mhurhangee/patent-ind-claim-en huggingface dataset:
An emergency oxygen supply for passengers in an aircraft, with an oxygen source and with a number of pulse breathing masks which are conductively connected to the oxygen source , wherein an individual shut-off valve which in the non-actuated condition is switched to block is provided in each conduit to a breathing mask , with an impulse breathing control for actuating each individual shut-off valve , and characterised by an auxiliary conduit which connects the oxygen source to the breathing masks whilst bypassing the individual shut-off valves and which in each case via a check valve is connected to the respective conduit which leads to the breathing mask or is connected to the breathing mask itself, wherein the auxiliary conduit is connected to the oxygen source via a central shut-off valve which is switched to open in the non-actuated condition, and is activated to block in normal emergency operation as long as an electricity supply or emergency electricity supply exists.
Process for manufacturing a plastic fuel tank equipped with at least one component , by moulding a parison using a mould comprising two impressions and a core, said process comprising the following steps: ▪ introduction of a parison into the mould impressions; ▪ introduction of a core inside the parison, said core having a moving device which is fitted with the at least one component; ▪ closure of the mould so that the impressions come into leaktight contact with the core; ▪ pressing of the parison against the impressions by blowing through the core and/or applying a vacuum behind the impressions; ▪ fastening of the at least one component on the inner wall of the parison; ▪ opening of the mould in order to withdraw the core; and ▪ final moulding of the parison by blow-moulding and/or thermoforming; characterized in that in order to enable the fastening of said component to the parison, the component is moved away from the core by the moving device through a combination of a rotational motion and of a linear motion, using a single linear actuator interacting with at least one mechanical part so as to alter the linear stroke of the actuator . ▪ introduction of a parison into the mould impressions; ▪ introduction of a core inside the parison, said core having a moving device which is fitted with the at least one component; ▪ closure of the mould so that the impressions come into leaktight contact with the core; ▪ pressing of the parison against the impressions by blowing through the core and/or applying a vacuum behind the impressions; ▪ fastening of the at least one component on the inner wall of the parison; ▪ opening of the mould in order to withdraw the core; and ▪ final moulding of the parison by blow-moulding and/or thermoforming;
A method for purification of raw juice obtained in sugar beet extraction, which contains the steps: (a) obtaining raw juice by extraction of sugar beets; (b) a first alkalinisation of the raw juice after extraction and before introduction to a preliming step by adding sodium hydroxide up to a first alkalinity c ; (c) heating the alkalized raw juice to the preliming temperature T ; (d) preliming the alkalized raw juice to a second alkalinity for flocculation of nonsucrose substances. (a) obtaining raw juice by extraction of sugar beets; (b) a first alkalinisation of the raw juice after extraction and before introduction to a preliming step by adding sodium hydroxide up to a first alkalinity c ; (c) heating the alkalized raw juice to the preliming temperature T ; (d) preliming the alkalized raw juice to a second alkalinity for flocculation of nonsucrose substances.
Gel composition comprising an antiseptic agent and preferably also an anaesthetic agent, characterised in that the gel composition further contains a diol component, which is hexylene glycol, pentylene glycol or structural isomers.
Electrical device , comprising - a housing having a receptacle space in which electrical components of the device are disposed; - a cover device having a first cover element and a second cover element , wherein the first cover element has a clearance , and the second cover element is able to be disposed relative to the first cover element in such a manner that the second cover element in a first position covers the clearance , and in a second position enables access to the clearance , wherein the cover device is able to be disposed relative to the housing in such a manner that the cover device in a first position closes the receptacle space when the second cover element is in the first position and enables access to a first partial receptacle space of the receptacle space via the clearance , and closes a second partial receptacle space of the receptacle space when the second cover element is in the second position, and that the cover device in a second position enables access to the first partial receptacle space and the second partial receptacle space ; and - a sensor unit having a magnetic element and a magnetic sensor which, when detecting an absence of the magnetic element , is specified to provide a detection signal , wherein the sensor unit is disposed and designed to detect the absence of the magnetic element in the second position of the second cover element and in the second position of the cover device . - a housing having a receptacle space in which electrical components of the device are disposed; - a cover device having a first cover element and a second cover element , wherein the first cover element has a clearance , and the second cover element is able to be disposed relative to the first cover element in such a manner that the second cover element in a first position covers the clearance , and in a second position enables access to the clearance , wherein the cover device is able to be disposed relative to the housing in such a manner that the cover device in a first position closes the receptacle space when the second cover element is in the first position and enables access to a first partial receptacle space of the receptacle space via the clearance , and closes a second partial receptacle space of the receptacle space when the second cover element is in the second position, and that the cover device in a second position enables access to the first partial receptacle space and the second partial receptacle space ; and - a sensor unit having a magnetic element and a magnetic sensor which, when detecting an absence of the magnetic element , is specified to provide a detection signal , wherein the sensor unit is disposed and designed to detect the absence of the magnetic element in the second position of the second cover element and in the second position of the cover device .
