mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for a sequence triggering of a call for an elevator car (104, 106) of an elevator system, the elevator system comprising a first location device and a second location device, the computer-implemented method comprising: detecting, by the mobile device, a first triggering signal outputted by the first location device; detecting, by the mobile device, a second triggering signal outputted by the second location device subsequent to the detection of the first triggering signal; and automatically executing, by the mobile device, the call for the elevator car of the elevator system in response to the detection of the second triggering signal subsequent to the detection of the first triggering signal, characterised by automatically executing, by the mobile device, a first call for a first elevator car of the elevator system in response to the first triggering signal, wherein the call for the elevator car is one of a plurality of calls of a multi-segment elevator trip within the elevator system. detecting, by the mobile device, a first triggering signal outputted by the first location device; detecting, by the mobile device, a second triggering signal outputted by the second location device subsequent to the detection of the first triggering signal; and automatically executing, by the mobile device, the call for the elevator car of the elevator system in response to the detection of the second triggering signal subsequent to the detection of the first triggering signal, characterised by automatically executing, by the mobile device, a first call for a first elevator car of the elevator system in response to the first triggering signal, wherein the call for the elevator car is one of a plurality of calls of a multi-segment elevator trip within the elevator system.
A transgene construct comprising (i) a first nucleotide sequence, wherein said first nucleotide sequence encodes an apoptosis inducing enzyme wherein said apoptosis inducing enzyme is a caspase, wherein the activity of the apoptosis inducing enzyme encoded by said first nucleotide sequence causes death of germ cells in the presence of an exogenous induction agent and (ii) a second nucleotide sequence which targets said construct to avian germ cells wherein said second nucleotide sequence targets DAZL to provide expression of the apoptosis inducing enzyme to provide ablation.
A method for determining an estimate of fat within a volume of a subject comprising the steps of: a) determining a parameter α from the signal intensities of three echo signals emitted from a region of the volume of a subject imaged by a magnetic resonance image scanner in response to an applied RF pulse, wherein the three echo signals are taken at three different echo times comprising a first opposing-phase echo time, a second opposing-phase echo time and an in-phase echo time, the signal intensities being acquired using a flip angle of 10°-90°; and b) determining a fat volume fraction, f, from the parameter α; wherein f and α are related according to equation: α = kf 1 + kf − f where k is a constant greater than 1, and less than or equal to 10 and is selected to optimize the rate of change of α with respect to f, and being dependent on the flip angle, repetition time, longitudinal relaxation times for fat and non-fat tissue respectively, and the ratio of the densities of protons in fat and non-fat tissue, and where α is determined by means of equation: α = IP − OP 1 exp TE 1 − TE 2 T 2 ∗ 2 IP where T2* is determined according to equation: T 2 ∗ = TE 3 − TE 1 ln OP 1 OP 2 and where TE1 is the first opposing-phase echo time, TE2 the in-phase echo time, TE3 the second opposing-phase echo time, OP1 and OP2 are the signal intensities measured at the first and second opposing-phase echo times, TE1 and TE3, and IP is the signal intensity measured at the in-phase echo time. a) determining a parameter α from the signal intensities of three echo signals emitted from a region of the volume of a subject imaged by a magnetic resonance image scanner in response to an applied RF pulse, wherein the three echo signals are taken at three different echo times comprising a first opposing-phase echo time, a second opposing-phase echo time and an in-phase echo time, the signal intensities being acquired using a flip angle of 10°-90°; and b) determining a fat volume fraction, f, from the parameter α; wherein f and α are related according to equation: α = kf 1 + kf − f where k is a constant greater than 1, and less than or equal to 10 and is selected to optimize the rate of change of α with respect to f, and being dependent on the flip angle, repetition time, longitudinal relaxation times for fat and non-fat tissue respectively, and the ratio of the densities of protons in fat and non-fat tissue, and where α is determined by means of equation: α = IP − OP 1 exp TE 1 − TE 2 T 2 ∗ 2 IP where T2* is determined according to equation: T 2 ∗ = TE 3 − TE 1 ln OP 1 OP 2 and where TE1 is the first opposing-phase echo time, TE2 the in-phase echo time, TE3 the second opposing-phase echo time, OP1 and OP2 are the signal intensities measured at the first and second opposing-phase echo times, TE1 and TE3, and IP is the signal intensity measured at the in-phase echo time.
