mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine engine nacelle including an aft section comprising: an aerodynamic track fairing assembly positionable on the aft section of the nacelle , the aerodynamic track fairing assembly being positionable against an aft end of an engine pylon and comprising: an upper section extending toward an aft end of the aft section of the nacelle , the upper section including an upper section end ; a bottom section extending toward the aft end of the aft section of the nacelle , the bottom section including a bottom section end , and a bottom section interior surface ; wherein the upper section end is affixed to bottom section end to form a track cavity between the upper section and the bottom section ; a fairing fitting disposed within the track cavity and affixed to the bottom section interior surface ; and a pylon fitting affixed to the engine pylon , wherein the pylon fitting is disposed within the track cavity and located adjacent to the fairing fitting . an upper section extending toward an aft end of the aft section of the nacelle , the upper section including an upper section end ; a bottom section extending toward the aft end of the aft section of the nacelle , the bottom section including a bottom section end , and a bottom section interior surface ; wherein the upper section end is affixed to bottom section end to form a track cavity between the upper section and the bottom section ; a fairing fitting disposed within the track cavity and affixed to the bottom section interior surface ; and a pylon fitting affixed to the engine pylon , wherein the pylon fitting is disposed within the track cavity and located adjacent to the fairing fitting .
Safety catch device for an elevator system , comprising a movable braking element that can be adjusted for a braking procedure in a pressing direction toward a counter surface , in the assembled state, a rail being arranged between the braking element and the counter surface , a guide arrangement being provided for the braking element , the guide arrangement comprising a guide surface and an individual guide roller unit , the guide roller unit interacting with the guide surface such that, if an adjustment of the braking element occurs in a brake action direction , adjustment of the braking element likewise occurs in the pressing direction , the pressing direction being perpendicular to the brake action direction and the guide roller unit rolling on the guide surface during the braking procedure, characterized in that the guide surface is configured such that a transformation of the adjustment of the braking element occurring in the brake action direction into the adjustment of the braking element occurring in the pressing direction decreasingly occurs.
A system for suppressing message flooding during access node-gateway, AN-GW , unavailability and/or after AN-GW restoration, the system comprising: a network node including at least one processor (300, 508, or 700) and a memory , wherein the network node comprises a policy and charging enforcement function, PCEF ; the network node including an interface (308, 500, or 706) for receiving an indication of unavailability of an AN-GW ; an AN-GW status maintainer implemented by the at least one processor for maintaining, in the memory , a node-level AN-GW status indicator indicating availability or unavailability of the AN-GW and setting the node-level AN-GW status indicator to unavailable in response to receiving the indication of unavailability of the AN-GW ; and an AN-GW status checker implemented by the at least one processor for checking status of the AN-GW using the node-level AN-GW status indicator and suppressing, based on the status of the AN-GW determined from the node-level AN-GW status indicator , messaging for plural sessions involving the AN-GW , wherein the AN-GW status checker suppresses messaging towards a PCRF for the sessions involving the AN-GW , and wherein the PCEF receives an indication of restoration of the AN-GW , resets the AN-GW status indicator to indicate availability of the AN-GW , informs the PCRF of the restoration of the AN-GW , and, after receiving confirmation from the PCRF of successful communication of restoration of the AN-GW to the PCRF , suppresses sending of notification of the restoration of the AN-GW for at least some sessions involving the AN-GW . a network node including at least one processor (300, 508, or 700) and a memory , wherein the network node comprises a policy and charging enforcement function, PCEF ; the network node including an interface (308, 500, or 706) for receiving an indication of unavailability of an AN-GW ; an AN-GW status maintainer implemented by the at least one processor for maintaining, in the memory , a node-level AN-GW status indicator indicating availability or unavailability of the AN-GW and setting the node-level AN-GW status indicator to unavailable in response to receiving the indication of unavailability of the AN-GW ; and an AN-GW status checker implemented by the at least one processor for checking status of the AN-GW using the node-level AN-GW status indicator and suppressing, based on the status of the AN-GW determined from the node-level AN-GW status indicator , messaging for plural sessions involving the AN-GW , wherein the AN-GW status checker suppresses messaging towards a PCRF for the sessions involving the AN-GW , and wherein the PCEF receives an indication of restoration of the AN-GW , resets the AN-GW status indicator to indicate availability of the AN-GW , informs the PCRF of the restoration of the AN-GW , and, after receiving confirmation from the PCRF of successful communication of restoration of the AN-GW to the PCRF , suppresses sending of notification of the restoration of the AN-GW for at least some sessions involving the AN-GW .