A method of performing acoustic echo cancellation at a mobile device , the method comprising: detecting a degradation in a quality of acoustic echo cancellation being performed by an acoustic echo canceller upon audio input received at a microphone of the mobile device; determining that the degradation in the quality of the acoustic echo cancellation coincides in time with a non-acoustic physical event detected using an auxiliary sensor at the mobile device; based on the determining, causing the acoustic echo canceller to reconverge. detecting a degradation in a quality of acoustic echo cancellation being performed by an acoustic echo canceller upon audio input received at a microphone of the mobile device; determining that the degradation in the quality of the acoustic echo cancellation coincides in time with a non-acoustic physical event detected using an auxiliary sensor at the mobile device; based on the determining, causing the acoustic echo canceller to reconverge.
An assembly comprising: a force applicator having a puller , one or more members and a load cell , and a compressor wheel assembly of a turbocharger, the compressor wheel assembly comprising: a compressor wheel that comprises a through bore that extends from a base portion to a nose portion of the compressor wheel, the nose portion comprising a force application surface; a turbocharger shaft disposed in the through bore of the compressor wheel wherein the turbocharger shaft comprises an end portion that extends axially away from the nose portion of the compressor wheel; and a swaged collar fixed to the end portion of the turbocharger shaft, the swaged collar being fixed to the end portion of the turbocharger shaft such that the swaged collar maintains a static applied force of greater than approximately 1000 N, wherein the puller is configured to clamp to the end portion of the turbocharger shaft, wherein the one or more members are configured to contact the force application surface of the nose portion of the compressor wheel, wherein the load cell is configured to generate a signal related to the static applied force, and wherein the force applicator is configured to control the static applied force based on said signal. a compressor wheel that comprises a through bore that extends from a base portion to a nose portion of the compressor wheel, the nose portion comprising a force application surface; a turbocharger shaft disposed in the through bore of the compressor wheel wherein the turbocharger shaft comprises an end portion that extends axially away from the nose portion of the compressor wheel; and a swaged collar fixed to the end portion of the turbocharger shaft, the swaged collar being fixed to the end portion of the turbocharger shaft such that the swaged collar maintains a static applied force of greater than approximately 1000 N, wherein the puller is configured to clamp to the end portion of the turbocharger shaft, wherein the one or more members are configured to contact the force application surface of the nose portion of the compressor wheel, wherein the load cell is configured to generate a signal related to the static applied force, and wherein the force applicator is configured to control the static applied force based on said signal.
An auristatin-based antibody-drug conjugate for use in treating cancer in a subject, wherein the antibody-drug conjugate is administered in combination therapy with an inhibitor of the PI3K-AKT-mTOR pathway, wherein the pathway inhibitor is a PI3K kinase inhibitor, a AKT inhibitor, an active site mTOR inhibitor or an non-active site mTOR inhibitor, wherein the antibody of the antibody-drug conjugate specifically binds to a cancer cell antigen that is on the surface of a cancer cell that demonstrates upregulation of the PI3K-AKT-mTOR pathway, and wherein the auristatin is MMAE or MMAF, and the auristatin-based antibody drug conjugate and inhibitor provide a synergistic effect in treatment of the cancer.
