mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a message to a Customer Premises Equipment, CPE, the method comprising: establishing a first beamformed channel by using a first beamformed virtual antenna of a serving Base Transceiver Station, BTS; and, when one or more predetermined conditions are met: transmitting, from the serving BTS to one or more target BTSs, information pertinent to the CPE, the information including beamforming parameters; establishing, using the information received from the serving BTS, one or more second beamformed channels by using one or more second beamformed virtual antennas of the one or more respective target BTSs; and transmitting a plurality of signals comprising the message to the CPE via the first and the one or more second beamformed channels, wherein, the serving BTS and the one or more target BTSs work in collaboration when transmitting the plurality of signals to the CPE to enhance receiving signal strength or increase diversity of signals received by the CPE. transmitting, from the serving BTS to one or more target BTSs, information pertinent to the CPE, the information including beamforming parameters; establishing, using the information received from the serving BTS, one or more second beamformed channels by using one or more second beamformed virtual antennas of the one or more respective target BTSs; and transmitting a plurality of signals comprising the message to the CPE via the first and the one or more second beamformed channels, wherein, the serving BTS and the one or more target BTSs work in collaboration when transmitting the plurality of signals to the CPE to enhance receiving signal strength or increase diversity of signals received by the CPE.
Diagnosis method for a photovoltaic system comprising at least one photovoltaic array, module agents (12, 13, 14) that are associated with subassemblies (2, 3, 4) of at least one photovoltaic module of a photovoltaic array (10; 10', 10"), potentially one or more sensors and their associated sensor agent, the module agents and the sensor agents forming local agents, and the photovoltaic system further comprising a local management agent (30; 30', 30") and communication devices (18, 19, 29) for communication between the various agents, characterized in that it comprises a diagnosis phase, which comprises the repetition of the following steps:: measuring and/or estimating one or more operating quantities of a subassembly (2, 3, 4) of the photovoltaic system at an associated local agent (12, 13, 14);: calculating one or more reference quantities of said subassembly of the photovoltaic system by means of a reference model at said associated local agent;: comparing a measured or estimated quantity with the same reference quantity obtained by the reference model;: in the case of a difference exceeding a predefined threshold, transmitting a fault message via the local agent to the local management agent (30; 30', 30") and implementing the following step by means of the local management agent:: verifying the fault at the local management agent by comparing with at least one similar quantity measured and/or estimated by a separate local agent of the photovoltaic system exhibiting similarities, such as a neighbouring position and/or one and the same orientation and tilt.: measuring and/or estimating one or more operating quantities of a subassembly (2, 3, 4) of the photovoltaic system at an associated local agent (12, 13, 14);: calculating one or more reference quantities of said subassembly of the photovoltaic system by means of a reference model at said associated local agent;: comparing a measured or estimated quantity with the same reference quantity obtained by the reference model;: in the case of a difference exceeding a predefined threshold, transmitting a fault message via the local agent to the local management agent (30; 30', 30") and implementing the following step by means of the local management agent:: verifying the fault at the local management agent by comparing with at least one similar quantity measured and/or estimated by a separate local agent of the photovoltaic system exhibiting similarities, such as a neighbouring position and/or one and the same orientation and tilt.: verifying the fault at the local management agent by comparing with at least one similar quantity measured and/or estimated by a separate local agent of the photovoltaic system exhibiting similarities, such as a neighbouring position and/or one and the same orientation and tilt.
An isolated rodent cell comprising: at least one unrearranged human T cell variable region Vα segment and at least one unrearranged human T cell variable region Jα segment operably linked to a rodent TCR α constant gene sequence at an endogenous rodent TCR α variable gene locus, and/or at least one unrearranged human T cell variable region Vβ segment, at least one unrearranged human T cell variable region Dβ segment, and at least one unrearranged human T cell variable region Jβ segment operably linked to a rodent TCRβ constant gene sequence at an endogenous rodent TCRβ variable gene locus, wherein the unrearranged human T cell variable region segments are capable of rearranging in a T cell to form genes that encode human T cell receptor variable domains that specifically bind an antigen of interest. at least one unrearranged human T cell variable region Vα segment and at least one unrearranged human T cell variable region Jα segment operably linked to a rodent TCR α constant gene sequence at an endogenous rodent TCR α variable gene locus, and/or at least one unrearranged human T cell variable region Vβ segment, at least one unrearranged human T cell variable region Dβ segment, and at least one unrearranged human T cell variable region Jβ segment operably linked to a rodent TCRβ constant gene sequence at an endogenous rodent TCRβ variable gene locus, wherein the unrearranged human T cell variable region segments are capable of rearranging in a T cell to form genes that encode human T cell receptor variable domains that specifically bind an antigen of interest.
