mhurhangee/patent-ind-claim-en huggingface dataset:
A stirrer that is configured to rotate in a container (B) to stir liquid in the container, the stirrer comprising a sensor part that is configured to bring a sensor surface into contact with the liquid to thereby detect the characteristic of the liquid, and output an electrical signal having a value corresponding to a detected value; a transmission part that is configured to convert the electrical signal to an electromagnetic wave signal or a sound wave signal, and is configured to wirelessly output the electromagnetic wave signal or the sound wave signal; a containing body that has a structure that exposes the sensor surface , contains the sensor part and the transmission part in an inside of the structure, and prevents the liquid from intruding into the inside, the containing body is configured to be arranged in the container (B) and immersed in the liquid; and close contact means comprising a first magnetic part provided in the containing body, the close contact means being configured to bring a passing portion for the electromagnetic wave signal or the sound wave signal in the containing body into substantially close contact with an inner wall of the container (B), characterized in that a surface of the containing body is provided with a concave portion , and the sensor surface (1c, 1d is exposed in the concave portion .
A method of manufacturing a part from powder including placement of the powder with a particle size of maximum 1 mm in the air, gas, liquid or solid transit medium with the microwave field, which are located in the operating chamber, the impact on the powder by zones of increased microwave field intensity, whereby the method includes creation of a microwave field within the operating chamber with a microwave radiation power of 100 W to 150 MW and a frequency of 1 GHz to 10 THz, depending on the physical properties of the powder, the dimensions, degree of accuracy and complexity of the geometric shapes of the sintered part, the development in the created microwave field of zones with increased intensity of microwave radiation, in which the powder heating zones are developed corresponding to the zones with increased intensity of microwave radiation, which shape follows the point or flat cutting or the spatial pattern of the part, with the intensity of microwave radiation being sufficient for the thermal energy release to heat the powder to its sintering temperature, taking into account the initial temperature of the powder, and where the powder is sintered or melted to produce the part by means of the released thermal energy in the heating zones of the powder.
A pre-filled syringe comprising an ophthalmic formulation of a vascular endothelial growth factor (VEGF) antagonist, comprising: (a) 1-100 mg/ml of the VEGF antagonist comprising a VEGF-specific fusion protein; (b) 0.01-5% of one or more organic co-solvent(s) which is one or more of polysorbate, polyethylene glycol (PEG), and propylene glycol; (c) 30-150 mM of a tonicity agent selected from sodium chloride and potassium chloride; (d) 5-40 mM of sodium phosphate buffer; and (e) 1.0-7.5% of a stabilizing agent selected from the group consisting of sucrose, sorbitol, glycerol, trehalose, and mannitol; having a pH of 5.8-7.0, wherein the formulation is suitable for intravitreal administration. (a) 1-100 mg/ml of the VEGF antagonist comprising a VEGF-specific fusion protein; (b) 0.01-5% of one or more organic co-solvent(s) which is one or more of polysorbate, polyethylene glycol (PEG), and propylene glycol; (c) 30-150 mM of a tonicity agent selected from sodium chloride and potassium chloride; (d) 5-40 mM of sodium phosphate buffer; and (e) 1.0-7.5% of a stabilizing agent selected from the group consisting of sucrose, sorbitol, glycerol, trehalose, and mannitol;
A crane apparatus comprising: a first truss assembly comprising a first main truss having a longitudinal axis, the first main truss being coupled to a first rail car end assembly at a first end of the first main truss; a second truss assembly comprising a second main truss spaced apart from and extending approximately parallel to the longitudinal axis, the second main truss being coupled to the first rail car end assembly at a first end of the second main truss, the first main truss and the second main truss spaced apart from one another to define an interior space; and characterized in that the crane apparatus further comprises a truss extension pivotally coupled to the first end of the first truss assembly and rotatable between a deployed configuration and a stowed configuration, wherein the truss extension extends coaxially with the longitudinal axis in the deployed configuration and wherein the truss extension is contained within the interior space and extends approximately parallel to and spaced apart from the longitudinal axis in the stowed configuration. a first truss assembly comprising a first main truss having a longitudinal axis, the first main truss being coupled to a first rail car end assembly at a first end of the first main truss; a second truss assembly comprising a second main truss spaced apart from and extending approximately parallel to the longitudinal axis, the second main truss being coupled to the first rail car end assembly at a first end of the second main truss, the first main truss and the second main truss spaced apart from one another to define an interior space; and characterized in that the crane apparatus further comprises a truss extension pivotally coupled to the first end of the first truss assembly and rotatable between a deployed configuration and a stowed configuration, wherein the truss extension extends coaxially with the longitudinal axis in the deployed configuration and wherein the truss extension is contained within the interior space and extends approximately parallel to and spaced apart from the longitudinal axis in the stowed configuration.
