mhurhangee/ep-ind-claims huggingface dataset:
An air induction system for a vehicle having an engine, the air induction system comprising: an air filter system comprising an air filter element and an air filter housing, wherein an inner housing space of the air filter housing is adapted to, in use, hold the air filter element, and an auxiliary equipment being a brake compressor which in use, emits a noise, wherein the air filter housing comprises a first end and a second end (36, 36) located axially opposite the first end in relation to the inner housing space, an outlet pipe extending from an outer surface of the second end, the outlet pipe having an inlet arranged in the inner housing space and an outlet ending at the brake compressor wherein an outlet channel path is extending from the inlet of the outlet pipe to the outlet of the outlet pipe such that the outlet channel path extends from the inner housing space and out from the second end of the air filter housing to the brake compressor, said air induction system being characterized in that the outlet channel path has a length X in m, the length X in m being adapted to stabilize the noise from the brake compressor, the noise having a wavelength of Y in m travelling through the outlet channel path towards the inner housing space, wherein the length X in m is related to the wavelength Y in m according to the following relationship Y / 16 < X < Y / 8. an air filter system comprising an air filter element and an air filter housing, wherein an inner housing space of the air filter housing is adapted to, in use, hold the air filter element, and an auxiliary equipment being a brake compressor which in use, emits a noise, wherein the air filter housing comprises a first end and a second end (36, 36) located axially opposite the first end in relation to the inner housing space, an outlet pipe extending from an outer surface of the second end, the outlet pipe having an inlet arranged in the inner housing space and an outlet ending at the brake compressor wherein an outlet channel path is extending from the inlet of the outlet pipe to the outlet of the outlet pipe such that the outlet channel path extends from the inner housing space and out from the second end of the air filter housing to the brake compressor, said air induction system being characterized in that the outlet channel path has a length X in m, the length X in m being adapted to stabilize the noise from the brake compressor, the noise having a wavelength of Y in m travelling through the outlet channel path towards the inner housing space, wherein the length X in m is related to the wavelength Y in m according to the following relationship Y / 16 < X < Y / 8.
A composite fabric article (10, 20) of wearing apparel comprising multi-filament, interlaced yarns forming a fabric body of knit construction, the fabric body having an inner surface and an outer surface (22, 34), wherein the outer surface (22, 34) has an area bearing a non-continuous coating with coating segments serving to bind individual yarn fibers together in bound groupings and to enhance abrasion resistance of the outer surface (22, 34), characterized by inner surface having at least one region of raised fibers or fleece formed thereupon, and the non-continuous coating weighing between 17 g/m 2 to 204 g/m 2 of coating material applied in a pattern of 11 or 12 to 76 or 77 discrete coating segments per lineal centimeter.
A compound of Formula: or a salt thereof, wherein: R 1 is -NR a (CH 2) 3 CH 3, -O(CH 2) 3-5 CH 3, -S(CH 2) 3-4 CH 3, or -OCH 2 CH 2 O(CH 2) 3 CH 3; R 2 is -OH or -OP 2; and R a is H or -CH 3. R 1 is -NR a (CH 2) 3 CH 3, -O(CH 2) 3-5 CH 3, -S(CH 2) 3-4 CH 3, or -OCH 2 CH 2 O(CH 2) 3 CH 3; R 2 is -OH or -OP 2; and R a is H or -CH 3.
Single-use filter module with a sealed and at least partially flexible, preferably stretchable casing as a filter housing, an unfiltrate space within the sealed casing and at least one first opening through the casing to the unfiltrate space, at least one second opening for conducting away the filtrate through the casing and a number of disc-shaped filter elements, which are accommodated in the casing and the interior of which is connected to the second opening, wherein the casing consists of an airtight material and the openings (8, 10) have means allowing them to be sealed or to be sealable, characterized in that the individual filter elements are fixed in relation to one another by means of spacers arranged at the circumference, the openings (8, 10) are closed and a negative pressure in relation to the standard atmosphere of the surroundings prevails within the sealed casing in such a way that the casing lies against the filter elements.
A combination of oils, characterized in that it comprises 33% of herring oil, 33% of cold-pressed virgin olive oil and 33% of omega-3 fatty acids enriched in DHA and DPA from fish oil.
