mhurhangee/patent-ind-claim-en huggingface dataset:
An illumination lens for distributing light from a light source , comprising: a lens body including an incident face , a reflection face ,and an emission face ; and a mounted part for attaching the lens body to a mating component, wherein the incident face is formed in a recessed shape at a bottom apex part of said lens body to receive light from the light source ; the reflection face is formed on an inner side of an outer periphery of said lens body , so as to totally reflect the light from said incident face ; the emission face is formed at an upper end of said lens body to emit light from said incident face and said reflection face to an outside of the lens body , said mounted part is formed on the outer periphery of the lens body at two-thirds of a whole height of the lens body from the bottom apex part thereof, along a height direction of said reflection face , said incident face is configured to distribute light only to a predetermined range of the reflection face , corresponding to a part of the reflection face which ranges from the bottom of the apex part to two thirds of the overall height of the lens body , and said incident face is configured not to distribute light to an upper portion of the reflection face adjacent to the emission face , said upper portion including a location where the mounted part is formed and a further portion of the reflection face extending from the mounted part to the emission face . a lens body including an incident face , a reflection face ,and an emission face ; and a mounted part for attaching the lens body to a mating component, wherein the incident face is formed in a recessed shape at a bottom apex part of said lens body to receive light from the light source ; the reflection face is formed on an inner side of an outer periphery of said lens body , so as to totally reflect the light from said incident face ; the emission face is formed at an upper end of said lens body to emit light from said incident face and said reflection face to an outside of the lens body , said mounted part is formed on the outer periphery of the lens body at two-thirds of a whole height of the lens body from the bottom apex part thereof, along a height direction of said reflection face , said incident face is configured to distribute light only to a predetermined range of the reflection face , corresponding to a part of the reflection face which ranges from the bottom of the apex part to two thirds of the overall height of the lens body , and said incident face is configured not to distribute light to an upper portion of the reflection face adjacent to the emission face , said upper portion including a location where the mounted part is formed and a further portion of the reflection face extending from the mounted part to the emission face .
A method of capturing data from a patient's dentition, comprising the steps of: - positioning a first optical sensor relative to patient's dentition; - capturing via the first optical sensor at least a portion of the shape of a tooth in the patient's dentition and based thereon providing a first virtual dentition model representing that shape in a three-dimensional coordinate system, - independent from capturing the shape, measuring a first color at a first location on the tooth portion; and - providing a correlation between the first location of the first color and a coordinate in the first virtual dentition model; - positioning a second optical sensor relative to patient's dentition, wherein measuring of the first color is performed via the second optical sensor, wherein the second sensor forms at least part of a spectrometer that comprises more than three different color filters; and - comparing the measured first color with a reference color, and - depending on the degree of similarity or the match between the measured first color and the reference color - determining the validity of the measured first color. - positioning a first optical sensor relative to patient's dentition; - capturing via the first optical sensor at least a portion of the shape of a tooth in the patient's dentition and based thereon providing a first virtual dentition model representing that shape in a three-dimensional coordinate system, - independent from capturing the shape, measuring a first color at a first location on the tooth portion; and - providing a correlation between the first location of the first color and a coordinate in the first virtual dentition model; - positioning a second optical sensor relative to patient's dentition, wherein measuring of the first color is performed via the second optical sensor, wherein the second sensor forms at least part of a spectrometer that comprises more than three different color filters; and - comparing the measured first color with a reference color, and - depending on the degree of similarity or the match between the measured first color and the reference color - determining the validity of the measured first color.