An electronic apparatus comprising: a display unit for displaying an object; a touch sensor for detecting a touch of a touch object to the display unit ; a haptic presentation unit ; a load detection unit for detecting a pressure load on a touch face of the touch sensor ; and a control unit configured to start drag processing of the object upon detection of sliding of the touch object originating from the position of a touch to the object by the touch sensor and detection by the load detection unit of a pressure load meeting a predetermined load standard for drag processing, characterized in that : the control unit is further configured to: control the load detection unit to stop detection after the drag processing is started; control the load detection unit to resume load detection when the sliding speed of the touch object fails to meet a predetermined speed standard after the start of the drag processing of the object; control the haptic presentation unit to provide a haptic sensation to the touch object when the pressure load detected by the load detection unit after resuming load detection fails to meet a load standard for presenting the haptic sensation; and end the drag processing upon providing the haptic sensation to the touch object. a display unit for displaying an object; a touch sensor for detecting a touch of a touch object to the display unit ; a haptic presentation unit ; a load detection unit for detecting a pressure load on a touch face of the touch sensor ; and a control unit configured to start drag processing of the object upon detection of sliding of the touch object originating from the position of a touch to the object by the touch sensor and detection by the load detection unit of a pressure load meeting a predetermined load standard for drag processing, characterized in that : the control unit is further configured to: control the load detection unit to stop detection after the drag processing is started; control the load detection unit to resume load detection when the sliding speed of the touch object fails to meet a predetermined speed standard after the start of the drag processing of the object; control the haptic presentation unit to provide a haptic sensation to the touch object when the pressure load detected by the load detection unit after resuming load detection fails to meet a load standard for presenting the haptic sensation; and end the drag processing upon providing the haptic sensation to the touch object. control the load detection unit to stop detection after the drag processing is started; control the load detection unit to resume load detection when the sliding speed of the touch object fails to meet a predetermined speed standard after the start of the drag processing of the object; control the haptic presentation unit to provide a haptic sensation to the touch object when the pressure load detected by the load detection unit after resuming load detection fails to meet a load standard for presenting the haptic sensation; and end the drag processing upon providing the haptic sensation to the touch object.
Fluid connection system comprising a sleeve , a hose , and a fluid connector , said fluid connector comprising at least one rigid body made of a sterilizable biocompatible material, defining a first bore , the rigid body comprising a first endpiece portion for mechanical assembly , said hose comprising a flexible connection portion made of at least partially elastomeric sterilizable biocompatible material, defining a second bore and an end , the flexible connection portion comprising a second portion for mechanical assembly , the fluid connector and the flexible connection portion of the hose being assembled to one another by mechanical engagement in an assembly region of the first endpiece portion and second endpiece portion for mechanical assembly, in an assembly configuration in which the flexible connection portion of the hose surrounds the rigid body , and the first and second bores are in fluid communication with each other, said sleeve being shrunk to be tight on the hose and extending over a provided stiffening region extending over at least a portion of the assembly region , the sleeve extends along a portion of the hose beyond the assembly region , characterized in that the stiffening region extends from the end of the hose and in that the sleeve is thermo-shrinkable and with free movement on the hose and extends from the end of the hose.
A method for providing application extension activation by operating a processing unit coupled to a memory storage, the processing unit being operable to display at least one of a plurality of related documents (210(A)-210(G)), determine whether the displayed at least one document satisfies an extension trigger condition, and in response to determining that the displayed at least one document satisfies an extension trigger condition, display a user interface element associated with an application extension associated with the satisfied extension trigger condition, the method comprising operating the processing unit to: display the at least one of the plurality of related documents (210(A)-210(G)); determine whether the displayed at least one document satisfies a plurality of extension trigger conditions, wherein each of the plurality of extension trigger conditions comprises a priority and is associated with at least one of a plurality of application extensions; and in response to determining that the displayed at least one document satisfies a plurality of extension trigger conditions, display a user interface element associated with an application extension of the plurality of application extensions associated with the extension trigger condition of the satisfied plurality of extension trigger conditions comprising a highest priority.
A spinel-type lithium-manganese-containing complex oxide, which is represented by a general formula [Li x (M1 y M2 z Mn 2-x-y-z )O 4 -δ], where 1 . 00 ≤ x ≤ 1 . 20, 0 . 20 ≤ y ≤ 1.20, 0 < z ≤ 0.5, 0 ≤ δ ≤ 0.2, M1 in the formula represents one or two or more elements selected from the group consisting of Ni, Co, and Fe, and M2 represents one element or a combination of two or more elements selected from the group consisting of Na, Mg, Al, K, Ca, Ti, V, Cr, Cu, Ga, Y, Zr, Nb, Mo, In, Ta, W, Re, and Ce, thereof, wherein, with regard to a D50, a mode diameter, and a D10 according to a measurement of a volume-based particle size distribution obtained via measurements by a laser diffraction scattering-type particle size distribution measurement method as disclosed in the Examples part of the description, a D50 is 0.5 to 9 μm, a value of (|mode diameter-D50|/mode diameter) ×100 is 0 to 25%, wherein |mode diameter-D50| means an absolute value of (mode diameter-D50), a value of (|mode diameter-D10|/mode diameter) ×100 is 20 to 58%, wherein (|mode diameter-D10| means an absolute value of (mode diameter-D10), a ratio of average primary particle diameter/D50, which is calculated from an average primary particle diameter calculated from a SEM (scanning-type electron microscope) image obtained by a SEM and the D50 is 0.20 to 0.99, wherein the average primary particale diameter means a 50% accumulated particle diameter in a volume distribution and is a Heywood diameter which designates an equivalent circle diameter, and a primary particle is a polycrystal.
