mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detecting a dangerous situation, the method comprising: obtaining at least one image comprising a first object capable of generating a movement, by using a dynamic vision sensor, DVS (S710); detecting, from the at least one image, a first image comprising the first object in a predefined pose (S720); determining whether a situation of the first object is a dangerous situation by analyzing the first image; in response to the situation of the first object being determined to be the dangerous situation, obtaining at least one detailed image including surrounding environment information of the first object generated by moving the DVS with a vibrator; and determining a degree of danger of the first object by analyzing the at least one detailed image. obtaining at least one image comprising a first object capable of generating a movement, by using a dynamic vision sensor, DVS (S710); detecting, from the at least one image, a first image comprising the first object in a predefined pose (S720); determining whether a situation of the first object is a dangerous situation by analyzing the first image; in response to the situation of the first object being determined to be the dangerous situation, obtaining at least one detailed image including surrounding environment information of the first object generated by moving the DVS with a vibrator; and determining a degree of danger of the first object by analyzing the at least one detailed image.
A method performed by a Session Management Function, SMF, the method comprising: transmitting a request for analytics information on a specific User Equipment, UE, or a group of UEs to a Network Data Analytics Function, NWDAF, wherein the request includes i) an analytics identifier, ID, and ii) analytics filter information, and wherein the analytics filter information includes a Local Area Data Network, LADN, Data Network Name, DNN for a LADN service area; obtaining the analytics information from the NWDAF in response to the request; and determining whether to perform a first procedure or a second procedure for a LADN Protocol Data Unit, PDU, session, based on the analytics information, wherein the first procedure is a procedure for releasing the LADN PDU session, wherein the second procedure is a procedure for deactivating the LADN PDU session in which a user plane resource is released while maintaining the LADN PDU session, wherein the analytics ID is set to UE Presence Pattern, and wherein the analytics information is related to a UE presence pattern in the LADN service area. transmitting a request for analytics information on a specific User Equipment, UE, or a group of UEs to a Network Data Analytics Function, NWDAF, wherein the request includes i) an analytics identifier, ID, and ii) analytics filter information, and wherein the analytics filter information includes a Local Area Data Network, LADN, Data Network Name, DNN for a LADN service area; obtaining the analytics information from the NWDAF in response to the request; and determining whether to perform a first procedure or a second procedure for a LADN Protocol Data Unit, PDU, session, based on the analytics information, wherein the first procedure is a procedure for releasing the LADN PDU session, wherein the second procedure is a procedure for deactivating the LADN PDU session in which a user plane resource is released while maintaining the LADN PDU session, wherein the analytics ID is set to UE Presence Pattern, and wherein the analytics information is related to a UE presence pattern in the LADN service area.
A method in a wireless device , comprising: receiving a discovery burst from a network node , the discovery burst comprising multiple signals within at least one subframe, each of the multiple signals having one or more associated measurement functions, wherein the discovery burst comprises N subframes occurring with a periodicity of once every M subframes, where N is greater than or equal to 1, wherein the multiple signals are received in subframes other than subframes 0 and 5; and performing at least one radio measurement based at least in part on a particular one of the signals of the discovery burst, the performed at least one radio measurement corresponding to a measurement function associated with the particular signal of the discovery burst. receiving a discovery burst from a network node , the discovery burst comprising multiple signals within at least one subframe, each of the multiple signals having one or more associated measurement functions, wherein the discovery burst comprises N subframes occurring with a periodicity of once every M subframes, where N is greater than or equal to 1, wherein the multiple signals are received in subframes other than subframes 0 and 5; and performing at least one radio measurement based at least in part on a particular one of the signals of the discovery burst, the performed at least one radio measurement corresponding to a measurement function associated with the particular signal of the discovery burst.
A dust cover which is attachable to a ball joint in which a spherical portion in a stud having the spherical portion and a shaft is accommodated in a socket and a knuckle is fastened into the shaft , the dust cover comprising: a large diameter opening fixable to an outer peripheral surface of the socket ; a small diameter opening attachable to the shaft of the stud ; and a film portion (40 connecting the large diameter opening and the small diameter opening , wherein the small diameter opening is provided with a seal portion in use being in close contact with an outer peripheral surface of the shaft and a contact portion in use being in close contact with the knuckle , and foreign matter discharge grooves discharging external foreign matter which tends to accumulate on the small diameter opening to an outside are formed in the contact portion , characterized in that the foreign matter discharge grooves are disposed obliquely in a radial direction. a large diameter opening fixable to an outer peripheral surface of the socket ; a small diameter opening attachable to the shaft of the stud ; and a film portion (40 connecting the large diameter opening and the small diameter opening , wherein the small diameter opening is provided with a seal portion in use being in close contact with an outer peripheral surface of the shaft and a contact portion in use being in close contact with the knuckle , and foreign matter discharge grooves discharging external foreign matter which tends to accumulate on the small diameter opening to an outside are formed in the contact portion , characterized in that the foreign matter discharge grooves are disposed obliquely in a radial direction.
