mhurhangee/patent-ind-claim-en huggingface dataset:
A communications device configured to transmit signals to and/or receive signals from an infrastructure equipment of a mobile communications network, the communications device comprising a receiver configured to receive signals transmitted by the infrastructure equipment , a transmitter configured to transmit signals to the infrastructure equipment, and a controller configured to control the transmitter and the receiver to receive data from the infrastructure equipment, wherein the mobile communications network forms a wireless access interface, and the controller is configured in a combination with the transmitter and the receiver to receive from the mobile communications network an indication for identifying one or more narrowband cells, listed by the mobile communications network, for which the communications device should perform measurements for evaluating a received signal metric based on a quality or a signal strength of the received signals, characterized by the controller being further configured to receive one or more predetermined reporting criteria for determining whether to report that one or more of the narrowband cells listed satisfies the one or more predetermined reporting criteria based on the evaluated received signal metric up to a predetermined number, and to transmit an indication of the one or more narrowband cells with the best of the evaluated predetermined reporting criteria, up to the predetermined number, to the mobile communications network. a receiver configured to receive signals transmitted by the infrastructure equipment , a transmitter configured to transmit signals to the infrastructure equipment, and a controller configured to control the transmitter and the receiver to receive data from the infrastructure equipment, wherein the mobile communications network forms a wireless access interface, and the controller is configured in a combination with the transmitter and the receiver to receive from the mobile communications network an indication for identifying one or more narrowband cells, listed by the mobile communications network, for which the communications device should perform measurements for evaluating a received signal metric based on a quality or a signal strength of the received signals, characterized by the controller being further configured to receive one or more predetermined reporting criteria for determining whether to report that one or more of the narrowband cells listed satisfies the one or more predetermined reporting criteria based on the evaluated received signal metric up to a predetermined number, and to transmit an indication of the one or more narrowband cells with the best of the evaluated predetermined reporting criteria, up to the predetermined number, to the mobile communications network.
A whiteboard comprising: a main frame assembly with a transparent panel or a frameless transparent panel; an artwork assembly containing an artwork , a mounting foam board and a support frame ; a screen assembly comprising a white or color screen connected with support strips or rods , hidden pulling strings , and a tube to hang and slide the screen ; and mounting components comprising brackets with a hinge element to ease installation and brackets with a hook or roller to hide the pulling strings, as well as locking elements to lock the whole assembly, wherein a magnetism is introduced on the transparent panel so that magnetic whiteboard accessories can be used. a main frame assembly with a transparent panel or a frameless transparent panel; an artwork assembly containing an artwork , a mounting foam board and a support frame ; a screen assembly comprising a white or color screen connected with support strips or rods , hidden pulling strings , and a tube to hang and slide the screen ; and mounting components comprising brackets with a hinge element to ease installation and brackets with a hook or roller to hide the pulling strings, as well as locking elements to lock the whole assembly, wherein a magnetism is introduced on the transparent panel so that magnetic whiteboard accessories can be used.
An aqueous pharmaceutical composition for parenteral administration and being stable upon storage comprising Tapentadol or a physiologically acceptable salt thereof, wherein the concentration of Tapentadol is within the range of from 0.10 to 8.00 mg/mL, based on the weight of Tapentadol free base and based on the total volume of the composition; and wherein the pH value of the composition is buffered and within the range of from 4.0 to 6.0.
A compound having a structure in accordance with Formula (I) : Q-(R 1 Z 1 ) m -RZ (I) wherein Q is a moiety containing a single free radical-polymerizable functional group, R is a urethane/ureido-containing structural unit, Z is a monovalent moiety containing at least one cyclic structural element, each R 1 , if present, is independently selected to be a urethane/ureido-containing structural unit which is the same as or different from R, each Z 1 , if present, is independently selected to be a divalent moiety containing at least one cyclic structural element and m is 0 or an integer of 1 or more, wherein the compound has a single free radical-polymerizable functional group per molecule, at least one cyclic structural element per molecule and at least two urethane (-O-C(=O)-NH-) and/or ureido (-NH-C(=O)-NH-) linkages per molecule. wherein Q is a moiety containing a single free radical-polymerizable functional group, R is a urethane/ureido-containing structural unit, Z is a monovalent moiety containing at least one cyclic structural element, each R 1 , if present, is independently selected to be a urethane/ureido-containing structural unit which is the same as or different from R, each Z 1 , if present, is independently selected to be a divalent moiety containing at least one cyclic structural element and m is 0 or an integer of 1 or more, wherein the compound has a single free radical-polymerizable functional group per molecule, at least one cyclic structural element per molecule and at least two urethane (-O-C(=O)-NH-) and/or ureido (-NH-C(=O)-NH-) linkages per molecule.