A device for ensemble averaging signals in a pulse oximeter , comprising: means for receiving first and second electromagnetic radiation signals from a blood perfused tissue portion corresponding to two different wavelengths of light; means for obtaining an assessment of the signal quality of said electromagnetic signals, said means for obtaining an assessment of said signal quality configured for obtaining a measure of the degree of arrhythmia of said signals and providing an assessment of signal quality using said measure; means for selecting weights for an ensemble averager using said assessment of signal quality and assigning more weight to a signal which is flagged as arrhythmic; and an ensemble averager for ensemble averaging said electromagnetic signals using said weights to attenuate frequencies other than those near the pulse frequency and its harmonics.
A pendulum suspension device of a spray boom , comprising: a fixed frame intended to be borne by an agricultural machine, a mobile frame intended to bear one or several spray booms , a pendulum suspension connecting rod connected pivotably in an upper pivot point to the fixed frame , said connecting rod connected pivotally in a lower pivot point to the mobile frame , and at least one actuation cylinder in order to displace a center of gravity for the mobile frame including the spray boom relatively to said fixed frame , said actuation cylinder is interposed between said mobile frame and said connecting rod , the pendulum suspension device further comprising a pair of pendulum cylinders placed on each side of the connecting rod , and connected between the fixed frame and the mobile frame , characterized in that the pendulum cylinders is hydraulically connected by a hydraulic interconnection and is configured for dampening movement of the fixed frame in relation to the mobile frame via a throttle placed in the hydraulic interconnection .
A saw comprising: a base assembly ; a base mounted on the base assembly ; two parallel guide rods which are rigidly attached to the base and which extend across the base assembly ; a cutting unit slideably mounted on the two guide rods which is capable of being slid along the length of the guide rods over the base assembly ; wherein the length of one of the guide rods is longer that the length of the other guide rod so that it extends further across the base assembly ; wherein the base is pivotally mounted on the base assembly to enable the guide rods and cutting unit to move towards or away from the base assembly ; characterised in that the longer guide rod locates above the shorter guide rod ; wherein the longer guide rod comprises an end stop formed on the end of the longer guide rod which engages the cutting unit when the cutting unit is slid along the guide rods away from the base to limit the amount of sliding movement of the cutting unit away from the base ; wherein the cutting unit comprises a motor mount , the motor mount having at least two brackets (502; 508), a first bracket for holding a slide bearing, the longer guide rod passing within the slide bearing and a second bracket through which the shorter guide rod passes, the cutting unit being able to slide along the guide rods by the brackets and slide bearings sliding along the guide rods ; wherein the end stop formed on the end of the longer guide rod engages with the side of one of brackets (502:508) with a slide bearing of the cutting unit when the cutting unit is slid along the guide rods away from the base . a base assembly ; a base mounted on the base assembly ; two parallel guide rods which are rigidly attached to the base and which extend across the base assembly ; a cutting unit slideably mounted on the two guide rods which is capable of being slid along the length of the guide rods over the base assembly ; wherein the length of one of the guide rods is longer that the length of the other guide rod so that it extends further across the base assembly ; wherein the base is pivotally mounted on the base assembly to enable the guide rods and cutting unit to move towards or away from the base assembly ; characterised in that the longer guide rod locates above the shorter guide rod ; wherein the longer guide rod comprises an end stop formed on the end of the longer guide rod which engages the cutting unit when the cutting unit is slid along the guide rods away from the base to limit the amount of sliding movement of the cutting unit away from the base ; wherein the cutting unit comprises a motor mount , the motor mount having at least two brackets (502; 508), a first bracket for holding a slide bearing, the longer guide rod passing within the slide bearing and a second bracket through which the shorter guide rod passes, the cutting unit being able to slide along the guide rods by the brackets and slide bearings sliding along the guide rods ; wherein the end stop formed on the end of the longer guide rod engages with the side of one of brackets (502:508) with a slide bearing of the cutting unit when the cutting unit is slid along the guide rods away from the base .
