mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: a ground ; an antenna feed ; a first radiating arm comprising a first trace and a second trace , wherein the first radiating arm is connected to the antenna feed at the first trace ; a second radiating arm comprising a plurality of traces including a first trace and a fourth trace ; a plurality of switches connected to the second radiating arm at the first trace , each of the plurality of switches having a respective open position and a respective closed position; a plurality of inductors , including an inductor , each of the plurality of inductors connectable to the second radiating arm via a respective switch of the plurality of switches , the plurality of inductors connected in parallel to the ground ; and a processor in communication with the plurality of switches , the processor configured to open and close the plurality of switches to tune at least a resonance of low frequency of at least the second radiating arm thereby changing a resonant length of the second radiating arm depending on which of the plurality of inductors is connected thereto, wherein a plurality of inductors are selectable in parallel by closing two or more of the respective switches ; wherein the second radiating arm is capacitively coupled to the first radiating arm across a gap between the second trace and the fourth trace . a ground ; an antenna feed ; a first radiating arm comprising a first trace and a second trace , wherein the first radiating arm is connected to the antenna feed at the first trace ; a second radiating arm comprising a plurality of traces including a first trace and a fourth trace ; a plurality of switches connected to the second radiating arm at the first trace , each of the plurality of switches having a respective open position and a respective closed position; a plurality of inductors , including an inductor , each of the plurality of inductors connectable to the second radiating arm via a respective switch of the plurality of switches , the plurality of inductors connected in parallel to the ground ; and a processor in communication with the plurality of switches , the processor configured to open and close the plurality of switches to tune at least a resonance of low frequency of at least the second radiating arm thereby changing a resonant length of the second radiating arm depending on which of the plurality of inductors is connected thereto, wherein a plurality of inductors are selectable in parallel by closing two or more of the respective switches ; wherein the second radiating arm is capacitively coupled to the first radiating arm across a gap between the second trace and the fourth trace .
Sintered product having a chemical analysis such that, as percentages by weight on the basis of the oxides, - ZrO 2 partially stabilized with CeO 2 and Y 2 O 3 : balance to 100%, - Al 2 O 3 : > 10% and < 19% - additive chosen from CaO, manganese oxides, ZnO, SrO, copper oxides, BaO, iron oxides, and mixtures thereof: 0.2 - 6%, - impurities: < 2%, CeO 2 and Y 2 O 3 being present in amounts such that, as a molar percentage on the basis of the sum of ZrO 2 , CeO 2 and Y 2 O 3 , - CeO 2 : ≥ 2.5 mol% and < 5.5 mol% - Y 2 O 3 : 0.5 - 2 mol%. - ZrO 2 partially stabilized with CeO 2 and Y 2 O 3 : balance to 100%, - Al 2 O 3 : > 10% and < 19% - additive chosen from CaO, manganese oxides, ZnO, SrO, copper oxides, BaO, iron oxides, and mixtures thereof: 0.2 - 6%, - impurities: < 2%, CeO 2 and Y 2 O 3 being present in amounts such that, as a molar percentage on the basis of the sum of ZrO 2 , CeO 2 and Y 2 O 3 , - CeO 2 : ≥ 2.5 mol% and < 5.5 mol% - Y 2 O 3 : 0.5 - 2 mol%.
