mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, the apparatus comprising means configured to: receive first audio content comprising first user audio determined to be generated by a first user and ambient audio comprising audio other than that determined to be generated by the first user from a first communication device of the first user, the first user in telecommunication with a second user via a second communication device; receive first-user orientation information indicative of one or more of the orientation and location of the first user relative to a predetermined reference point; provide for presentation of the first audio content at the second communication device in a first presentation mode when the first-user orientation information is indicative of a first condition and in a second presentation mode, different to the first, when the first-user orientation information is indicative of a second condition different to the first condition, the first and second presentation modes providing for different ways of presentation of at least the ambient audio; characterised in that the means are further configured to present, in the first presentation mode, the ambient audio of the first audio content as spatial audio to be perceived as originating from a point, and present, in the second presentation mode, the ambient audio of the first audio content, as spatial audio to be perceived as originating from a greater range of directions than in the first presentation mode. receive first audio content comprising first user audio determined to be generated by a first user and ambient audio comprising audio other than that determined to be generated by the first user from a first communication device of the first user, the first user in telecommunication with a second user via a second communication device; receive first-user orientation information indicative of one or more of the orientation and location of the first user relative to a predetermined reference point; provide for presentation of the first audio content at the second communication device in a first presentation mode when the first-user orientation information is indicative of a first condition and in a second presentation mode, different to the first, when the first-user orientation information is indicative of a second condition different to the first condition, the first and second presentation modes providing for different ways of presentation of at least the ambient audio; characterised in that the means are further configured to present, in the first presentation mode, the ambient audio of the first audio content as spatial audio to be perceived as originating from a point, and present, in the second presentation mode, the ambient audio of the first audio content, as spatial audio to be perceived as originating from a greater range of directions than in the first presentation mode.
A rotary drum-type magnetic separator which includes a first rotary drum on which a plurality of magnets are disposed and is configured to separate magnetic substances from a used coolant liquid, the separator comprising: a liquid reservoir portion; a second rotary drum on which a plurality of magnets are disposed and which is provided before the first rotary drum in a direction in which the used coolant liquid flows during operation and which is configured such that the magnetic substances are configured to be adsorbed to each other so as to be getting larger by magnetizing the magnetic substances in the used coolant liquid using the second rotary drum, wherein the second rotary drum is configured to be entirely immersed into the liquid reservoir portion and, during operation, into the coolant liquid; a scraper which is configured to scrape off the magnetic substances attached to the second rotary drum; and wherein the separator further comprises: a bottom member which is connected to the scraper and forms a flow path below the first rotary drum, and wherein the scraper is configured to be entirely immersed into the coolant liquid and to introduce the magnetic substances to the first rotary drum along a flow of the used coolant liquid in a state where sizes of the magnetic substances scraped off by the scraper are increased. a liquid reservoir portion; a second rotary drum on which a plurality of magnets are disposed and which is provided before the first rotary drum in a direction in which the used coolant liquid flows during operation and which is configured such that the magnetic substances are configured to be adsorbed to each other so as to be getting larger by magnetizing the magnetic substances in the used coolant liquid using the second rotary drum, wherein the second rotary drum is configured to be entirely immersed into the liquid reservoir portion and, during operation, into the coolant liquid; a scraper which is configured to scrape off the magnetic substances attached to the second rotary drum; and wherein the separator further comprises: a bottom member which is connected to the scraper and forms a flow path below the first rotary drum, and wherein the scraper is configured to be entirely immersed into the coolant liquid and to introduce the magnetic substances to the first rotary drum along a flow of the used coolant liquid in a state where sizes of the magnetic substances scraped off by the scraper are increased. a bottom member which is connected to the scraper and forms a flow path below the first rotary drum, and wherein the scraper is configured to be entirely immersed into the coolant liquid and to introduce the magnetic substances to the first rotary drum along a flow of the used coolant liquid in a state where sizes of the magnetic substances scraped off by the scraper are increased.
A sensor unit comprising a hermetic terminal, the hermetic terminal comprising: a barrier wall joined to a housing of the sensor unit; a body connected to a signal ground, the body being fixed to the barrier wall via a first insulator; and a signal line passing through the body and fixed to the body via a second insulator; wherein a space is formed between an inner wall of the housing and a surface of the body intersecting an end face of the body positioned towards an inside of the housing. a barrier wall joined to a housing of the sensor unit; a body connected to a signal ground, the body being fixed to the barrier wall via a first insulator; and a signal line passing through the body and fixed to the body via a second insulator; wherein a space is formed between an inner wall of the housing and a surface of the body intersecting an end face of the body positioned towards an inside of the housing.