A liquid pharmaceutical composition suitable for administration by inhalation comprising: (i) ensifentrine particles; (ii) glycopyrrolate; and (iii) a diluent, which diluent comprises water, wherein: the concentration of ensifentrine particles is from 0.1 to 5.0 mg/mL; the glycopyrrolate is dissolved in the diluent; the concentration of glycopyrrolate is less than or equal to 5.0 mg/mL; and the pH of the liquid pharmaceutical composition is from 3.0 to 6.0. (i) ensifentrine particles; (ii) glycopyrrolate; and (iii) a diluent, which diluent comprises water, the concentration of ensifentrine particles is from 0.1 to 5.0 mg/mL; the glycopyrrolate is dissolved in the diluent; the concentration of glycopyrrolate is less than or equal to 5.0 mg/mL; and the pH of the liquid pharmaceutical composition is from 3.0 to 6.0.
Polyglycerol ester which, after its complete hydrolysis, releases on average (number-average) per mole of polyglycerol ester from 1.1 to 4 mol, preferably from 1.2 to 3 mol, particularly preferably 1.3 to 2.7 mol, of at least one carboxylic acid having 8 to 24 carbon atoms, characterized in that, following complete hydrolysis of the polyglycerol ester, a polyglycerol is obtained in which the mass ratio of glycerol to diglycerol is greater than 1.5, preferably greater than 2, particularly preferably greater than 3, characterized in that, after its complete hydrolysis, on average (number-average) per mole of polyglycerol ester from 0.1 to 1.5 mol, preferably from 0.2 to 1.0 mol, particularly preferably from 0.3 to 0.7 mol, of at least one first carboxylic acid having 14 to 24 carbon atoms and from 0.5 to 3.9 mol, preferably from 0.8 to 2.5 mol, particularly preferably from 1.0 to 2.0 mol, of at least one second carboxylic acid having 6 to 12 carbon atoms are released.
A male absorbent pad having a longitudinal direction and a transverse direction being orthogonal to each other, a skin-facing surface and a non-skin-facing surface opposed to the former and a longitudinal axis bisecting a dimension in the transverse direction, and including a pad main body having a liquid-permeable topsheet, a liquid-impermeable backsheet and a liquid-absorbent core interposed between the topsheet and the backsheet, characterized in that: the pad main body has flexion-inducing grooves recessed from the skin-facing surface toward the non-skin-facing surface; the flexion-inducing grooves have a first groove obliquely extending across the longitudinal axis and a second groove extending in a direction intersecting with the longitudinal axis and with the first groove, and imaginary crossover segments (41b, 42b) defined between the first groove and the second groove and including an intersection point of the first groove and the second groove on the longitudinal axis wherein none of the first groove and the second groove are formed in the imaginary crossover segments (41b, 42b); and a thickness dimension and a mass per unit area of the liquid-absorbent core respectively are larger in a central region defined between both lateral areas in the transverse direction than in these both lateral regions. the pad main body has flexion-inducing grooves recessed from the skin-facing surface toward the non-skin-facing surface; the flexion-inducing grooves have a first groove obliquely extending across the longitudinal axis and a second groove extending in a direction intersecting with the longitudinal axis and with the first groove, and imaginary crossover segments (41b, 42b) defined between the first groove and the second groove and including an intersection point of the first groove and the second groove on the longitudinal axis wherein none of the first groove and the second groove are formed in the imaginary crossover segments (41b, 42b); and a thickness dimension and a mass per unit area of the liquid-absorbent core respectively are larger in a central region defined between both lateral areas in the transverse direction than in these both lateral regions.