A suture tensioning device (200; 300) comprising: an elongate plunger (220; 320); a plunger track housing (210; 310) configured to receive the plunger (220; 320) therein at least in part; an elongate tube (205; 305) configured to be coupled to the plunger track housing (210; 310); and an actuator (230; 330) configured to cause axial translation of at least a portion of the plunger (220; 320) within the plunger track housing (210; 310), wherein: the plunger (220; 320) has a suture-fixation feature (260; 360) associated therewith, the plunger includes an elongate threaded portion with radially-projecting screw threads (222; 322); the actuator (230; 330) includes screw threads configured to mate with the screw threads of the plunger, characterised in that the screw threads (222; 322) of the plunger (220; 320) are radially flattened over at least one circumferential segment of the plunger (220; 320); and the plunger track housing (210; 310) includes an axial opening having a truncated circle shape and configured to fit the plunger (220; 320) therein. an elongate plunger (220; 320); a plunger track housing (210; 310) configured to receive the plunger (220; 320) therein at least in part; an elongate tube (205; 305) configured to be coupled to the plunger track housing (210; 310); and an actuator (230; 330) configured to cause axial translation of at least a portion of the plunger (220; 320) within the plunger track housing (210; 310), wherein: the plunger (220; 320) has a suture-fixation feature (260; 360) associated therewith, the plunger includes an elongate threaded portion with radially-projecting screw threads (222; 322); the actuator (230; 330) includes screw threads configured to mate with the screw threads of the plunger, characterised in that the screw threads (222; 322) of the plunger (220; 320) are radially flattened over at least one circumferential segment of the plunger (220; 320); and the plunger track housing (210; 310) includes an axial opening having a truncated circle shape and configured to fit the plunger (220; 320) therein. the plunger (220; 320) has a suture-fixation feature (260; 360) associated therewith, the plunger includes an elongate threaded portion with radially-projecting screw threads (222; 322); the actuator (230; 330) includes screw threads configured to mate with the screw threads of the plunger, characterised in that the screw threads (222; 322) of the plunger (220; 320) are radially flattened over at least one circumferential segment of the plunger (220; 320); and the plunger track housing (210; 310) includes an axial opening having a truncated circle shape and configured to fit the plunger (220; 320) therein.
Use of a photocatalytic composition in the removal of trimethylamine, said photocatalytic composition consisting of: a WO 3 photocatalyst; an adsorbent material; and a co-catalyst; wherein the adsorbent material is ZrO 2 , and the co-catalyst is CeO 2 .
A uniflow scavenging type two-cycle engine being a dual-fuel type which switches fuel between liquid fuel and fuel gas, comprising: a cylinder including a lower cylinder , and an upper cylinder disposed to be closer to a top dead center of a piston than the lower cylinder ; a scavenging port which is formed in the lower cylinder , is a hole penetrating from an inner peripheral surface to an outer peripheral surface of the lower cylinder , opens in a process of movement of the piston toward a bottom dead center, and causes active gas to flow into the cylinder ; and a mover which displaces an opening position on a piston top dead center-side of the scavenging port in a stroke direction of the piston , wherein the mover is configured to displace the lower cylinder with respect to the upper cylinder in the stroke direction of the piston so as to open and close the scavenging port at an appropriate timing depending on the fuel used. a cylinder including a lower cylinder , and an upper cylinder disposed to be closer to a top dead center of a piston than the lower cylinder ; a scavenging port which is formed in the lower cylinder , is a hole penetrating from an inner peripheral surface to an outer peripheral surface of the lower cylinder , opens in a process of movement of the piston toward a bottom dead center, and causes active gas to flow into the cylinder ; and a mover which displaces an opening position on a piston top dead center-side of the scavenging port in a stroke direction of the piston , wherein the mover is configured to displace the lower cylinder with respect to the upper cylinder in the stroke direction of the piston so as to open and close the scavenging port at an appropriate timing depending on the fuel used.
