mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed in a 5G cellular communications system comprising a gNB Radio Access Node, RAN, an Access and Mobility Management Function, AMF and a Service Capability Server/ Application Server, SCS/AS, the SCS/AS subscribing to the AMF for a UE reachability report through a Namf_EventExposure_Subscriber Request service operation , when there is pending downlink data towards the UE, the gNB RAN being adapted for receiving from the AMF, a N2 Notification Request to retrieve UE reachability information, the gNB RAN, if the UE is in RRC inactive state and not currently reachable, responding back to the AMF indicating the UE is not reachable, the gNB RAN moreover being adapted for indicating if RAN paging is scheduled, if RAN paging is scheduled, the gNB RAN scheduling RAN paging for a time at which the UE will be reachable, such as at a next possible paging occasion for the UE , the gNB RAN moreover marking that AMF is to be notified when UE contacts the network next time, if the UE is still in RRC inactive state the gNB RAN performing paging , either scheduled RAN paging or paging triggered by an AMF N2 Notification Request, upon the UE being RRC connected and reachable, the gNB RAN reporting to the AMF that the UE is RRC connected and reachable, receiving and forwarding downlink data to the UE. the SCS/AS subscribing to the AMF for a UE reachability report through a Namf_EventExposure_Subscriber Request service operation , when there is pending downlink data towards the UE, the gNB RAN being adapted for receiving from the AMF, a N2 Notification Request to retrieve UE reachability information, the gNB RAN, if the UE is in RRC inactive state and not currently reachable, responding back to the AMF indicating the UE is not reachable, the gNB RAN moreover being adapted for indicating if RAN paging is scheduled, if RAN paging is scheduled, the gNB RAN scheduling RAN paging for a time at which the UE will be reachable, such as at a next possible paging occasion for the UE , the gNB RAN moreover marking that AMF is to be notified when UE contacts the network next time, if the UE is still in RRC inactive state the gNB RAN performing paging , either scheduled RAN paging or paging triggered by an AMF N2 Notification Request, upon the UE being RRC connected and reachable, the gNB RAN reporting to the AMF that the UE is RRC connected and reachable, receiving and forwarding downlink data to the UE.
Cosmetic brush , comprising a grip body having at least a housing seat made dimensionally accurate for a plurality of hairs adapted to take, apply and spread cosmetic products on a user, characterized in that said plurality of hairs is composed of hairs having the same length and is divided into: - a first group of hairs adjacent to one another and fitted dimensionally accurate in said housing seat and defining a convex and substantially hemispherical spreading surface which is adapted to spread said cosmetic products on said user; - a second group of hairs adjacent to one another and inserted in said first group of hairs , defining a taking and application surface which is protruding with respect to said spreading surface and has a substantially pointed shape and is suitable for taking said cosmetic products and for their point-like application on said user. - a first group of hairs adjacent to one another and fitted dimensionally accurate in said housing seat and defining a convex and substantially hemispherical spreading surface which is adapted to spread said cosmetic products on said user; - a second group of hairs adjacent to one another and inserted in said first group of hairs , defining a taking and application surface which is protruding with respect to said spreading surface and has a substantially pointed shape and is suitable for taking said cosmetic products and for their point-like application on said user.
A turbomachine comprising: a turbomachine engine case ; a geared architecture ; a geared architecture support member ; and a geared architecture support assembly, comprising: a less compliant portion (78; 104) secured relative to the turbomachine engine case ; and a more compliant portion (82; 108) secured relative to the turbomachine engine case and the geared architecture , wherein the less compliant portion (78; 104) includes a stop (88; 128) that limits axial movement of the geared architecture relative to the engine case , and includes separate sections distributed circumferentially about an axis of the turbomachine , characterized in that : each of the separate sections includes radially extending portions that are configured to extend radially past the geared architecture support member that moves with the geared architecture . a turbomachine engine case ; a geared architecture ; a geared architecture support member ; and a geared architecture support assembly, comprising: a less compliant portion (78; 104) secured relative to the turbomachine engine case ; and a more compliant portion (82; 108) secured relative to the turbomachine engine case and the geared architecture , a less compliant portion (78; 104) secured relative to the turbomachine engine case ; and a more compliant portion (82; 108) secured relative to the turbomachine engine case and the geared architecture , wherein the less compliant portion (78; 104) includes a stop (88; 128) that limits axial movement of the geared architecture relative to the engine case , and includes separate sections distributed circumferentially about an axis of the turbomachine , characterized in that : each of the separate sections includes radially extending portions that are configured to extend radially past the geared architecture support member that moves with the geared architecture .