A rotation angle measurement device comprising: relative angle detection means including a reference support whose rotation is regulated in a fixed range in an arbitrary direction of a rotation axis, and a driving rotating body which is coupled to the reference support and is axially supported so as to be all-round rotatable with respect to the reference support, the relative angle detection means which detects a relative rotation angle of the rotating body with respect to the reference support; and non-contact angle detection means which detects a rotation angle of the reference support with reference to a position that does not contact with the rotating body and the reference support characterized in that the relative angle detection means is configured to detect the relative rotation angle of the rotating body at any rotation angle smaller than a cycle of occurrence of a periodic interpolation error which periodically occurs and is associated with the rotation of the rotating body, and wherein the cycle of occurrence of the interpolation error is shorter than one cycle of the rotating body. relative angle detection means including a reference support whose rotation is regulated in a fixed range in an arbitrary direction of a rotation axis, and a driving rotating body which is coupled to the reference support and is axially supported so as to be all-round rotatable with respect to the reference support, the relative angle detection means which detects a relative rotation angle of the rotating body with respect to the reference support; and non-contact angle detection means which detects a rotation angle of the reference support with reference to a position that does not contact with the rotating body and the reference support characterized in that the relative angle detection means is configured to detect the relative rotation angle of the rotating body at any rotation angle smaller than a cycle of occurrence of a periodic interpolation error which periodically occurs and is associated with the rotation of the rotating body, and wherein the cycle of occurrence of the interpolation error is shorter than one cycle of the rotating body.
A handheld mobile printer being movable by a user and comprising: a plurality of nozzles configured to discharge a liquid droplet onto a medium according to an original image comprising a first image data section and a second image data section of image data; a moving amount sensor configured to detect a moving amount of the handheld mobile printer; a switcher configured to switch from the first image data section to the second image data section based on the detected moving amount; an angular velocity sensor configured to detect an angular velocity of the handy mobile printer; a posture detector configured to detect a posture of the handheld mobile printer based on the detected angular velocity, wherein the switcher is configured to switch from the first image data section to the second image data section when the user presses a button of the handheld mobile printer and when the posture detector detects that the handheld mobile printer is returned onto the medium after being lifted from the medium, wherein the handheld mobile printer is configured to divide the original image into the first image data section and the second image data section and to detect a plurality of lines of the original image and to associate the plurality of lines with the first image data section and the second image data section, wherein the handheld mobile printer is configured to detect the plurality of lines by detecting a circumscribed rectangle of each character and recognizing a plurality of circumscribed rectangles overlapping horizontally as a single line. a plurality of nozzles configured to discharge a liquid droplet onto a medium according to an original image comprising a first image data section and a second image data section of image data; a moving amount sensor configured to detect a moving amount of the handheld mobile printer; a switcher configured to switch from the first image data section to the second image data section based on the detected moving amount; an angular velocity sensor configured to detect an angular velocity of the handy mobile printer; a posture detector configured to detect a posture of the handheld mobile printer based on the detected angular velocity, wherein the switcher is configured to switch from the first image data section to the second image data section when the user presses a button of the handheld mobile printer and when the posture detector detects that the handheld mobile printer is returned onto the medium after being lifted from the medium, wherein the handheld mobile printer is configured to divide the original image into the first image data section and the second image data section and to detect a plurality of lines of the original image and to associate the plurality of lines with the first image data section and the second image data section, wherein the handheld mobile printer is configured to detect the plurality of lines by detecting a circumscribed rectangle of each character and recognizing a plurality of circumscribed rectangles overlapping horizontally as a single line.
A light emitting system comprising: an LED structure on a base outputting light in a pattern about an axis; an optical coupling device comprising a central axis and comprising a reflecting surface positioned relative to the LED structure to accept light from the LED structure and to direct the light to exit the optical coupling device in a direction substantially perpendicular to the central axis; and at least one light guide positioned relative to the optical coupling device to accept light emitted from the optical coupling device; characterized in that said base comprises a perimeter support surrounding said LED structure, wherein the LED is located beneath a lower surface of the optical coupling device. an LED structure on a base outputting light in a pattern about an axis; an optical coupling device comprising a central axis and comprising a reflecting surface positioned relative to the LED structure to accept light from the LED structure and to direct the light to exit the optical coupling device in a direction substantially perpendicular to the central axis; and at least one light guide positioned relative to the optical coupling device to accept light emitted from the optical coupling device; characterized in that said base comprises a perimeter support surrounding said LED structure, wherein the LED is located beneath a lower surface of the optical coupling device.