Apparatus for imaging a patient , comprising: a magnetic-resonance imager , a breath control device comprising a selectively-closeable valve adapted to prevent breath flow in at least one direction, and a control apparatus adapted to: i. obtain a scan of the patient with the magnetic-resonance imager to yield a captured output image with fewer than three dimensions, ii. analyse the captured output image, and iii. if the captured output image meets a defined criterion, close the valve to prevent breathing wherein the magnetic-resonance imager is adapted to produce near real-time imaging of the patient. a magnetic-resonance imager , a breath control device comprising a selectively-closeable valve adapted to prevent breath flow in at least one direction, and a control apparatus adapted to: i. obtain a scan of the patient with the magnetic-resonance imager to yield a captured output image with fewer than three dimensions, ii. analyse the captured output image, and iii. if the captured output image meets a defined criterion, close the valve to prevent breathing wherein the magnetic-resonance imager is adapted to produce near real-time imaging of the patient. i. obtain a scan of the patient with the magnetic-resonance imager to yield a captured output image with fewer than three dimensions, ii. analyse the captured output image, and iii. if the captured output image meets a defined criterion, close the valve to prevent breathing
A vane assembly comprising: an airfoil fairing having first and second fairing platforms and a hollow airfoil section extending therebetween; a spar having a spar leg that extends through the hollow airfoil section , the spar leg having a through-passage and an end portion that protrudes from the second fairing platform ; and a support secured with the end portion of the spar leg , the support having a support platform including first and second sides and an opening extending between the first and second sides , and a nozzle tube extending from the second side , the first side being adjacent the second fairing platform , and the end portion of the spar leg being disposed in the opening so as to fluidly connect the through-passage with the nozzle tube , characterised in that the vane assembly further comprises an annular plenum attached at the second side , the annular plenum including a nozzle opening through which the nozzle tube extends. an airfoil fairing having first and second fairing platforms and a hollow airfoil section extending therebetween; a spar having a spar leg that extends through the hollow airfoil section , the spar leg having a through-passage and an end portion that protrudes from the second fairing platform ; and a support secured with the end portion of the spar leg , the support having a support platform including first and second sides and an opening extending between the first and second sides , and a nozzle tube extending from the second side , the first side being adjacent the second fairing platform , and the end portion of the spar leg being disposed in the opening so as to fluidly connect the through-passage with the nozzle tube , characterised in that the vane assembly further comprises an annular plenum attached at the second side , the annular plenum including a nozzle opening through which the nozzle tube extends.
A method for efficient paging of mobile user equipment, UEs, using extended discontinuous reception, eDRX, and paging transmission window, PTW, zones Pz eNB , with Pz eNB = 0 ... N pz being identifiers of PTW zones within a tracking area , TA, and N Pz > 0 being a number of PTW zones within the tracking area, wherein the TA consists of a set of eNodeBs connected to a mobile management entity , MME, wherein the eNodeBs are partitioned into the PTW zones, wherein the PTW zone Pz eNB for a eNodeB is determined by Pz eNB = 1 + ECI mod N Pz , with ECI being the E-UTRAN cell identifier, the method comprising the following steps: - step 1: the mobile management entity , MME, determines an eNodeB of a target UE, where said UE was last registered and determines an associated paging transmission window start time for said UE, wherein PTW zone 0 is only assigned to the last registered eNodeB; - step 2: the MME selects one PTW zone in the TA and pages the target UE in the selected PTW zone ; - step 3: the MME stops the paging if it was successful, - otherwise the MME selects a next PTW zone and continues with step 2 until all PTW zones in the associated TA of the target UE have been proceeded, wherein the different PTW zones are non-overlapping in time and except for PTW zone 0, all PTW zones are pseudo-randomly assigned to eNodeBs. - step 1: the mobile management entity , MME, determines an eNodeB of a target UE, where said UE was last registered and determines an associated paging transmission window start time for said UE, wherein PTW zone 0 is only assigned to the last registered eNodeB; - step 2: the MME selects one PTW zone in the TA and pages the target UE in the selected PTW zone ; - step 3: the MME stops the paging if it was successful, - otherwise the MME selects a next PTW zone and continues with step 2 until all PTW zones in the associated TA of the target UE have been proceeded, wherein the different PTW zones are non-overlapping in time and except for PTW zone 0, all PTW zones are pseudo-randomly assigned to eNodeBs.