A lift-truck comprising a load holder arranged movable upwards/downwards in vertical direction and a hydraulic drive comprising at least one hydraulic cylinder arranged to move the load holder and a controller configured to control operation of the lift-truck; wherein the controller is configured to: - determine the velocity (V) of the load holder during vertical movement of the load holder; and characterized in that the controller is further configured to: - determine the dynamic pressure (P cdyn ) in the hydraulic drive at constant velocity (V c ) of the load holder ; - predict the static pressure (P 0 ) in hydraulic drive on basis of the determined dynamic pressure (P cdyn ) and the determined constant velocity (V c ) and; - determine the weight (M load ) of the load on basis of the predicted static pressure (P 0 ). - determine the velocity (V) of the load holder during vertical movement of the load holder; and characterized in that the controller is further configured to: - determine the dynamic pressure (P cdyn ) in the hydraulic drive at constant velocity (V c ) of the load holder ; - predict the static pressure (P 0 ) in hydraulic drive on basis of the determined dynamic pressure (P cdyn ) and the determined constant velocity (V c ) and; - determine the weight (M load ) of the load on basis of the predicted static pressure (P 0 ). - determine the dynamic pressure (P cdyn ) in the hydraulic drive at constant velocity (V c ) of the load holder ; - predict the static pressure (P 0 ) in hydraulic drive on basis of the determined dynamic pressure (P cdyn ) and the determined constant velocity (V c ) and; - determine the weight (M load ) of the load on basis of the predicted static pressure (P 0 ).
A method for scheduling wireless communications by a user equipment, UE , the method comprising: receiving an indication to modify a time domain resource allocation configuration, the time domain resource allocation configuration comprising one or more configurations of time domain resources relative to reception of physical downlink control channel, PDCCH , each of the one or more configurations indicating a scheduling offset indicative of a number of slots offset from the reception of PDCCH; modifying the time domain resource allocation configuration to prevent any configurations being used to indicate a scheduling offset of at least a first value in response to the indication; detecting a first PDCCH in a first slot; processing the first PDCCH to determine a first configuration of the time domain resource allocation configuration indicated in the first PDCCH; determining time domain resources of a second slot based on the determined first configuration, wherein the second slot is different than the first slot; and one of transmitting data on a physical uplink shared channel, PUSCH or receiving data on a physical downlink shared channel, PDSCH in the determined time domain resources of the second slot . receiving an indication to modify a time domain resource allocation configuration, the time domain resource allocation configuration comprising one or more configurations of time domain resources relative to reception of physical downlink control channel, PDCCH , each of the one or more configurations indicating a scheduling offset indicative of a number of slots offset from the reception of PDCCH; modifying the time domain resource allocation configuration to prevent any configurations being used to indicate a scheduling offset of at least a first value in response to the indication; detecting a first PDCCH in a first slot; processing the first PDCCH to determine a first configuration of the time domain resource allocation configuration indicated in the first PDCCH; determining time domain resources of a second slot based on the determined first configuration, wherein the second slot is different than the first slot; and one of transmitting data on a physical uplink shared channel, PUSCH or receiving data on a physical downlink shared channel, PDSCH in the determined time domain resources of the second slot .
A method, comprising: determining, at a user equipment configured with an idle-mode configuration for using a preconfigured uplink resource, that data not associated with the preconfigured uplink resource is to be transmitted or to be received via a radio resource control connection; performing by the user equipment an initial access to a network for the radio resource control connection; transitioning, by the user equipment , from radio resource control idle mode to radio resource control connected mode; and performing, by the user equipment , one of suspending the idle-mode configuration or maintaining the idle-mode configuration, for at least a duration of the radio resource control connected mode. determining, at a user equipment configured with an idle-mode configuration for using a preconfigured uplink resource, that data not associated with the preconfigured uplink resource is to be transmitted or to be received via a radio resource control connection; performing by the user equipment an initial access to a network for the radio resource control connection; transitioning, by the user equipment , from radio resource control idle mode to radio resource control connected mode; and performing, by the user equipment , one of suspending the idle-mode configuration or maintaining the idle-mode configuration, for at least a duration of the radio resource control connected mode.