mhurhangee/patent-ind-claim-en huggingface dataset:
A method of synchronous independent channel access, performed by a dual-band device, the method comprising: performing independent enhanced distributed channel access function, in the following also referred to as EDCA, channel access on a first primary wireless channel and on a second primary wireless channel ; encoding a first MAC protocol data unit, in the following also referred to as MPDU, for transmission on the first primary wireless channel; encoding a second MPDU for transmission on the second primary wireless channel ; transmitting the first MPDU on the first primary wireless channel; and transmitting the second MPDU on the second primary wireless channel in synchronization with the transmitting the first MPDU, wherein an ending time of the first MPDU is aligned with an ending time of the second MPDU . performing independent enhanced distributed channel access function, in the following also referred to as EDCA, channel access on a first primary wireless channel and on a second primary wireless channel ; encoding a first MAC protocol data unit, in the following also referred to as MPDU, for transmission on the first primary wireless channel; encoding a second MPDU for transmission on the second primary wireless channel ; transmitting the first MPDU on the first primary wireless channel; and transmitting the second MPDU on the second primary wireless channel in synchronization with the transmitting the first MPDU, wherein an ending time of the first MPDU is aligned with an ending time of the second MPDU .
A bottle assembly , comprising: a bottle comprising a neck having a rim defining an opening into the bottle; and a cap removably coupled to the neck , the cap comprising: - an upper cap portion comprising a top and a first sidewall extending around a perimeter of the top from the top to a lower end, - a lower cap portion comprising a second sidewall coupled to the first sidewall and having a distal end , wherein the upper cap portion and the lower cap portion define a chamber extending along a longitudinal axis of the cap , and - a skirt extending in a radial direction with respect to the longitudinal axis of the cap and configured to be received on the rim of the neck of the bottle , wherein the first sidewall comprises a first transverse dimension (A) at the lower end of the first sidewall , and the second sidewall comprises a second transverse dimension (B) less than the first transverse dimension (A), characterized in that the upper cap portion comprises a plurality of convex-shaped protruded segments (316A-C, 716) disposed circumferentially along the first sidewall . a bottle comprising a neck having a rim defining an opening into the bottle; and a cap removably coupled to the neck , the cap comprising: - an upper cap portion comprising a top and a first sidewall extending around a perimeter of the top from the top to a lower end, - a lower cap portion comprising a second sidewall coupled to the first sidewall and having a distal end , wherein the upper cap portion and the lower cap portion define a chamber extending along a longitudinal axis of the cap , and - a skirt extending in a radial direction with respect to the longitudinal axis of the cap and configured to be received on the rim of the neck of the bottle , - an upper cap portion comprising a top and a first sidewall extending around a perimeter of the top from the top to a lower end, - a lower cap portion comprising a second sidewall coupled to the first sidewall and having a distal end , wherein the upper cap portion and the lower cap portion define a chamber extending along a longitudinal axis of the cap , and - a skirt extending in a radial direction with respect to the longitudinal axis of the cap and configured to be received on the rim of the neck of the bottle , wherein the first sidewall comprises a first transverse dimension (A) at the lower end of the first sidewall , and the second sidewall comprises a second transverse dimension (B) less than the first transverse dimension (A), characterized in that the upper cap portion comprises a plurality of convex-shaped protruded segments (316A-C, 716) disposed circumferentially along the first sidewall .
A blood clot removal device for removing blood clots from the vascular system of a patient, the blood clot removal device being adapted to be implantable in the patient's body and comprising: a blood flow passageway being adapted be connected to the patient's vascular system to allow circulation of the patient's blood through the blood flow passageway, a first filter provided in the blood flow passageway for collecting blood clots occurring in the blood flowing through the blood flow passageway, a cleaning device for moving blood clots collected by the first filter out of the blood flow passageway, and at least one second filter, wherein the cleaning device is adapted to replace the first filter in the blood flow passageway together with collected blood clots with the second filter. a blood flow passageway being adapted be connected to the patient's vascular system to allow circulation of the patient's blood through the blood flow passageway, a first filter provided in the blood flow passageway for collecting blood clots occurring in the blood flowing through the blood flow passageway, a cleaning device for moving blood clots collected by the first filter out of the blood flow passageway, and at least one second filter, wherein the cleaning device is adapted to replace the first filter in the blood flow passageway together with collected blood clots with the second filter.