A resin composition comprising: a maleimide compound (A) represented by general formula : wherein R represents a hydrogen atom or a methyl group, and n represents an integer of 1 to 10 on average; a cyanate ester compound (B); a non-halogen epoxy resin (C); an inorganic filler (D); and an imidazole compound (F); wherein the imidazole compound (F) is 2,4,5-triphenyl imidazole a maleimide compound (A) represented by general formula : wherein R represents a hydrogen atom or a methyl group, and n represents an integer of 1 to 10 on average; a cyanate ester compound (B); a non-halogen epoxy resin (C); an inorganic filler (D); and an imidazole compound (F); wherein the imidazole compound (F) is 2,4,5-triphenyl imidazole
An RF circuit (HF-S) comprising: - a diplexer (DI) having a first port (P1), a common port (PG) and a second port (P2), - a first duplexer (DU-HB-1) for a first frequency band having a transmit port (TX), a common port (PG) and a receive port (RX), - a first duplexer (DU-LB-1) for a second frequency band having a transmit port (TX), a common port (PG) and a receive port (RX), wherein the first frequency band is the 2 GHz band or the 2.5 GHz band and the second frequency band is the 1 GHz band, - a first signal path (SP1) between the common port (PG) of the first duplexer (DU-HB-1, DU-LB-1, DU-HB-2, DU-LB-2, DU-HB-3, DU-LB-3) of the first frequency band and the first port (P1) of the diplexer (DI), wherein the first signal path (SP1) connects the common port (PG) of the first duplexer (DU-HB-1, DU-LB-1, DU-HB-2, DU-LB-2, DU-HB-3, DU-LB-3) of the first frequency band to the first port (P1) of the diplexer (DI), - a second signal path (SP2) between the common port (PG) of the first duplexer (DU-HB-1, DU-LB-1, DU-HB-2, DU-LB-2, DU-HB-3, DU-LB-3) of the second frequency band and the second port (P2) of the diplexer (DI), - in the second signal path (SP2) a phase shifter (PS), configured to adapt the impedances of the first duplexer (DU-HB-1, DU-LB-1, DU-HB-2, DU-LB-2, DU-HB-3, DU-LB-3) of the second frequency band and of the diplexer (DI) for at least one harmonic of a transmission frequency of one of the frequency bands, so that at least one intermodulation product is reduced, wherein the phase shifter (PS) is tunable in its phase offset. - a diplexer (DI) having a first port (P1), a common port (PG) and a second port (P2), - a first duplexer (DU-HB-1) for a first frequency band having a transmit port (TX), a common port (PG) and a receive port (RX), - a first duplexer (DU-LB-1) for a second frequency band having a transmit port (TX), a common port (PG) and a receive port (RX), wherein the first frequency band is the 2 GHz band or the 2.5 GHz band and the second frequency band is the 1 GHz band, - a first signal path (SP1) between the common port (PG) of the first duplexer (DU-HB-1, DU-LB-1, DU-HB-2, DU-LB-2, DU-HB-3, DU-LB-3) of the first frequency band and the first port (P1) of the diplexer (DI), wherein the first signal path (SP1) connects the common port (PG) of the first duplexer (DU-HB-1, DU-LB-1, DU-HB-2, DU-LB-2, DU-HB-3, DU-LB-3) of the first frequency band to the first port (P1) of the diplexer (DI), - a second signal path (SP2) between the common port (PG) of the first duplexer (DU-HB-1, DU-LB-1, DU-HB-2, DU-LB-2, DU-HB-3, DU-LB-3) of the second frequency band and the second port (P2) of the diplexer (DI), - in the second signal path (SP2) a phase shifter (PS), configured to adapt the impedances of the first duplexer (DU-HB-1, DU-LB-1, DU-HB-2, DU-LB-2, DU-HB-3, DU-LB-3) of the second frequency band and of the diplexer (DI) for at least one harmonic of a transmission frequency of one of the frequency bands, so that at least one intermodulation product is reduced, wherein the phase shifter (PS) is tunable in its phase offset.
