mhurhangee/patent-ind-claim-en huggingface dataset:
A structure comprising: a light emitting diode emitting light having a first peak wavelength; and a slab-type graded wavelength converting structure disposed in a path of light emitted by the light emitting diode , wherein the wavelength converting structure comprises a phosphor for absorbing light emitted by the light emitting diode and emitting light having a second peak wavelength; wherein the phosphor comprises a host material and a dopant; wherein the wavelength converting structure comprises the phosphor with a graded concentration of the dopant; characterized in that the dopant concentration is graded in a direction perpendicular to a major surface of the wavelength converting structure , and wherein the dopant concentration is lowest in a layer closest to the light emitting diode , and highest in a region furthest from the light emitting diode . a light emitting diode emitting light having a first peak wavelength; and a slab-type graded wavelength converting structure disposed in a path of light emitted by the light emitting diode , wherein the wavelength converting structure comprises a phosphor for absorbing light emitted by the light emitting diode and emitting light having a second peak wavelength; wherein the phosphor comprises a host material and a dopant; wherein the wavelength converting structure comprises the phosphor with a graded concentration of the dopant; characterized in that the dopant concentration is graded in a direction perpendicular to a major surface of the wavelength converting structure , and wherein the dopant concentration is lowest in a layer closest to the light emitting diode , and highest in a region furthest from the light emitting diode .
A biopsy device comprising: an outer needle hub ; an outer needle (20") coupled at a proximal end to the outer needle hub, the outer needle including: an outer needle tip at an opposite distal end; a tissue slicing feature defined at said tip configured for cutting tissue; an inner surface defining a lumen (21") through said outer needle (20") for receiving tissue therein, said inner surface including a countersink formed at said tip ; a tab extending inwardly from said inner surface toward said tip and adjacent said countersink, said tab projecting inward sufficient to be contacted by said inner needle coaxially disposed within said outer needle (20") and said tab being resiliently deflectable outwardly when contacted by said inner needle ; an inner needle hub ; and an inner needle coupled at a proximal end to said inner needle hub , the inner needle including an inner needle tip at an opposite distal end, said inner needle coaxially disposed within said outer needle (20"). an outer needle hub ; an outer needle (20") coupled at a proximal end to the outer needle hub, the outer needle including: an outer needle tip at an opposite distal end; a tissue slicing feature defined at said tip configured for cutting tissue; an inner surface defining a lumen (21") through said outer needle (20") for receiving tissue therein, said inner surface including a countersink formed at said tip ; a tab extending inwardly from said inner surface toward said tip and adjacent said countersink, said tab projecting inward sufficient to be contacted by said inner needle coaxially disposed within said outer needle (20") and said tab being resiliently deflectable outwardly when contacted by said inner needle ; an inner needle hub ; and an inner needle coupled at a proximal end to said inner needle hub , the inner needle including an inner needle tip at an opposite distal end, said inner needle coaxially disposed within said outer needle (20"). an outer needle tip at an opposite distal end; a tissue slicing feature defined at said tip configured for cutting tissue; an inner surface defining a lumen (21") through said outer needle (20") for receiving tissue therein, said inner surface including a countersink formed at said tip ; a tab extending inwardly from said inner surface toward said tip and adjacent said countersink, said tab projecting inward sufficient to be contacted by said inner needle coaxially disposed within said outer needle (20") and said tab being resiliently deflectable outwardly when contacted by said inner needle ; an inner needle hub ; and an inner needle coupled at a proximal end to said inner needle hub , the inner needle including an inner needle tip at an opposite distal end, said inner needle coaxially disposed within said outer needle (20").