A friction disk comprising: a friction disk core having an inner diameter edge, an outer diameter edge, and a first surface with multiple mortises extending radially across the first surface, each of the multiple mortises having a different dimension at the inner diameter edge than at the outer diameter edge; and characterized by : a first wear liner having two wear liner segments each including a wear surface and a non-wear surface having a tenon with a complimentary shape to each of the multiple mortises, the tenon being configured to be received by a corresponding mortise of the multiple mortises to couple the wear liner segments to the friction disk core to form an annular liner; and each of the multiple mortises has a greater dimension at the inner diameter edge than at the outer diameter edge. a first wear liner having two wear liner segments each including a wear surface and a non-wear surface having a tenon with a complimentary shape to each of the multiple mortises, the tenon being configured to be received by a corresponding mortise of the multiple mortises to couple the wear liner segments to the friction disk core to form an annular liner; and each of the multiple mortises has a greater dimension at the inner diameter edge than at the outer diameter edge.
A method of manufacturing a polyimide-based film in a roll-to-roll manner comprising: conducting first heat treatment (S1) on a polyimide-based film obtained as a gel state formed by being cast on a support while elongating the polyimide-based film at an elongation percentage of not less than 100% and less than 135% in a machine direction (MD) and shrinking the polyimide-based film at a shrinkage percentage of more than 75% and not more than 100% in a transverse direction (TD) except in the case where the elongation percentage in the machine direction is equal to the shrinkage percentage in the transverse direction; and conducting second heat treatment (S2) on the first heat-treated polyimide-based film while further elongating the polyimide-based film in the machine direction (MD) at a tension not less than 30 N/mm 2 and less than 160 N/mm 2 , wherein a maximum heating temperature during the first heat treatment is 250°C to 330°C, and the second heat treatment is performed for 200 seconds or longer at a temperature within -10°C to +30°C of the maximum heating temperature reached during the first heat treatment. conducting first heat treatment (S1) on a polyimide-based film obtained as a gel state formed by being cast on a support while elongating the polyimide-based film at an elongation percentage of not less than 100% and less than 135% in a machine direction (MD) and shrinking the polyimide-based film at a shrinkage percentage of more than 75% and not more than 100% in a transverse direction (TD) except in the case where the elongation percentage in the machine direction is equal to the shrinkage percentage in the transverse direction; and conducting second heat treatment (S2) on the first heat-treated polyimide-based film while further elongating the polyimide-based film in the machine direction (MD) at a tension not less than 30 N/mm 2 and less than 160 N/mm 2 , wherein a maximum heating temperature during the first heat treatment is 250°C to 330°C, and the second heat treatment is performed for 200 seconds or longer at a temperature within -10°C to +30°C of the maximum heating temperature reached during the first heat treatment.
A computing device comprising a virtual machine adapted to recognize, in addition to an instruction set of conventional bytecodes, instructions each corresponding to a conventional instruction, at least one secure instruction functionally equivalent to one of the conventional bytecode instructions, wherein the virtual machine causes the computing device to recognize a secure bytecode instruction based on a prefix prepended to the corresponding conventional bytecode opcode, said virtual machine causing said computing device : - to process secure bytecode instructions with increased security by, when executing a secure bytecode instruction, performing at least an attack-countermeasure operation selected from adding random delays, performing checks to avoid branching attacks, checking data consistency, checking data integrity, adding traps in response to detecting an attack, performing a response such muting the device or destroying the device, and - to process conventional bytecodes with increased speed by, when executing a conventional bytecode instruction, not performing countermeasure operations. - to process secure bytecode instructions with increased security by, when executing a secure bytecode instruction, performing at least an attack-countermeasure operation selected from adding random delays, performing checks to avoid branching attacks, checking data consistency, checking data integrity, adding traps in response to detecting an attack, performing a response such muting the device or destroying the device, and - to process conventional bytecodes with increased speed by, when executing a conventional bytecode instruction, not performing countermeasure operations.
Household appliance, in particular washing machine or dryer, having a housing , in which a laundry drum is rotatably mounted in a wash tub , which is connected to the housing by way of at least one support element of a vibration damping device , wherein the support element is hinged to the housing by interposition of a pivot lever , wherein the pivot lever and/or the support element can be pivoted by overcoming a frictional force predetermined for damping operationally specific oscillations of the wash tub , wherein the pivot lever is hinged to the housing by way of a first pivot hinge about a first pivot axis fixed to a housing side wall , characterised in that the pivot lever is hinged to the support element by way of a second rotary hinge about a second pivot axis which is moveable relative to the housing , wherein the support element is hinged to the wash tub by way of a third rotary hinge which is fixed to the wash tub, and wherein the first, second and/or third rotary hinge has a bearing sleeve , in which at least one bearing pin is rotatably mounted with a press fit, by means of which the heat produced by the friction is discharged.
