mhurhangee/ep-ind-claims huggingface dataset:
A method for automatically monitoring settlement of an engineering building, wherein, a measuring station is provided at each point to be measured, the measuring station comprises: a multi-head camera station composed of two or more separate cameras that are connected fixedly; and markers that can settle with the engineering building, and wherein the method comprises: calibrating intrinsic parameters of each camera and a magnification of each camera to each marker that is correspondingly photographed by the camera; synchronously acquiring images of markers by the cameras, wherein each camera images more than one different marker fixed to different points of the engineering building; extracting a position of each marker in the images; and performing operations to coordinate data of each marker in accordance with a displacement transfer measurement relationship built by a camera chain imaging geometric constraint relationship, to obtain a vertical displacement amount of a position of each measuring station, thereby monitoring the settlement of the engineering building. calibrating intrinsic parameters of each camera and a magnification of each camera to each marker that is correspondingly photographed by the camera; synchronously acquiring images of markers by the cameras, wherein each camera images more than one different marker fixed to different points of the engineering building; extracting a position of each marker in the images; and performing operations to coordinate data of each marker in accordance with a displacement transfer measurement relationship built by a camera chain imaging geometric constraint relationship, to obtain a vertical displacement amount of a position of each measuring station, thereby monitoring the settlement of the engineering building.
A genetically modified Pichia strain wherein the nucleic acid sequence encoding: (i) PEP4, PRB1 and YMP1, (ii) PEP4, PRB1 and YMP2, or (iii) PEP4, PRB1 and YMP3 is genetically modified to produce protease deficiency of at least three of the following enzymes and/or type of enzyme: Arg/Ala like-aminopeptidase, aspartyl protease, serine protease, secreted serine protease, Prb 1 serine protease, Leu like-aminopeptidase, compared with wild type strain. (i) PEP4, PRB1 and YMP1, (ii) PEP4, PRB1 and YMP2, or (iii) PEP4, PRB1 and YMP3
A method for receiving a Physical Multicast Channel, PMCH, by a User Equipment, UE, in a wireless access system supporting 256-ary Quadrature Amplitude Modulation, 256QAM, the method comprising: receiving a System Information Block, SIB, including information for acquiring a Multicast Control Channel, MCCH; receiving a PMCH carrying an MCCH including Multimedia Broadcast and Multicast Service, MBMS, control information; and receiving a PMCH carrying a Multicast Traffic Channel, MTCH, including MBMS data based on the MBMS control information, wherein 256QAM is not applied to the PMCH carrying the MCCH, and wherein the UE derives a Modulation and Coding Scheme, MCS, and a Transport Block Size, TBS, using a table supporting 256QAM to receive and demodulate the PMCH carrying the MTCH. receiving a System Information Block, SIB, including information for acquiring a Multicast Control Channel, MCCH; receiving a PMCH carrying an MCCH including Multimedia Broadcast and Multicast Service, MBMS, control information; and receiving a PMCH carrying a Multicast Traffic Channel, MTCH, including MBMS data based on the MBMS control information, wherein 256QAM is not applied to the PMCH carrying the MCCH, and wherein the UE derives a Modulation and Coding Scheme, MCS, and a Transport Block Size, TBS, using a table supporting 256QAM to receive and demodulate the PMCH carrying the MTCH.
An immunoglobulin conjugate, comprising an immunoglobulin having at least one mutation at residue 7(V H), wherein the at least one mutation is a substitution with a cysteine residue, and an atom or molecule, wherein the atom or molecule is conjugated to the cysteine residue.
An engine system comprising: a compressor coupled to an engine and supplying air to an intake manifold; a throttle controlling the supply of air from the compressor to the intake manifold; a vacuum reservoir; said system being characterized by further comprising a first aspirator having its motive section M in fluid communication downstream of the compressor and its discharge section D in fluid communication upstream of the compressor; a suction port of the first aspirator in fluid communication with the vacuum reservoir; a compressor recirculation valve having a pneumatic control chamber in fluid communication with downstream air from the compressor and in fluid communication with the vacuum reservoir; a gate valve controlling the fluid communication of the pneumatic control chamber of the compressor recirculation valve with the downstream air and the vacuum reservoir, the gate valve having another pneumatic control chamber; a second aspirator having its motive section M in fluid communication with an inlet of the throttle and its discharge section D in fluid communication with an outlet of the throttle; and a suction port of the second aspirator in fluid communication with the pneumatic control chamber of the gate valve. a compressor coupled to an engine and supplying air to an intake manifold; a throttle controlling the supply of air from the compressor to the intake manifold; a vacuum reservoir; said system being characterized by further comprising a first aspirator having its motive section M in fluid communication downstream of the compressor and its discharge section D in fluid communication upstream of the compressor; a suction port of the first aspirator in fluid communication with the vacuum reservoir; a compressor recirculation valve having a pneumatic control chamber in fluid communication with downstream air from the compressor and in fluid communication with the vacuum reservoir; a gate valve controlling the fluid communication of the pneumatic control chamber of the compressor recirculation valve with the downstream air and the vacuum reservoir, the gate valve having another pneumatic control chamber; a second aspirator having its motive section M in fluid communication with an inlet of the throttle and its discharge section D in fluid communication with an outlet of the throttle; and a suction port of the second aspirator in fluid communication with the pneumatic control chamber of the gate valve.
