mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a Long Term Evolution, LTE, base station serving at least one user equipment, UE , in a communication network in which LTE-WLAN aggregation, LWA, is used, the method comprising: transmitting control plane data to the at least one UE , wherein the control plane data facilitates user plane communication in accordance with said LWA, by the at least one UE , via a wireless local area network, WLAN , comprising a plurality of WLAN access points connected via a common wireless termination node, WT ; receiving, from the WT , information relating to the second WLAN access point when the WT hands over the user plane communication from a first WLAN access point to a second WLAN access point of said plurality of WLAN access points ; and determining, based on the received information, whether to maintain said user plane communication in accordance with said LWA for the at least one UE ; wherein the information relating to the second WLAN access point comprises WLAN channel utilization information, a WLAN backhaul data rate, and an identifier configured to identify the second WLAN access point . transmitting control plane data to the at least one UE , wherein the control plane data facilitates user plane communication in accordance with said LWA, by the at least one UE , via a wireless local area network, WLAN , comprising a plurality of WLAN access points connected via a common wireless termination node, WT ; receiving, from the WT , information relating to the second WLAN access point when the WT hands over the user plane communication from a first WLAN access point to a second WLAN access point of said plurality of WLAN access points ; and determining, based on the received information, whether to maintain said user plane communication in accordance with said LWA for the at least one UE ; wherein the information relating to the second WLAN access point comprises WLAN channel utilization information, a WLAN backhaul data rate, and an identifier configured to identify the second WLAN access point .
A blender comprising: a blender body including an external cylinder , a grinding blade , and a blade driving portion rotating the grinding blade; an internal cylinder unit including an internal cylinder , disposed in the external cylinder, in which the grinding blade is disposed, and an internal cylinder driving portion rotating the internal cylinder; and a controller electrically connected to the blade driving portion and the internal cylinder driving portion to control the blade driving portion and the internal cylinder driving portion, wherein the internal cylinder has an internal side surface on which a projection is formed such that blending objects, flowing rotationally while being ground by the grinding blade, are caught, characterized in that the controller is adapted to control the internal cylinder driving portion to blend the blending objects while repeating an operating pattern, in which the internal cylinder rotates reversely in a direction opposing a rotation direction of the grinding blade and is then stopped, or an operating pattern, in which the internal cylinder rotates reversely and then changes rotational speed, to break a state of balance of the blending objects in the internal cylinder. a blender body including an external cylinder , a grinding blade , and a blade driving portion rotating the grinding blade; an internal cylinder unit including an internal cylinder , disposed in the external cylinder, in which the grinding blade is disposed, and an internal cylinder driving portion rotating the internal cylinder; and a controller electrically connected to the blade driving portion and the internal cylinder driving portion to control the blade driving portion and the internal cylinder driving portion, wherein the internal cylinder has an internal side surface on which a projection is formed such that blending objects, flowing rotationally while being ground by the grinding blade, are caught, characterized in that the controller is adapted to control the internal cylinder driving portion to blend the blending objects while repeating an operating pattern, in which the internal cylinder rotates reversely in a direction opposing a rotation direction of the grinding blade and is then stopped, or an operating pattern, in which the internal cylinder rotates reversely and then changes rotational speed, to break a state of balance of the blending objects in the internal cylinder.