An implantable electronic medical device , comprising a device body and a header placed thereon, including a telemetry assembly for signal transmission to and/or from outside the body of a patient when the device is implanted, in particular for wireless bidirectional communication, wherein a transmit/receive antenna (25; 45A to 45D) is assigned to the telemetry assembly, wherein the transmit/receive antenna (25; 45A to 45D) is essentially physically formed of an elongated conductor and is arranged in a region of the header, wherein the transmit/receive antenna (25; 45A to 45D) is configured to have a form fit with an outer contour of at least a portion of the header and is fixed thereby in the header, wherein - a first section (25.2) of the conductor has a spring elastic design and forms a bracket , and wherein the bracket embraces a connector in the header , - a second section of the conductor is arranged on an upper face of a connection block , the connection block comprising the connector , and, - at least one connecting conductor , which has an electrically conductive connection with the connector , is arranged on a side of the connection block . - a first section (25.2) of the conductor has a spring elastic design and forms a bracket , and wherein the bracket embraces a connector in the header , - a second section of the conductor is arranged on an upper face of a connection block , the connection block comprising the connector , and, - at least one connecting conductor , which has an electrically conductive connection with the connector , is arranged on a side of the connection block .
A device for controlling movement of a capsule endoscope in a human GI track, wherein the device comprises a base , two X-axis slide rails fixed on the base in parallel, at least one Y-axis slide rail vertical to the X-axis slide rail along horizontal plane, two X-axis modules respectively fixed with both ends of Y-axis slide rail and sliding-joint with X-axis slide rail , a Z-axis bracket vertically set on and sliding-jointed with Y-axis slide rail , a Z-axis slide rail vertically fixed on the Z-axis bracket , a Z-axis cantilever which is parallel to horizontal plane and whose one end is sliding-jointed with the Z-axis slide rail , a frame connected with the other end of the Z-axis cantilever , a Z-axis motor driving the Z-axis cantilever sliding on the Z-axis slide rail , and a magnetic ball installed in the frame , wherein the frame is provided with a horizontal motor controlling rotation of the magnetic ball in a horizontal plane, and a vertical motor controlling rotation of the magnetic ball in a vertical plane.
A refrigerator comprising: a cabinet including a compartment; a main door connected to the cabinet, and configured to open and close the compartment and including an opening device accommodation part , formed at an upper cap decoration which forms the upper surface of the main door ; and a door opening device provided inside the opening device accommodation part of the main door , wherein the door opening device includes: a case; a driving motor , a push rod which is movable to open the main door by receiving a force of the driving motor and a plurality of gears received in the case to transfer the force of the driving motor to the push rod , wherein a rod hole which is formed toward the cabinet is formed on the opening device accommodation part , characterized in that : a rod cap is provided at a front end of the push rod , and the rod cap is formed to shield the rod hole in a state in which the push rod is completely inserted in the case. a cabinet including a compartment; a main door connected to the cabinet, and configured to open and close the compartment and including an opening device accommodation part , formed at an upper cap decoration which forms the upper surface of the main door ; and a door opening device provided inside the opening device accommodation part of the main door , wherein the door opening device includes: a case; a driving motor , a push rod which is movable to open the main door by receiving a force of the driving motor and a plurality of gears received in the case to transfer the force of the driving motor to the push rod , wherein a rod hole which is formed toward the cabinet is formed on the opening device accommodation part , characterized in that : a rod cap is provided at a front end of the push rod , and the rod cap is formed to shield the rod hole in a state in which the push rod is completely inserted in the case. a case; a driving motor , a push rod which is movable to open the main door by receiving a force of the driving motor and a plurality of gears received in the case to transfer the force of the driving motor to the push rod , wherein a rod hole which is formed toward the cabinet is formed on the opening device accommodation part , characterized in that : a rod cap is provided at a front end of the push rod , and the rod cap is formed to shield the rod hole in a state in which the push rod is completely inserted in the case.
A nutraceutical composition for skin care, comprising : - Organic inulin and oligofructose in 2:1 ratio in a range of 34.4% to 55% w/w; - Probiotics in a range of 13.76% to 30% w/w; - L-Citrulline in a range of 17.20% to 25% w/w; - Pomegranate extracts in a range of 8.60% to 20% w/w; - Pine bark extract of 98% soluble grade in a range of 2.41% to 6% w/w; - Organic beet root extract in a range of 3.44% to 10% w/w; - L-Arginine in a range of 1.72% to 3% w/w; - Organic watermelon rind extract in a range of 0.69% to 10% w/w; - Vitamin K2 in a range of 0.28% to 2% w/w; - Vitamin D3 in a range of 0.10% to 0.45% w/w. - Organic inulin and oligofructose in 2:1 ratio in a range of 34.4% to 55% w/w; - Probiotics in a range of 13.76% to 30% w/w; - L-Citrulline in a range of 17.20% to 25% w/w; - Pomegranate extracts in a range of 8.60% to 20% w/w; - Pine bark extract of 98% soluble grade in a range of 2.41% to 6% w/w; - Organic beet root extract in a range of 3.44% to 10% w/w; - L-Arginine in a range of 1.72% to 3% w/w; - Organic watermelon rind extract in a range of 0.69% to 10% w/w; - Vitamin K2 in a range of 0.28% to 2% w/w; - Vitamin D3 in a range of 0.10% to 0.45% w/w.