A liquid crystal display device comprising: a liquid crystal layer comprising liquid crystal molecules interposed between a first display panel and a second display panel ; and an alignment film formed on at least one of the first display panel and the second display panel , the alignment film comprising a first polysiloxane, and a second polysiloxane disposed on the first polysiloxane, characterized in that a first portion of silicon atoms of the second polysiloxane is bonded to vertical functional groups interacting with the liquid crystal molecules in the liquid crystal layer , and are also bonded to first pre-tilting functional groups to cause the liquid crystal molecules in the liquid crystal layer to be tilted with respect to at least one of the first and second display panels ; wherein the first polysiloxane and the second polysiloxane have different bonding structures. a liquid crystal layer comprising liquid crystal molecules interposed between a first display panel and a second display panel ; and an alignment film formed on at least one of the first display panel and the second display panel , the alignment film comprising a first polysiloxane, and a second polysiloxane disposed on the first polysiloxane, characterized in that a first portion of silicon atoms of the second polysiloxane is bonded to vertical functional groups interacting with the liquid crystal molecules in the liquid crystal layer , and are also bonded to first pre-tilting functional groups to cause the liquid crystal molecules in the liquid crystal layer to be tilted with respect to at least one of the first and second display panels ; wherein the first polysiloxane and the second polysiloxane have different bonding structures.
A positioning method, comprising: sending , by a base station, indication information to a plurality of user equipment, UEs, through a to-be-positioned remote radio unit, RRU, wherein the plurality of UEs have a minimization of drive-test, MDT, function in a cell covered by the to-be-positioned remote radio unit, RRU, and the indication information is used to indicate the plurality of UEs to periodically report location information of the respective UE, wherein the base station is a base station to which the to-be-positioned RRU belongs; obtaining , by the base station within each of at least one time period, M time-of-arrival, ToA measurement values of the time an uplink signal sent by the N UEs takes to arrive at the to-be-positioned RRU, wherein the N UEs are some UEs that report the location information in the plurality of UEs, N≥1, and N is an integer; and calculating , by the base station, a location of the to-be-positioned RRU based on the M ToA measurement values obtained within the at least one time period and M pieces of location information that are in the received location information and that respectively correspond to the M ToA measurement values, wherein for each ToA measurement value, location information corresponding to the ToA measurement value is: location information, in the location information reported by the UE of which the ToA measurement value is obtained by the base station by performing ToA measurement, of which a reporting time is closest to a time at which the base station performs the ToA measurement, wherein M>3, and M is an integer. sending , by a base station, indication information to a plurality of user equipment, UEs, through a to-be-positioned remote radio unit, RRU, wherein the plurality of UEs have a minimization of drive-test, MDT, function in a cell covered by the to-be-positioned remote radio unit, RRU, and the indication information is used to indicate the plurality of UEs to periodically report location information of the respective UE, wherein the base station is a base station to which the to-be-positioned RRU belongs; obtaining , by the base station within each of at least one time period, M time-of-arrival, ToA measurement values of the time an uplink signal sent by the N UEs takes to arrive at the to-be-positioned RRU, wherein the N UEs are some UEs that report the location information in the plurality of UEs, N≥1, and N is an integer; and calculating , by the base station, a location of the to-be-positioned RRU based on the M ToA measurement values obtained within the at least one time period and M pieces of location information that are in the received location information and that respectively correspond to the M ToA measurement values, wherein for each ToA measurement value, location information corresponding to the ToA measurement value is: location information, in the location information reported by the UE of which the ToA measurement value is obtained by the base station by performing ToA measurement, of which a reporting time is closest to a time at which the base station performs the ToA measurement, wherein M>3, and M is an integer.
A transport refrigeration unit (TRU) system , comprising: a TRU comprising a TRU controller receptive of control data reflective of temperature profiles of one or more container compartments and configured to operate the TRU in accordance with the control data; and a non-diesel energy storage device (ESD) comprising an ESD controller , the TRU and the ESD controllers being communicatively coupled, characterised by the ESD controller being configured to determine an energy need of the TRU to take an action in response to the control data, and the ESD, under control of the ESD controller, being configured to provide energy to the TRU in accordance with the energy need. a TRU comprising a TRU controller receptive of control data reflective of temperature profiles of one or more container compartments and configured to operate the TRU in accordance with the control data; and a non-diesel energy storage device (ESD) comprising an ESD controller , the TRU and the ESD controllers being communicatively coupled, characterised by the ESD controller being configured to determine an energy need of the TRU to take an action in response to the control data, and the ESD, under control of the ESD controller, being configured to provide energy to the TRU in accordance with the energy need.