A method in a mobile terminal for controlling uplink signaling to a base station, the method comprising: receiving a medium access control, MAC, control element, CE, from the base station, wherein the MAC CE indicates, individually for one or more serving cells configured for the mobile terminal, whether, specifically, at least one of Sounding Reference Signals, SRS, or Channel Quality Indicator, CQI, reports should be transmitted; and selectively activating and deactivating (320, 330) transmission of, specifically, at least one of the SRS or the CQI reports for the one or more serving cells from the mobile terminal to the base station responsive to the MAC CE. receiving a medium access control, MAC, control element, CE, from the base station, wherein the MAC CE indicates, individually for one or more serving cells configured for the mobile terminal, whether, specifically, at least one of Sounding Reference Signals, SRS, or Channel Quality Indicator, CQI, reports should be transmitted; and selectively activating and deactivating (320, 330) transmission of, specifically, at least one of the SRS or the CQI reports for the one or more serving cells from the mobile terminal to the base station responsive to the MAC CE.
An electrical household appliance comprising a cabinet with a plurality of face walls including a top sheet and a rear sheet defining an interior space of said cabinet each of said top sheet and rear sheet of the cabinet of said electrical household appliance comprises two side members laterally extending in parallel with side panels assembled to laterally cover said interior space, said side members extending at least partially along lateral edges of said top sheet and rear sheet and, characterized in that each side member comprises at least one side member opening providing that at least one interior side surface portion of said side panel remains exposed therethrough.
A magnetic image sensor, comprising: - a magnetic resistance, arranged along a scanning direction and configured to detect a changed magnetic signal in a range to be detected, wherein the magnetic resistance is a Tunneling Magnetic Resistance, TMR, manufactured on a semiconductor silicon wafer by vacuum coating, and a first pad and a second pad are configured to connect two ends of the TMR; - a configuration resistance, connected with the magnetic resistance, wherein a resistance value of the configuration resistance is adjustable, wherein the configuration resistance is connected with the magnetic resistance in a one-to-one corresponding manner; and - a driving circuit, connected with the magnetic resistance and configured to perform output control on the changed magnetic signal detected by the magnetic resistance. - a magnetic resistance, arranged along a scanning direction and configured to detect a changed magnetic signal in a range to be detected, wherein the magnetic resistance is a Tunneling Magnetic Resistance, TMR, manufactured on a semiconductor silicon wafer by vacuum coating, and a first pad and a second pad are configured to connect two ends of the TMR; - a configuration resistance, connected with the magnetic resistance, wherein a resistance value of the configuration resistance is adjustable, wherein the configuration resistance is connected with the magnetic resistance in a one-to-one corresponding manner; and - a driving circuit, connected with the magnetic resistance and configured to perform output control on the changed magnetic signal detected by the magnetic resistance.
A composition comprising Poria cocos Wolf bark extract as active ingredient for use in preventing, improving, or treating Th2-mediated allergic diseases.
A helmet for protecting the head of a wearer comprising: an outer shell defining a first plurality of vents; an energy dissipating padding assembly located in an interior of the outer shell, the padding assembly defining a plurality of openings; the energy dissipating padding assembly and the outer shell defining a space therebetween; a first slider that can be actuated by the wearer to slide along a first direction that extends substantially parallel to the surface of the outer shell, the first slider defining first cooperating members; said helmet being characterized in that it further comprises a second slider comprising a plurality of panels (40, 42, 44) configured to cover the first plurality of vents and second cooperating surfaces (54, 56) cooperating with the first cooperating members such that movement of the first slider along the first direction generates movement of the second slider along a second direction substantially normal to the surface of the outer shell, thereby selectively moving the panels (40, 42, 44) to cover and uncover the first plurality of vents. an outer shell defining a first plurality of vents; an energy dissipating padding assembly located in an interior of the outer shell, the padding assembly defining a plurality of openings; the energy dissipating padding assembly and the outer shell defining a space therebetween; a first slider that can be actuated by the wearer to slide along a first direction that extends substantially parallel to the surface of the outer shell, the first slider defining first cooperating members; said helmet being characterized in that it further comprises a second slider comprising a plurality of panels (40, 42, 44) configured to cover the first plurality of vents and second cooperating surfaces (54, 56) cooperating with the first cooperating members such that movement of the first slider along the first direction generates movement of the second slider along a second direction substantially normal to the surface of the outer shell, thereby selectively moving the panels (40, 42, 44) to cover and uncover the first plurality of vents.