Method for securing the entry of sensitive data, the method being implemented by a communications terminal comprising a processor, an entry touchpad screen on which the entry of sensitive data is carried out, method comprising: - a step of display of a first random keypad for the entry of a confidential code; - a step of reception, by the processor, of a reference pad display signal; - a step of display of the reference keypad, said reference keypad concealing said first random keypad, said reference keypad being inactive; the step of reception, by the processor, of the reference pad display signal being preceded by a step for pressing on a key situated at a pre-determined location of the communications terminal, leading to the transmission of the reference keypad display signal to the processor, said display of the reference keypad being interrupted at the interruption of the pressing on said key and/or at the end of a specified period of time, said method further comprising, when said display of the reference keypad is interrupted, a step of determining and displaying a second random keypad for the entry of the confidential code, different from the first random keypad. - a step of display of a first random keypad for the entry of a confidential code; - a step of reception, by the processor, of a reference pad display signal; - a step of display of the reference keypad, said reference keypad concealing said first random keypad, said reference keypad being inactive; the step of reception, by the processor, of the reference pad display signal being preceded by a step for pressing on a key situated at a pre-determined location of the communications terminal, leading to the transmission of the reference keypad display signal to the processor, said display of the reference keypad being interrupted at the interruption of the pressing on said key and/or at the end of a specified period of time, said method further comprising, when said display of the reference keypad is interrupted, a step of determining and displaying a second random keypad for the entry of the confidential code, different from the first random keypad.
A low-temperature smoking body, comprising tobacco particles, wherein the tobacco particle comprises a particle body and a shell wrapped on the particle body, a carrier is distributed in the particle body and/or the shell, the carrier comprises at least one of a raw tobacco material, a non-tobacco material and a porous material, the carrier carries a smoking agent, and the smoking agent comprises a tobacco extract and/or an atomizer.
A device (100; 200) for handheld operation, the device comprising: a touchscreen, and processing means (111; 400; 600) being operative to: display a plurality of user-interface, UI, elements on the touchscreen, each of the plurality of UI elements being associated with an action which is performed in response to touching the UI element, determine one or more of the displayed UI elements which a user (150-152, 155) of the device is likely to touch based on a touch pattern (310, 320, 330, 340) stored in a data storage of the device or in a data storage accessible to the device over a communications network and reflecting a relative probability that the user touches a specific position on, or region of, the touch screen, in response to detecting a characteristic change in orientation of the device, and perform, for at least one of the one or more UI elements which the user of the device is likely to touch, the action associated with the UI element. a touchscreen, and processing means (111; 400; 600) being operative to: display a plurality of user-interface, UI, elements on the touchscreen, each of the plurality of UI elements being associated with an action which is performed in response to touching the UI element, determine one or more of the displayed UI elements which a user (150-152, 155) of the device is likely to touch based on a touch pattern (310, 320, 330, 340) stored in a data storage of the device or in a data storage accessible to the device over a communications network and reflecting a relative probability that the user touches a specific position on, or region of, the touch screen, in response to detecting a characteristic change in orientation of the device, and perform, for at least one of the one or more UI elements which the user of the device is likely to touch, the action associated with the UI element. display a plurality of user-interface, UI, elements on the touchscreen, each of the plurality of UI elements being associated with an action which is performed in response to touching the UI element, determine one or more of the displayed UI elements which a user (150-152, 155) of the device is likely to touch based on a touch pattern (310, 320, 330, 340) stored in a data storage of the device or in a data storage accessible to the device over a communications network and reflecting a relative probability that the user touches a specific position on, or region of, the touch screen, in response to detecting a characteristic change in orientation of the device, and perform, for at least one of the one or more UI elements which the user of the device is likely to touch, the action associated with the UI element.
