mhurhangee/patent-ind-claim-en huggingface dataset:
A method carried out by a low-cost, LC, user equipment, UE , in a wireless network , comprising: detecting a first extended paging occasion, PO, for a paging message; determining a frequency location to receive Paging downlink control information, DCI, and blind decode two different DCI sizes pertaining to SI-Paging DCI and Call-Paging-DCI, respectively; determining if the blind decoding is successful; if the blind decoding is successful with the SI-Paging-DCI size , obtaining SI-Paging message from decoded SI-Paging-DCI, otherwise receiving and decoding paging message within PDSCH according to obtained scheduling information from decoded Paging-DCI, wherein the Paging-DCI is control information carrying the SI-Paging message or scheduling information for the call-Paging message. detecting a first extended paging occasion, PO, for a paging message; determining a frequency location to receive Paging downlink control information, DCI, and blind decode two different DCI sizes pertaining to SI-Paging DCI and Call-Paging-DCI, respectively; determining if the blind decoding is successful; if the blind decoding is successful with the SI-Paging-DCI size , obtaining SI-Paging message from decoded SI-Paging-DCI, otherwise receiving and decoding paging message within PDSCH according to obtained scheduling information from decoded Paging-DCI, wherein the Paging-DCI is control information carrying the SI-Paging message or scheduling information for the call-Paging message.
A cylindrical cardboard container comprising: a circular bottom wall having an outer bottom wall edge ; a cylindrical sidewall extending upwardly from the bottom wall edge , the circular bottom wall and the cylindrical sidewall delimiting a receiving cavity sized and shaped to receive a plurality of items, the receiving cavity having a receiving cavity diameter; the cylindrical cardboard container being characterized in that it comprises: a plurality of item holders for holding the items relative to each other within the receiving cavity, each item holder being configured for holding at least one of the items, the item holders being stackable to form a plurality of item layers within the receiving cavity each item holder including an item receptacle configured for receiving and holding at least one of the plurality of items, each item receptacle comprising an upper planar portion and at least one item receiving recess extending downwardly from the upper planar portion. a circular bottom wall having an outer bottom wall edge ; a cylindrical sidewall extending upwardly from the bottom wall edge , the circular bottom wall and the cylindrical sidewall delimiting a receiving cavity sized and shaped to receive a plurality of items, the receiving cavity having a receiving cavity diameter; the cylindrical cardboard container being characterized in that it comprises: a plurality of item holders for holding the items relative to each other within the receiving cavity, each item holder being configured for holding at least one of the items, the item holders being stackable to form a plurality of item layers within the receiving cavity each item holder including an item receptacle configured for receiving and holding at least one of the plurality of items, each item receptacle comprising an upper planar portion and at least one item receiving recess extending downwardly from the upper planar portion. a plurality of item holders for holding the items relative to each other within the receiving cavity, each item holder being configured for holding at least one of the items, the item holders being stackable to form a plurality of item layers within the receiving cavity each item holder including an item receptacle configured for receiving and holding at least one of the plurality of items, each item receptacle comprising an upper planar portion and at least one item receiving recess extending downwardly from the upper planar portion.
A method of producing fatty acid alkyl ester from an organic oil source containing at least one free fatty acid, wherein the oil source has an acid number of at least 30 mg KOH/g oil source and wherein the method comprises the steps of a) reacting the oil source with glycerol at a temperature, which is at least 110°C and does not exceed 180°C during the reaction, in the presence of a catalyst comprising at least methanesulfonic acid or the homoanhydride thereof, wherein in step a) the initial molar ratio of glycerol to free fatty acid calculated on the basis of the acid number of the oil is from 1:2 to 1.2:1; and b) transesterification of the reaction product from step a) with an alkanol; and c) isolating the fatty acid alkyl ester from the reaction product of step b). a) reacting the oil source with glycerol at a temperature, which is at least 110°C and does not exceed 180°C during the reaction, in the presence of a catalyst comprising at least methanesulfonic acid or the homoanhydride thereof, wherein in step a) the initial molar ratio of glycerol to free fatty acid calculated on the basis of the acid number of the oil is from 1:2 to 1.2:1; and b) transesterification of the reaction product from step a) with an alkanol; and c) isolating the fatty acid alkyl ester from the reaction product of step b).
