mhurhangee/patent-ind-claim-en huggingface dataset:
A pump for pumping an abrasive material, the pump comprising: a pump body ; a first seal supported by the pump body; a cylinder sleeve supported by the pump body; a piston at least partially disposed within the pump body and configured to reciprocate along a pump axis (TPA); a first piston sleeve mounted on the piston, wherein the first piston sleeve interfaces with the first seal during reciprocation of the piston; and a piston seal mounted on the piston and interfacing with the cylinder sleeve, wherein the piston seal is an only portion of the piston interfacing with the cylinder sleeve during reciprocation of the piston; characterised in that : the piston includes a proximal rod extending out of the pump body, an intermediate rod connected to the proximal rod, a distal rod connected to the intermediate rod at an opposite end of the intermediate rod from the proximal rod, the first piston sleeve is mounted on the proximal rod, and a second piston sleeve is mounted on the distal rod; and the intermediate rod interfaces with the first piston sleeve and does not interface with the second piston sleeve . a pump body ; a first seal supported by the pump body; a cylinder sleeve supported by the pump body; a piston at least partially disposed within the pump body and configured to reciprocate along a pump axis (TPA); a first piston sleeve mounted on the piston, wherein the first piston sleeve interfaces with the first seal during reciprocation of the piston; and a piston seal mounted on the piston and interfacing with the cylinder sleeve, wherein the piston seal is an only portion of the piston interfacing with the cylinder sleeve during reciprocation of the piston; characterised in that : the piston includes a proximal rod extending out of the pump body, an intermediate rod connected to the proximal rod, a distal rod connected to the intermediate rod at an opposite end of the intermediate rod from the proximal rod, the first piston sleeve is mounted on the proximal rod, and a second piston sleeve is mounted on the distal rod; and the intermediate rod interfaces with the first piston sleeve and does not interface with the second piston sleeve . the piston includes a proximal rod extending out of the pump body, an intermediate rod connected to the proximal rod, a distal rod connected to the intermediate rod at an opposite end of the intermediate rod from the proximal rod, the first piston sleeve is mounted on the proximal rod, and a second piston sleeve is mounted on the distal rod; and the intermediate rod interfaces with the first piston sleeve and does not interface with the second piston sleeve .
An injection mold for encapsulating a substrate , the injection mold comprising: a lower mold component ; an upper mold component adapted to form an encapsulation mold cavity at an edge of the substrate when the upper mold component engages the lower mold component, wherein the lower mold component comprises a substrate support and wherein the upper mold component comprises a recess ; a tiltable insert sized and shaped to slide within the recess and having a substrate-contacting surface defining an area of the substrate contacted by the insert, the insert adapted to tilt within the recess relative to the upper and lower mold components to tiltably cooperate with the upper mold component to form a seal for the encapsulation mold cavity; characterized in that the injection mold comprises a plurality of pressure-exerting actuators each comprising a pressure coupling member, optionally tiltable in response to tilting of the insert, to contact the insert and each actuator being configured to independently apply pressure on the substrate via the insert, wherein the plurality of pressure-exerting actuators are adapted to equilibrate a total predetermined pressure exerted by the insert substantially evenly across the area of the substrate-contacting surface in response to local variations in thickness of the substrate thereby providing a tilting positional adjustment of the insert to compensate said variations. a lower mold component ; an upper mold component adapted to form an encapsulation mold cavity at an edge of the substrate when the upper mold component engages the lower mold component, wherein the lower mold component comprises a substrate support and wherein the upper mold component comprises a recess ; a tiltable insert sized and shaped to slide within the recess and having a substrate-contacting surface defining an area of the substrate contacted by the insert, the insert adapted to tilt within the recess relative to the upper and lower mold components to tiltably cooperate with the upper mold component to form a seal for the encapsulation mold cavity; characterized in that the injection mold comprises a plurality of pressure-exerting actuators each comprising a pressure coupling member, optionally tiltable in response to tilting of the insert, to contact the insert and each actuator being configured to independently apply pressure on the substrate via the insert, wherein the plurality of pressure-exerting actuators are adapted to equilibrate a total predetermined pressure exerted by the insert substantially evenly across the area of the substrate-contacting surface in response to local variations in thickness of the substrate thereby providing a tilting positional adjustment of the insert to compensate said variations.