A process for calibrating a multi-view display in a viewing region, wherein the multi-view display comprises a plurality of multi-view pixels, each of which being capable of emitting a plurality of beamlets of light, wherein, each beamlet from any one multi-view pixel is emitted in a unique direction and the intensity and color thereof is independently controllable, the process comprising synchronously calibrating more than one of the multi-view pixels by: synchronously flashing the beamlets of each of more than one of the multi-view pixels, wherein each beamlet is flashed in a unique pattern, said unique pattern thereby identifying the associated beamlet; detecting, or not detecting, at a light detector situated at a first viewing location in the viewing region, flashes from the more than one multi-view pixels; identifying which one beamlet from each one of the more than one multi-view pixels has been detected by the light detector via the unique patterns of flashes; and recording, in a storage medium, a respective relationship between each detected beamlet and the first viewing location. synchronously flashing the beamlets of each of more than one of the multi-view pixels, wherein each beamlet is flashed in a unique pattern, said unique pattern thereby identifying the associated beamlet; detecting, or not detecting, at a light detector situated at a first viewing location in the viewing region, flashes from the more than one multi-view pixels; identifying which one beamlet from each one of the more than one multi-view pixels has been detected by the light detector via the unique patterns of flashes; and recording, in a storage medium, a respective relationship between each detected beamlet and the first viewing location.
One-piece mould element intended for a mould for the manufacturing of containers by blowing or drawing and blowing from blanks made of plastic material, this mould element comprising a one-piece moulding wall having a relief moulding face with the imprint of at least a part of a container, the moulding wall being pierced with at least one decompression vent emerging, through an internal opening , on the moulding face , this mould element being characterized in that the opening takes the form of a slot.
A refrigerator comprising: a storage chamber ; a drawer configured to be inserted to or withdrawn from the storage chamber ; a cover configured to cover an upper part of the drawer ; and a rail device configured to guide the drawer to slide in a front-rear direction with respect to the cover and to allow the cover to be moved upward with respect to the drawer at an inside of the storage chamber when the drawer is withdrawn, wherein the rail device comprises: first rollers provided in a front of the cover ; second rollers provided in a rear of the drawer ; first rails provided on opposite outer side surfaces of the drawer in the front-rear direction to support movement of the first rollers ; and second rails provided on opposite inner side surfaces of the cover in the front-rear direction to support movement of the second rollers , and wherein the cover is spaced apart from an upper side of the drawer in an upward direction when the drawer is withdrawn. a storage chamber ; a drawer configured to be inserted to or withdrawn from the storage chamber ; a cover configured to cover an upper part of the drawer ; and a rail device configured to guide the drawer to slide in a front-rear direction with respect to the cover and to allow the cover to be moved upward with respect to the drawer at an inside of the storage chamber when the drawer is withdrawn, wherein the rail device comprises: first rollers provided in a front of the cover ; second rollers provided in a rear of the drawer ; first rails provided on opposite outer side surfaces of the drawer in the front-rear direction to support movement of the first rollers ; and second rails provided on opposite inner side surfaces of the cover first rollers provided in a front of the cover ; second rollers provided in a rear of the drawer ; first rails provided on opposite outer side surfaces of the drawer in the front-rear direction to support movement of the first rollers ; and second rails provided on opposite inner side surfaces of the cover in the front-rear direction to support movement of the second rollers , and wherein the cover is spaced apart from an upper side of the drawer in an upward direction when the drawer is withdrawn.
