oriented toward the underside of a control panel of the operating device and having an illuminated display with a lighting means with a lighting direction toward the underside of the control panel, wherein a housing (22, 122) is provided around the lighting means and the housing together with fastening means (24, 124) for fastening the sensor element device (11, 111) to the component carrier forms a structural unit having a polygonal cross section, wherein on the outside of the structural unit, at least in the region toward the upper side (20, 120), a capacitive sensor element composed of electrically conductive plastic (30, 130) is provided and extending on at least three sides on the upper side (20, 120) as a collar along an outer periphery of the structural unit, wherein from the capacitive sensor element in the direction toward the underside toward the component carrier a contacting means (33, 133) composed of electrically conductive plastic (35, 135) extends for electrical connection to the component carrier, wherein the collar protrudes beyond the upper side (20, 120) of the structural unit by an amount of 1 μm to 2 mm, and the electrically conductive plastic (30, 33, 35, 130, 133, 135) of the capacitive sensor element (30, 130) and the contacting means (33, 35, 133, 135) is injection-molded onto the structural unit.
A check valve, comprising: an upper housing defining an inlet of the check valve, sidewalls of the upper housing being transparent; a lower housing comprising a support portion and defining an outlet of the check valve; a chamber interposed between and defined by the upper and lower housings (10, 15) for fluidly connecting the inlet and the outlet; and a flexible diaphragm mounted in the chamber to selectively permit fluid flow in a first direction, and prevent fluid backflow in a second direction opposite to the first direction, characterized by the flexible diaphragm comprising a color changing material, wherein when the flexible diaphragm is seated on the support portion and bent due to force of the fluid flowing in the first direction, the flexible diaphragm exhibits a color change. an upper housing defining an inlet of the check valve, sidewalls of the upper housing being transparent; a lower housing comprising a support portion and defining an outlet of the check valve; a chamber interposed between and defined by the upper and lower housings (10, 15) for fluidly connecting the inlet and the outlet; and a flexible diaphragm mounted in the chamber to selectively permit fluid flow in a first direction, and prevent fluid backflow in a second direction opposite to the first direction, characterized by the flexible diaphragm comprising a color changing material, wherein when the flexible diaphragm is seated on the support portion and bent due to force of the fluid flowing in the first direction, the flexible diaphragm exhibits a color change.
Method for processing data about a traffic light system that controls a road portion and has at least one traffic light (tp 1, tp 2, tp 3, tp 4, tps), comprising: - retrieving traffic light objects ( n c) which represent traffic light information about the traffic light system, can be represented in a coordinate system by means of a point cloud { p" n} and are recorded by a plurality of vehicles with recording devices, wherein the retrieval of the traffic light objects ( n c) also includes: - retrieving a course of the road portion (Fb); - retrieving a traffic light line which indicates a position of the traffic light system along the road portion (Fb) and determining a longitudinal direction of the road portion (Fb) at the level of the traffic light line; and - discarding the traffic light objects ( n c) which exceed a predetermined limit distance to a median value of all traffic light objects in the determined longitudinal direction; - identifying at least one cluster in the traffic light objects ( n c), wherein an identified cluster (t 1, t 2, t 3, t 4) represents a corresponding one of the at least one traffic lights (tp 1, tp 2, tp 3, tp 4, tps) of the traffic light system; - assigning the traffic light objects ( n c) to the at least one cluster (t 1, t 2, t 3, t 4); and - deriving a spatial position of the at least one traffic light (tp 1, tp 2, tp 3, tp 4, tps) on the basis of the assigned traffic light objects ( n c,t). - retrieving traffic light objects ( n c) which represent traffic light information about the traffic light system, can be represented in a coordinate system by means of a point cloud { p" n} and are recorded by a plurality of vehicles with recording devices, wherein the retrieval of the traffic light objects ( n c) also includes: - retrieving a course of the road portion (Fb); - retrieving a traffic light line which indicates a position of the traffic light system along the road portion (Fb) and determining a longitudinal direction of the road portion (Fb) at the level of the traffic light line; and - discarding the traffic light objects ( n c) which exceed a predetermined limit distance to a median value of all traffic light objects in the determined longitudinal direction; - identifying at least one cluster in the traffic light objects ( n c), wherein an identified cluster (t 1, t 2, t 3, t 4) represents a corresponding one of the at least one traffic lights (tp 1, tp 2, tp 3, tp 4, tps) of the traffic light system; - assigning the traffic light objects ( n c) to the at least one cluster (t 1, t 2, t 3, t 4); and - deriving a spatial position of the at least one traffic light (tp 1, tp 2, tp 3, tp 4, tps) on the basis of the assigned traffic light objects ( n c,t).
Punching apparatus comprising: - a tool holder unit rotatable around a working axis and provided with a plurality of seats suitable for slidably housing respective punching tools; - a beating element movable along and around said working axis and provided with an operating end having a beating portion to selectively interact with a set punching tool; - first driving means for moving said beating element along said working axis so as to abut on and move said set punching tool; - second driving means for rotating said tool holder unit around said working axis; said apparatus being characterized in that said operating end comprises a first coupling element and said tool holder unit comprises a plurality of second coupling elements each of which is associated with a respective seat and a related punching tool and arranged to couple with said first coupling element in a connection configuration wherein said beating element and said tool holder unit are coupled and rotate together, said second driving means in a selection configuration, in which said beating element and said tool holder unit are separate and uncoupled, rotating said tool holder unit for positioning said set punching tool facing said beating portion of said operating end and allowing said first coupling element to be coupled with the second coupling element that is associated with the seat of set punching tool and in said connection configuration rotating said tool holder unit and said beating element that are mutually connected in order to angularly orient said set punching tool. - a tool holder unit rotatable around a working axis and provided with a plurality of seats suitable for slidably housing respective punching tools; - a beating element movable along and around said working axis and provided with an operating end having a beating portion to selectively interact with a set punching tool; - first driving means for moving said beating element along said working axis so as to abut on and move said set punching tool; - second driving means for rotating said tool holder unit around said working axis;
Machine for injecting thermoplastic material into a mould, the machine comprising a frame, a bracket mounted on the frame, a melt chamber supported by bracket, piston designed to plunge into melt chamber along an injection axis through an upper opening and push molten material contained in the chamber into mould, the machine being characterised by the fact it includes a head along which piston slides, head also has a hopper that contains the non-molten thermoplastic material, head being mobile perpendicularly to injection axis between an injection position, in which piston is aligned with melt chamber and hopper is blocked off by bracket, and a feed position in which hopper is aligned with melt chamber to feed it with thermoplastic material and the movement of piston is limited by bracket.