A vehicle body with a profiled part and a leading edge with a rotational axis, wherein the leading edge comprises a flow element mounted so as to be rotatable around the rotational axis and the profiled part and the leading edge are spaced-apart in such a manner that an air flow acting on the flow element aerodynamically flows around the profiled part, wherein the profiled part and the leading edge are fastened, in particular in a non-rotating manner, to the vehicle body, characterized in that the profiled part comprises an internal, in particular hollowed, profiled part area, which is joined in particular with an inner area of the vehicle body, and that at least one transmission line (280, 281, 282) is led out of the inner area of the vehicle body into and/or through the profiled part, in particular to an outer area of the profiled part.
A peptide epoxyketone proteasome inhibitor or a pharmaceutically acceptable salt thereof for use in repressing metastasis of a cancer, wherein the peptide epoxyketone has a structure of or a pharmaceutically acceptable salt thereof.
A drinking trough system including a nozzle installed in the ground and a drinking trough fastened to the apex of the nozzle using a fastening flange in a single piece with the drinking trough, able to be inserted into an upper opening of the nozzle, characterized in that it includes a plurality of systems for fastening the flange to the nozzle distributed on their periphery, each system having first fastening means (40, 42), connected to the flange, and second fastening means connected to the nozzle, said means (40, 42, 50) being able to cooperate for the fastening of one to the other, said first fastening means (40, 42) having a reversible arrangement relative to a peripheral partition of the flange inserted into said opening and being sized in order to form, in one of their arrangement relative to the partition, a spacer between the outer surface of said partition and the inner surface of the wall of the opening of the nozzle.
A tire having a tire cavity between first and second sidewalls that extend respectively from a pair of beads to a tire tread region, an outward facing tire surface, and an air tube sub-assembly comprising an air passageway body and an inflation device, the air passageway body having an enclosed air passageway extending between a hollow body outlet end for facing the tire cavity and a hollow body inlet end for facing outward from the outward facing tire surface, characterized in that the air tube sub-assembly further comprises at least one tapping device (74, 92), wherein the at least one tapping device (74, 92) is affixed over at least one of the ends (52, 54) of the air passageway body, wherein the at least one tapping device (74, 92) has a vent opening and a protrusion member (88, 100) penetrating through a wall of the air passageway body, wherein the inflation device is for channeling air from the air passageway body into the tire cavity, and wherein the at least one tapping device (74, 92) provides an air flow path extending between the air passageway within the air passageway body and the vent opening within the tapping device (74, 92).
Terminal device for connecting an electric conductor, comprising a housing which has a plug-in opening for plugging in an electric conductor, a spring element which is arranged on the housing and which has a clamping limb for acting on an electric conductor plugged into the plug-in opening, a lever element which can be pivoted relative to the housing and which has an actuation portion for acting on the clamping limb of the spring element and a lever head, wherein the lever element can be pivoted relative to the housing between a first pivot position and a second pivot position along a pivot direction in order to adjust the clamping limb, and a guide device which is arranged on the housing and has a guide surface extending along the pivot direction, wherein the lever element has a sliding guide portion which is formed on the lever head and which is guided on the guide surface of the guide device in a sliding manner, in such a way that the sliding guide portion moves on the guide surface as the lever element is pivoted between the first pivot position and the second pivot position along the pivot direction, characterized in that the lever element has an opening, through which the guide device engages.
An agricultural harvesting machine comprising: - a main frame; - a rotatable power source, mounted on said main frame; - a feeder mounted to said main frame for upward and downward pivotal movement relative thereto about a generally horizontal pivotal axis; and - a drive comprising: - a first gear box mounted on said feeder for pivotal movement therewith and having a rotatable input for receiving power from said rotatable power source and at least one rotatable output (64, 66, 68); and - a plurality of drive shafts (30,52) that are rotatably connected in end to end relation, one to the other, between said rotatable power source and said rotatable input of said first gear box, one of said drive shafts being rotatably connected by universal joints (56,58) on opposite ends thereof to another of said drive shafts and to said input of said first gear box, respectively, characterised in that said one of said drive shafts has, disposed equidistant between both ends thereof, an axial centre portion located substantially coincident with said pivotal axis. - a main frame; - a rotatable power source, mounted on said main frame; - a feeder mounted to said main frame for upward and downward pivotal movement relative thereto about a generally horizontal pivotal axis; and - a drive comprising: - a first gear box mounted on said feeder for pivotal movement therewith and having a rotatable input for receiving power from said rotatable power source and at least one rotatable output (64, 66, 68); and - a plurality of drive shafts (30,52) that are rotatably connected in end to end relation, one to the other, between said rotatable power source and said rotatable input of said first gear box, one of said drive shafts being rotatably connected by universal joints (56,58) on opposite ends thereof to another of said drive shafts and to said input of said first gear box, respectively, - a first gear box mounted on said feeder for pivotal movement therewith and having a rotatable input for receiving power from said rotatable power source and at least one rotatable output (64, 66, 68); and - a plurality of drive shafts (30,52) that are rotatably connected in end to end relation, one to the other, between said rotatable power source and said rotatable input of said first gear box, one of said drive shafts being rotatably connected by universal joints (56,58) on opposite ends thereof to another of said drive shafts and to said input of said first gear box, respectively,