Component having a plate-shaped or profile-shaped support and a decorative surface layer connected to the support, whereby the support being formed of wood material, a high pressure laminate and/or cardboard and the surface layer being formed of thermally curable resin and comprising a three-dimensional surface structure that is produced by embossing and is irregular, characterised in that the surface structure comprises regions that are alternately ordered and non-ordered and that are formed by a ribbed and/or grooved texture, the ordered regions having parallel and/or quasi-parallel ribs and/or parallel and/or quasi-parallel grooves being interrupted by the non-ordered regions or by structural breaks, and the width of the respective rib or groove being in the range of from 0.5 μm to 100 μm.
A solid-state imaging element, comprising: a photoelectric conversion section formed in a depth direction of a semiconductor substrate and generating charges corresponding to a quantity of received light; a charge accumulating section accumulating the charges generated by the photoelectric conversion section; and a transfer gate transferring the charges generated by the photoelectric conversion section to the charge accumulating section, wherein the transfer gate includes a plurality of vertical gate electrodes which is filled to a predetermined depth from an interface of the semiconductor substrate, and at least a part of a diameter is different in the depth direction of the semiconductor substrate, wherein the vertical gate electrodes are laterally separated from each other by the semiconductor substrate and characterised in that the plurality of vertical gate electrodes having a shape whose diameter becomes smaller at a taper ratio of 0.02 or more in the depth direction of the semiconductor substrate. a photoelectric conversion section formed in a depth direction of a semiconductor substrate and generating charges corresponding to a quantity of received light; a charge accumulating section accumulating the charges generated by the photoelectric conversion section; and a transfer gate transferring the charges generated by the photoelectric conversion section to the charge accumulating section, wherein the transfer gate includes a plurality of vertical gate electrodes which is filled to a predetermined depth from an interface of the semiconductor substrate, and at least a part of a diameter is different in the depth direction of the semiconductor substrate, wherein the vertical gate electrodes are laterally separated from each other by the semiconductor substrate and characterised in that the plurality of vertical gate electrodes having a shape whose diameter becomes smaller at a taper ratio of 0.02 or more in the depth direction of the semiconductor substrate.
An overhead stowage bin for aircraft, comprising: a lower panel configured to support one or more luggage units positioned within the overhead stowage bin, wherein the lower panel has a forward lip region that partially defines an entrance to the overhead stowage bin; and one or more rollers operatively coupled to the lower panel within the forward lip region, wherein the one or more rollers are positioned to facilitate insertion of the one or more luggage units into the overhead stowage bin, wherein the overhead stowage bin defines an internal volume for receiving the one or more luggage units atop the lower panel, wherein the overhead stowage bin has a closed configuration, in which access to the internal volume is restricted, and an open configuration, in which access to the internal volume is permitted via the entrance for insertion and removal of the one or more luggage units into and from the internal volume, wherein the forward lip region comprises a lip surface that extends directly adjacent to the one or more rollers, characterized in that the lip surface has at least a proximal portion that extends on a side of the one or more rollers proximate the internal volume of the overhead stowage bin, and wherein the proximal portion extends above the one or more rollers by a distance in the range of 10-100% of a diameter of the one or more rollers when the overhead stowage bin is in the open configuration. a lower panel configured to support one or more luggage units positioned within the overhead stowage bin, wherein the lower panel has a forward lip region that partially defines an entrance to the overhead stowage bin; and one or more rollers operatively coupled to the lower panel within the forward lip region, wherein the one or more rollers are positioned to facilitate insertion of the one or more luggage units into the overhead stowage bin, wherein the overhead stowage bin defines an internal volume for receiving the one or more luggage units atop the lower panel, wherein the overhead stowage bin has a closed configuration, in which access to the internal volume is restricted, and an open configuration, in which access to the internal volume is permitted via the entrance for insertion and removal of the one or more luggage units into and from the internal volume, wherein the forward lip region comprises a lip surface that extends directly adjacent to the one or more rollers, characterized in that the lip surface has at least a proximal portion that extends on a side of the one or more rollers proximate the internal volume of the overhead stowage bin, and wherein the proximal portion extends above the one or more rollers by a distance in the range of 10-100% of a diameter of the one or more rollers when the overhead stowage bin is in the open configuration.
A nucleic acid sequence encoding a genetically encoded calcium indicator (GECI), wherein the nucleic acid encodes a GECI comprising an amino acid sequence shown in SEQ ID NO:2, SEQ ID NO:6, SEQ ID NO:8, SEQ ID NO:10, SEQ ID NO:12 or SEQ ID NO:14.