An acrylonitrile-based copolymer for a carbon fiber, comprising a sulfonate-based monomer unit, a carboxylic acid-based monomer unit, and an acrylonitrile-based monomer unit, wherein the acrylonitrile-based copolymer for a carbon fiber includes the sulfonate-based monomer unit at 0.55 to 1.55 mol%, the carboxylic acid-based monomer unit at 0.80 to 1.30 mol%, and the acrylonitrile-based monomer unit is included as the remainder so that the total molar amount of the acrylonitrile-based copolymer for a carbon fiber is 100 mol%.
Method for preventing accumulation of gas when conveying blood or priming fluid as medium with a blood pump , in which gas is measured in the medium in an inlet line to the pump, in or on the pump and the pump output is increased only briefly as a function of the measured gas.
A cathode plate of a secondary battery, comprising: a cathode current collector; a primer layer comprising a cathode active material, a conductive agent and a binder disposed on the cathode current collector, the cathode active material in the primer layer is selected from a group consisting of phosphate cathode material, silicate cathode material and spinel material; and an active material layer comprising a ternary cathode active material disposed on the primer layer, the ternary cathode active material has a formula of LiNi 1-x-y Co x M y O 2 , wherein 0.1≤y≤0.3, 0≤x≤0.25, M is at least one of Mn, Mg, Al, Ti, Sr, Ba; wherein a specific surface area of the cathode active material in the primer layer is no less than 1.2 times of a specific surface area of the ternary cathode active material in the ternary active material layer. a cathode current collector; a primer layer comprising a cathode active material, a conductive agent and a binder disposed on the cathode current collector, the cathode active material in the primer layer is selected from a group consisting of phosphate cathode material, silicate cathode material and spinel material; and an active material layer comprising a ternary cathode active material disposed on the primer layer, the ternary cathode active material has a formula of LiNi 1-x-y Co x M y O 2 , wherein 0.1≤y≤0.3, 0≤x≤0.25, M is at least one of Mn, Mg, Al, Ti, Sr, Ba; wherein a specific surface area of the cathode active material in the primer layer is no less than 1.2 times of a specific surface area of the ternary cathode active material in the ternary active material layer.
An inter-RAT cell reselection method, comprising: sending , by a terminal, a first request message to a first base station, wherein the first request message carries first cause indication information, the first cause indication information indicates that the terminal needs to perform a cell reselection process from a second base station to the first base station, the first base station is located in a first radio access technology, RAT, system, the second base station is located in a second RAT system, the terminal is in a first connected mode when connecting to the second base station, and the first RAT system does not support the first connected mode; wherein the first RAT system is the 4.5G/4G system, the second RAT system is the 5G system; wherein the first connected mode is an energy conserved operation, ECO, mode, and in the ECO mode, a data plane connection and a control plane connection between a radio access network, RAN, side and a core network, CN, side are kept; and receiving , by the terminal, an acknowledgement returned by the first base station for the first request message, and switching the first connected mode into a second connected mode based on the acknowledgement, wherein the first RAT system supports the second connected mode, wherein the second connected mode is an idle mode. sending , by a terminal, a first request message to a first base station, wherein the first request message carries first cause indication information, the first cause indication information indicates that the terminal needs to perform a cell reselection process from a second base station to the first base station, the first base station is located in a first radio access technology, RAT, system, the second base station is located in a second RAT system, the terminal is in a first connected mode when connecting to the second base station, and the first RAT system does not support the first connected mode; wherein the first RAT system is the 4.5G/4G system, the second RAT system is the 5G system; wherein the first connected mode is an energy conserved operation, ECO, mode, and in the ECO mode, a data plane connection and a control plane connection between a radio access network, RAN, side and a core network, CN, side are kept; and receiving , by the terminal, an acknowledgement returned by the first base station for the first request message, and switching the first connected mode into a second connected mode based on the acknowledgement, wherein the first RAT system supports the second connected mode, wherein the second connected mode is an idle mode.