mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless device, the method comprising: obtaining an indication of an initial resource region, the initial resource region comprising time frequency resources, wherein the time frequency resources are divided into a plurality of scheduling occasions, SOs, and each of the plurality of SOs is associated with an uplink beam; determining the wireless device has moved out of coverage of a first beam and that uplink resources associated with the first beam should no longer be used; selecting a second beam for uplink transmission; selecting a SO associated with the second beam from the initial resource region; and transmitting an initial transmission of uplink data in the selected SO using the second beam, wherein the uplink data includes at least one of a hybrid automatic repeat request, HARQ, process identifier, redundancy value, modulation and coding scheme, MCS, information, Buffer Status Report, BSR, and a Scheduling Request, SR. obtaining an indication of an initial resource region, the initial resource region comprising time frequency resources, wherein the time frequency resources are divided into a plurality of scheduling occasions, SOs, and each of the plurality of SOs is associated with an uplink beam; determining the wireless device has moved out of coverage of a first beam and that uplink resources associated with the first beam should no longer be used; selecting a second beam for uplink transmission; selecting a SO associated with the second beam from the initial resource region; and transmitting an initial transmission of uplink data in the selected SO using the second beam, wherein the uplink data includes at least one of a hybrid automatic repeat request, HARQ, process identifier, redundancy value, modulation and coding scheme, MCS, information, Buffer Status Report, BSR, and a Scheduling Request, SR.
An in vitro method of identifying a target gene for cancer therapy comprising measuring an activity of an unmodified T cell and of a modified T cell; said unmodified T cell and said modified T cell each contacted with the tumor microenvironment from an irradiated tumor-bearing subject; said modified T cell having a candidate gene knocked-down or knocked-out; wherein said candidate gene is identified as a target gene for cancer therapy if said activity is increased comparing said modified T cell to said unmodified T cell; and wherein said activity is selected from the group consisting of proliferation, cell cycle activation, cell death inhibition, cytokine production, and a cytotoxic activity.
A solid milk of compressed milk powder having a core/crust structure, wherein the solid milk is obtained by the method comprising a compression step, wherein milk particles are compressed to obtain a compressed and solid milk unit, then a moistening step, then a drying step, wherein: • the compression step is carried out with a compaction ratio comprised between 50 % and 80 %, • in the moistening step, water is sprayed on the outside surface of the compressed and solid milk unit with an amount comprised between 0.1 mg and 8 mg per cm 2 of the area of the said outside surface, the duration of the moistening step being less than 1 s, to obtain a moistened solid unit having a moistened outside layer of at least two rows of milk particles, • the drying step follows the moistening step less than 10 s, the duration of the drying step being less than 30 s, wherein the drying is carried out by applying short-wavelength infrared (IR), so as to obtain the solid milk having a core/crust structure, the average thickness of the crust being at least the thickness of two rows of milk particles. • the compression step is carried out with a compaction ratio comprised between 50 % and 80 %, • in the moistening step, water is sprayed on the outside surface of the compressed and solid milk unit with an amount comprised between 0.1 mg and 8 mg per cm 2 of the area of the said outside surface, the duration of the moistening step being less than 1 s, to obtain a moistened solid unit having a moistened outside layer of at least two rows of milk particles, • the drying step follows the moistening step less than 10 s, the duration of the drying step being less than 30 s, wherein the drying is carried out by applying short-wavelength infrared (IR), so as to obtain the solid milk having a core/crust structure, the average thickness of the crust being at least the thickness of two rows of milk particles.
A method for selecting a donor cell, carried out at a relay node, the method comprising: establishing a radio resource control, RRC, connection between the relay node and a donor cell; acquiring , from an operation and maintenance system, donor cell configuration information for the relay node, wherein the donor cell configuration information indicates donor cells for the relay node; determining whether a cell to which the relay node currently connects is comprised in the donor cells indicated in the donor cell configuration information, based on the donor cell configuration information; if the relay node determines that the cell to which the relay node currently connects is comprised in the donor cells indicated in the donor cell configuration information, continuing working in the cell to which the relay node currently connects; if the relay node determines that the cell to which the relay node currently connects is not comprised in the donor cells indicated in the donor cell configuration information, performing a procedure, characterized in that , the procedure is a cell reselection procedure, which comprises: releasing the RRC connection; reselecting one of the donor cells indicated in the donor cell configuration information according to the donor cell configuration information; requesting activation or establishment of an evolved packet system EPS bearer; accessing the one of the donor cells. establishing a radio resource control, RRC, connection between the relay node and a donor cell; acquiring , from an operation and maintenance system, donor cell configuration information for the relay node, wherein the donor cell configuration information indicates donor cells for the relay node; determining whether a cell to which the relay node currently connects is comprised in the donor cells indicated in the donor cell configuration information, based on the donor cell configuration information; if the relay node determines that the cell to which the relay node currently connects is comprised in the donor cells indicated in the donor cell configuration information, continuing working in the cell to which the relay node currently connects; if the relay node determines that the cell to which the relay node currently connects is not comprised in the donor cells indicated in the donor cell configuration information, performing a procedure, characterized in that , the procedure is a cell reselection procedure, which comprises: releasing the RRC connection; reselecting one of the donor cells indicated in the donor cell configuration information according to the donor cell configuration information; requesting activation or establishment of an evolved packet system EPS bearer; accessing the one of the donor cells. releasing the RRC connection; reselecting one of the donor cells indicated in the donor cell configuration information according to the donor cell configuration information; requesting activation or establishment of an evolved packet system EPS bearer; accessing the one of the donor cells.