An electric motor comprising: a case ; a stator including a stator core disposed inside the case and a stator coil disposed at the stator core ; a rotor including a rotation shaft and being configured to rotate with respect to the stator ; and an oil spraying part configured to store oil in a lower part of the case and to spray the oil to a heating part inside the case , the oil spraying part including an oil passage configured to guide the oil to an upper area of the case and an oil pump configured to pump the oil from the lower part of the case , wherein the oil spraying part includes a stator core spraying part configured to spray the oil to the stator core , wherein the stator core spraying part includes at least one stator oil disc inserted between electric steel plates of the stator core and defining oil grooves configured to guide the oil along a circumferential direction of the stator , wherein the stator oil disc includes teeth portions that correspond to poles and slots of the stator core , and wherein the oil grooves extend along circumferences of the teeth portions in the circumferential direction of the stator , wherein the oil grooves are concaved from a plate surface of the stator oil disc in axial direction and extend in the circumferential direction, the stator core defines concave parts recessed in a radius direction from an external surface of the stator core , and the stator oil disc includes rotation prevention protrusions inserted into the concave parts. a case ; a stator including a stator core disposed inside the case and a stator coil disposed at the stator core ; a rotor including a rotation shaft and being configured to rotate with respect to the stator ; and an oil spraying part configured to store oil in a lower part of the case and to spray the oil to a heating part inside the case , the oil spraying part including an oil passage configured to guide the oil to an upper area of the case and an oil pump configured to pump the oil from the lower part of the case , wherein the oil spraying part includes a stator core spraying part configured to spray the oil to the stator core , wherein the stator core spraying part includes at least one stator oil disc inserted between electric steel plates of the stator core and defining oil grooves configured to guide the oil along a circumferential direction of the stator , wherein the stator oil disc includes teeth portions that correspond to poles and slots of the stator core , and wherein the oil grooves extend along circumferences of the teeth portions in the circumferential direction of the stator , wherein the oil grooves are concaved from a plate surface of the stator oil disc in axial direction and extend in the circumferential direction, the stator core defines concave parts recessed in a radius direction from an external surface of the stator core , and the stator oil disc includes rotation prevention protrusions inserted into the concave parts.
A cooking apparatus comprising: a main body comprising a heater ; a first glass disposed on an upper surface of the hester , arranged so that a food container is disposed on the upper surface; a second glass disposed in line with the first glass ; a coupling device allowing the first glass and the second glass to be detachably coupled to each other, wherein the coupling device comprises: a first coupling member secured to a lower portion of the first glass to support at least a portion of the first glass and the second glass , and comprising a first coupling portion to which the second glass is detachably coupled; and characterised by a second coupling member comprising a second coupling portion arranged at a lower end of the second glass , and arranged to be detachably coupled with the first coupling portion . a main body comprising a heater ; a first glass disposed on an upper surface of the hester , arranged so that a food container is disposed on the upper surface; a second glass disposed in line with the first glass ; a coupling device allowing the first glass and the second glass to be detachably coupled to each other, wherein the coupling device comprises: a first coupling member secured to a lower portion of the first glass to support at least a portion of the first glass and the second glass , and comprising a first coupling portion to which the second glass is detachably coupled; and characterised by a second coupling member comprising a second coupling portion arranged at a lower end of the second glass , and arranged to be detachably coupled with the first coupling portion . a first coupling member secured to a lower portion of the first glass to support at least a portion of the first glass and the second glass , and comprising a first coupling portion to which the second glass is detachably coupled; and characterised by a second coupling member comprising a second coupling portion arranged at a lower end of the second glass , and arranged to be detachably coupled with the first coupling portion .
A method for making multilayer tubes of the tobacco industry, comprising the following steps: - feeding a continuous web along a feed direction (X) parallel to the direction of extension of the web ; - folding a first longitudinal strip of the web onto a second longitudinal strip of the web about a fold line which is parallel to the feed direction (X) so as to obtain a multilayer web having at least two partly superposed layers; - forming a continuous tube by continuously wrapping the multilayer web around a longitudinal axis; - cutting the continuous tube to obtain a succession of tubes of the tobacco industry; characterized in that the step of folding is accomplished by deflecting the first longitudinal strip of the web around a first deflector edge and by deflecting a remaining longitudinal strip of the web around a second deflector edge , the first and second deflector edges being angled to each other, in that the step of folding is also accomplished by an auxiliary guide member located downstream of the first deflector edge and configured to slidably receive the first longitudinal strip of the web as it leaves the first deflector edge and to progressively guide the first longitudinal strip while it is being folded completely onto the second longitudinal strip , and in that the method further comprises at least one step of applying an adhesive substance between the first and the second longitudinal strip performed by a gluing device which is associated with the deflector element and operating on the first strip and/or on the second strip of the web just upstream of folding the first strip to deliver an adhesive substance suitable for holding the first strip on the second strip after folding. - feeding a continuous web along a feed direction (X) parallel to the direction of extension of the web ; - folding a first longitudinal strip of the web onto a second longitudinal strip of the web about a fold line which is parallel to the feed direction (X) so as to obtain a multilayer web having at least two partly superposed layers; - forming a continuous tube by continuously wrapping the multilayer web around a longitudinal axis; - cutting the continuous tube to obtain a succession of tubes of the tobacco industry;