A method for decoding a video, the method comprising: decoding index information specifying one among a plurality of reference sample lines; selecting, based on the index information, a reference sample line of a current block among the plurality of reference sample lines; and performing intra prediction for the current block based on reference samples included in the selected reference sample line, characterized by filtering the reference samples included in the selected reference sample line using one of a plurality of filters, each of the plurality of filters having at least one of a different filter coefficient or a different tap size, wherein a selection of said one of the plurality of filters is made based on an index of the selected reference sample line, and wherein a non-directional prediction mode is available as an intra prediction mode of the current block only when the index of the selected reference sample line is not greater than an index of a neighboring reference sample line adjacent to the current block. decoding index information specifying one among a plurality of reference sample lines; selecting, based on the index information, a reference sample line of a current block among the plurality of reference sample lines; and performing intra prediction for the current block based on reference samples included in the selected reference sample line, characterized by filtering the reference samples included in the selected reference sample line using one of a plurality of filters, each of the plurality of filters having at least one of a different filter coefficient or a different tap size, wherein a selection of said one of the plurality of filters is made based on an index of the selected reference sample line, and wherein a non-directional prediction mode is available as an intra prediction mode of the current block only when the index of the selected reference sample line is not greater than an index of a neighboring reference sample line adjacent to the current block.
A method of determining whether an anti-cancer effect is unlikely to be produced in a cancer by a MEK inhibitor, wherein the cancer is melanoma that comprises one or more mutations in GNAQ and/or GNA11, the method comprising: (i) determining whether a cell or cells of the cancer comprise an increased level of DDX43 mRNA and/or DDX43 protein and/or an increased level of mRNA corresponding to one or more genes or exons listed in Table 1 relative to a normal value derived from a normal tissue, where if (a) the level of DDX43 mRNA and/or protein is increased and/or (b) the level of mRNA corresponding to one or more genes or exons listed in Table 1 is increased, it is unlikely that a MEK inhibitor would have an anti-cancer effect on the cancer; and/or (ii) determining whether a cell or cells of the cancer comprise an increased level of mRNA corresponding to an exon of one or more of RHBG, MFAPS, and DPYS relative to a normal value derived from a normal tissue, where if the level of mRNA is increased, it is unlikely that a MEK inhibitor would have an anti-cancer effect on the cancer. (i) determining whether a cell or cells of the cancer comprise an increased level of DDX43 mRNA and/or DDX43 protein and/or an increased level of mRNA corresponding to one or more genes or exons listed in Table 1 relative to a normal value derived from a normal tissue, where if (a) the level of DDX43 mRNA and/or protein is increased and/or (b) the level of mRNA corresponding to one or more genes or exons listed in Table 1 is increased, it is unlikely that a MEK inhibitor would have an anti-cancer effect on the cancer; and/or (ii) determining whether a cell or cells of the cancer comprise an increased level of mRNA corresponding to an exon of one or more of RHBG, MFAPS, and DPYS relative to a normal value derived from a normal tissue, where if the level of mRNA is increased, it is unlikely that a MEK inhibitor would have an anti-cancer effect on the cancer.