An immunogenic composition comprising: 1) an emulsion; wherein said emulsion comprises a) 22 vol.% of water; b) 64 vol.% of oil, wherein said oil is selected from the group consisting of soybean oil, avocado oil, squalene oil, olive oil, canola oil, corn oil, rapeseed oil, safflower oil, sunflower oil, fish oil, flavor oil, and water insoluble vitamins; c) 8 vol.% of ethanol; d) 5 vol% of a polysorbate surfactant selected from the group consisting of polysorbate 20 and polysorbate 80; e) 1 vol. % of cetylpyridinium chloride; and 2) an immunogen, said immunogen selected from the group consisting of a pathogenic virus, bacteria, fungus and pathogen product derived from said pathogenic virus, bacteria, or fungus; for use by mucosal administration in stimulating an immune response to said immunogen in a subject. 1) an emulsion; wherein said emulsion comprises a) 22 vol.% of water; b) 64 vol.% of oil, wherein said oil is selected from the group consisting of soybean oil, avocado oil, squalene oil, olive oil, canola oil, corn oil, rapeseed oil, safflower oil, sunflower oil, fish oil, flavor oil, and water insoluble vitamins; c) 8 vol.% of ethanol; d) 5 vol% of a polysorbate surfactant selected from the group consisting of polysorbate 20 and polysorbate 80; e) 1 vol. % of cetylpyridinium chloride; and a) 22 vol.% of water; b) 64 vol.% of oil, wherein said oil is selected from the group consisting of soybean oil, avocado oil, squalene oil, olive oil, canola oil, corn oil, rapeseed oil, safflower oil, sunflower oil, fish oil, flavor oil, and water insoluble vitamins; c) 8 vol.% of ethanol; d) 5 vol% of a polysorbate surfactant selected from the group consisting of polysorbate 20 and polysorbate 80; e) 1 vol. % of cetylpyridinium chloride; and 2) an immunogen, said immunogen selected from the group consisting of a pathogenic virus, bacteria, fungus and pathogen product derived from said pathogenic virus, bacteria, or fungus;
A method, comprising: running, with a processor based apparatus, a computer simulation comprising a video game that is controlled at least in part by a handheld controller; displaying images generated by the computer simulation on a display; and projecting (210, 212, 214) at least one image generated by the computer simulation from an image projector coupled to the handheld controller; characterized by: automatically establishing small particles suspended in the air according to a state of the computer simulation calling for the display of a holographic character; and automatically adjusting an angle, with respect to the handheld controller, of projection of the image projector according to a state of the computer simulation; and in that the projecting step comprises projecting (210, 212, 214) the at least one image generated by the computer simulation as a hologram depicting the holographic character from the image projector coupled to the handheld controller in a direction of the small particles suspended in the air. running, with a processor based apparatus, a computer simulation comprising a video game that is controlled at least in part by a handheld controller; displaying images generated by the computer simulation on a display; and projecting (210, 212, 214) at least one image generated by the computer simulation from an image projector coupled to the handheld controller; characterized by: automatically establishing small particles suspended in the air according to a state of the computer simulation calling for the display of a holographic character; and automatically adjusting an angle, with respect to the handheld controller, of projection of the image projector according to a state of the computer simulation; and in that the projecting step comprises projecting (210, 212, 214) the at least one image generated by the computer simulation as a hologram depicting the holographic character from the image projector coupled to the handheld controller in a direction of the small particles suspended in the air. automatically establishing small particles suspended in the air according to a state of the computer simulation calling for the display of a holographic character; and automatically adjusting an angle, with respect to the handheld controller, of projection of the image projector according to a state of the computer simulation; and in that the projecting step comprises projecting (210, 212, 214) the at least one image generated by the computer simulation as a hologram depicting the holographic character from the image projector coupled to the handheld controller in a direction of the small particles suspended in the air.