A solid-state solar cell comprising a conducting support layer and a surface-increasing scaffold structure , a protective layer, one or more organic-inorganic perovskite layers , and a counter electrode and/or metal layer , wherein the one or more organic-inorganic perovskite layers is provided on the protective layer being on said surface-increasing scaffold structure , and wherein a counter electrode and/or metal layer is provided in electric contact with said perovskite layer, characterized in that said solid state solar cell lacks a separate, non-perovskite hole transporting material layer between said one or more perovskite layers and said counter electrode and/or metal layer ; in that the one or more organic-inorganic perovskite layers comprise a perovskite structure functioning as a sensitizer and as a hole conductor; and in that the protective layer is a metal oxide layer comprising a material selected from Mg-oxide, Hf-oxide, Ga-oxide, In-oxide, Nb-oxide, Ti-oxide, Ta-oxide, Y-oxide and Zr-oxide and has a thickness of not more than 1 nm.
A walking type tiller comprising a main transmission case which houses a main speed change mechanism that transmits a driving power from a sub-speed change mechanism to a tilling device in a manner to be capable of changing speed, the walking type tiller comprising: a sealing type sub-transmission case which houses the sub-speed change mechanism that transmits the driving power transmitted from a belt drive mechanism driven by an engine to the main speed change mechanism in a manner to be capable of changing speed, an oil seal which is arranged on circumference of an output shaft of the sub-transmission case , and an oil seal which is arranged on circumference of a tip part of an input shaft of the main transmission case , characterized in that the output shaft of the sub-transmission case is spline-coupled to the input shaft of the main transmission case , and the sub-transmission case is configured attachably to and detachably from the main transmission case . a sealing type sub-transmission case which houses the sub-speed change mechanism that transmits the driving power transmitted from a belt drive mechanism driven by an engine to the main speed change mechanism in a manner to be capable of changing speed, an oil seal which is arranged on circumference of an output shaft of the sub-transmission case , and an oil seal which is arranged on circumference of a tip part of an input shaft of the main transmission case , characterized in that the output shaft of the sub-transmission case is spline-coupled to the input shaft of the main transmission case , and the sub-transmission case is configured attachably to and detachably from the main transmission case .
A method performed by a user equipment, UE , the method comprising: receiving (S110) reference signals corresponding to a transmitting beam by using at least two receiving beams; identifying (S110) reference signal receiving power, RSRP, of each receiving beam; analyzing (S120) each RSRP by a machine learning model; and identifying (S130) a beam management operation corresponding to the transmitting beam according to a result of the analyzing, wherein the at least two receiving beams comprise a first receiving beam having a first beam coverage, and a second receiving beam having a second beam coverage including the first beam coverage of the first receiving beam. receiving (S110) reference signals corresponding to a transmitting beam by using at least two receiving beams; identifying (S110) reference signal receiving power, RSRP, of each receiving beam; analyzing (S120) each RSRP by a machine learning model; and identifying (S130) a beam management operation corresponding to the transmitting beam according to a result of the analyzing, wherein the at least two receiving beams comprise a first receiving beam having a first beam coverage, and a second receiving beam having a second beam coverage including the first beam coverage of the first receiving beam.
Method for arranging elongated elements to be used in a process for building tyres for vehicle wheels, comprising: simultaneously winding a first elongated element and a second elongated element of a first type, respectively, on a first winding support and on a second winding support by arranging the first elongated element in a first axial position (P11) on the first winding support and the second elongated element in a first axial position (P12) on the second winding support , wherein the first elongated element and the second elongated element of the first type are the same as each other; simultaneously winding a third elongated element and a fourth elongated element of a second type respectively on said first winding support and on said second winding support by arranging the third elongated element on the first winding support in a second axial position (P21) different from the first axial position (P11) and the fourth elongated element on the second winding support in a second axial position (P22) different from the first axial position (P12), wherein the elongated elements of the second type are the same as each other and are different from the elongated elements of the first type. simultaneously winding a first elongated element and a second elongated element of a first type, respectively, on a first winding support and on a second winding support by arranging the first elongated element in a first axial position (P11) on the first winding support and the second elongated element in a first axial position (P12) on the second winding support , wherein the first elongated element and the second elongated element of the first type are the same as each other; simultaneously winding a third elongated element and a fourth elongated element of a second type respectively on said first winding support and on said second winding support by arranging the third elongated element on the first winding support in a second axial position (P21) different from the first axial position (P11) and the fourth elongated element on the second winding support in a second axial position (P22) different from the first axial position (P12), wherein the elongated elements of the second type are the same as each other and are different from the elongated elements of the first type.