A control device configured to control a plurality of air conditioners (21 to 28), the control device comprising: a control unit configured to divide the plurality of air conditioners (21 to 28) into a first group and a second group, operate an air conditioner belonging to the first group regardless of an operational state of a facility (11 to 19) provided in plural, and control an operation of an air conditioner (22 to 24, 26 to 28) belonging to the second group according to the operational state of the facility (11 to 19), characterized in that the control unit is configured to, based on measured data of a wattmeter connected to the facility, determine the operational state of each facility (11 to 19) by calculating power consumption of the respective facility (11 to 19) of a predetermined period and comparing the power consumption of the respective facility (11 to 19) of the predetermined period to a predetermined first threshold, wherein the control device is configured to set the predetermined first threshold to a value which is smaller than the power consumption of the respective facility (11 to 19) during the predetermined period when the respective facility (11 to 19) is operated and which is larger than the power consumption of the respective facility (11 to 19) during the predetermined period when the respective facility (11 to 19) is stopped. a control unit configured to divide the plurality of air conditioners (21 to 28) into a first group and a second group, operate an air conditioner belonging to the first group regardless of an operational state of a facility (11 to 19) provided in plural, and control an operation of an air conditioner (22 to 24, 26 to 28) belonging to the second group according to the operational state of the facility (11 to 19), characterized in that the control unit is configured to, based on measured data of a wattmeter connected to the facility, determine the operational state of each facility (11 to 19) by calculating power consumption of the respective facility (11 to 19) of a predetermined period and comparing the power consumption of the respective facility (11 to 19) of the predetermined period to a predetermined first threshold, wherein the control device is configured to set the predetermined first threshold to a value which is smaller than the power consumption of the respective facility (11 to 19) during the predetermined period when the respective facility (11 to 19) is operated and which is larger than the power consumption of the respective facility (11 to 19) during the predetermined period when the respective facility (11 to 19) is stopped.
A testing instrument which performs an identification testing or an antimicrobial susceptibility testing of bacteria or fungi, the apparatus comprising: a microscopic observation optical system which has a plurality of wells and performs microscopic observation at a plurality of points of time set in advance, using a cultureplate that holds germs in a culture fluid containing antimicrobial agents and the bacteria or fungi in each of the wells; a turbidity measurement optical system configured to measure a turbidity of the culture fluid held on the cultureplate ; and a processor configured to display images obtained by the microscopic observation on a display screen, wherein the processor is configured to perform predetermined image processing on the images and generate influence determination information that shows influence given by the antimicrobial agent to the bacteria or fungi with respect to plural types of antimicrobial agents and plural types of concentrations, based on a result of the image processing, and displays the influence determination information in a time series. a microscopic observation optical system which has a plurality of wells and performs microscopic observation at a plurality of points of time set in advance, using a cultureplate that holds germs in a culture fluid containing antimicrobial agents and the bacteria or fungi in each of the wells; a turbidity measurement optical system configured to measure a turbidity of the culture fluid held on the cultureplate ; and a processor configured to display images obtained by the microscopic observation on a display screen, wherein the processor is configured to perform predetermined image processing on the images and generate influence determination information that shows influence given by the antimicrobial agent to the bacteria or fungi with respect to plural types of antimicrobial agents and plural types of concentrations, based on a result of the image processing, and displays the influence determination information in a time series.
A sheet sorting apparatus comprising: a first tray detachable from an apparatus main body ; a second tray arranged below the first tray; conveyance means for conveying a sheet to either of the first and the second trays; tray detection means configured to detect that the first tray is detached from the apparatus main body; stacking amount detection means configured to detect that an amount of sheets stacked on the second tray reaches a predetermined amount; and control means configured to control the conveyance means not to convey the sheet to the second tray, in a case where the stacking amount detection means detects that the amount of sheets reaches the predetermined amount, wherein after conveyance of the sheet to the second tray by the conveyance means is stopped in a case where the stacking amount detection means detects that the amount of sheets reaches the predetermined amount, the control means is configured to permit the conveyance means to convey the sheet to the second tray in a case where the tray detection means detects that the first tray is detached from the apparatus main body. a first tray detachable from an apparatus main body ; a second tray arranged below the first tray; conveyance means for conveying a sheet to either of the first and the second trays; tray detection means configured to detect that the first tray is detached from the apparatus main body; stacking amount detection means configured to detect that an amount of sheets stacked on the second tray reaches a predetermined amount; and control means configured to control the conveyance means not to convey the sheet to the second tray, in a case where the stacking amount detection means detects that the amount of sheets reaches the predetermined amount, wherein after conveyance of the sheet to the second tray by the conveyance means is stopped in a case where the stacking amount detection means detects that the amount of sheets reaches the predetermined amount, the control means is configured to permit the conveyance means to convey the sheet to the second tray in a case where the tray detection means detects that the first tray is detached from the apparatus main body.