A method for the prediction of a probability of renal recovery of a patient exhibiting at least one symptom of an acute renal injury, comprising a) measuring in vitro, in a sample of human urine from the patient, a value of ferritin, alpha and beta globulin, catalase, complement factor H, complement component 4 BP, olfactomedin-4, leucine rich alpha-2 glycoprotein, ring finger protein 167, inter-alpha globulin inhibitor H4, heparan sulphate proteoglycan 2, and N-acylsphingosine aminohydrolase; b) comparing said value to a predetermined threshold value of ferritin, alpha and beta globulin, catalase, complement factor H, complement component 4 BP, olfactomedin-4, leucine rich alpha-2 glycoprotein, ring finger protein 167, inter-alpha globulin inhibitor H4, heparan sulphate proteoglycan 2, and N-acylsphingosine aminohydrolase, from a renal recovery group that survived an acute renal injury, recovered renal function and is dialysis independent at day 60 post acute renal injury; and c) predicting a probability of renal recovery of said patient based upon said comparison. a) measuring in vitro, in a sample of human urine from the patient, a value of ferritin, alpha and beta globulin, catalase, complement factor H, complement component 4 BP, olfactomedin-4, leucine rich alpha-2 glycoprotein, ring finger protein 167, inter-alpha globulin inhibitor H4, heparan sulphate proteoglycan 2, and N-acylsphingosine aminohydrolase; b) comparing said value to a predetermined threshold value of ferritin, alpha and beta globulin, catalase, complement factor H, complement component 4 BP, olfactomedin-4, leucine rich alpha-2 glycoprotein, ring finger protein 167, inter-alpha globulin inhibitor H4, heparan sulphate proteoglycan 2, and N-acylsphingosine aminohydrolase, from a renal recovery group that survived an acute renal injury, recovered renal function and is dialysis independent at day 60 post acute renal injury; and c) predicting a probability of renal recovery of said patient based upon said comparison.
A pouch-type battery case comprising: a cup portion (133; 533) configured to accommodate therein an electrode assembly ; and die edges (138; 5380) connecting between a sidewall (1333; 5333) of the cup portion (133; 533) to a side portion (134; 534), the side portion (134; 534) extending from the sidewall (1333; 5333), wherein the die edges (138; 5380) comprise: - a first region (1381; 5381) which is rounded with a first curvature radius (r1), wherein an electrode tab extends from the electrode assembly is to be arranged in the first region (1381; 5381); and - a second region (1382; 5382) which is adjacent to the first region (1381; 5381) and rounded with more second curvature radii (r2, r3, r4), wherein the second curvature radii (r2, r3, r4) are smaller than the first curvature radius (r1), wherein the second region (1382; 5382) is divided into an inner region and an outer region by the first region (1381; 5381), wherein the curvature radius (r2) of the inner region is different from the curvature radii (r3, r4) of the outer region . a cup portion (133; 533) configured to accommodate therein an electrode assembly ; and die edges (138; 5380) connecting between a sidewall (1333; 5333) of the cup portion (133; 533) to a side portion (134; 534), the side portion (134; 534) extending from the sidewall (1333; 5333), wherein the die edges (138; 5380) comprise: - a first region (1381; 5381) which is rounded with a first curvature radius (r1), wherein an electrode tab extends from the electrode assembly is to be arranged in the first region (1381; 5381); and - a second region (1382; 5382) which is adjacent to the first region (1381; 5381) and rounded with more second curvature radii (r2, r3, r4), wherein the second curvature radii (r2, r3, r4) are smaller than the first curvature radius (r1), - a first region (1381; 5381) which is rounded with a first curvature radius (r1), wherein an electrode tab extends from the electrode assembly is to be arranged in the first region (1381; 5381); and - a second region (1382; 5382) which is adjacent to the first region (1381; 5381) and rounded with more second curvature radii (r2, r3, r4), wherein the second curvature radii (r2, r3, r4) are smaller than the first curvature radius (r1), wherein the second region (1382; 5382) is divided into an inner region and an outer region by the first region (1381; 5381), wherein the curvature radius (r2) of the inner region is different from the curvature radii (r3, r4) of the outer region .