A fingerprint recognition method, for an electronic device comprising a liquid crystal display screen on which fingerprint recognition sensors and light sensors are distributed, the method comprising: acquiring a fingerprint recognition command triggered by fingers of a user; determining a shielding region consisting of positions of respective light sensors shielded by the fingers after receiving the fingerprint recognition command; selecting a subgroup of the fingerprint recognition sensors according to the shielding region; and controlling the subgroup of fingerprint recognition sensors to recognize fingerprints of the fingers; wherein the determining a shielding region consisting of positions of respective light sensors shielded by the fingers after receiving the fingerprint recognition command comprises: determining respective light sensors of which measured brightness values are smaller than a preset threshold value after receiving the fingerprint recognition command; and determining a region consisting of the positions of respective light sensors as the shielding region. acquiring a fingerprint recognition command triggered by fingers of a user; determining a shielding region consisting of positions of respective light sensors shielded by the fingers after receiving the fingerprint recognition command; selecting a subgroup of the fingerprint recognition sensors according to the shielding region; and controlling the subgroup of fingerprint recognition sensors to recognize fingerprints of the fingers; wherein the determining a shielding region consisting of positions of respective light sensors shielded by the fingers after receiving the fingerprint recognition command comprises: determining respective light sensors of which measured brightness values are smaller than a preset threshold value after receiving the fingerprint recognition command; and determining a region consisting of the positions of respective light sensors as the shielding region. determining respective light sensors of which measured brightness values are smaller than a preset threshold value after receiving the fingerprint recognition command; and determining a region consisting of the positions of respective light sensors as the shielding region.
An antenna device comprising: a first conductor; a second conductor disposed to be perpendicular to the first conductor; a sealed case comprising a first electrode and a second electrode, the maximum size of each of the first and second electrodes and a distance between the first and second electrodes being equal to or smaller than one tenth the wavelength of a signal of interest, the sealed case containing rare gas; and a power source configured to apply variable voltage to the first and second electrodes to ionize the rare gas in the sealed case into a plasma state, wherein the first electrode is connected to the second conductor, and the second electrode is connected to the first conductor, wherein the first conductor is a ground plate, and wherein the second conductor is an antenna radiation conductor. a first conductor; a second conductor disposed to be perpendicular to the first conductor; a sealed case comprising a first electrode and a second electrode, the maximum size of each of the first and second electrodes and a distance between the first and second electrodes being equal to or smaller than one tenth the wavelength of a signal of interest, the sealed case containing rare gas; and a power source configured to apply variable voltage to the first and second electrodes to ionize the rare gas in the sealed case into a plasma state, wherein the first electrode is connected to the second conductor, and the second electrode is connected to the first conductor, wherein the first conductor is a ground plate, and wherein the second conductor is an antenna radiation conductor.
A method of making a hollow structure comprising the steps of: preparing polystyrene having one or more functional groups by reacting a styrene monomer, a monomer for introducing the functional group and an initiator; adding the polystyrene of step to a metal solution to form polystyrene into which metal is introduced; coating the metal-introduced polystyrene with a carbon-based polymer; performing a first heat treatment on the metal-introduced polystyrene coated with the carbon-based polymer, to remove the polystyrene; and performing a second heat treatment on the result of step to carbonize the result of step; wherein the monomer for introducing the functional group is more hydrophilic than the styrene monomer; and wherein the carbon-based polymer is at least one of resorcinol, polyacrylonitrile, polyaniline (PANI), polypyrrole, polyimide, polybenzimidazole, polypyrrolidone (Ppy), polyamide, polyamide-imide, polyaramide, melamine, melamine formaldehyde and fluorine mica. preparing polystyrene having one or more functional groups by reacting a styrene monomer, a monomer for introducing the functional group and an initiator; adding the polystyrene of step to a metal solution to form polystyrene into which metal is introduced; coating the metal-introduced polystyrene with a carbon-based polymer; performing a first heat treatment on the metal-introduced polystyrene coated with the carbon-based polymer, to remove the polystyrene; and performing a second heat treatment on the result of step to carbonize the result of step; wherein the monomer for introducing the functional group is more hydrophilic than the styrene monomer; and wherein the carbon-based polymer is at least one of resorcinol, polyacrylonitrile, polyaniline (PANI), polypyrrole, polyimide, polybenzimidazole, polypyrrolidone (Ppy), polyamide, polyamide-imide, polyaramide, melamine, melamine formaldehyde and fluorine mica.