A method of wireless communication of a user equipment, UE, comprising: receiving a request from a base station to initiate a random access procedure in a connected state; determining whether a first bandwidth part that is active contains any random access resource that is available; when the first bandwidth part does not contain any random access resource that is available: switching to a second bandwidth part that contains one or more random access resources that are available; and transmitting a preamble sequence at a first random access resource (934-1) selected from the one or more random access resources that are available, the first random access resource (934-1) being at least a first time duration subsequent to the last symbol of the request ; when the first bandwidth part contains the one or more random access resources that are available: transmitting the preamble sequence at a second random access resource (934-2) selected from the one or more random access resources that are available, the second random access resource (934-2) being at least a second time duration subsequent to the last symbol of the request , the second time duration being shorter than the first time duration . receiving a request from a base station to initiate a random access procedure in a connected state; determining whether a first bandwidth part that is active contains any random access resource that is available; when the first bandwidth part does not contain any random access resource that is available: switching to a second bandwidth part that contains one or more random access resources that are available; and transmitting a preamble sequence at a first random access resource (934-1) selected from the one or more random access resources that are available, the first random access resource (934-1) being at least a first time duration subsequent to the last symbol of the request ; switching to a second bandwidth part that contains one or more random access resources that are available; and transmitting a preamble sequence at a first random access resource (934-1) selected from the one or more random access resources that are available, the first random access resource (934-1) being at least a first time duration subsequent to the last symbol of the request ; when the first bandwidth part contains the one or more random access resources that are available: transmitting the preamble sequence at a second random access resource (934-2) selected from the one or more random access resources that are available, the second random access resource (934-2) being at least a second time duration subsequent to the last symbol of the request , the second time duration being shorter than the first time duration .
A cleaner performing autonomous traveling, the cleaner comprising: a main body ; a driving unit configured to move the main body within a cleaning area; a camera configured to capture an area around the main body ; and a control unit configured to control, on the basis of an image captured by means of the camera, the driving unit such that a predetermined traveling mode is performed, wherein the control unit is configured to: perform a first recognition process for determining whether the image corresponds to any one of a plurality of obstacle types, perform a second recognition process for re-determining whether the image corresponds to the one obstacle type to verify a result of the first recognition process, and control the driving unit on the basis of the obstacle type determined through the first and second recognition processes such that the main body travels in a preset pattern. a main body ; a driving unit configured to move the main body within a cleaning area; a camera configured to capture an area around the main body ; and a control unit configured to control, on the basis of an image captured by means of the camera, the driving unit such that a predetermined traveling mode is performed, wherein the control unit is configured to: perform a first recognition process for determining whether the image corresponds to any one of a plurality of obstacle types, perform a second recognition process for re-determining whether the image corresponds to the one obstacle type to verify a result of the first recognition process, and control the driving unit on the basis of the obstacle type determined through the first and second recognition processes such that the main body travels in a preset pattern. perform a first recognition process for determining whether the image corresponds to any one of a plurality of obstacle types, perform a second recognition process for re-determining whether the image corresponds to the one obstacle type to verify a result of the first recognition process, and control the driving unit on the basis of the obstacle type determined through the first and second recognition processes such that the main body travels in a preset pattern.
A ceramic membrane filtration assembly comprising: a membrane assembly extending from a first membrane assembly end to a second membrane assembly end, the membrane assembly defined by a membrane assembly length ; the membrane assembly including one or more membranes, at least one membrane having a plurality of channels therein, the channels having channel ends; and at least one sealing device coupled with the membrane assembly adjacent to at least one of the first and second membrane assembly ends; wherein the sealing device has an inner and outer perimeter, the sealing device has a sealing feature disposed along the outer perimeter, and the inner perimeter of the sealing device is sealed with a portion of the membrane assembly ; and wherein the sealing device is coupled with the membrane such that there is an axial gap disposed between an end planar surface of the sealing device and the membrane assembly , an axial direction being defined by an axial direction of the channels . a membrane assembly extending from a first membrane assembly end to a second membrane assembly end, the membrane assembly defined by a membrane assembly length ; the membrane assembly including one or more membranes, at least one membrane having a plurality of channels therein, the channels having channel ends; and at least one sealing device coupled with the membrane assembly adjacent to at least one of the first and second membrane assembly ends; wherein the sealing device has an inner and outer perimeter, the sealing device has a sealing feature disposed along the outer perimeter, and the inner perimeter of the sealing device is sealed with a portion of the membrane assembly ; and wherein the sealing device is coupled with the membrane such that there is an axial gap disposed between an end planar surface of the sealing device and the membrane assembly , an axial direction being defined by an axial direction of the channels .
A method for producing an actinium-225 (Ac-225) radioimmunoconjugate, the method comprising the steps of: (a) conjugating p-SCN-Bn-DOTA as a chelating agent to an antibody in a conjugation reaction mixture to generate a conjugated antibody, (b) purifying the reaction mixture so as to remove unconjugated chelating agents, and (c) chelating one or more Ac-225 radionuclides with the conjugated antibody in a chelation reaction mixture at 37 ± 2 °C, to generate a Ac-225 radioimmunoconjugate, wherein the antibody is HUM195, and wherein the ratio of Ac-225 to conjugated antibody is one mCi to one mg. (a) conjugating p-SCN-Bn-DOTA as a chelating agent to an antibody in a conjugation reaction mixture to generate a conjugated antibody, (b) purifying the reaction mixture so as to remove unconjugated chelating agents, and (c) chelating one or more Ac-225 radionuclides with the conjugated antibody in a chelation reaction mixture at 37 ± 2 °C, to generate a Ac-225 radioimmunoconjugate, wherein the antibody is HUM195, and wherein the ratio of Ac-225 to conjugated antibody is one mCi to one mg.