A method for the production of a molded part, especially a container, made of plastic by means of rotational molding, whereby a starting material in the form of a plastic or a plastic precursor is placed into a rotational melt mold and, while the rotational melt mold is rotating, it is shaped, whereby the rotational melt mold is fitted with at least one magnetic element (4, 13), whereby the magnetic element (4, 13) rotates together with the rotational melt mold during the shaping process, whereby the starting material and the magnetic element (4, 13) are configured in such a way that the starting material and the magnetic element (4, 13) interact magnetically, and a portion of the starting material is attracted and held in place by the magnetic element (4, 13) during the shaping process.
An initial charging method for a lithium-ion battery comprising: obtaining a differential capacity curve (dQ/dV) by charging one or more prepared samples at constant current rates, preparing a cell having the same material configuration as the one or more prepared samples, the cell having a positive electrode, a negative electrode, and an electrolyte; and charging the cell by using voltages based on a peak voltage (V1, V2, V3) extracted from the differential capacity curve (dQ/dV) as a specified voltage. obtaining a differential capacity curve (dQ/dV) by charging one or more prepared samples at constant current rates, preparing a cell having the same material configuration as the one or more prepared samples, the cell having a positive electrode, a negative electrode, and an electrolyte; and charging the cell by using voltages based on a peak voltage (V1, V2, V3) extracted from the differential capacity curve (dQ/dV) as a specified voltage.
An intracardiac capsule assembly with its explantation accessory, said assembly comprising: - an autonomous unit, comprising a tubular body provided at its distal end with a screw-anchoring member adapted to penetrate a tissue of a wall of a patient's organ; and - an explantation accessory, comprising:. a catheter; and. a lasso, comprising a flexible wire slidingly mobile in the catheter and provided at its distal end exiting from a deformable loop, this loop being adapted to be tightened by progressive introduction of its ends into the catheter under the effect of a traction exerted on the flexible wire, the catheter being a reinforced catheter adapted to transmit a traction effort and an axial rotational torque from its proximal end to its distal end, and the capsule including in its proximal region a capture member (22; 74) adapted to receive the lasso loop when the latter is tightened and to fasten in traction and rotation the assembly formed by the catheter, the capsule and the lasso after tightening of this loop, characterized in that the capture member comprises at least one capture groove formed on the proximal end region of the capsule, this groove extending along a curvilinear contour wholly oriented according to an oblique plane with respect to the axis (Δ) of the tubular body, and this contour being an open contour, the two ends of which opening at the proximal side near an axial end point of the tubular body. - an autonomous unit, comprising a tubular body provided at its distal end with a screw-anchoring member adapted to penetrate a tissue of a wall of a patient's organ; and - an explantation accessory, comprising:. a catheter; and. a lasso, comprising a flexible wire slidingly mobile in the catheter and provided at its distal end exiting from a deformable loop, this loop being adapted to be tightened by progressive introduction of its ends into the catheter under the effect of a traction exerted on the flexible wire,. a catheter; and. a lasso, comprising a flexible wire slidingly mobile in the catheter and provided at its distal end exiting from a deformable loop, this loop being adapted to be tightened by progressive introduction of its ends into the catheter under the effect of a traction exerted on the flexible wire,
A method comprising: filtering (304, 508), based on a first policy by a network node of a wireless local area network (WLAN), information about services available to be advertised in a pre-association service discovery operation via the network node, wherein the association is for joining the WLAN, the first policy being an information exposure policy based on the content of the information about services to ensure unwanted information is not conveyed to unassociated devices; characterized by: the network node storing (306, 510) the filtered information about services in a service database, and the network node further filtering, prior to advertising, the filtered information stored in the service database, based on a second policy based on a second set of conditions of the network node, the second policy being based on one of time-of-day or maximum bandwidth policy. filtering (304, 508), based on a first policy by a network node of a wireless local area network (WLAN), information about services available to be advertised in a pre-association service discovery operation via the network node, wherein the association is for joining the WLAN, the first policy being an information exposure policy based on the content of the information about services to ensure unwanted information is not conveyed to unassociated devices; characterized by: the network node storing (306, 510) the filtered information about services in a service database, and the network node further filtering, prior to advertising, the filtered information stored in the service database, based on a second policy based on a second set of conditions of the network node, the second policy being based on one of time-of-day or maximum bandwidth policy. the network node storing (306, 510) the filtered information about services in a service database, and the network node further filtering, prior to advertising, the filtered information stored in the service database, based on a second policy based on a second set of conditions of the network node, the second policy being based on one of time-of-day or maximum bandwidth policy.