Method for treating a mixture comprising at least a first phase and a second phase which cannot be mixed with one another, the method comprising the steps of: - circulating the mixture in a tube comprising a wall and extending between an inlet portion and an outlet portion , the tube having a polygonal section, and - applying vibratory energy to the mixture by means of a plurality of transducers arranged on the wall of the tube and operating at a frequency greater than 900 kHz, the vibratory energy making it possible to disperse the first phase in the second phase , the transducers being arranged in a plurality of positions forming a plurality of successive treatment stages along the tube , characterized in that each stage comprises at most one transducer on each surface of the polygonal section; in that , at least in one stage, the active transducers are not evenly distributed over the circumference of the tube ; in that there are at least two transducers per stage; in that there are stages having two transducers and stages having three transducers; and in that the number of transducers in 50% to 75% of stages is two. - circulating the mixture in a tube comprising a wall and extending between an inlet portion and an outlet portion , the tube having a polygonal section, and - applying vibratory energy to the mixture by means of a plurality of transducers arranged on the wall of the tube and operating at a frequency greater than 900 kHz, the vibratory energy making it possible to disperse the first phase in the second phase , the transducers being arranged in a plurality of positions forming a plurality of successive treatment stages along the tube , in that , at least in one stage, the active transducers are not evenly distributed over the circumference of the tube ; in that there are at least two transducers per stage; in that there are stages having two transducers and stages having three transducers; and in that the number of transducers in 50% to 75% of stages is two.
Console device for a cockpit device , in particular for commercial vehicles, wherein the console device is arranged along a width axis Y' substantially centrally to the cockpit device and is displaceable along a longitudinal axis X' relative to the cockpit device , wherein a base body of the console device can be arranged on a vehicle body by means of a rail apparatus , wherein the rail apparatus comprises at least one arresting device which arrests a displacement of the console device in a standby state, characterised in that the rail apparatus comprises at least one rail device which has a substantially U-shaped slide rail and a substantially U-shaped stationary rail , wherein the slide rail at least partially engages around the stationary rail and is displaceable relative to the stationary rail , wherein at least one bearing element is arranged between the slide rail and the stationary rail , wherein at least one toothed rack is provided on the stationary rail , wherein the toothed rack has a plurality of teeth and outwardly open locking openings arranged between the teeth.
A die setting apparatus for a ceramic core , the die setting apparatus comprising: a first setter abuttable with a first side of the ceramic core and comprising two or more first setter pieces respectively arranged to form one or more first gaps ; and a second setter abuttable with a second side of the ceramic core opposite the first side and comprising two or more second setter pieces respectively arranged to form one or more second gaps , each of the one or more first and second gaps is oriented to thermally expand or contract in correspondence with the thermal expansion or contraction of the ceramic core during a firing process thereof, and the die setting apparatus further comprising at least one of thermal expansion and contraction material disposable to drive a thermal expansion or contraction of one or more of the one or more first and second gaps, wherein the thermal expansion material is disposed within the one or more of the one or more first and second gaps , and the thermal contraction material is disposed at an exterior of the one or more of the one or more first and second gaps. a first setter abuttable with a first side of the ceramic core and comprising two or more first setter pieces respectively arranged to form one or more first gaps ; and a second setter abuttable with a second side of the ceramic core opposite the first side and comprising two or more second setter pieces respectively arranged to form one or more second gaps , each of the one or more first and second gaps is oriented to thermally expand or contract in correspondence with the thermal expansion or contraction of the ceramic core during a firing process thereof, and the die setting apparatus further comprising at least one of thermal expansion and contraction material disposable to drive a thermal expansion or contraction of one or more of the one or more first and second gaps, wherein the thermal expansion material is disposed within the one or more of the one or more first and second gaps , and the thermal contraction material is disposed at an exterior of the one or more of the one or more first and second gaps.
A method for wireless communication, comprising: identifying a plurality of sub-channels in a shared radio frequency spectrum band; performing a first Clear Channel Assessment, CCA, on the plurality of sub-channels based at least in part on a CCA threshold; determining a first subset of sub-channels of the plurality of sub-channels as potential sub-channels based on the first CCA; determining a scalable bandwidth of a carrier based at least in part on a bandwidth associated with the first subset of sub-channels; and communicating over the scalable bandwidth of the carrier using the bandwidth associated with the first subset of sub-channels in the shared radio frequency spectrum band. identifying a plurality of sub-channels in a shared radio frequency spectrum band; performing a first Clear Channel Assessment, CCA, on the plurality of sub-channels based at least in part on a CCA threshold; determining a first subset of sub-channels of the plurality of sub-channels as potential sub-channels based on the first CCA; determining a scalable bandwidth of a carrier based at least in part on a bandwidth associated with the first subset of sub-channels; and communicating over the scalable bandwidth of the carrier using the bandwidth associated with the first subset of sub-channels in the shared radio frequency spectrum band.
