mhurhangee/patent-ind-claim-en huggingface dataset:
A method for finding and tracking a signal of interest in space from a signal transmitting device, whereby the signal transmitting device is a satellite, the method being performed using a filter bank having a plurality of filters (36a-36n), at least two of the plurality of filters (36a-36n) having different bandwidths, and an antenna to scan for the signal of interest, characterized in that the method comprising: - calculating using geo-location navigation data of satellite's Earth Station and/or the satellite's ephemeris data a Doppler frequency shift of the signal of interest - receiving from the antenna and downconverting to baseband, in a receiver, the signal of interest - whereby the receiver down-converter frequency has been adjusted using the calculated Doppler frequency shift to maintain a baseband signal relatively constant in frequency; - feeding the output of the receiver to a plurality of filters - selecting the output of a filter of the plurality of filters (36a-36n) which has the largest bandwidth that is equal to or less than bandwidth of the signal of interest, to feed a logarithmic power detection amplifier or to feed an analog-to-digital converter followed by the function of a logarithmic power detection amplifier being carried out by software. - calculating using geo-location navigation data of satellite's Earth Station and/or the satellite's ephemeris data a Doppler frequency shift of the signal of interest - receiving from the antenna and downconverting to baseband, in a receiver, the signal of interest - whereby the receiver down-converter frequency has been adjusted using the calculated Doppler frequency shift to maintain a baseband signal relatively constant in frequency; - feeding the output of the receiver to a plurality of filters - selecting the output of a filter of the plurality of filters (36a-36n) which has the largest bandwidth that is equal to or less than bandwidth of the signal of interest, to feed a logarithmic power detection amplifier or to feed an analog-to-digital converter followed by the function of a logarithmic power detection amplifier being carried out by software.
A fixation structure for securing a patient interface on a patient's face, the fixation structure comprising: a first edge ; a second edge opposing the first edge , such that in use on the patient's face the second edge is farther away than the first edge from the patient's nose or mouth; and opposing third and fourth edges extending between the first and second edges , wherein portions of the third edge that are closer to the first and second edges project farther from a centerline or center portion of the fixation structure than do portions of the third edge that are farther from the first and second edges , wherein portions of the third edge that are closer to the second edge project farther from the centerline or center portion of the fixation structure than do portions of the third edge that are closer to the first edge ; wherein the third edge and/or the fourth edge comprise a concave curve; wherein the fourth edge comprises a concave curve shaped to match a shape of an under-eye region of the patient; and wherein the centerline or center portion is midway between the third and fourth edges, and wherein the third edge and the fourth edge are symmetrical to each other about the centerline or center portion. a first edge ; a second edge opposing the first edge , such that in use on the patient's face the second edge is farther away than the first edge from the patient's nose or mouth; and opposing third and fourth edges extending between the first and second edges , wherein portions of the third edge that are closer to the first and second edges project farther from a centerline or center portion of the fixation structure than do portions of the third edge that are farther from the first and second edges , wherein portions of the third edge that are closer to the second edge project farther from the centerline or center portion of the fixation structure than do portions of the third edge that are closer to the first edge ; wherein the third edge and/or the fourth edge comprise a concave curve; wherein the fourth edge comprises a concave curve shaped to match a shape of an under-eye region of the patient; and wherein the centerline or center portion is midway between the third and fourth edges, and wherein the third edge and the fourth edge are symmetrical to each other about the centerline or center portion.
A video monitoring method comprising: a measuring step of measuring at least a part of power consumption of a display device used for displaying predetermined content, or a voltage or a current used for calculating the part of power consumption, the display device comprising a light emitting unit that produces and emits backlight that is irradiated on a liquid crystal panel of the display device, the part of power consumption being power consumption of the light emitting unit; and a determining step of determining whether a predetermined content has been displayed by the display device, based on any of the power consumption, the voltage or the current measured in the measuring step, and reference information previously associated with the predetermined content. a measuring step of measuring at least a part of power consumption of a display device used for displaying predetermined content, or a voltage or a current used for calculating the part of power consumption, the display device comprising a light emitting unit that produces and emits backlight that is irradiated on a liquid crystal panel of the display device, the part of power consumption being power consumption of the light emitting unit; and a determining step of determining whether a predetermined content has been displayed by the display device, based on any of the power consumption, the voltage or the current measured in the measuring step, and reference information previously associated with the predetermined content.