An interface comprising a seal body, a frame, and a strap, wherein: the seal body comprises a supple inflatable envelope and comprises a sidewall, a seal surface and an inlet opening, wherein either or both of the sidewall and the seal surface are configured to, in use, press against surfaces of a user's face to form a seal that conforms around the user's nose, the seal body is supported by the frame, and the inlet opening is fitted to the frame, the frame comprises connection points for connecting the strap to the frame, wherein, in use, the strap extends around the back of the user's head and provides pressure on the frame and helps seal the seal body to the user's face, the frame further comprises a pair of extended support members at a perimeter of the frame, the support members being located either side of the frame, and the envelope includes wing portions that provide cushioning under the support members. the seal body comprises a supple inflatable envelope and comprises a sidewall, a seal surface and an inlet opening, wherein either or both of the sidewall and the seal surface are configured to, in use, press against surfaces of a user's face to form a seal that conforms around the user's nose, the seal body is supported by the frame, and the inlet opening is fitted to the frame, the frame comprises connection points for connecting the strap to the frame, wherein, in use, the strap extends around the back of the user's head and provides pressure on the frame and helps seal the seal body to the user's face, the frame further comprises a pair of extended support members at a perimeter of the frame, the support members being located either side of the frame, and the envelope includes wing portions that provide cushioning under the support members.
An isolator, comprising: a top plate attached to a bottom plate via a universal joint that allows the top plate to pivot about two mutually perpendicular axes relative to the bottom plate; a camera attachment fitting on the top plate; and at least two dampeners (40, 42) spaced apart from each other and attached to the top and bottom plates; and with the dampeners (40,42) between the top and bottom plates, characterized by a threaded fitting on the bottom plate, for attaching the isolator to a supporting structure; and by at least two springs spaced apart from each other and attached to the top and bottom plates; and with the springs between the top and bottom plates.
A scheduling method, comprising: receiving, by a first terminal at a first moment, downlink control information sent by a base station, wherein the downlink control information comprises indication information; and determining, by the first terminal according to the indication information, to receive, at a second moment, downlink data sent by the base station, wherein the second moment is a moment at which a second terminal sends uplink data after receiving, at the first moment, uplink grant information sent by the base station, and the first terminal and the second terminal are terminals that are to perform uplink data transmission and downlink data reception at a same moment and a same frequency; characterized in that the indication information is used to indicate at least one of the following content: information used to indicate that a terminal that is to perform uplink data transmission is a terminal having a full-duplex capability, or information used to indicate that a terminal that is to perform downlink data reception is in a full-duplex state; and in that the determining, by the first terminal according to the indication information, to receive, at a second moment, downlink data sent by the base station comprises: determining, by the first terminal based on a time interval between a moment for receiving the uplink grant information by using a full-duplex, FD, subframe and a moment for performing uplink data transmission, to receive, at the second moment, the downlink data sent by the base station. receiving, by a first terminal at a first moment, downlink control information sent by a base station, wherein the downlink control information comprises indication information; and determining, by the first terminal according to the indication information, to receive, at a second moment, downlink data sent by the base station, wherein the second moment is a moment at which a second terminal sends uplink data after receiving, at the first moment, uplink grant information sent by the base station, and the first terminal and the second terminal are terminals that are to perform uplink data transmission and downlink data reception at a same moment and a same frequency; characterized in that the indication information is used to indicate at least one of the following content: information used to indicate that a terminal that is to perform uplink data transmission is a terminal having a full-duplex capability, or information used to indicate that a terminal that is to perform downlink data reception is in a full-duplex state; and in that the determining, by the first terminal according to the indication information, to receive, at a second moment, downlink data sent by the base station comprises: determining, by the first terminal based on a time interval between a moment for receiving the uplink grant information by using a full-duplex, FD, subframe and a moment for performing uplink data transmission, to receive, at the second moment, the downlink data sent by the base station.