An implant introducer , comprising: a handle ; a nozzle coupled to the handle, the nozzle having: a cavity configured to receive an implant ; and a distal opening ; and a flexible membrane defining a chamber , wherein when the chamber receives a fluid, the flexible membrane expands into the cavity of the nozzle and pushes the implant through the distal opening of the nozzle. a handle ; a nozzle coupled to the handle, the nozzle having: a cavity configured to receive an implant ; and a distal opening ; and a flexible membrane defining a chamber , wherein when the chamber receives a fluid, the flexible membrane expands into the cavity of the nozzle and pushes the implant through the distal opening of the nozzle.
A trim balance device for a gas turbine engine having a rotatable shaft extending along a central longitudinal axis of the gas turbine engine, characterized in that the trim balance device comprises: a trim balance nut configured to be at least partially disposed about the rotatable shaft, the trim balance nut defining a plurality of apertures , each aperture of the plurality of apertures extends from a first trim balance nut end towards a second trim balance nut end along the central longitudinal axis, the aperture being arranged to receive and seat a balance weight .
A method performed by an input device , comprising: performing a pairing process with a client device , wherein performing the pairing process comprises storing a device profile on the input device including information associated with the client device ; transmitting input commands for a gaming session to a gaming system via a first communication protocol; periodically transmitting, via a second communication protocol, signals from the input device to the client device; determining that the input device and the client device are within a threshold distance to be able to establish a connection over the periodically transmitted signals from the input device to the client device; identifying , by the input device , a trigger condition associated with a desire to transfer control of one or more control elements from the input device to the client device, based on a detected proximity of the input device and the client device and based on the signal transmitted via the second communication protocol; and causing a transfer of input control for the gaming session to the client device in response to identifying the trigger condition and verifying that the client device corresponds to the device profile . performing a pairing process with a client device , wherein performing the pairing process comprises storing a device profile on the input device including information associated with the client device ; transmitting input commands for a gaming session to a gaming system via a first communication protocol; periodically transmitting, via a second communication protocol, signals from the input device to the client device; determining that the input device and the client device are within a threshold distance to be able to establish a connection over the periodically transmitted signals from the input device to the client device; identifying , by the input device , a trigger condition associated with a desire to transfer control of one or more control elements from the input device to the client device, based on a detected proximity of the input device and the client device and based on the signal transmitted via the second communication protocol; and causing a transfer of input control for the gaming session to the client device in response to identifying the trigger condition and verifying that the client device corresponds to the device profile .
A method for producing an antibody which is capable of selectively eliminating disease-causing protein aggregates in preference to protein monomers from plasma, said method comprising the following steps: (a) selecting an antibody: (A) wherein the ratio of the KD (dissociation constant) of the antibody to said protein aggregates under an intracellular pH 5.8 and a calcium ion concentration of 3 μM to an extracellular pH 7.4 and a calcium ion concentration of 1.2 mM is 2 or more: (B) wherein the binding activity to the FcRn receptor of a complex formed between said protein aggregates and the antibody is higher than the binding activity to the FcRn receptor of a complex formed between the unaggregated protein and the antibody; and (C) wherein the ratio of plasma clearance of said aggregated protein in the absence of said antibody to plasma clearance of said aggregated protein in the presence of said antibody is 1.5 times or more than the same plasma clearance ratio for said unaggregated protein; (b) culturing a host cell comprising a vector that carries a gene encoding the antibody selected in step (a); and (c) isolating the antibody from the culture obtained in step (b). (a) selecting an antibody: (A) wherein the ratio of the KD (dissociation constant) of the antibody to said protein aggregates under an intracellular pH 5.8 and a calcium ion concentration of 3 μM to an extracellular pH 7.4 and a calcium ion concentration of 1.2 mM is 2 or more: (B) wherein the binding activity to the FcRn receptor of a complex formed between said protein aggregates and the antibody is higher than the binding activity to the FcRn receptor of a complex formed between the unaggregated protein and the antibody; and (C) wherein the ratio of plasma clearance of said aggregated protein in the absence of said antibody to plasma clearance of said aggregated protein in the presence of said antibody is 1.5 times or more than the same plasma clearance ratio for said unaggregated protein; (A) wherein the ratio of the KD (dissociation constant) of the antibody to said protein aggregates under an intracellular pH 5.8 and a calcium ion concentration of 3 μM to an extracellular pH 7.4 and a calcium ion concentration of 1.2 mM is 2 or more: (B) wherein the binding activity to the FcRn receptor of a complex formed between said protein aggregates and the antibody is higher than the binding activity to the FcRn receptor of a complex formed between the unaggregated protein and the antibody; and (C) wherein the ratio of plasma clearance of said aggregated protein in the absence of said antibody to plasma clearance of said aggregated protein in the presence of said antibody is 1.5 times or more than the same plasma clearance ratio for said unaggregated protein; (b) culturing a host cell comprising a vector that carries a gene encoding the antibody selected in step (a); and (c) isolating the antibody from the culture obtained in step (b).