A method of transmitting a control element, CE , for selectively activating and deactivating one or more secondary radio link control, RLC, entities (522; 524; 526) configured for packet duplication in a radio communication between a radio device and a radio access network, RAN, the RAN comprising a first node (200; 100) and a second node (100; 200), wherein the first node (200; 100) comprises a primary RLC entity configured for the packet duplication and the second node (100; 200) comprises at least one of the one or more secondary RLC entities (522; 524; 526), the method characterised by : exchanging a control message between the first node (200; 100) and the second node (100; 200), the control message being indicative of which one of the first node (200; 100) and the second node (100; 200) is to perform the step of transmitting the CE to the radio device ; and transmitting the CE from the RAN to the radio device , wherein the CE is indicative of an activity state of each of the one or more secondary RLC entities (522; 524; 526) configured for the packet duplication. exchanging a control message between the first node (200; 100) and the second node (100; 200), the control message being indicative of which one of the first node (200; 100) and the second node (100; 200) is to perform the step of transmitting the CE to the radio device ; and transmitting the CE from the RAN to the radio device ,
A nutritional composition comprising a protein hydrolysate from mammalian milk, preferably milk from a species of the genus Bos, Bison, Bubalus or Capra, more preferably from genus Bos , preferably from cow's milk, for use in - induction of oral immune tolerance against milk protein; and/or - prevention or treatment of oral immune intolerance against milk protein; and/or - reducing the risk of developing oral immune intolerance against milk protein, in a human subject, wherein the protein hydrolysate comprises at least a peptide having a sequence according to SEQ ID NO: 5 and at least one peptide having a sequence according to SEQ ID NO: 2, SEQ ID NO: 3 or SEQ ID NO: 4, said composition preferably further comprising at least one strain of a lactic acid-producing bacterium. - induction of oral immune tolerance against milk protein; and/or - prevention or treatment of oral immune intolerance against milk protein; and/or - reducing the risk of developing oral immune intolerance against milk protein, in a human subject, wherein the protein hydrolysate comprises at least a peptide having a sequence according to SEQ ID NO: 5 and at least one peptide having a sequence according to SEQ ID NO: 2, SEQ ID NO: 3 or SEQ ID NO: 4, said composition preferably further comprising at least one strain of a lactic acid-producing bacterium.
A thrust sliding bearing comprising: an annular upper case attached to an upper end portion of a piston rod (SS1) with the piston rod (SS1) inserted in the upper case , the piston rod (SS1) being used in a shock absorber of a strut-type suspension; and an annular lower case overlapped with the upper case to be rotatable relative to the upper case about an axial center of the piston rod (SS1); wherein the upper case is integrally configured by an annular upper case base which has an annular bottom surface and by an upper case cylindrical portion which is provided to extend vertically from the annular bottom surface of the upper case base to be fitted in the lower case , characterized by an annular synthetic resin-made sliding bearing piece provided in an annular space formed between the upper case and the lower case for receiving a thrust load of the piston rod (SS1), and an annular metal plate firmly attached to the piston rod (SS1) and interposed between the upper case and the synthetic resin-made sliding bearing piece , wherein the synthetic resin-made sliding bearing piece is fixed to the inner side of the upper case cylindrical portion of the upper case . an annular upper case attached to an upper end portion of a piston rod (SS1) with the piston rod (SS1) inserted in the upper case , the piston rod (SS1) being used in a shock absorber of a strut-type suspension; and an annular lower case overlapped with the upper case to be rotatable relative to the upper case about an axial center of the piston rod (SS1); wherein the upper case is integrally configured by an annular upper case base which has an annular bottom surface and by an upper case cylindrical portion which is provided to extend vertically from the annular bottom surface of the upper case base to be fitted in the lower case , characterized by an annular synthetic resin-made sliding bearing piece provided in an annular space formed between the upper case and the lower case for receiving a thrust load of the piston rod (SS1), and an annular metal plate firmly attached to the piston rod (SS1) and interposed between the upper case and the synthetic resin-made sliding bearing piece , wherein the synthetic resin-made sliding bearing piece is fixed to the inner side of the upper case cylindrical portion of the upper case .
A system for determining 3D position and heading of a machine for use at a construction site, wherein the machine is movable so as to have a first degree of freedom, a second degree of freedom, a third degree of freedom, and a fourth degree of freedom; the first degree of freedom, the second degree of freedom, and the third degree of freedom corresponding to a position of the machine, in three dimensions; and the fourth degree of freedom corresponding to a heading of the machine; the system comprising: a retroreflector mounted to the machine; a robotic total station , configured to track the retroreflector and determine the position of the retroreflector in three dimensions; an orientation device mounted to the machine, the orientation device comprising a stator , a rotor , a motor to move the rotor in relation to the stator, and an angle sensor to measure an offset between the stator and the rotor; the orientation device further comprising a camera mounted to the rotor; electronics configured to: determine the position, in a coordinate system, of the machine in three dimensions using data from the robotic total station; measure the offset at a time when a reference is imaged on the camera, wherein the reference is at a known location in the coordinate system; and calculate the heading of the machine in the coordinate system based on the offset, the position of the machine, and the known location of the reference. a retroreflector mounted to the machine; a robotic total station , configured to track the retroreflector and determine the position of the retroreflector in three dimensions; an orientation device mounted to the machine, the orientation device comprising a stator , a rotor , a motor to move the rotor in relation to the stator, and an angle sensor to measure an offset between the stator and the rotor; the orientation device further comprising a camera mounted to the rotor; electronics configured to: determine the position, in a coordinate system, of the machine in three dimensions using data from the robotic total station; measure the offset at a time when a reference is imaged on the camera, wherein the reference is at a known location in the coordinate system; and calculate the heading of the machine in the coordinate system based on the offset, the position of the machine, and the known location of the reference. determine the position, in a coordinate system, of the machine in three dimensions using data from the robotic total station; measure the offset at a time when a reference is imaged on the camera, wherein the reference is at a known location in the coordinate system; and calculate the heading of the machine in the coordinate system based on the offset, the position of the machine, and the known location of the reference.