A self-service terminal comprising: a computing device having one or more processors; a display in communication with said computing device wherein indicia displayed by said display are controlled by said computing device ; a transceiver in communication with said computing device wherein said computing device can transmit data remotely through said transceiver and can receive data through said transceiver ; a card module having an intake configured to receive a card and defining a path of movement for the card , said card module also including: first and second optical scanners positioned on opposite sides of said path to respectively capture images of holograms from opposite sides of the card , and at least one card reader configured to read one of a chip embedded in the card and a magnetic strip of the card ; and at least one radiation source positioned on a first side of said path with said first optical scanner , said at least one radiation source configured to emit light on a card in said card path and said first optical scanner configured to capture an image of a hologram defined on the card to which light from said at least one radiation source is directed, characterized by said at least one radiation source being moveable relative to said path and to said first optical scanner . a computing device having one or more processors; a display in communication with said computing device wherein indicia displayed by said display are controlled by said computing device ; a transceiver in communication with said computing device wherein said computing device can transmit data remotely through said transceiver and can receive data through said transceiver ; a card module having an intake configured to receive a card and defining a path of movement for the card , said card module also including: first and second optical scanners positioned on opposite sides of said path to respectively capture images of holograms from opposite sides of the card , and at least one card reader configured to read one of a chip embedded in the card and a magnetic strip of the card ; and first and second optical scanners positioned on opposite sides of said path to respectively capture images of holograms from opposite sides of the card , and at least one card reader configured to read one of a chip embedded in the card and a magnetic strip of the card ; and at least one radiation source positioned on a first side of said path with said first optical scanner , said at least one radiation source configured to emit light on a card in said card path and said first optical scanner configured to capture an image of a hologram defined on the card to which light from said at least one radiation source is directed,
An electrostatic discharge protection device structure , comprising a semiconductor region of a first type, an insulating base formed under the semiconductor region and sidewalls isolating the semiconductor region ; a first, first type well formed within the semiconductor region and including a first, first type doped region for providing a first contact pad of the device ; a first, second type well formed within the semiconductor region and separating within the semiconductor region a first part of the semiconductor region containing the first, first type well from a further part of the semiconductor region , wherein the first, first type well , the first, second type well and the first part of the semiconductor region constitute a first transistor of a first conductivity type; a second, first type well formed within the further part of the semiconductor region and including a first, second type doped region and a second, first type doped region , wherein the first, second type well , the semiconductor region and the first, second type doped region constitute a second transistor of a second conductivity type; a second, second type well formed within the further part of the semiconductor region and separating within the further part of the semiconductor region a second part of the semiconductor region containing the second, first type well from a third part of the semiconductor region , wherein the first, second type well , the second part of the semiconductor region and the second, second type well constitute a third transistor of a second conductivity type; and a third, first type well formed within the third part of the semiconductor region and including a second, second type doped region and a third, first type doped region , wherein the second part of the semiconductor region , the second, second type well and the third part of the semiconductor region constitute a fourth transistor of a first conductivity type, wherein the second, second type well , the third part of the semiconductor region and the second, second type doped region constitute a fifth transistor of a second conductivity type, wherein the first, second and third parts of the semiconductor region , which lie under the first, second and third, first type wells , are isolated from each other by the first and second, second type wells , which contact the insulating base , wherein the first transistor of the first conductivity type and the second transistor of the second conductivity type are operably coupled together and form a first silicon controlled rectifier, SCR, wherein the second transistor and the third transistor of the second conductivity type are operably coupled together and form a Darlington pair, and wherein the fourth transistor of the first conductivity type and the fifth transistor of the second conductivity type are operably coupled together and form a second SCR, which is operably coupled in series with the first SCR.
Modular device for in particular hydroponic cultivation in a container, comprising a one-piece container having a length L, taken along a longitudinal axis XX', having a closed cross-section, of a U-shaped cross-section, and having at least one plate comprising at least one depression (112-3) and holes (112-5) for discharging fluids and/or receiving plants in said depression, means for administering a nutrient fluid to the plants, lateral walls at least being double-walled, characterized in that these lateral walls comprise at least one pair of continuous grooves and the at least one plate comprises edges having a profile which matches that of said continuous grooves, doubled, so as to make the at least one plate reversible.