A pneumatic tire comprising a plurality of blocks on a tread surface; the blocks each comprising a plurality of recess or protrusion portions on a road contact surface; a maximum depth or a maximum height Hc of each of the recess or protrusion portions being in a range 0.1 mm ≤ Hc ≤ 1.0 mm; a width Wc of each of the recess or protrusion portions being in a range 0.1 mm ≤ Wc ≤ 0.8 mm; one or more recess or protrusion regions (A1) being defined as a region where an arrangement interval Dc between the recess or protrusion portions adjacent to each other is in a range Dc ≤ 1.2 mm; one or more smooth regions (A2) being defined as a region other than the recess or protrusion region (A1) and in which an arithmetic average roughness Ra of the road contact surface of the block is in a range Ra ≤ 50 μm; a cross-section X perpendicular to a tire lateral direction being defined; a lateral length Wb of the road contact surface of the block in the tire lateral direction being defined; and the blocks each comprising the recess or protrusion region (A1) and the smooth region (A2) in the cross-section X within a lateral range of not less than 40% of the lateral length Wb of the road contact surface of the block , characterized in that an area ratio of the recess or protrusion portions in the recess or protrusion regions (A1) ranges from not less than 20% to not more than 45%. the blocks each comprising a plurality of recess or protrusion portions on a road contact surface; a maximum depth or a maximum height Hc of each of the recess or protrusion portions being in a range 0.1 mm ≤ Hc ≤ 1.0 mm; a width Wc of each of the recess or protrusion portions being in a range 0.1 mm ≤ Wc ≤ 0.8 mm; one or more recess or protrusion regions (A1) being defined as a region where an arrangement interval Dc between the recess or protrusion portions adjacent to each other is in a range Dc ≤ 1.2 mm; one or more smooth regions (A2) being defined as a region other than the recess or protrusion region (A1) and in which an arithmetic average roughness Ra of the road contact surface of the block is in a range Ra ≤ 50 μm; a cross-section X perpendicular to a tire lateral direction being defined; a lateral length Wb of the road contact surface of the block in the tire lateral direction being defined; and the blocks each comprising the recess or protrusion region (A1) and the smooth region (A2) in the cross-section X within a lateral range of not less than 40% of the lateral length Wb of the road contact surface of the block , characterized in that an area ratio of the recess or protrusion portions in the recess or protrusion regions (A1) ranges from not less than 20% to not more than 45%.
Mobile security system for a vehicle trailer that can be coupled to towing vehicles, wherein a lock arrangement is provided that can be arranged on or around the towing jaw and/or the drawbar , wherein the lock arrangement can be unlocked and/or locked by the authorised person by means of an electromechanical lock or locking system , characterised in that a locking bolt for locking or blocking a locking element of the lock or the locking system can be blocked at least in the locked position, and in that the locking of the locking bolt can be released electromagnetically and the locking bolt can be operated manually, whereby the locking bolt falls or snaps into a blocking position independently or automatically by gravity or other mechanical means.
A composition of matter comprising: a) at least one compound of formula in the form of any one of its isomers or a mixture thereof; wherein R 1 represents a hydrogen atom or a C 1-2 alkyl group; R 2 represents a hydrogen atom or a methyl group; and R represents a group of formula -[CH 2 ] n C(Me) 2 OH, wherein n is 1 or 2; said R being, relative to position 1, an ortho, a meta, a para substituent of the aromatic ring or a mixture thereof; and b) at least one compound of formula in the form of any one of its isomers or a mixture thereof; wherein R 1 , R 2 and R have the same meaning as defined in formula (I); said R being, relative to position 1, an ortho, a meta, a para substituent of the aromatic ring or a mixture thereof. a) at least one compound of formula in the form of any one of its isomers or a mixture thereof; wherein R 1 represents a hydrogen atom or a C 1-2 alkyl group; R 2 represents a hydrogen atom or a methyl group; and R represents a group of formula -[CH 2 ] n C(Me) 2 OH, wherein n is 1 or 2; said R being, relative to position 1, an ortho, a meta, a para substituent of the aromatic ring or a mixture thereof; and b) at least one compound of formula in the form of any one of its isomers or a mixture thereof; wherein R 1 , R 2 and R have the same meaning as defined in formula (I); said R being, relative to position 1, an ortho, a meta, a para substituent of the aromatic ring or a mixture thereof.