An inspection system for inspecting an amount of dielectric particles contained in a sample liquid, the inspection system comprising: a dielectric collection unit including at least one pair (CH2) of electrodes and a flow channel extending in a predetermined direction on the pair (CH2) of electrodes ; a pump unit configured to feed the sample liquid to follow the flow channel in the predetermined direction; and an AC voltage supply unit configured to supply, to the pair (CH2) of electrodes , an AC voltage with a predetermined frequency to cause dielectrophoresis for dielectric particles in the fed sample liquid, wherein the dielectric collection unit includes a plurality of slits (Rs) between the pair (CH2) of electrodes , wherein the plurality of slits (Rs) are arranged at predetermined intervals in the predetermined direction, and wherein each of the plurality of slits (Rs) is separated from each other within the flow channel and the system further comprises an imaging unit configured to capture an image of a predetermined region (Rc) in which the plurality of slits (Rs) are aligned in the dielectric collection unit ; and an image analysis unit configured to analyze an image captured by the imaging unit , characterized in that the image analysis unit is configured to count saturated slits among the captured slits, the saturated slits being slits filled with the dielectric particles in turn from the upstream. a dielectric collection unit including at least one pair (CH2) of electrodes and a flow channel extending in a predetermined direction on the pair (CH2) of electrodes ; a pump unit configured to feed the sample liquid to follow the flow channel in the predetermined direction; and an AC voltage supply unit configured to supply, to the pair (CH2) of electrodes , an AC voltage with a predetermined frequency to cause dielectrophoresis for dielectric particles in the fed sample liquid, wherein the dielectric collection unit includes a plurality of slits (Rs) between the pair (CH2) of electrodes , wherein the plurality of slits (Rs) are arranged at predetermined intervals in the predetermined direction, and wherein each of the plurality of slits (Rs) is separated from each other within the flow channel and the system further comprises an imaging unit configured to capture an image of a predetermined region (Rc) in which the plurality of slits (Rs) are aligned in the dielectric collection unit ; and an image analysis unit configured to analyze an image captured by the imaging unit , characterized in that the image analysis unit is configured to count saturated slits among the captured slits, the saturated slits being slits filled with the dielectric particles in turn from the upstream.
An optical coherence tomography system for ocular diagnosis, comprising: a light source unit generating and transmitting light (L); a light distribution unit dividing the transmitted light (L) into a first light (L1) and a second light (L2); a reference arm generating a first reference light (RL1) and a second reference light (RL2), whose optical path length is larger than that of the first reference light (RL1), from the first light (L1); a sample arm irradiating the second light (L2) along a central optical axis (OA) directed towards the central portion of the eye lens EL) to generate a first measurement light (SL1) and irradiating the second light (L2) onto the eye lens (EL) in an oblique direction inclined with respect to the central optical axis (OA) at a time different from the time when the first measurement light (SL1) is generated, to generate a second measurement light (SL2); an interference unit allowing the first reference light (RL1) to interfere with the first measurement light (SL1) and the second reference light (RL2) to interfere with the second measurement light (SL2) to generate corresponding interference signals; and a detection unit converting the interference signals into electrical signals, characterized in that the sample arm comprises: a sample arm collimator connected to one end of an optical fiber through which the second light (L2) from the light distribution unit is transmitted; a sample arm scanning mirror continuously changing the direction of propagation of the second light (L2) exiting from the sample arm collimator ; a first scanning lens through which the second light (L2) reflected from the sample arm scanning mirror is transmitted and whose curved central portion is arranged on the central optical axis (OA); a first outwardly reflective mirror arranged between a curved peripheral portion surrounding the curved central portion of the first scanning lens and the eye lens (EL) to reflect the second light (L2) transmitted through the curved peripheral portion in a lateral direction outward from the eye lens (EL); and a first reflection system reflecting the second light (L2) reflected from the first outwardly reflective mirror in a first oblique direction toward the eye lens (EL) from the outside of the eye lens (EL).
Method to determine a status for a compressor engagement, wherein a compressor is selectively engagable to a first engine with the use of a clutch , characterised in that the method comprises, when a signal relating to the engagement of said compressor is emitted: - detecting an engine speed change of said first engine , - through the use of said detected engine speed change, determining a representation of an engagement and/or disengagement time at engagement and/or disengagement of said compressor, - comparing said representation of an engagement and/or disengagement time (T ink ) with a first time (T lim ), and - determining a status for said compressor engagement based on said comparison. - detecting an engine speed change of said first engine , - through the use of said detected engine speed change, determining a representation of an engagement and/or disengagement time at engagement and/or disengagement of said compressor, - comparing said representation of an engagement and/or disengagement time (T ink ) with a first time (T lim ), and - determining a status for said compressor engagement based on said comparison.