A startup control apparatus of an air conditioner that performs startup control of the air conditioner, wherein capacity of a compressor is automatically reduced as an indoor temperature ( Tr) approaches a set temperature ( Ts), thereby bringing the indoor temperature close to the set temperature, comprising: a desired time setting unit, which sets a desired time of day directly or indirectly; an indoor temperature measuring unit, which measures the indoor temperature; a startup control unit, which starts operation of the air conditioner when a scheduled operation start time set by an air conditioning operation scheduled start time determining unit comes; wherein the startup control apparatus is characterized by comprising: an inflection point occurrence time measuring unit which measures time (hereinafter called "inflection point occurrence time") from when the air conditioner starts operation until when the indoor temperature (hereinafter called a "measured indoor temperature") measured by the indoor temperature measuring unit exhibits an inflection point, the inflection point being a first point in time at which a sign of a slope value of the indoor temperature changes; and the air conditioning operation scheduled start time determining unit, which sets as the scheduled operation start time of the air conditioner a time of day that is the desired time of day set by the desired time setting unit moved forward by the inflection point occurrence time. a desired time setting unit, which sets a desired time of day directly or indirectly; an indoor temperature measuring unit, which measures the indoor temperature; a startup control unit, which starts operation of the air conditioner when a scheduled operation start time set by an air conditioning operation scheduled start time determining unit comes; an inflection point occurrence time measuring unit which measures time (hereinafter called "inflection point occurrence time") from when the air conditioner starts operation until when the indoor temperature (hereinafter called a "measured indoor temperature") measured by the indoor temperature measuring unit exhibits an inflection point, the inflection point being a first point in time at which a sign of a slope value of the indoor temperature changes; and the air conditioning operation scheduled start time determining unit, which sets as the scheduled operation start time of the air conditioner a time of day that is the desired time of day set by the desired time setting unit moved forward by the inflection point occurrence time.
A feederhouse assembly for an agricultural harvester, the feederhouse assembly comprising: a feederhouse comprising an inlet end; a pitch frame adjacent the inlet end and arranged to pivot about a pivot axis relative to the feederhouse; a hydraulic cylinder coupling the pitch frame to the feederhouse and configured to apply a hydraulic force to rotate the pitch frame upward; and characterized in that the feederhouse assembly further comprises a spring coupling the pitch frame to the feederhouse and configured to apply a spring force to rotate the pitch frame downward. a feederhouse comprising an inlet end; a pitch frame adjacent the inlet end and arranged to pivot about a pivot axis relative to the feederhouse; a hydraulic cylinder coupling the pitch frame to the feederhouse and configured to apply a hydraulic force to rotate the pitch frame upward; and characterized in that the feederhouse assembly further comprises a spring coupling the pitch frame to the feederhouse and configured to apply a spring force to rotate the pitch frame downward.
A method, for performance at a mobile device configured for extended access barring "EAB", for authorizing access to a transmission station for the mobile device, comprising: sending a radio resource control "RRC" connection establishment request to the transmission station; receiving at the mobile device EAB configuration information in a system information block "SIB" transmitted in a broadcast control channel "BCCH" from the transmission station, wherein the SIB is a SIB type 14 in a long term evolution "LTE" system, and the SIB type 14 includes an EAB category field to indicate a category of the mobile device where the EAB is applied; and barring the mobile device from accessing the transmission station by the mobile device configured for EAB when the mobile device has characteristics identified in the EAB configuration information for barring. sending a radio resource control "RRC" connection establishment request to the transmission station; receiving at the mobile device EAB configuration information in a system information block "SIB" transmitted in a broadcast control channel "BCCH" from the transmission station, wherein the SIB is a SIB type 14 in a long term evolution "LTE" system, and the SIB type 14 includes an EAB category field to indicate a category of the mobile device where the EAB is applied; and barring the mobile device from accessing the transmission station by the mobile device configured for EAB when the mobile device has characteristics identified in the EAB configuration information for barring.
A TTV polynucleic acid consisting of: (a) a nucleotide sequence having at least 70% identity to the nucleotide sequence of TTV-HD14a-mir2 depicted in Table 1 and containing the nucleotide sequence CAUCCYY (with Y: C or U); (b) a nucleotide sequence having at least 70% identity to the nucleotide sequence of TTV-HD14a-mir2 depicted in Table 2 and containing the nucleotide sequence CATCCYY (with Y: C or T); or (c) a nucleotide sequence being complementary to a nucleotide sequence of (a) or (b). (a) a nucleotide sequence having at least 70% identity to the nucleotide sequence of TTV-HD14a-mir2 depicted in Table 1 and containing the nucleotide sequence CAUCCYY (with Y: C or U); (b) a nucleotide sequence having at least 70% identity to the nucleotide sequence of TTV-HD14a-mir2 depicted in Table 2 and containing the nucleotide sequence CATCCYY (with Y: C or T); or (c) a nucleotide sequence being complementary to a nucleotide sequence of (a) or (b).