A method for establishing a secondary cell group, SCG, split bearer in a dual connectivity between different radio access technologies, RATs, in a wireless communication system, the method performed by a primary base station supporting a first RAT comprising: transmitting (S1301), to a secondary base station supporting a second RAT, a first message for requesting addition of the secondary base station, wherein the first message includes a first parameter about quality of service, QoS, which is a full quality requirement parameter received from a core network of the first RAT, and a second parameter associated with guaranteed bit rate QoS, GBR QoS, that is admittable by master cell group, MCG; and receiving (S1302), from the secondary base station, a second message, wherein the second message includes a third parameter about QoS to be provided by the MCG, wherein the first RAT is 4 th generation, 4G, long term evolution, LTE, and the second RAT is 5 th generation, 5G, new radio, NR transmitting (S1301), to a secondary base station supporting a second RAT, a first message for requesting addition of the secondary base station, wherein the first message includes a first parameter about quality of service, QoS, which is a full quality requirement parameter received from a core network of the first RAT, and a second parameter associated with guaranteed bit rate QoS, GBR QoS, that is admittable by master cell group, MCG; and receiving (S1302), from the secondary base station, a second message, wherein the second message includes a third parameter about QoS to be provided by the MCG, wherein the first RAT is 4 th generation, 4G, long term evolution, LTE, and the second RAT is 5 th generation, 5G, new radio, NR
A method for managing firewall requirements related to a virtualized application by a cloud management entity (600; 800) having a processing engine , comprising: - determining , by the processing engine , that a virtualized application, associated with a first plurality of application virtual machines (406a; 406b) and a second plurality of firewall virtual machines (402a; 402b), requires an increased number of application virtual machines in the first plurality; - determining , by the processing engine , that an increased number of firewall virtual machines is required by the increased number of application virtual machines; - instantiating an application virtual machine; and - instantiating a firewall virtual machine, wherein the required increased number of firewall virtual machines is determined in accordance with detecting that a firewall ratio threshold associated with the virtualized application is exceeded by the increased number of application virtual machines, wherein detecting that the firewall ratio threshold is exceeded is made in accordance with comparing a bandwidth capacity of the required increased number of application virtual machines in the first plurality to a sum of a bandwidth capacity of the firewall virtual machines in the second plurality and a bandwidth of a hardware firewall provisioned for use by the virtualized application. - determining , by the processing engine , that a virtualized application, associated with a first plurality of application virtual machines (406a; 406b) and a second plurality of firewall virtual machines (402a; 402b), requires an increased number of application virtual machines in the first plurality; - determining , by the processing engine , that an increased number of firewall virtual machines is required by the increased number of application virtual machines; - instantiating an application virtual machine; and - instantiating a firewall virtual machine,
An intraluminal tube comprising: an elongated tube having a proximal portion , a distal portion configured to be disposed inside of an internal cavity of a patient, and a sidewall defining a plurality of longitudinal grooves and a lumen extending from the proximal portion to the distal portion, the distal portion defining one or more openings in fluid communication with the lumen; and a plurality of deployable tines , each coupled to the tube and disposed outside the sidewall of the distal portion; where each tine is moveable from a collapsed state to a deployed state in which a portion of the tine extends laterally away from the distal portion of the tube; where each tine is disposed in a different one of the grooves when the tines are in the collapsed state; and where the one or more openings are disposed in the plurality of grooves; characterized in that deployment of each tine is achieved at least in part through displacement of one end of the tine relative to an opposite end of the tine along the tube. an elongated tube having a proximal portion , a distal portion configured to be disposed inside of an internal cavity of a patient, and a sidewall defining a plurality of longitudinal grooves and a lumen extending from the proximal portion to the distal portion, the distal portion defining one or more openings in fluid communication with the lumen; and a plurality of deployable tines , each coupled to the tube and disposed outside the sidewall of the distal portion; where each tine is moveable from a collapsed state to a deployed state in which a portion of the tine extends laterally away from the distal portion of the tube; where each tine is disposed in a different one of the grooves when the tines are in the collapsed state; and where the one or more openings are disposed in the plurality of grooves; characterized in that deployment of each tine is achieved at least in part through displacement of one end of the tine relative to an opposite end of the tine along the tube.