Electromagnet for activating a fluidic device, consisting of a core subassembly and a magnetic coil , wherein the core subassembly consists of a tubule , a magnetic pole , an armature and an armature bar , and wherein the magnetic coil consists of a wire winding , a coil body , an iron yoke , an at least partial plastic overmoulding and an electrical plug connector moulded onto it, wherein - the tubule is made by a forming process, - and the end of the otherwise hollow cylindrically shaped tubule facing away from the magnetic pole is formed as a hollow spherical segment, - and the tubule is welded or soldered fluid-tight to the magnetic pole , - and the magnetic coil is designed such that the magnetic coil, in the assembled condition of the electromagnet, is secured immovably and rotationally fixed in a predetermined position in each case on the core subassembly after the engagement of a clamping device , - and the magnetic coil is designed such that the magnetic coil rests loosely on the core subassembly after a loosening of the clamping device , characterized in that the magnetic coil is positioned in the longitudinal direction against an end stop of the magnetic pole and positioned in regard to its angle of rotation by an orienting during the assembly process and held by the clamping device , which is at least partly part of the plastic overmoulding of the magnetic coil , wherein the clamping device provided with an external thread is engaged by a threaded nut , which presses at least two tabs of the clamping device against the tubule by means of a conical surface . - the tubule is made by a forming process, - and the end of the otherwise hollow cylindrically shaped tubule facing away from the magnetic pole is formed as a hollow spherical segment, - and the tubule is welded or soldered fluid-tight to the magnetic pole , - and the magnetic coil is designed such that the magnetic coil, in the assembled condition of the electromagnet, is secured immovably and rotationally fixed in a predetermined position in each case on the core subassembly after the engagement of a clamping device , - and the magnetic coil is designed such that the magnetic coil rests loosely on the core subassembly after a loosening of the clamping device , characterized in that the magnetic coil is positioned in the longitudinal direction against an end stop of the magnetic pole and positioned in regard to its angle of rotation by an orienting during the assembly process and held by the clamping device , which is at least partly part of the plastic overmoulding of the magnetic coil , wherein the clamping device provided with an external thread is engaged by a threaded nut , which presses at least two tabs of the clamping device against the tubule by means of a conical surface .
A stage (76-3) of a fan for a gas turbine engine , comprising: a rotor blade ; a disk coupled to the rotor blade , a stator vane disposed aft of the rotor blade ; and a baffle coupled to and extending radially inward from the stator vane ; characterised in that : the baffle defining a secondary airflow path from a higher pressure zone aft of the stator vane to a lower pressure zone forward of the stator vane ; and the baffle is configured to direct airflow through the secondary airflow path from a flow cavity aft of the stator vane and defined by the stator vane and a portion of engine case structure to a first disk cavity disposed forward of the disk and a second disk cavity disposed aft of the disk and defined by the baffle to assist in maintaining a normal steady state temperature of components surrounding the first and second disk cavities , wherein the secondary airflow path is configured to direct the airflow radially inward along an aft surface of the baffle , forward over a radially inner edge through an aperture of the baffle , and radially outward to the first and second disk cavities . a rotor blade ; a disk coupled to the rotor blade , a stator vane disposed aft of the rotor blade ; and a baffle coupled to and extending radially inward from the stator vane ; characterised in that : the baffle defining a secondary airflow path from a higher pressure zone aft of the stator vane to a lower pressure zone forward of the stator vane ; and the baffle is configured to direct airflow through the secondary airflow path from a flow cavity aft of the stator vane and defined by the stator vane and a portion of engine case structure to a first disk cavity disposed forward of the disk and a second disk cavity disposed aft of the disk and defined by the baffle to assist in maintaining a normal steady state temperature of components surrounding the first and second disk cavities , wherein the secondary airflow path is configured to direct the airflow radially inward along an aft surface of the baffle , forward over a radially inner edge through an aperture of the baffle , and radially outward to the first and second disk cavities . the baffle defining a secondary airflow path from a higher pressure zone aft of the stator vane to a lower pressure zone forward of the stator vane ; and the baffle is configured to direct airflow through the secondary airflow path from a flow cavity aft of the stator vane and defined by the stator vane and a portion of engine case structure to a first disk cavity disposed forward of the disk and a second disk cavity disposed aft of the disk and defined by the baffle to assist in maintaining a normal steady state temperature of components surrounding the first and second disk cavities , wherein the secondary airflow path is configured to direct the airflow radially inward along an aft surface of the baffle , forward over a radially inner edge through an aperture of the baffle , and radially outward to the first and second disk cavities .
A method for detection of lung cancer, comprising a step of detecting in vitro the presence or absence of abnormal cleavage of kininogen I in a subject-derived sample; wherein the step of detecting in vitro the presence or absence of abnormal cleavage of kininogen I comprises detecting the amount or presence of at least any one selected from the group consisting of: (a) a protein fragment having ESNEELTESCET as a C-terminal amino acid sequence; (b) a protein fragment having IYPTVNCQPLG as a C-terminal amino acid sequence; (c) a protein fragment having TEHLASSSEDSTTPSA as a C-terminal amino acid sequence; (d) a protein fragment having IYPTVNCQPLGMIS as a C-terminal amino acid sequence; (e) a protein fragment having IYPTVNCQPL as a C-terminal amino acid sequence; and (f) a protein fragment having IYPTVNCQP as a C-terminal amino acid sequence. (a) a protein fragment having ESNEELTESCET as a C-terminal amino acid sequence; (b) a protein fragment having IYPTVNCQPLG as a C-terminal amino acid sequence; (c) a protein fragment having TEHLASSSEDSTTPSA as a C-terminal amino acid sequence; (d) a protein fragment having IYPTVNCQPLGMIS as a C-terminal amino acid sequence; (e) a protein fragment having IYPTVNCQPL as a C-terminal amino acid sequence; and (f) a protein fragment having IYPTVNCQP as a C-terminal amino acid sequence.