A valve assembly comprising: a valve body including a passageway through which a first gas can be transmitted through the valve assembly; a valve flow control element movable relative to the valve body between an opened position wherein flow through the passageway is at a maximum flow, and a closed position wherein flow through the passageway is at a minimum flow, the valve flow control element is shaped so that a control gap is provided between the valve body and valve flow control element through which the first gas can flow, and the dimensions of the control gap vary depending on the position of the valve flow control element relative to the valve body; and a gas injector arrangement for selectively injecting a second gas into the control gap when the valve assembly is used to control the flow of the first gas through the passageway ; wherein the valve assembly has a valve conductance depending on the position of the valve flow control element relative to the valve body , and the gas injector arrangement injects the second gas into the control gap so as reduce the valve conductance of the valve when the valve flow control element is at or near the closed position and, wherein the gas injector arrangement includes secondary passageways within the valve flow control element for directing the second gas to the control gap . a valve body including a passageway through which a first gas can be transmitted through the valve assembly; a valve flow control element movable relative to the valve body between an opened position wherein flow through the passageway is at a maximum flow, and a closed position wherein flow through the passageway is at a minimum flow, the valve flow control element is shaped so that a control gap is provided between the valve body and valve flow control element through which the first gas can flow, and the dimensions of the control gap vary depending on the position of the valve flow control element relative to the valve body; and a gas injector arrangement for selectively injecting a second gas into the control gap when the valve assembly is used to control the flow of the first gas through the passageway ; wherein the valve assembly has a valve conductance depending on the position of the valve flow control element relative to the valve body , and the gas injector arrangement injects the second gas into the control gap so as reduce the valve conductance of the valve when the valve flow control element is at or near the closed position and, wherein the gas injector arrangement includes secondary passageways within the valve flow control element for directing the second gas to the control gap .
An injection molded shaft comprising a first torque applied part formed at one end in an axial direction, a second torque applied part formed at another end in the axial direction, and a shaft body connecting the first torque applied part to the second torque applied part along a direction of a shaft core, wherein the shaft body includes at least one framework unit and the framework unit includes a core part extending along the shaft core , a pair of discoid framework parts disposed at one end and another end along the shaft core of the core part so as to face each other, the pair of discoid framework parts having discoid cross sections orthogonal to the axial direction, characterized in that the core part has a crisscross cross section orthogonal to the axial direction, and the shaft body comprises a diagonal-brace-shaped framework part disposed in a portion partitioned by the pair of discoid framework parts and the core part , the diagonal-brace-shaped framework part extending across the pair of discoid framework parts and the core part like a diagonal brace.
A chip processing self-service kiosk comprising: a chip slot; a chip sensor; and a mechanical arrangement disposed downstream of the chip slot, the mechanical arrangement configured to allow received chips from the chip slot to be stacked in an orientation where the received chips are countable by the chip sensor, characterised in that the mechanical arrangement comprises a receptacle for the received chips from the chip slot and an actuator coupled to the receptacle, the actuator configured to tilt the receptacle to the orientation where the received chips are countable by the chip sensor. a chip slot; a chip sensor; and a mechanical arrangement disposed downstream of the chip slot, the mechanical arrangement configured to allow received chips from the chip slot to be stacked in an orientation where the received chips are countable by the chip sensor, characterised in that the mechanical arrangement comprises a receptacle for the received chips from the chip slot and an actuator coupled to the receptacle, the actuator configured to tilt the receptacle to the orientation where the received chips are countable by the chip sensor.
A method of making a dry powder, comprising (a) delivering a liquid solution or suspension and an immiscible supercritical or near critical fluid to a flow path, (b) transporting a mixture of the liquid solution or suspension and the immiscible fluid along the flow path, wherein the flow path includes two or more flow passages of different diameters, at least one flow divider which divides and diverts the flowing mixture into at least two separate passages, wherein the separate passages subsequently intersect to combine their respective flows into a single flowing stream, (c) rapidly reducing the pressure of the single flowing stream, whereby droplets are formed, and (d) passing the droplets through a flow of inert drying gas to form a dry powder.