A breathable shoe , comprising an outsole arranged below a structural insert that is at least partially breathable, and below an upper , wherein said outsole is at least partially breathable, and comprises at least one sheet-like breathable element defined by a plurality of granules made of expanded material, characterized in that the plurality of granules have a uniform size and a diameter comprised between 3mm and 9mm, the plurality of granules being arranged in an at least partially regular packing having a packing density of between 0.6 and 0.74 and between which there are voids that form one or more channels through said breathable element that are permeable to air and/or vapor.
A cake mix comprising: i. sugar; ii. flour; and iii. pea protein and rapeseed protein; wherein the ratio of pea protein to rapeseed protein is within the range of 61:39 to 94:6 w/w preferably 71:29 to 94:6 w/w. i. sugar; ii. flour; and iii. pea protein and rapeseed protein;
A radio frequency apparatus, wherein the radio frequency apparatus comprises a radome , an absorber , and a radio frequency circuit board , wherein: the radome is configured to accommodate the radio frequency circuit board; the absorber comprises a top surface , one or more supporting pieces , and one or more fixing pieces ; the radio frequency circuit board comprises at least one radio frequency chip , at least one antenna feeder , and at least one radio frequency antenna ; the top surface covers the at least one radio frequency chip and the at least one antenna feeder, but does not cover the at least one radio frequency antenna; the one or more fixing pieces are configured to fix the absorber on the radio frequency circuit board; and the one or more supporting pieces are configured to support the top surface between the radome and the radio frequency circuit board; characterized in that the fixing piece is a scrivet, the scrivet comprises an elastic part, and the elastic part is configured to pass through a through hole corresponding to the scrivet on the radio frequency circuit board ; or the fixing piece is a fixing pin, the fixing pin is configured to be inserted into a through hole corresponding to the fixing pin on the radio frequency circuit board , and the one or more fixing pieces or the one or more supporting pieces are glued to the radio frequency circuit board . the fixing piece is a scrivet, the scrivet comprises an elastic part, and the elastic part is configured to pass through a through hole corresponding to the scrivet on the radio frequency circuit board ; or the fixing piece is a fixing pin, the fixing pin is configured to be inserted into a through hole corresponding to the fixing pin on the radio frequency circuit board , and the one or more fixing pieces or the one or more supporting pieces are glued to the radio frequency circuit board .
A method of monitoring a condition of a tool of a rock breaking device , the method comprising generating a stress wave which propagates in the tool , measuring the stress wave propagating in the tool , and identifying at least one reflected stress wave component (RC1, RC2, RC3, RC4) of the stress wave in respect of parts forming the tool by determining a time of propagation of the at least one reflected stress wave component (RC1, RC2, RC3, RC4), the at least one reflected stress wave component (RC1, RC2, RC3, RC4) emerging in response to a discontinuity in the tool , an end of the tool or a point of a change of a cross-sectional area in the tool , characterized by determining, in addition to the time of propagation, at least one additional property of the respective at least one reflected stress wave component (RC1, RC2, RC3, RC4), wherein the at least one additional property is at least one of an energy of the reflected stress wave component (RC1, RC2, RC3, RC4), an attenuation of the reflected stress wave component (RC1, RC2, RC3, RC4), an amplitude of the reflected stress wave component (RC1, RC2, RC3, RC4), a shape of the reflected stress wave component (RC1, RC2, RC3, RC4) and any interrelation thereof, determining the condition of the tool on the basis of the time of propagation of the at least one reflected stress wave component (RC1, RC2, RC3, RC4) and the at least one additional property of the same at least one reflected stress wave component (RC1, RC2, RC3, RC4), monitoring a variation of the at least one additional property of the reflected stress wave component (RC1, RC2, RC3, RC4) time-wise, and controlling an operation of the rock breaking device in response to a number of unexpected changes appearing in the at least one additional property of the reflected stress wave component (RC1, RC2, RC3, RC4).
A method of communications for use in an unstructured supplementary service data USSD gateway comprising: determining if a USSD based message is able to be communicated using a common channel; and if it determined that the USSD message is able to be communicated using a common channel, sending the USSD based message as part of a USSD session to a mobile switching center, MSC, with a service indicator prompting the MSC to communicate an informational element of the message to a mobile station, MS using the common channel.