A radio communication base station apparatus, comprising: a setting section adapted to set up a distributed mapping or a localized mapping as a mapping method for a control signal, wherein the control signal is mapped to subcarriers distributed over an entire band in the distributed mapping, and the control signal is mapped to subcarriers collectively per resource block in the localized mapping; and a mapping section adapted to map the control signal to communication resources according to the mapping method set up, characterized in that the setting section is adapted to set up the distributed mapping for a control signal coded with a first coding rate and to set up the localized mapping for a control signal coded with a second coding rate that is higher than the first coding rate. a setting section adapted to set up a distributed mapping or a localized mapping as a mapping method for a control signal, wherein the control signal is mapped to subcarriers distributed over an entire band in the distributed mapping, and the control signal is mapped to subcarriers collectively per resource block in the localized mapping; and a mapping section adapted to map the control signal to communication resources according to the mapping method set up, characterized in that the setting section is adapted to set up the distributed mapping for a control signal coded with a first coding rate and to set up the localized mapping for a control signal coded with a second coding rate that is higher than the first coding rate.
A deposition chamber in which a deposition source (400, 500A, 500C) is installed for forming a deposition organic electroluminescent layer onto a substrate arranged in the chamber, by transferring heat to an organic deposition material received in the deposition source (400, 500A, 500C), and by applying the vaporized organic deposition material generated therein to the substrate, said deposition source (400, 500A, 500C) comprising: - a top plate on which a vapor efflux aperture is formed, - a side wall; and - a bottom plate, wherein the side wall and the bottom plate form a housing for receiving the organic deposition material, wherein the vapor efflux aperture has an effective deposition length which is longer than, or the same as, the width (b) of said substrate to be coated with a deposition organic electroluminescent layer, wherein said housing has an upper portion and a lower portion, said upper portion comprises an opening, the opening defining an opening plane, the lower portion has a sectional surface area parallel to the opening plane and larger than the opening such that the flow rate of vapor at the upper portion is higher than that of vapor at the lower portion. - a top plate on which a vapor efflux aperture is formed, - a side wall; and - a bottom plate, wherein the side wall and the bottom plate form a housing for receiving the organic deposition material,
Ranolazine for use in a method of prevention, inhibition or reduction of metastasis in a patient suffering from a cancer that expresses a voltage gated sodium channel (VGSC), comprising administering a dosage of ranolizine to the patient wherein the dosage at least reduces the persistent part of the VGSC current without completely blocking the transient part and without preventing proliferation of the cancer's tumour cells or destroying the tumour cells.
A driving force controlling apparatus for a vehicle including an electric generator and a motor for driving a wheel other than a driving wheel driven by an engine, with electric power from the electric generator, the driving force controlling apparatus comprising: a requested electric power computing means that computes requested electric power required for operation of the motor, wherein target output of the electric generator is set based on the requested electric power and maximum output that the electric generator is capable of outputting stably, and characterized in that the stable maximum output of the electric generator is set based on a stable output line obtained from maximum outputs at different internal electromotive voltages of the electric generator. a requested electric power computing means that computes requested electric power required for operation of the motor, wherein target output of the electric generator is set based on the requested electric power and maximum output that the electric generator is capable of outputting stably, and characterized in that the stable maximum output of the electric generator is set based on a stable output line obtained from maximum outputs at different internal electromotive voltages of the electric generator.
A seal body that is disposable between a first annular flange portion of a first member and a second annular flange portion of a second member, the seal body comprising: an annular base portion formed of a metallic plate; and an elastic sealing unit integrally provided to the annular base portion, wherein a plurality of through holes through which bolts are insertable are provided on the annular base portion at an interval along a circumference direction, characterized in that the elastic sealing unit entirely covers the annular base portion, a first protrusion (52, 150) that is formed of a hard material and comes into contact with the annular base portion is provided on one surface side of the annular base portion of the seal body, a second protrusion (54, 150) that is formed of a hard material and comes into contact with the annular base portion is provided on another surface side, the first protrusion (52, 150) and the second protrusion (54, 150) are covered with the elastic sealing unit, and the elastic sealing unit is designed to provide sealing between the first annular flange portion of the first member and the second annular flange portion of the second member. an annular base portion formed of a metallic plate; and an elastic sealing unit integrally provided to the annular base portion, wherein a plurality of through holes through which bolts are insertable are provided on the annular base portion at an interval along a circumference direction, characterized in that the elastic sealing unit entirely covers the annular base portion, a first protrusion (52, 150) that is formed of a hard material and comes into contact with the annular base portion is provided on one surface side of the annular base portion of the seal body, a second protrusion (54, 150) that is formed of a hard material and comes into contact with the annular base portion is provided on another surface side, the first protrusion (52, 150) and the second protrusion (54, 150) are covered with the elastic sealing unit, and the elastic sealing unit is designed to provide sealing between the first annular flange portion of the first member and the second annular flange portion of the second member.