A scroll compressor, comprising: a housing defining an internal cavity and having an inlet and an outlet ; scroll compressor bodies disposed within the internal cavity of the housing , the scroll compressor bodies operable to compress a fluid flowing from the inlet to the outlet ; a plurality of electrical terminations disposed within the internal cavity and extending through a sidewall of the housing; and a crankcase disposed within the internal cavity, the crankcase including a plurality of passages for communicating fluid from the inlet to the scroll compressor bodies , wherein each of the plurality of electrical terminations are commonly disposed within only one of the passages of the plurality of passages, a motor and a driveshaft rotationally coupled to the motor , characterized by one of the plurality of electrical terminations being an end of power leads of the motor and another one of the plurality of electrical terminations is a temperature sensor . a housing defining an internal cavity and having an inlet and an outlet ; scroll compressor bodies disposed within the internal cavity of the housing , the scroll compressor bodies operable to compress a fluid flowing from the inlet to the outlet ; a plurality of electrical terminations disposed within the internal cavity and extending through a sidewall of the housing; and a crankcase disposed within the internal cavity, the crankcase including a plurality of passages for communicating fluid from the inlet to the scroll compressor bodies , wherein each of the plurality of electrical terminations are commonly disposed within only one of the passages of the plurality of passages, a motor and a driveshaft rotationally coupled to the motor , characterized by one of the plurality of electrical terminations being an end of power leads of the motor and another one of the plurality of electrical terminations is a temperature sensor .
A signalling system installable on a vehicle (V) comprising: - at least one imaging device to be positioned to acquire one or more images of at least one space in front of the vehicle (V); - at least one processing and control logic unit operatively connected to said at least one imaging device ; - at least one first signalling element operatively connected to said at least one processing and control logic unit , said at least one first signalling element to be positioned so as to be visible behind the vehicle (V), said one signalling system being characterized in that said at least one processing and control logic unit is capable of commanding the activation of at least said at least one first signalling element when said at least one imaging device acquires one or more images in which at least one person is present and when the presence of a front vehicle in which said signalling system is also installed and its at least one first signalling element is switched on is detected in said one or more images acquired by said at least one imaging device . - at least one imaging device to be positioned to acquire one or more images of at least one space in front of the vehicle (V); - at least one processing and control logic unit operatively connected to said at least one imaging device ; - at least one first signalling element operatively connected to said at least one processing and control logic unit , said at least one first signalling element to be positioned so as to be visible behind the vehicle (V), said one signalling system being characterized in that said at least one processing and control logic unit is capable of commanding the activation of at least said at least one first signalling element when said at least one imaging device acquires one or more images in which at least one person is present and when the presence of a front vehicle in which said signalling system is also installed and its at least one first signalling element is switched on is detected in said one or more images acquired by said at least one imaging device .
A method for processing a hydrocarbon stream, the method comprising: heating a feed stream in a convective bank ; reacting the heated feed stream in a first reaction zone to form a first effluent ; heating the first effluent in a first radiant cell , wherein the first radiant cell combusts fuel to heat the first effluent and forms a first exhaust gas ; contacting the first exhaust gas with the convective bank to heat the feed stream ; and controlling an outlet temperature of the heated feed stream from the convective bank by introducing an additional gas stream into the convective bank ; wherein the additional gas stream comprises a fresh gas , or a combination of a fresh gas and a recycled portion of the first exhaust gas ; and wherein the temperature of the fresh gas or an amount of the fresh gas , or both is adjusted based on the outlet temperature of the heated feed stream . heating a feed stream in a convective bank ; reacting the heated feed stream in a first reaction zone to form a first effluent ; heating the first effluent in a first radiant cell , wherein the first radiant cell combusts fuel to heat the first effluent and forms a first exhaust gas ; contacting the first exhaust gas with the convective bank to heat the feed stream ; and controlling an outlet temperature of the heated feed stream from the convective bank by introducing an additional gas stream into the convective bank ; wherein the additional gas stream comprises a fresh gas , or a combination of a fresh gas and a recycled portion of the first exhaust gas ; and wherein the temperature of the fresh gas or an amount of the fresh gas , or both is adjusted based on the outlet temperature of the heated feed stream .
A SGLT-2 inhibitor for use in a method of treating, delaying or slowing down the progression of a metabolic myopathy in a patient, said method comprising administering to the patient the SGLT-2 inhibitor wherein the SGLT2 inhibitor is selected from a glucopyranosyl-substituted benzene derivative of the formula (I) wherein R 1 denotes Cl or methyl; R 2 denotes H, methyl, methoxy or hydroxy and R 3 denotes ethyl, cyclopropyl, ethynyl, ethoxy, ( R )-tetrahydrofuran-3-yloxy or ( S )-tetrahydrofuran-3-yloxy.