A computer program comprising first program instructions, second program instructions and third program instructions, which when respectively executed by a first base station, a second base station and a control device respectively cause the first base station, the second base station and the control device to perform a method of paging one of a plurality of mobile subscribers in a wireless communication network, the method comprising: receiving, at the first base station, an idle mode request from the one mobile subscriber; sending, by the first base station, an idle mode notification to the control device, after receiving the idle mode request from the one mobile subscriber; receiving, at the first base station, a paging request from the control device; sending, by the first base station, a paging advertisement intended for the one mobile subscriber, after receiving the paging request from the control device; allowing, by the first base station, a predetermined period of time to elapse after sending the paging advertisement intended for the one mobile subscriber without receiving a response from the one mobile subscriber; and sending, from the first base station, a disappear notification to the control device after the predetermined period of time has elapsed, sending by the control device another paging request to the second base station and to the first base station after the control device receives the disappear notification, and sending by each of the first base station and the second base station respectively another paging advertisement intended for the one mobile subscriber after receiving the another paging request. receiving, at the first base station, an idle mode request from the one mobile subscriber; sending, by the first base station, an idle mode notification to the control device, after receiving the idle mode request from the one mobile subscriber; receiving, at the first base station, a paging request from the control device; sending, by the first base station, a paging advertisement intended for the one mobile subscriber, after receiving the paging request from the control device; allowing, by the first base station, a predetermined period of time to elapse after sending the paging advertisement intended for the one mobile subscriber without receiving a response from the one mobile subscriber; and sending, from the first base station, a disappear notification to the control device after the predetermined period of time has elapsed, sending by the control device another paging request to the second base station and to the first base station after the control device receives the disappear notification, and sending by each of the first base station and the second base station respectively another paging advertisement intended for the one mobile subscriber after receiving the another paging request.
A system, comprising: a charging device having a primary coil; and an implantable medical device comprising: a secondary coil to receive energy from the primary coil; a half-wave voltage-doubling (HWVD) rectifier coupled to the secondary coil; a full-wave rectifier (Fig. 4A) coupled to the secondary coil; a rechargeable power source; and control logic adapted to periodically re-select to which one of the HWVD rectifier and the full-wave rectifier the rechargeable power source is to be coupled to be recharged, in order to increase efficiency of recharging the rechargeable power source. a charging device having a primary coil; and an implantable medical device comprising: a secondary coil to receive energy from the primary coil; a half-wave voltage-doubling (HWVD) rectifier coupled to the secondary coil; a full-wave rectifier (Fig. 4A) coupled to the secondary coil; a rechargeable power source; and control logic adapted to periodically re-select to which one of the HWVD rectifier and the full-wave rectifier the rechargeable power source is to be coupled to be recharged, in order to increase efficiency of recharging the rechargeable power source. a secondary coil to receive energy from the primary coil; a half-wave voltage-doubling (HWVD) rectifier coupled to the secondary coil; a full-wave rectifier (Fig. 4A) coupled to the secondary coil; a rechargeable power source; and control logic adapted to periodically re-select to which one of the HWVD rectifier and the full-wave rectifier the rechargeable power source is to be coupled to be recharged, in order to increase efficiency of recharging the rechargeable power source.
Stereo microphone unit comprising a first and a second interference tube (110, 120) which are arranged at an angle (α) relative to each other and respectively have a first end (111, 121) and a second end (112, 122), a first and a second microphone capsule (MK1, MK2) for detecting an audio signal, which are respectively provided at an end (112, 122) of the first and second interference tube (110, 120), a securing unit (150, 151, 152) for jointly securing the first and second interference tubes (110, 120) in particular to a mobile device or to a stand, and a cover as a wind protector which is connected to the securing unit and which completely encloses the first and second interference tubes (110, 120) in an intercommunicating volume, wherein the cover is configured such that a joint use of the overall volume serves as a calming zone for wind turbulences for the first and second interference tube (110, 120), wherein the cover has a first and a second end (131, 132), wherein the second end is wider than the first end, wherein the second ends (112, 122) of the first and second interference tubes (110, 120) are provided in the region of the first end of the cover.