A method of operating a turbofan gas turbine engine for an aircraft, the gas turbine engine comprising: a fan , a compressor section having a low pressure compressor and a high pressure compressor , and a turbine section having a low pressure turbine for driving the low pressure compressor and the fan ; a gear reduction effecting a reduction in the speed of the fan relative to a speed of the low pressure turbine ; wherein the compressor section comprises more than one stage having a ratio of vanes to blades that is greater than or equal to 1.8, the method comprising operating the blades at a corrected tip speed of greater than or equal to 144 m/s (480 ft/sec) at an approach speed. a fan , a compressor section having a low pressure compressor and a high pressure compressor , and a turbine section having a low pressure turbine for driving the low pressure compressor and the fan ; a gear reduction effecting a reduction in the speed of the fan relative to a speed of the low pressure turbine ; wherein the compressor section comprises more than one stage having a ratio of vanes to blades that is greater than or equal to 1.8, the method comprising operating the blades at a corrected tip speed of greater than or equal to 144 m/s (480 ft/sec) at an approach speed.
A motorcycle tyre comprising a tread portion comprising a first tread edge (T1) and a second tread edge (T2), wherein the tread portion includes a crown main groove extending continuously in a tyre circumferential direction, the crown main groove is formed by unit patterns arranged repeatedly in the tyre circumferential direction, each of the unit patterns is formed by a first inclined element , a second inclined element , a first bent element , and a second bent element , the first inclined element extends so as to cross a first tyre circumferential direction line (c1) obliquely, the second inclined element extends so as to cross the first tyre circumferential direction line (c1) obliquely, the second bent element is connected with the second inclined element , each of the first inclined element and the second inclined element has a smaller length in the tyre circumferential direction than each of the first bent element and the second bent element , the first bent element is bent so as to be convex toward the first tread edge (T1) without having a component extending in parallel with the tyre circumferential direction, the second bent element is bent so as to be convex toward the second tread edge (T2) without having the component extending in parallel with the tyre circumferential direction, and each of the first bent element and the second bent element includes a first portion inclined to one side with respect to the tyre circumferential direction and a second portion inclined to the opposite side to the first portion , wherein the first portion is connected with the second portion , characterized in that the second inclined element extends so as to cross the first tyre circumferential direction line (c1) obliquely in a direction opposite to the first inclined element , the first bent element extends so as to connect between the first inclined element and the second inclined element , and each of the first inclined element and the second inclined element has a larger angle with respect to the tyre circumferential direction than each of the first bent element and the second bent element .
Installation for supplying a fuel cell with hydrogen, the installation comprising a fuel cell , a liquefied hydrogen storage facility and a supply circuit comprising at least one upstream end connected to the storage facility and one downstream end connected to a fuel inlet of the fuel cell , the supply circuit comprising at least one system for heating hydrogen by heat exchange with a heat source and a set of control valves , the liquefied hydrogen storage facility being configured to keep the liquefied hydrogen in equilibrium with a gaseous phase at a determined nominal storage pressure of between 1.5 and 4.5 bar, characterized in that the supply circuit includes a buffer tank for pressurized gaseous hydrogen which is configured to store the hydrogen withdrawn from the storage facility and heated by the heating system , the set of valves being configured to accumulate pressurized gas in the buffer tank at a determined storage pressure of between 4 and 100 bar, for example between 6 and 8 bar, and in that the supply circuit comprises a liquid withdrawal pipe connecting the lower portion of the storage facility to the fuel inlet of the fuel cell , the liquid withdrawal pipe comprising, arranged in series: a first heating heat exchanger , and a first pressure- and/or flow rate-regulating valve , said first pressure- and/or flow rate-regulating valve being configured to feed the fuel inlet of the fuel cell at a determined operating pressure of between 1 and 3 bar.