A computer implemented method of bringing an IVUS image of an area of a lumen and an OCT image of the same area of the lumen into register comprising: receiving, by one or more processors, the IVUS image of the area of the lumen; receiving, by the one or more processors, the OCT image of the same area of the lumen; determining the same asymmetry in each of the IVUS and OCT images; and overlaying the IVUS and OCT images and rotating them with respect to one another until the asymmetry in each of the IVUS and OCT images are in register. receiving, by one or more processors, the IVUS image of the area of the lumen; receiving, by the one or more processors, the OCT image of the same area of the lumen; determining the same asymmetry in each of the IVUS and OCT images; and overlaying the IVUS and OCT images and rotating them with respect to one another until the asymmetry in each of the IVUS and OCT images are in register.
A method performed by a mobile communication device , comprising: performing, by a mobile communication device , wireless communication using a 5G communication protocol; the method characterised by : determining , by the mobile communication device , whether a data throughput of the wireless communication using the 5G communication protocol is greater than a designated reference value, while the data throughput of the wireless communication using the 5G communication protocol is maintained greater than the designated reference value, continuing to perform 5G communication and monitoring a temperature of the mobile communication device , and performing , by the mobile communication device , a handover from the wireless communication using the 5G communication protocol to wireless communication using a 4G communication protocol to control heat generation due to high-speed communication including the 5G communication protocol through the handover based at least in part on the monitored temperature being higher than a designated reference temperature. performing, by a mobile communication device , wireless communication using a 5G communication protocol; the method characterised by : determining , by the mobile communication device , whether a data throughput of the wireless communication using the 5G communication protocol is greater than a designated reference value, while the data throughput of the wireless communication using the 5G communication protocol is maintained greater than the designated reference value, continuing to perform 5G communication and monitoring a temperature of the mobile communication device , and performing , by the mobile communication device , a handover from the wireless communication using the 5G communication protocol to wireless communication using a 4G communication protocol to control heat generation due to high-speed communication including the 5G communication protocol through the handover based at least in part on the monitored temperature being higher than a designated reference temperature. determining , by the mobile communication device , whether a data throughput of the wireless communication using the 5G communication protocol is greater than a designated reference value, while the data throughput of the wireless communication using the 5G communication protocol is maintained greater than the designated reference value, continuing to perform 5G communication and monitoring a temperature of the mobile communication device , and performing , by the mobile communication device , a handover from the wireless communication using the 5G communication protocol to wireless communication using a 4G communication protocol to control heat generation due to high-speed communication including the 5G communication protocol through the handover based at least in part on the monitored temperature being higher than a designated reference temperature.
A bracket for fixing a fire-fighting sprinkler including end brackets mounted to both end portions of a support frame to fix the support frame to a ceiling and a center bracket to fix the fire-fighting sprinkler to the support frame , wherein the center bracket includes an opened side portion, a hinge pin and a locking part (440, 440-2) coupled to the hinge pin and configured to pivot about the hinge pin , the locking part (440, 440-2) including a cam lever and a cam protrusion (442, 442-1) having an eccentric axis, whereby the sprinkler fitted in the center bracket is directly pressurized and clamped by the cam protrusion (442, 442-1) by pivoting the locking part (440, 440-2) about the hinge pin while keeping the opened side portion opened.