Method for determining an area occupied by a first radio apparatus , wherein the method comprises: - emitting a signal from the first radio apparatus , - receiving the signal by means of at least two further radio apparatuses , - determining, on the basis of a propagation time of the signal from the first radio apparatus to the further radio apparatuses , a surrounding area around each of the further radio apparatuses in which the first radio apparatus is situated, - determining an overlapping area which results from a superimposition of all surrounding areas ; - determining an outer sphere or a rasterization of the overlapping area ; - determining the area occupied by the first radio apparatus on the basis of the outer sphere or the rasterization of the overlapping area ; and - determining whether the area occupied by the first radio apparatus , as determined by means of the method, is completely in a defined area , in particular in a predefined area . - emitting a signal from the first radio apparatus , - receiving the signal by means of at least two further radio apparatuses , - determining, on the basis of a propagation time of the signal from the first radio apparatus to the further radio apparatuses , a surrounding area around each of the further radio apparatuses in which the first radio apparatus is situated, - determining an overlapping area which results from a superimposition of all surrounding areas ; - determining an outer sphere or a rasterization of the overlapping area ; - determining the area occupied by the first radio apparatus on the basis of the outer sphere or the rasterization of the overlapping area ; and - determining whether the area occupied by the first radio apparatus , as determined by means of the method, is completely in a defined area , in particular in a predefined area .
A process for producing a hydroxide slurry from caustic calcined carbonate powder or caustic calcined hydroxide powder, comprising the following steps: a) mixing the powder with water in a reactor vessel and forming a reaction mixture, wherein the reactor vessel includes a controller adapted to electronically control the process therein and a steam outlet capable to release steam therefrom; b) applying a shearing force to the reaction mixture using a mixing apparatus; c) adding a viscosity modifier to the reaction mixture; d) controlled by the controller, allowing heat of hydration to raise the temperature of the reaction mixture to between 85 and 95°C, and e) controlled by the controller, allowing steam to evaporate from the reaction mixture as hydration proceeds and to release from the reactor vessel via the steam outlet to remove excess heat and control the reaction temperature at between 85 and 95°C; wherein the hydroxide slurry has a final solids content in the range of 55-65%, and the hydroxide slurry including the viscosity modifier formed by steps (a)-(e) has a pH of 9.5. a) mixing the powder with water in a reactor vessel and forming a reaction mixture, wherein the reactor vessel includes a controller adapted to electronically control the process therein and a steam outlet capable to release steam therefrom; b) applying a shearing force to the reaction mixture using a mixing apparatus; c) adding a viscosity modifier to the reaction mixture; d) controlled by the controller, allowing heat of hydration to raise the temperature of the reaction mixture to between 85 and 95°C, and e) controlled by the controller, allowing steam to evaporate from the reaction mixture as hydration proceeds and to release from the reactor vessel via the steam outlet to remove excess heat and control the reaction temperature at between 85 and 95°C;
A device, comprising: a bendable display ; a first stimulus electrode configured to transmit a first key signal; a first receiving electrode configured to receive an electrostatic charge variation in a surrounding environment; an electrostatic charge variation sensor configured to measure the electrostatic charge variation, and generate electrostatic charge variation data based on the measured electrostatic charge variation; and a processor configured to determine whether the bendable display is in an open state or a closed state based on the electrostatic charge variation data and the first key signal, wherein the processor is configured to determine the bendable display is in the open state in a case where the electrostatic charge variation data does not match a key included in the first key signal, and determine the bendable display is in the closed state in a case where the electrostatic charge variation data matches a key included in the first key signal, wherein in the open state, the first stimulus electrode and first receiving electrode are spaced from each other, and in the closed state, the first stimulus electrode and first receiving electrode are in close proximity to each other such that the receiving electrode is able to receive and detect the key signal transmitted by the stimulus electrode. a bendable display ; a first stimulus electrode configured to transmit a first key signal; a first receiving electrode configured to receive an electrostatic charge variation in a surrounding environment; an electrostatic charge variation sensor configured to measure the electrostatic charge variation, and generate electrostatic charge variation data based on the measured electrostatic charge variation; and a processor configured to determine whether the bendable display is in an open state or a closed state based on the electrostatic charge variation data and the first key signal, wherein the processor is configured to determine the bendable display is in the open state in a case where the electrostatic charge variation data does not match a key included in the first key signal, and determine the bendable display is in the closed state in a case where the electrostatic charge variation data matches a key included in the first key signal, wherein in the open state, the first stimulus electrode and first receiving electrode are spaced from each other, and in the closed state, the first stimulus electrode and first receiving electrode are in close proximity to each other such that the receiving electrode is able to receive and detect the key signal transmitted by the stimulus electrode.