Method for aircraft taxiing assistance, the method comprising the following steps: - acquiring a first signal corresponding to the runway and to its environment, by first acquisition means placed on the aircraft and comprising a first sensor in a first spectral band in the infrared range; - acquiring a second signal corresponding to said runway and to said environment, by second acquisition means placed on the aircraft and comprising a second sensor in a second spectral band in the visible range, said second spectral band being distinct and sufficiently far from the first for the two sensors to provide nonredundant information; - providing a database containing the signatures of elements which belong to the runway or are potentially located on the runway in the first and second spectral bands of the sensors , and a symbolic graphical representation of these elements; - analysing, by means of a processing unit, the first and second signals acquired and, based on the results of this analysis, generating, on a screen that can be seen by the pilot, a background image of optimum quality, the analysis determining the construction of the background image from one of said signals or from a combination of said signals, depending on the brightness and/or weather conditions; - detecting the possible presence on the runway of one or more elements from the first and/or second signals and by correlation with the signatures contained in the database ; - inlaying on the background image , on the screen, the symbolic graphical representation of the detected element(s). - acquiring a first signal corresponding to the runway and to its environment, by first acquisition means placed on the aircraft and comprising a first sensor in a first spectral band in the infrared range; - acquiring a second signal corresponding to said runway and to said environment, by second acquisition means placed on the aircraft and comprising a second sensor in a second spectral band in the visible range, said second spectral band being distinct and sufficiently far from the first for the two sensors to provide nonredundant information; - providing a database containing the signatures of elements which belong to the runway or are potentially located on the runway in the first and second spectral bands of the sensors , and a symbolic graphical representation of these elements; - analysing, by means of a processing unit, the first and second signals acquired and, based on the results of this analysis, generating, on a screen that can be seen by the pilot, a background image of optimum quality, the analysis determining the construction of the background image from one of said signals or from a combination of said signals, depending on the brightness and/or weather conditions; - detecting the possible presence on the runway of one or more elements from the first and/or second signals and by correlation with the signatures contained in the database ; - inlaying on the background image , on the screen, the symbolic graphical representation of the detected element(s).
A continuous method of forming a bisphenol A oil comprising: forming the bisphenol A oil by mixing a molten bisphenol A and water; wherein the bisphenol A oil comprises 10 to 30 wt% water based on a total weight of the bisphenol A oil and is at a temperature of 100 to 140°C; flowing at least a portion of the bisphenol A oil through an inline densitometer and measuring a real-time density and a real-time temperature of the bisphenol A oil; determining a real-time concentration of the bisphenol A oil based on said real-time density and said real-time temperature. forming the bisphenol A oil by mixing a molten bisphenol A and water; wherein the bisphenol A oil comprises 10 to 30 wt% water based on a total weight of the bisphenol A oil and is at a temperature of 100 to 140°C; flowing at least a portion of the bisphenol A oil through an inline densitometer and measuring a real-time density and a real-time temperature of the bisphenol A oil; determining a real-time concentration of the bisphenol A oil based on said real-time density and said real-time temperature.
An electronic trip unit for a molded case circuit breaker, the trip unit comprising: a housing having a plurality of outer faces coupled to one another to form a plurality of enclosed chambers within the housing , wherein the housing is configured to separate the plurality of enclosed chambers and create a first exterior space between adjacent first and second ones of the enclosed chambers ; a plurality of current transformers coupled to the housing , wherein each current transformer is housed within a respective enclosed chamber ; a first dielectric wall coupled to the housing and positioned within the first exterior space, the first dielectric wall having a first width dimension, characterized in that a first dielectric protrusion extends from the first dielectric wall , the first dielectric protrusion having a second width dimension less than the first width dimension, and in that the first dielectric protrusion is configured to engage a first dielectric member of a base of the molded case circuit breaker . a housing having a plurality of outer faces coupled to one another to form a plurality of enclosed chambers within the housing , wherein the housing is configured to separate the plurality of enclosed chambers and create a first exterior space between adjacent first and second ones of the enclosed chambers ; a plurality of current transformers coupled to the housing , wherein each current transformer is housed within a respective enclosed chamber ; a first dielectric wall coupled to the housing and positioned within the first exterior space, the first dielectric wall having a first width dimension, characterized in that a first dielectric protrusion extends from the first dielectric wall , the first dielectric protrusion having a second width dimension less than the first width dimension, and in that the first dielectric protrusion is configured to engage a first dielectric member of a base of the molded case circuit breaker .