A voltage measurement circuit (V e ) comprising a current mirror , wherein: an input branch of said mirror comprises a first transistor diode mounted, the first transistor and a first resistive element being series-connected between first (IN2) and second (IN1) nodes of application of said voltage (V e ); and an output branch of said mirror comprises a second transistor providing a current (I s ) representative of said voltage (V e ), the circuit further comprising an element for converting said current (I s ) into an output voltage (V s ), the conversion element comprising, in series with the output branch between the first node (IN2) and a third node (GND) for applying a reference potential, a second resistive element of same value (R1) as the first resistive element and a third transistor identical to the first transistor of the current mirror . an input branch of said mirror comprises a first transistor diode mounted, the first transistor and a first resistive element being series-connected between first (IN2) and second (IN1) nodes of application of said voltage (V e ); and an output branch of said mirror comprises a second transistor providing a current (I s ) representative of said voltage (V e ), the circuit further comprising an element for converting said current (I s ) into an output voltage (V s ), the conversion element comprising, in series with the output branch between the first node (IN2) and a third node (GND) for applying a reference potential, a second resistive element of same value (R1) as the first resistive element and a third transistor identical to the first transistor of the current mirror .
A method for manufacturing a glass substrate, comprising steps of: cooling a glass substrate transported by a plurality of rolls rotating at a predetermined speed; predicting a crack defect rate of the glass substrate in accordance with a plurality of predictive factors related to crack defects of the glass substrate and rotational speed information of the respective rolls, in the transport process; and adjusting the rotational speed of each roll so that the crack defect rate of the glass substrate is lowered; wherein the plurality of predictive factors include operating conditions of the glass forming process and the width of the glass; the plurality of prediction factors include a raw material input amount, a glass thickness, a forming bath power, a forming bath temperature and an outside air temperature; and the prediction step is performed by estimating a crack defect rate through a partial least squares regression analysis of a plurality of predictive factors and rotational speed information of a plurality of rolls . cooling a glass substrate transported by a plurality of rolls rotating at a predetermined speed; predicting a crack defect rate of the glass substrate in accordance with a plurality of predictive factors related to crack defects of the glass substrate and rotational speed information of the respective rolls, in the transport process; and adjusting the rotational speed of each roll so that the crack defect rate of the glass substrate is lowered; wherein the plurality of predictive factors include operating conditions of the glass forming process and the width of the glass; the plurality of prediction factors include a raw material input amount, a glass thickness, a forming bath power, a forming bath temperature and an outside air temperature; and the prediction step is performed by estimating a crack defect rate through a partial least squares regression analysis of a plurality of predictive factors and rotational speed information of a plurality of rolls .
Selamectin for use in treating a sea lice parasitic infection or infestation on a fish, said treatment comprising orally administering to said fish a dose of 50 -150 μg/kg/day of selamectin.
Foundation for a wind turbine with a first pedestal-like section with at least one tower fastening element located therein, on which a tower of the wind turbine can be arranged and to which the tower of the wind turbine can be connected, and a second section extending essentially horizontally in the form of a flat foundation body, the second section being connected to the first section , the second section of the foundation consisting essentially of at least three prefabricated horizontal elements made of reinforced concrete, the at least three horizontal elements each having at least one base section with a stiffening element extending essentially vertically thereon, and there being a spacing (B) between the horizontal elements in each case, characterized in that in that the first section is cast from concrete at the installation site of the wind turbine, in that the tower fastening element and reinforcements are cast into the pedestal at the installation site of the wind turbine, in that the at least three horizontal elements each have at least one connecting element which emerges from their side facing the first section and is cast into the first section on site, that the distance (B) is covered with at least one cover element , and that an upwardly open cavity is delimited by two base sections of two adjacent horizontal elements , the at least one cover element and the stiffening elements of the two adjacent horizontal elements extending substantially vertically thereon, into which floor can be introduced to generate a superimposed load .