A patient interface comprising: a seal member adapted to contact a face of a user to provide a sealed interface with such a user, wherein the seal member comprises: an oral cushion portion adapted to provide a sealed interface with such a user, wherein a sealing of the oral cushion portion at least partially surrounds a mouth of such a user, and a nasal interface portion integral with the oral cushion portion, wherein the nasal interface portion is adapted to extend over a tip of a nose and extend up the nose of such a user whilst remaining below a bridge of the nose, the nasal interface portion being adapted to contact at least a portion of the nose below the bridge of the nose to provide a sealed interface with a surface of such a user below the bridge of the nose and proximate to the nares of such a user. an oral cushion portion adapted to provide a sealed interface with such a user, wherein a sealing of the oral cushion portion at least partially surrounds a mouth of such a user, and a nasal interface portion integral with the oral cushion portion, wherein the nasal interface portion is adapted to extend over a tip of a nose and extend up the nose of such a user whilst remaining below a bridge of the nose, the nasal interface portion being adapted to contact at least a portion of the nose below the bridge of the nose to provide a sealed interface with a surface of such a user below the bridge of the nose and proximate to the nares of such a user.
Apparatus for steam treatment of laundry, comprising a base containing a water tank which is connected by a conduit to an ironing and/or smoothing tool comprising at least one hole for the emission of steam, at least one pole which supports a holding element on which a garment can be hung and/or supported in order to allow it to be treated using the tool , and a support device on which the tool can be placed in a stable manner during inactive ironing and/or smoothing phases, the support device comprising an attachment member designed to cooperate with a first complementary attachment element supported by the pole in order to allow the support device to be removably attached to the pole , characterised in that the base comprises a second complementary attachment element allowing the support device to be removably attached to the base .
Method for controlling a torque transmission device for an electric or hybrid vehicle, the device being able to transmit the torque of the electric machine of the vehicle to the driven wheels of the vehicle according to several transmission ratios, all said ratios enabling the vehicle to reach its maximum speed, the method comprising: - a step of detecting a favourable running situation in which a change in transmission ratio can be performed without a break in torque; - if such a situation is detected, a step of determining the optimum transmission ratio, said step including predicting the change in the need for power taking the running conditions into account; - if the determined optimum ratio differs from the ratio currently engaged, a step of engaging the optimum transmission ratio, the method being characterized in that the step of detecting a favourable running situation includes detecting: - situations in which the speed of the vehicle is zero , and/or; - situations in which the vehicle is braking , and/or; - situations in which, bearing in mind the position of a gearshift lever of the vehicle, the transmission of torque to the wheels is interrupted . - a step of detecting a favourable running situation in which a change in transmission ratio can be performed without a break in torque; - if such a situation is detected, a step of determining the optimum transmission ratio, said step including predicting the change in the need for power taking the running conditions into account; - if the determined optimum ratio differs from the ratio currently engaged, a step of engaging the optimum transmission ratio, the method being characterized in that the step of detecting a favourable running situation includes detecting: - situations in which the speed of the vehicle is zero , and/or; - situations in which the vehicle is braking , and/or; - situations in which, bearing in mind the position of a gearshift lever of the vehicle, the transmission of torque to the wheels is interrupted . - situations in which the speed of the vehicle is zero , and/or; - situations in which the vehicle is braking , and/or; - situations in which, bearing in mind the position of a gearshift lever of the vehicle, the transmission of torque to the wheels is interrupted .