A semiconductor device fabrication process comprising: forming a first oxide layer on top of a first metal layer ; forming a photoresist layer on top of the first oxide layer ; removing the photoresist layer at a plurality of approximately equally spaced locations; etching trenches into the first oxide layer unprotected by the photoresist layer , using a plasma etching process wherein the trenches occur at the plurality of approximately equally spaced locations; rounding top and bottom corners of the trenches using the plasma etching process, wherein the rounding comprises adjusting parameters used for the plasma etching process on the oxide layer within the trenches; stripping the photoresist layer ; depositing a combination of layers comprising a bottom metal layer , a dielectric layer and a top metal layer in the trenches to form a metal-insulator-metal (MIM) capacitor with an oscillating pattern; etching the top metal layer and the dielectric layer , in a first location where there is no said combination of layers in the trenches; forming a second oxide layer ; etching the second oxide layer in a second location different from the first location where there is no said combination of layers in the trenches; placing a first via at the second location creating contact with the top metal layer ; placing a second via at the first location creating contact with the bottom metal layer ; and placing a first metal of a second metal layer over the first via and a second metal of the second metal layer over the second via creating nodes for the MIM capacitor. forming a first oxide layer on top of a first metal layer ; forming a photoresist layer on top of the first oxide layer ; removing the photoresist layer at a plurality of approximately equally spaced locations; etching trenches into the first oxide layer unprotected by the photoresist layer , using a plasma etching process wherein the trenches occur at the plurality of approximately equally spaced locations; rounding top and bottom corners of the trenches using the plasma etching process, wherein the rounding comprises adjusting parameters used for the plasma etching process on the oxide layer within the trenches; stripping the photoresist layer ; depositing a combination of layers comprising a bottom metal layer , a dielectric layer and a top metal layer in the trenches to form a metal-insulator-metal (MIM) capacitor with an oscillating pattern; etching the top metal layer and the dielectric layer , in a first location where there is no said combination of layers in the trenches; forming a second oxide layer ; etching the second oxide layer in a second location different from the first location where there is no said combination of layers in the trenches; placing a first via at the second location creating contact with the top metal layer ; placing a second via at the first location creating contact with the bottom metal layer ; and placing a first metal of a second metal layer over the first via and a second metal of the second metal layer over the second via creating nodes for the MIM capacitor.
An exhaust additive distribution device for a turbocharger turbine of an exhaust system for an internal combustion engine , characterized in that the exhaust additive distribution device comprises a fastening surface , a receiving surface , and at least one distribution surface(s) ; wherein the fastening surface is arranged at a first end of the exhaust additive distribution device and is equipped to fixedly attach the exhaust additive distribution device to a shaft or hub of the turbocharger turbine ; wherein the receiving surface is arranged at a second end of the exhaust additive distribution device opposite the first end and is equipped to receive exhaust additive dosed to the exhaust additive distribution device ; and wherein the distribution surface is arranged in fluid communication with the receiving surface and is equipped to distribute exhaust additive in an exhaust stream passing through the turbocharger turbine by the rotary motion of the exhaust additive distribution device .
An ultra-high-voltage DC power cable system including a joint box, for an ultra-high-voltage direct-current (DC) power cable , and a pair of ultra-high-voltage DC power cables each having a conductor , an inner semiconducting layer surrounding the conductor , an insulating layer surrounding the inner semiconducting layer , and an outer semiconducting layer surrounding the insulating layer , the joint box comprising: a first electrode having left and right round ends in a lengthwise direction of the joint box; a pair of second electrodes configured to face each other while being spaced a certain distance from the first electrode to the left or right in the lengthwise direction of the joint box , and are in contact with the outer semiconducting layer of the power cable to be electrically connected thereto; and a joint sleeve configured to surround the first electrode and the second electrodes , formed of an elastic material that contracts at room temperature, and provided in the form of a hollow sleeve with a through hole in the lengthwise direction, wherein the joint sleeve comprises a joint-box insulation part configured to prevent leakage of current to the outside of the joint box , wherein the joint-box insulation part comprises a first insulating layer and characterised in that the joint-box insulation part comprises a second insulating layer , wherein the second insulating layer has lower volume resistivity than that of the first insulating layer , and the second insulating layer is formed between the first insulation layer and the insulation layer and surrounds at least one of an innermost side of the joint sleeve, an interface between the first electrode and the joint-box insulation part , or an interface between the second electrode and the joint-box insulation part . a first electrode having left and right round ends in a lengthwise direction of the joint box; a pair of second electrodes configured to face each other while being spaced a certain distance from the first electrode to the left or right in the lengthwise direction of the joint box , and are in contact with the outer semiconducting layer of the power cable to be electrically connected thereto; and a joint sleeve configured to surround the first electrode and the second electrodes , formed of an elastic material that contracts at room temperature, and provided in the form of a hollow sleeve with a through hole in the lengthwise direction, wherein the joint sleeve comprises a joint-box insulation part configured to prevent leakage of current to the outside of the joint box , wherein the joint-box insulation part comprises a first insulating layer and characterised in that the joint-box insulation part comprises a second insulating layer , wherein the second insulating layer has lower volume resistivity than that of the first insulating layer , and the second insulating layer is formed between the first insulation layer and the insulation layer and surrounds at least one of an innermost side of the joint sleeve, an interface between the first electrode and the joint-box insulation part , or an interface between the second electrode and the joint-box insulation part .