A hybrid power system comprising an engine, a motor and a gear box mechanically connected through a shaft, the motor is an integrated starter/generator, and a Hybrid Control Unit HCU, an Engine Management System EMS, a Motor Control Unit MCU and a Battery Management System BMS communicates through a Controller Area Network CAN bus, wherein: the HCU is adapted to: determine a current operation mode and a demanded operation mode of the motor and further conversion between the operation modes of the motor, and determine from the conversion a time parameter for smoothing a torque of the motor and a target torque; to determine whether the demanded operation mode is stable or not and lock the stable demanded operation mode when the demanded operation mode is stable and the conversion is not conversion into an idle mode; and to calculate an incremental step of a current actual output torque from the time parameter and the difference between the target torque and the current actual output torque and further calculate an actual output torque from the incremental step and the current actual output torque, and transmit the calculated actual output torque to the MCU; wherein the actual output torque of the motor is calculated by an equation of Tout = tsample / tsample + t × Tnew - Told + Told; wherein Tout is the actual output torque, tsample is a sampled time parameter, t is the time parameter for smoothing a torque, Tnew is the target torque, and Told is a value of the current actual output torque Tout calculated in the last cycle. the HCU is adapted to: determine a current operation mode and a demanded operation mode of the motor and further conversion between the operation modes of the motor, and determine from the conversion a time parameter for smoothing a torque of the motor and a target torque; to determine whether the demanded operation mode is stable or not and lock the stable demanded operation mode when the demanded operation mode is stable and the conversion is not conversion into an idle mode; and to calculate an incremental step of a current actual output torque from the time parameter and the difference between the target torque and the current actual output torque and further calculate an actual output torque from the incremental step and the current actual output torque, and transmit the calculated actual output torque to the MCU; wherein the actual output torque of the motor is calculated by an equation of Tout = tsample / tsample + t × Tnew - Told + Told; wherein Tout is the actual output torque, tsample is a sampled time parameter, t is the time parameter for smoothing a torque, Tnew is the target torque, and Told is a value of the current actual output torque Tout calculated in the last cycle.
A method for an electronic device, the method comprising: displaying on a touch screen a setting screen comprising a list of menu items, each menu item corresponding to an application mapped to a respective one of a plurality of different gesture patterns having predetermined shapes, the setting screen configured to receive a user input to change the application mapped to the gesture pattern; subsequently displaying on the touch screen a screen associated with a lock mode; detecting an input gesture through the touch screen while the screen associated with the lock mode is displayed; displaying a visual path of a shape being drawn following a movement of the input gesture on the screen associated with the lock mode; identifying one of the plurality of different gesture patterns which corresponds to the detected input gesture based on the shape drawn by the input gesture; unlocking the lock mode after the identification of the gesture pattern; and invoking an application mapped to the identified gesture pattern, in response to the identification of the gesture pattern. displaying on a touch screen a setting screen comprising a list of menu items, each menu item corresponding to an application mapped to a respective one of a plurality of different gesture patterns having predetermined shapes, the setting screen configured to receive a user input to change the application mapped to the gesture pattern; subsequently displaying on the touch screen a screen associated with a lock mode; detecting an input gesture through the touch screen while the screen associated with the lock mode is displayed; displaying a visual path of a shape being drawn following a movement of the input gesture on the screen associated with the lock mode; identifying one of the plurality of different gesture patterns which corresponds to the detected input gesture based on the shape drawn by the input gesture; unlocking the lock mode after the identification of the gesture pattern; and invoking an application mapped to the identified gesture pattern, in response to the identification of the gesture pattern.
Stator-housing unit for an electric machine, wherein a stator is connected to a housing, wherein a deviation in shape for increasing a coefficient of friction between the stator and the housing is realised on a subarea of a contact area between the stator and the housing, wherein the shape of the subarea deviates from the shape of the remaining part of the contact area and wherein the subarea is realised at one end of the stator, which borders a bearing shield, wherein the deviation in shape is embodied as a knurling or by etching or sandblasting in order to enable both a force-fit and also form-fit connection of the stator to the housing, wherein the subarea amounts to 10% to 30% of the contact area and is realised all around the stator.
A method comprising: providing activated carbon material formed from a process that includes physical activation of a composition comprising cellulosic material and an added activatable binder; providing filter material for use in a smoking article; and combining the activated carbon material and the filter material to form a filter for a smoking article. providing activated carbon material formed from a process that includes physical activation of a composition comprising cellulosic material and an added activatable binder; providing filter material for use in a smoking article; and combining the activated carbon material and the filter material to form a filter for a smoking article.