A negative electrode for an electric device, comprising: a current collector ; and an electrode layer containing a negative electrode active material, an electrically-conductive auxiliary agent and a binder and formed on a surface of the current collector , characterized in that the negative electrode active material is a mixture of a carbon material and an alloy represented by the following formula : Si x Sn y M z A a ... in formula , M is C, A is inevitable impurity, and x, y, z, and a represent mass percent values and satisfy 29 ≤ x ≤ 63, 14 ≤ y ≤ 48, 11 ≤ z ≤ 48, and 0 ≤ a < 0.5, x + y + z + a =100, wherein the alloy has an average particle diameter smaller than that of the carbon material, and wherein the alloy is located between particles of the carbon material. in formula , M is C, A is inevitable impurity, and x, y, z, and a represent mass percent values and satisfy 29 ≤ x ≤ 63, 14 ≤ y ≤ 48, 11 ≤ z ≤ 48, and 0 ≤ a < 0.5, x + y + z + a =100, wherein the alloy has an average particle diameter smaller than that of the carbon material, and wherein the alloy is located between particles of the carbon material.
Flap rudder having a main rudder and, pivotably linked thereto, a forcibly guided flap which is connected to a sliding bolt which is connected by means of a joint to a vertically oriented linkage bolt rotatably mounted on a ship's hull , the sliding bolt having a fork-shaped portion with two legs and the linkage bolt being provided with a joint head which is disposed between the legs and has contact surfaces co-operating with the legs which are designed to establish a substantially non-rotating connection between the linkage bolt relative to the longitudinal axis of the linkage bolt and sliding bolt , and the sliding bolt is also mounted on the joint head by means of bearing shells disposed between the legs , characterised in that the joint head has curved surfaces between the contact surfaces and the bearing shells surround the curved surfaces .
A hybrid vehicle with an internal combustion engine , comprising: a power generator that is driven by the internal combustion engine ; a secondary battery that stores electric power generated by the power generator ; a state-of-charge-detection portion that detects a state of charge of electric power stored in the secondary battery ; a vehicle control device that detects a traveling state of the vehicle and controls the vehicle ; a driving mode in which the hybrid vehicle is driven by an electric motor that uses electric power generated by the power generator ; a charge mode in which the generator is operated to generate electric power; and an ignition timing correction portion that corrects ignition timing of the internal combustion engine , wherein, if it is detected that the traveling state of the vehicle is a predetermined stop state where the vehicle speed is less than a predetermined value, when the vehicle is driven in the driving mode, the charge mode is selected, and the engine is in operation, the ignition timing correction portion corrects the ignition timing to a retardation side when the state of charge of the secondary battery as detected by the state-of-charge detection portion is less than a predetermined value, characterized in that the vehicle control device reduces output torque of the internal combustion engine and the ignition timing correction portion prohibits correction of the ignition timing, when the state of charge detected by the state-of-charge detection portion is the predetermined value or more. a power generator that is driven by the internal combustion engine ; a secondary battery that stores electric power generated by the power generator ; a state-of-charge-detection portion that detects a state of charge of electric power stored in the secondary battery ; a vehicle control device that detects a traveling state of the vehicle and controls the vehicle ; a driving mode in which the hybrid vehicle is driven by an electric motor that uses electric power generated by the power generator ; a charge mode in which the generator is operated to generate electric power; and an ignition timing correction portion that corrects ignition timing of the internal combustion engine , wherein, if it is detected that the traveling state of the vehicle is a predetermined stop state where the vehicle speed is less than a predetermined value, when the vehicle is driven in the driving mode, the charge mode is selected, and the engine is in operation, the ignition timing correction portion corrects the ignition timing to a retardation side when the state of charge of the secondary battery as detected by the state-of-charge detection portion is less than a predetermined value, characterized in that the vehicle control device reduces output torque of the internal combustion engine and the ignition timing correction portion prohibits correction of the ignition timing, when the state of charge detected by the state-of-charge detection portion is the predetermined value or more.
A computer-implemented method comprising: storing a script in a database environment, the database environment comprising one or more database applications, the script providing a feature enhancement in the database environment; and activating the script in the database environment by restarting a pre-existing auxiliary component of the database environment, the activating comprising responsive to the restarting, executing a hook from the auxiliary component to initialize the script and render the script active so that other software components within the database environment can find and call the script; wherein the one or more database applications remain operational through the activating. storing a script in a database environment, the database environment comprising one or more database applications, the script providing a feature enhancement in the database environment; and activating the script in the database environment by restarting a pre-existing auxiliary component of the database environment, the activating comprising responsive to the restarting, executing a hook from the auxiliary component to initialize the script and render the script active so that other software components within the database environment can find and call the script; wherein the one or more database applications remain operational through the activating.