An EPA composition comprising: from 15 wt. % to 90 wt. % eicosapentaenoic acid (EPA) and 10 wt. % to 70 wt. % polar lipids, wherein the polar lipids comprise phospholipids and glycolipids, 5 wt. % to 50 wt. % of the EPA in the composition is a glycolipid conjugate, 3 wt. % to 50 wt. % of the EPA in the composition is a phospholipid conjugate, and wherein the composition comprises less than 5 wt. % other esterified EPA, does not comprise methyl esters or ethyl esters of fatty acids, or docosahexaenoic acid (DHA), and wherein the composition is suitable for human consumption. from 15 wt. % to 90 wt. % eicosapentaenoic acid (EPA) and 10 wt. % to 70 wt. % polar lipids, wherein the polar lipids comprise phospholipids and glycolipids, 5 wt. % to 50 wt. % of the EPA in the composition is a glycolipid conjugate, 3 wt. % to 50 wt. % of the EPA in the composition is a phospholipid conjugate, and wherein the composition comprises less than 5 wt. % other esterified EPA, does not comprise methyl esters or ethyl esters of fatty acids, or docosahexaenoic acid (DHA), and wherein the composition is suitable for human consumption.
A method for manufacturing a foil for a manufacture of a portable data carrier, characterized in that the foil is manufactured from a fabric and a potting compound , wherein a coating is applied to the fabric , wherein the potting compound was previously applied to the fabric , wherein the potting compound and/or the coating are/is printed, wherein as a coating an adhesion promoter and/or a bonding agent are/is employed, wherein the potting compound and/or the coating are/is transparent. wherein a coating is applied to the fabric , wherein the potting compound was previously applied to the fabric , wherein the potting compound and/or the coating are/is printed, wherein as a coating an adhesion promoter and/or a bonding agent are/is employed, wherein the potting compound and/or the coating are/is transparent.
A radiographing apparatus for a medical radiograph, the apparatus comprising: an X-ray radiographing device radiographing a subject , and obtaining a medical radiograph data of the subject ; a depth camera obtaining a depth data of the subject including a reference frame and a current frame; and a controller controlling the X-ray radiographing device and the depth camera to obtain the medical radiograph data and the depth data of the subject at the same time; a correction unit correcting the medical radiograph data transmitted from the X-ray radiographing device by using the depth data transmitted from the depth camera, characterized in that the radiographing apparatus further comprises: a composition unit composing a depth surface image of the subject by using the depth data and the medical radiograph data, wherein the correction unit calculates a movement information of the subject by comparing two neighboring frames of the depth data including the reference frame and the current frame, and corrects a part of the medical radiograph data corresponding to the current frame of depth data by applying the movement information to an affine transform formula when the movement information exceeds a predetermined threshold. an X-ray radiographing device radiographing a subject , and obtaining a medical radiograph data of the subject ; a depth camera obtaining a depth data of the subject including a reference frame and a current frame; and a controller controlling the X-ray radiographing device and the depth camera to obtain the medical radiograph data and the depth data of the subject at the same time; a correction unit correcting the medical radiograph data transmitted from the X-ray radiographing device by using the depth data transmitted from the depth camera, characterized in that the radiographing apparatus further comprises: a composition unit composing a depth surface image of the subject by using the depth data and the medical radiograph data, wherein the correction unit calculates a movement information of the subject by comparing two neighboring frames of the depth data including the reference frame and the current frame, and corrects a part of the medical radiograph data corresponding to the current frame of depth data by applying the movement information to an affine transform formula when the movement information exceeds a predetermined threshold. a composition unit composing a depth surface image of the subject by using the depth data and the medical radiograph data, wherein the correction unit calculates a movement information of the subject by comparing two neighboring frames of the depth data including the reference frame and the current frame, and corrects a part of the medical radiograph data corresponding to the current frame of depth data by applying the movement information to an affine transform formula when the movement information exceeds a predetermined threshold.