A system for continuously preparing furfural using an acid-containing pentose solution wherein the acid is selected from at least one of sulphuric acid, hydrochloric acid, phosphoric acid or nitric acid, and the acid has a concentration of 0.1% to 10% by weight, wherein the system comprises: a stripping reaction column comprising, at the top, a vapor outlet and a first raw material inlet, and at the bottom, a stripping vapor inlet and an acid solution outlet; wherein the first raw material inlet is for receiving the acid-containing pentose solution of a first temperature as a raw material for performing a dehydration/cyclization reaction, the stripping vapor inlet is for receiving a stripping vapor of a second temperature, the vapor outlet is for supplying a furfural-containing vapor obtained from the reaction, and the acid solution outlet is for extracting an acid solution from the bottom of the column; a separation unit connected to the vapor outlet, for neutralizing acids in the furfural-containing vapor and separating the resulting salt from the furfural-containing vapor to provide a furfural-containing vapor with a reduced acid content; and a purification unit for purifying the resulting furfural. a stripping reaction column comprising, at the top, a vapor outlet and a first raw material inlet, and at the bottom, a stripping vapor inlet and an acid solution outlet; wherein the first raw material inlet is for receiving the acid-containing pentose solution of a first temperature as a raw material for performing a dehydration/cyclization reaction, the stripping vapor inlet is for receiving a stripping vapor of a second temperature, the vapor outlet is for supplying a furfural-containing vapor obtained from the reaction, and the acid solution outlet is for extracting an acid solution from the bottom of the column; a separation unit connected to the vapor outlet, for neutralizing acids in the furfural-containing vapor and separating the resulting salt from the furfural-containing vapor to provide a furfural-containing vapor with a reduced acid content; and a purification unit for purifying the resulting furfural.
A medical pump for use with a cassette , comprising: a chassis having a fixed seat thereon; a carriage connected to the chassis and having an opening therein adapted to receive a cassette , the opening forming a footing which restricts movement of the cassette within the carriage, the carriage being movable inwardly with respect to the chassis from an open position wherein the carriage is spaced from the fixed seat to a closed position to engage the cassette to the fixed seat; and an actuator assembly connected to the carriage having a cam element having a cam surface that is engaged by a cam follower such that as the cam follower moves along the cam surface the carriage moves between the closed position and the opened position, characterized in that the cam follower is rotatably connected to a handle via a lever bearing , the lever bearing has a radial opening and a spoke and the handle has an engagement member disposed through the radial opening wherein in a first position the engagement member does not contact the spoke and in a second position when the handle is rotated the engagement member engages the spoke to rotate the lever bearing and the cam follower. a chassis having a fixed seat thereon; a carriage connected to the chassis and having an opening therein adapted to receive a cassette , the opening forming a footing which restricts movement of the cassette within the carriage, the carriage being movable inwardly with respect to the chassis from an open position wherein the carriage is spaced from the fixed seat to a closed position to engage the cassette to the fixed seat; and an actuator assembly connected to the carriage having a cam element having a cam surface that is engaged by a cam follower such that as the cam follower moves along the cam surface the carriage moves between the closed position and the opened position, characterized in that the cam follower is rotatably connected to a handle via a lever bearing , the lever bearing has a radial opening and a spoke and the handle has an engagement member disposed through the radial opening wherein in a first position the engagement member does not contact the spoke and in a second position when the handle is rotated the engagement member engages the spoke to rotate the lever bearing and the cam follower.
A biomethanol production installation, comprising: - a boiler fed with biomass, said boiler producing a stream of exhaust gases, - a carbon capture module operatively connected with the boiler, capturing CO 2 from said stream of exhaust gases, - an electrolysers module electrically connected with a renewable power source , wherein said electrolyser module comprises at least: - a solid oxide co-electrolyser fed with at least part of the captured CO 2 and steam, producing a flow of syngas , - a solid oxide electrolyser fed with steam, producing a first flow of hydrogen , - a proton exchange membrane (PEM) electrolyser fed with water and producing a second flow of hydrogen , - an alkaline electrolyser fed with water and producing a third flow of hydrogen , - a methanol synthesis reactor fed with the flow of syngas and with the flows of hydrogen which in turn are priorly mixed with at least part of the captured CO 2 in the carbon capture module . - a boiler fed with biomass, said boiler producing a stream of exhaust gases, - a carbon capture module operatively connected with the boiler, capturing CO 2 from said stream of exhaust gases, - an electrolysers module electrically connected with a renewable power source , wherein said electrolyser module comprises at least: - a solid oxide co-electrolyser fed with at least part of the captured CO 2 and steam, producing a flow of syngas , - a solid oxide electrolyser fed with steam, producing a first flow of hydrogen , - a proton exchange membrane (PEM) electrolyser fed with water and producing a second flow of hydrogen , - an alkaline electrolyser fed with water and producing a third flow of hydrogen , - a solid oxide co-electrolyser fed with at least part of the captured CO 2 and steam, producing a flow of syngas , - a solid oxide electrolyser fed with steam, producing a first flow of hydrogen , - a proton exchange membrane (PEM) electrolyser fed with water and producing a second flow of hydrogen , - an alkaline electrolyser fed with water and producing a third flow of hydrogen , - a methanol synthesis reactor fed with the flow of syngas and with the flows of hydrogen which in turn are priorly mixed with at least part of the captured CO 2 in the carbon capture module .