A method performed by a first computing device , the method comprising: sending to a server system , by one or more hardware processors of the first computing device , a request for instructions to process a plurality of media content items, the request including a unique identifier for each of the plurality of media content items; receiving from the server system , by the one or more hardware processors of the first computing device , instructions for processing a subset of the plurality of content items; processing, by the one or more hardware processors of the first computing device , the subset of the plurality of media content items; and sending to the server system , by the one or more hardware processors of the first computing device , a request to share the plurality of media content items with a second computing device, the request including the unique identifier for each of the plurality of media content items to be shared and processed media content items for the subset of the plurality of media content items; whereby, the server system is able to generate and send a message including the processed media content items for the plurality of media content items to the second device. sending to a server system , by one or more hardware processors of the first computing device , a request for instructions to process a plurality of media content items, the request including a unique identifier for each of the plurality of media content items; receiving from the server system , by the one or more hardware processors of the first computing device , instructions for processing a subset of the plurality of content items; processing, by the one or more hardware processors of the first computing device , the subset of the plurality of media content items; and sending to the server system , by the one or more hardware processors of the first computing device , a request to share the plurality of media content items with a second computing device, the request including the unique identifier for each of the plurality of media content items to be shared and processed media content items for the subset of the plurality of media content items; whereby, the server system is able to generate and send a message including the processed media content items for the plurality of media content items to the second device.
An RF power amplifier circuit configured to provide an output of at least 100 W to a load having a load impedance and comprising a field effect transistor , wherein a drain of the field effect transistor is connected with a protective feedback circuit and the protective feedback circuit is arranged to reduce an over-voltage energy at the drain of the field effect transistor if the voltage between the gate and a drain of the field effect transistor exceeds a feedback threshold voltage due to reflected power caused by a mismatch between the load impedance and the RF power amplifier circuit, characterized in that the protective feedback circuit comprises a capacitance arranged between the drain and the gate of the field effect transistor , wherein at least one avalanche diode is arranged parallel to the capacitance , the protective feedback circuit comprises a switching diode arranged between the capacitance and the drain, and the protective feedback circuit comprises a resistor arranged between the at least one avalanche diode and the gate of the field effect transistor . characterized in that the protective feedback circuit comprises a capacitance arranged between the drain and the gate of the field effect transistor , wherein at least one avalanche diode is arranged parallel to the capacitance , the protective feedback circuit comprises a switching diode arranged between the capacitance and the drain, and the protective feedback circuit comprises a resistor arranged between the at least one avalanche diode and the gate of the field effect transistor .
An ink cartridge storing ink inside the ink cartridge , comprising: an ink flow path extending from the inside where the ink is stored to outside of the ink cartridge , wherein the ink flow path includes: a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening ; a first valve configured to seal the first opening ; and a second valve (76; 86) configured to seal the second opening ; characterized by a biasing member connected to the first and second valves (74, 76; 86) and configured to bias the first and second valves. an ink flow path extending from the inside where the ink is stored to outside of the ink cartridge , wherein the ink flow path includes: a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening ; a first valve configured to seal the first opening ; and a second valve (76; 86) configured to seal the second opening ; characterized by a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening ; a first valve configured to seal the first opening ; and a second valve (76; 86) configured to seal the second opening ; characterized by a biasing member connected to the first and second valves (74, 76; 86) and configured to bias the first and second valves.
A process for preparing lithium hydroxide, said process comprising : submitting an aqueous composition comprising lithium sulphate to an electrodialysis or electrolysis under conditions suitable for converting at least a portion of said lithium sulphate into lithium hydroxide, wherein said aqueous composition comprising lithium sulphate is maintained at a pH having a value of 9.5 to 12.5 for at least 75% of the time during said electrodialysis or electrolysis, wherein when said aqueous composition comprising lithium sulphate is submitted to said electrodialysis or electrolysis, said process is carried out by introducing said aqueous composition comprising lithium sulphate into a central compartment of an electrolysis cell, an aqueous composition comprising lithium hydroxide into a cathodic compartment of said electrolysis cell, and generating an aqueous composition comprising sulphuric acid in an anodic compartment of said electrolysis cell.
A dressing for treating a tissue site, the dressing comprising: a contact layer formed from a porous material and having a first side and a second side, the first side positioned adjacent to the tissue site, the contact layer having a plurality of holes extending through the contact layer from the first side to the second side; a cover layer formed from a porous material and having a first side and a second side, the first side coupled to the contact layer ; and at least one retainer layer formed from a porous material, the at least one retainer layer removably coupled to the second side of the cover layer . a contact layer formed from a porous material and having a first side and a second side, the first side positioned adjacent to the tissue site, the contact layer having a plurality of holes extending through the contact layer from the first side to the second side; a cover layer formed from a porous material and having a first side and a second side, the first side coupled to the contact layer ; and at least one retainer layer formed from a porous material, the at least one retainer layer removably coupled to the second side of the cover layer .