A multi-mode speech or audio codec comprising means for formatting a payload for transmission of multi-mode speech codec data or multi-mode audio codec data, said means being configured to: - decide based on a codec mode and a bit rate whether a header-less or a header-full payload format is used, wherein if the header-full payload format with a payload header is used the payload header comprises signaling information, wherein the signaling information is associated with at least one of: a codec mode identification, a bit rate, a mode adaptation, a codec mode request, an audio bandwidth, a codec internal mode and frame aggregation; and - packetize an RTP payload data with or without the payload header depending on the decision. - decide based on a codec mode and a bit rate whether a header-less or a header-full payload format is used, wherein if the header-full payload format with a payload header is used the payload header comprises signaling information, wherein the signaling information is associated with at least one of: a codec mode identification, a bit rate, a mode adaptation, a codec mode request, an audio bandwidth, a codec internal mode and frame aggregation; and - packetize an RTP payload data with or without the payload header depending on the decision.
An end-user device associated with a service plan having a limit on usage of one or more network services, the end-user device comprising: memory ; a user interface ; a communication interface ; and one or more processors , further characterized in that : the memory is configured to store, for each of a plurality of notification trigger indices, a notification message sequence comprising one or more respective notification actions corresponding to that notification trigger index, and wherein for at least one of the notification trigger indices, the notification message sequence comprises a plurality of notification actions corresponding to that notification trigger index; the one or more processors are configured to execute one or more machine-executable instructions that, when executed by the one or more processors, cause the one or more processors to: perform an end-user device action that reflects a past or intended use of the one or more network services, receive through the communication interface, from a network element in response to the end-user device action, at least a first one of the notification trigger indices; retrieve from the memory the notification message sequence comprising one or more respective notification actions corresponding to the received notification trigger index; and perform the one or more retrieved notification actions, wherein at least one of the retrieved notification actions comprises presenting a notification message through the user interface, wherein at least a portion of the notification message was obtained separate from the received notification trigger index. memory ; a user interface ; a communication interface ; and one or more processors , the memory is configured to store, for each of a plurality of notification trigger indices, a notification message sequence comprising one or more respective notification actions corresponding to that notification trigger index, and wherein for at least one of the notification trigger indices, the notification message sequence comprises a plurality of notification actions corresponding to that notification trigger index; the one or more processors are configured to execute one or more machine-executable instructions that, when executed by the one or more processors, perform an end-user device action that reflects a past or intended use of the one or more network services, receive through the communication interface, from a network element in response to the end-user device action, at least a first one of the notification trigger indices; retrieve from the memory the notification message sequence comprising one or more respective notification actions corresponding to the received notification trigger index; and perform the one or more retrieved notification actions, wherein at least one of the retrieved notification actions comprises presenting a notification message through the user interface, wherein at least a portion of the notification message was obtained separate from the received notification trigger index.
A system for detecting prohibited items contained in luggage, comprising : a carriage defining a housing , the carriage comprising a bottom wall configured to receive a piece of luggage (B), at least one side wall comprising a bottom portion connected to the bottom wall and a top portion opposite the bottom portion and forming a through opening, the bottom wall and the at least one side wall together defining the housing, and characterised by the fact that it includes : examination means comprising at least one set of microwave transducers , said microwave transducers being located at the top of the at least one side wall so that introduction of the baggage (B) into the housing induces relative movement between the baggage (B) and the examination means and hence automatic scanning of the baggage (B) by the examination means . a carriage defining a housing , the carriage comprising a bottom wall configured to receive a piece of luggage (B), at least one side wall comprising a bottom portion connected to the bottom wall and a top portion opposite the bottom portion and forming a through opening, the bottom wall and the at least one side wall together defining the housing, and characterised by the fact that it includes : examination means comprising at least one set of microwave transducers , said microwave transducers being located at the top of the at least one side wall so that introduction of the baggage (B) into the housing induces relative movement between the baggage (B) and the examination means and hence automatic scanning of the baggage (B) by the examination means .