A method for evaluating renal status in a sepsis patient, comprising: performing one or more assays configured to detect hyaluronic acid in a urine sample obtained from the sepsis patient to provide an assay result; and correlating the assay result to the renal status of the sepsis patient, wherein either: (i) the sepsis patient is in RIFLE stage 0 or R, and said correlating step comprises assigning a likelihood that the patient will develop a RIFLE I or RIFLE F acute kidney injury within 72 hours of the time the sample is obtained from the patient; or (ii) the sepsis patient is in RIFLE stage I, and said correlating step comprises assigning a likelihood that the patient will develop a RIFLE F acute kidney injury within 72 hours of the time the sample is obtained from the patient. performing one or more assays configured to detect hyaluronic acid in a urine sample obtained from the sepsis patient to provide an assay result; and correlating the assay result to the renal status of the sepsis patient, wherein either: (i) the sepsis patient is in RIFLE stage 0 or R, and said correlating step comprises assigning a likelihood that the patient will develop a RIFLE I or RIFLE F acute kidney injury within 72 hours of the time the sample is obtained from the patient; or (ii) the sepsis patient is in RIFLE stage I, and said correlating step comprises assigning a likelihood that the patient will develop a RIFLE F acute kidney injury within 72 hours of the time the sample is obtained from the patient. (i) the sepsis patient is in RIFLE stage 0 or R, and said correlating step comprises assigning a likelihood that the patient will develop a RIFLE I or RIFLE F acute kidney injury within 72 hours of the time the sample is obtained from the patient; or (ii) the sepsis patient is in RIFLE stage I, and said correlating step comprises assigning a likelihood that the patient will develop a RIFLE F acute kidney injury within 72 hours of the time the sample is obtained from the patient.
A respiratory system comprising: a patient interface unit configured to permit either a negative pressure airflow or a positive pressure airflow to a patient; a negative pressure generating source for generating negative pressure airflow that flows through the patient interface unit; a positive pressure generating source for generating positive pressure airflow that flows through the patient interface unit; and a first valve fluidly connected to said pressure generating sources for selectively blocking and/or unblocking airflow from either of the said pressure generating sources, wherein said first valve at a first position, is configured to block the negative pressure airflow at a patient interface and allows the positive pressure airflow to enter the patient interface, said first valve at a second position, configured to block the positive pressure airflow at the patient interface and allows the negative pressure airflow to enter the patient interface, said first valve at a third position, with a variable displacement from said third position configured to impart oscillations on top of the positive pressure airflow, said first valve at a fourth position, with a variable displacement from said fourth position configured to impart oscillations on top of the negative pressure airflow wherein said pressure generating sources are connected to the patient interface unit by a Y-shaped tube, and wherein the first valve is a rotary valve comprising a thin disc having at least two or more openings of equal or varying sizes.
A method of manufacturing a crossbeam for a vehicle, comprising the steps of: - providing a workpiece having different thicknesses and a pre-contour from a metal sheet of uniform thickness by flat roll forming to achieve different local thicknesses and cutting out the workpiece , and - bending roll forming the workpiece to form a crossbeam having a cross-section (20a-20f) comprising at least two oppositely disposed flanges (22a-22f, 24a-24f) and a web there between, wherein the spacing of the oppositely arranged flanges (22a-22f, 24a-24f) along a longitudinal extension of the crossbeam is not constant and a thickness profile of at least the web is determined by the step of planar roll forming, wherein the local thicknesses and the pre-contour are selected in such a manner that a geometric shape of the crossbeam after the bending roll forming corresponds to a predetermined geometric shape with different thicknesses and heights of the web and differently shaped regions of the flanges (22a-22f, 24a-24f) along the longitudinal extension of the crossbeam , characterised in that the flanges (22a-22f, 24a-24f) are shaped such that they have a C-shaped profile in the central region of the longitudinal extension of the crossbeam and have a U-shaped profile at the respective ends of the crossbeam . - providing a workpiece having different thicknesses and a pre-contour from a metal sheet of uniform thickness by flat roll forming to achieve different local thicknesses and cutting out the workpiece , and - bending roll forming the workpiece to form a crossbeam having a cross-section (20a-20f) comprising at least two oppositely disposed flanges (22a-22f, 24a-24f) and a web there between, wherein the spacing of the oppositely arranged flanges (22a-22f, 24a-24f) along a longitudinal extension of the crossbeam is not constant and a thickness profile of at least the web is determined by the step of planar roll forming, wherein the local thicknesses and the pre-contour are selected in such a manner that a geometric shape of the crossbeam after the bending roll forming corresponds to a predetermined geometric shape with different thicknesses and heights of the web and differently shaped regions of the flanges (22a-22f, 24a-24f) along the longitudinal extension of the crossbeam ,