An intraocular lens device comprising: a first lens comprising a pair of opposing and deformable surfaces joined together at the periphery of the first lens to define a bi-convex exterior shape and a cavity therebetween, wherein the opposing surfaces have central regions and peripheral regions and a gradually increasing thickness profile from the peripheral regions to the central regions ; a second lens ; a circumferential haptic having an outer peripheral edge , the circumferential haptic coupling the first lens and the second lens , wherein a lens periphery of the circumferential haptic is solid and has a thickness that is greater than that of the second lens ; and a main intraocular lens cavity defined by the circumferential haptic, the first lens and the second lens ; wherein the intraocular lens device is resiliently biased to an unaccommodated state in which the intraocular lens device has a first diameter d 1 in the absence of radial compressive forces exerted on the outer peripheral edge ; wherein the intraocular lens device actuates to an accommodated state with a second diameter d 2 in response to radial compressive forces exerted on the outer peripheral edge , wherein d 1 > d 2 ; and wherein the opposing surfaces of the first lens are displaced away from each other upon the application of a radial force along the circumferential haptic. a first lens comprising a pair of opposing and deformable surfaces joined together at the periphery of the first lens to define a bi-convex exterior shape and a cavity therebetween, wherein the opposing surfaces have central regions and peripheral regions and a gradually increasing thickness profile from the peripheral regions to the central regions ; a second lens ; a circumferential haptic having an outer peripheral edge , the circumferential haptic coupling the first lens and the second lens , wherein a lens periphery of the circumferential haptic is solid and has a thickness that is greater than that of the second lens ; and a main intraocular lens cavity defined by the circumferential haptic, the first lens and the second lens ; wherein the intraocular lens device is resiliently biased to an unaccommodated state in which the intraocular lens device has a first diameter d 1 in the absence of radial compressive forces exerted on the outer peripheral edge ; wherein the intraocular lens device actuates to an accommodated state with a second diameter d 2 in response to radial compressive forces exerted on the outer peripheral edge , wherein d 1 > d 2 ; and wherein the opposing surfaces of the first lens are displaced away from each other upon the application of a radial force along the circumferential haptic.
A connection system to interface with a continuous circulating sub , comprising: a movable base ; a first engagement mechanism carried on the movable base; and a second engagement mechanism mounted on the movable base comprising a rotatable tubular adapter pipe carried on the movable base, the rotatable tubular adapter pipe comprises a threaded end for connecting to a threaded side port of the continuous circulating sub ; characterised in that the first engagement mechanism comprises a coaxial tool assembly having a rotatable inner wrench nested inside a rotatable outer wrench , the inner wrench being configured for engagement with a pressure tap of the continuous circulating sub and the outer wrench being configured for engagement with a safety plug in the threaded side port . a movable base ; a first engagement mechanism carried on the movable base; and a second engagement mechanism mounted on the movable base comprising a rotatable tubular adapter pipe carried on the movable base, the rotatable tubular adapter pipe comprises a threaded end for connecting to a threaded side port of the continuous circulating sub ; characterised in that the first engagement mechanism comprises a coaxial tool assembly having a rotatable inner wrench nested inside a rotatable outer wrench , the inner wrench being configured for engagement with a pressure tap of the continuous circulating sub and the outer wrench being configured for engagement with a safety plug in the threaded side port .
Commercial vehicle tyre of radial design with a tread which has circumferential grooves , the depth (T) of which corresponds to the provided profile depth, which circumferential grooves are delimited by two groove flanks which lie opposite one another and a groove base which connects them, and are provided with a number of local profile depth indicators which are distributed over their circumferential extent, two of these circumferential grooves being circumferential grooves which run on the shoulder side, in each case one rib which runs over at least 90% of their circumferential extent and forms a further profile depth indicator being provided at least on the groove base of the shoulder-side circumferential grooves , retaining lateral groove base sections, which rib has rib flanks which merge into the groove base and an indicator surface on the rib surface, the local profile depth indicators being attachments of the rib to at least one of the groove flanks and widened portions of the rib which have the level of the indicator surface , those circumferential grooves , on the groove base of which a rib of this type which forms a further profile depth indicator runs, having a depth (b 1 ) on the tread periphery of at least 8.0 mm.