Safety document (D, 100, 100', 1000, 1000') comprising a stack of layers including a matrix of colored subpixels (SB, SM, SJ), a metal layer (102, 102') adjacent to at least a portion of a face of the colored subpixel matrix (SB, SM, SJ), wherein the metal layer (102, 102') includes perforations opposite subpixels of the colored subpixel matrix, the document being characterized in that an image viewed in at least one first window of said document (D, 100, 100', 1000, 1000') located opposite at least one area not comprising said metallic layer (102, 102'), is reproduced at least partially in a second window of said document (D, 100, 100', 1000, 1000'), said second window being located opposite an area comprising said metal layer (102, 102').
1. An optical system comprising, in order from an enlargement side to a reduction side: a front lens unit having negative refractive power; a stop; and a rear lens unit having positive refractive power, wherein the front lens unit includes a combination lens in which a negative lens and a positive lens are adjacently arranged in order from the enlargement side to the reduction side, and wherein, when a focal length of the negative lens is f N, an Abbe number and relative partial dispersion of a material of the negative lens are ν N and θ N, respectively, an Abbe number and relative partial dispersion of a material of the positive lens are ν P and θ P, respectively, a focal length of the entire optical system is f W, a refractive index of a material of the negative lens is n N, and a refractive index of a material of the positive lens is n P, following conditions are satisfied: − 20 < f N / f W < − 2 0.03 < θ N − − 0.001618 ν N + 0.6415 − θ P − − 0.001618 ν P + 0.6415 < 0.10 0.15 < n N − n P < 0.30. a front lens unit having negative refractive power; a stop; and a rear lens unit having positive refractive power, wherein the front lens unit includes a combination lens in which a negative lens and a positive lens are adjacently arranged in order from the enlargement side to the reduction side, and wherein, when a focal length of the negative lens is f N, an Abbe number and relative partial dispersion of a material of the negative lens are ν N and θ N, respectively, an Abbe number and relative partial dispersion of a material of the positive lens are ν P and θ P, respectively, a focal length of the entire optical system is f W, a refractive index of a material of the negative lens is n N, and a refractive index of a material of the positive lens is n P, following conditions are satisfied: − 20 < f N / f W < − 2 0.03 < θ N − − 0.001618 ν N + 0.6415 − θ P − − 0.001618 ν P + 0.6415 < 0.10 0.15 < n N − n P < 0.30.
An accessory device suitable for use with an electronic device that includes device magnets and a device contact, the accessory device comprising: a foldable cover comprising an attachment feature configured to couple with the electronic device, the attachment feature comprising an electrical contact and a first magnetic element adjacent left to the electrical contact and a second magnetic element adjacent right to the electrical contact; a keyboard assembly hingedly coupled with the foldable cover allowing the keyboard assembly to rotate with respect to the foldable cover; a retention feature extending from the keyboard assembly and providing a structural support for the attachment feature when the attachment feature is at least partially positioned in the retention feature; an electrically conductive fabric extending from the attachment feature to the keyboard assembly, the electrically conductive fabric providing an electrical communication path between the electrical contact and the keyboard assembly; and an embedded support layer that extends into the keyboard assembly and the foldable cover, wherein the embedded support layer allows the keyboard assembly to i) fold over and onto the foldable cover and ii) extend away from the foldable cover to a predetermined angle with respect to the foldable cover. a foldable cover comprising an attachment feature configured to couple with the electronic device, the attachment feature comprising an electrical contact and a first magnetic element adjacent left to the electrical contact and a second magnetic element adjacent right to the electrical contact; a keyboard assembly hingedly coupled with the foldable cover allowing the keyboard assembly to rotate with respect to the foldable cover; a retention feature extending from the keyboard assembly and providing a structural support for the attachment feature when the attachment feature is at least partially positioned in the retention feature; an electrically conductive fabric extending from the attachment feature to the keyboard assembly, the electrically conductive fabric providing an electrical communication path between the electrical contact and the keyboard assembly; and an embedded support layer that extends into the keyboard assembly and the foldable cover, wherein the embedded support layer allows the keyboard assembly to i) fold over and onto the foldable cover and ii) extend away from the foldable cover to a predetermined angle with respect to the foldable cover. i) fold over and onto the foldable cover and ii) extend away from the foldable cover to a predetermined angle with respect to the foldable cover.