Cylinder head cover for an internal combustion engine , comprising: - a cover body which in the installed state of the cylinder head cover is arranged on an engine block of the internal combustion engine and covers a cylinder head of the internal combustion engine ; - a valve device which comprises a valve body and a base body for receiving the valve body , wherein the base body of the valve device is fixed to an inner side of the cover body , for example by means of a welded joint, wherein the valve device comprises a covering element which, in order to cover one or more chambers of the valve device , is fixed to the base body of the valve device by means of a welded joint, characterized in that two or more chambers of the valve device are closed off in a fluid-tight manner with respect to an environment surrounding the valve device by means of the covering element . - a cover body which in the installed state of the cylinder head cover is arranged on an engine block of the internal combustion engine and covers a cylinder head of the internal combustion engine ; - a valve device which comprises a valve body and a base body for receiving the valve body ,
A web path for conveying a web material , comprising: at least two support rollers (12 and 14, 130 and 132, 142 and 143; 162 and 163, 330a and 332a, 330b and 333b, 712 and 714) contacting a single major surface of the web material, wherein the web material is of indefinite length and has a first and a second edge (13 and 15; 122a and 122b), the support rollers comprising: a first support roller contacting a first edge region of the web material, and a second support roller contacting a second edge region of the web material, characterized in that the web material comprises an un-contacted region between the first and the second support roller comprising at least 50% of the width of the web material; and wherein at least one of the first support roller and the second support roller are supported on a bowed shaft such that at least one of the first and second support rollers is angled with respect to the direction of motion of the web material. a first support roller contacting a first edge region of the web material, and a second support roller contacting a second edge region of the web material, characterized in that the web material comprises an un-contacted region between the first and the second support roller comprising at least 50% of the width of the web material; and
A method for manufacturing a combustor front panel by an additive manufacturing process, the additive manufacturing process comprising consecutively adding material to the combustion front panel along a buildup direction starting from a base side in producing the base side transverse to the buildup direction by the additive manufacturing process and adding material starting at the base side in consecutive steps, the method comprising manufacturing the element such as to comprise a front face extending from the base side and into the buildup direction, the method further comprising manufacturing at least one bump structure on said front face by means of the additive manufacturing process, wherein a delimitation of said bump structure comprises at least one reclining ledge and at least one overhang ledge , the method further comprising manufacturing all overhang ledges to form an angle (a, d) with the buildup direction being smaller than or equal to 50 degrees, characterized in that it comprises manufacturing at least one acoustic damper defined by a concave bump structure as a depression on the front face that does not penetrate the combustor front panel from the front face to an opposite second face and manufacturing a back wall delimiting the concave bump structure.
A linear actuator of a drum brake for a vehicle, in particular a motor vehicle, which includes: an electric motor drive; and a stop device including a fixed stop and a ring movably mounted relative to the fixed stop according to a helical movement, which is moved by said electric motor drive, wherein the ring is movable relative to the fixed stop , from upstream to downstream along a helix axis between a plurality of actuation positions and a downstream stop position in which the ring stops against the fixed stop , said stop position being located furthest downstream with respect to the actuation position, wherein the ring carries an elastic member which cooperates with an associated portion of the fixed stop when the ring is located in an actuation position located axially between the stop position and a predefined actuation position, to produce a resistive torque opposing the movement of the ring towards the stop position, wherein the electric motor drive includes a computer allowing detecting variations in the electric current powering the electric motor drive according to the value of said resistive torque, characterised in that the fixed stop includes at least one protrusion with which the elastic member cooperates when the ring is in at least one other predefined actuation position located at a distance and upstream of the predefined actuation position to produce a variation of a resistive torque when said at least one protrusion is crossed by the elastic member . an electric motor drive; and a stop device including a fixed stop and a ring movably mounted relative to the fixed stop according to a helical movement, which is moved by said electric motor drive, wherein the ring is movable relative to the fixed stop , from upstream to downstream along a helix axis between a plurality of actuation positions and a downstream stop position in which the ring stops against the fixed stop , said stop position being located furthest downstream with respect to the actuation position, wherein the ring carries an elastic member which cooperates with an associated portion of the fixed stop when the ring is located in an actuation position located axially between the stop position and a predefined actuation position, to produce a resistive torque opposing the movement of the ring towards the stop position, wherein the electric motor drive includes a computer allowing detecting variations in the electric current powering the electric motor drive according to the value of said resistive torque, characterised in that the fixed stop includes at least one protrusion with which the elastic member cooperates when the ring is in at least one other predefined actuation position located at a distance and upstream of the predefined actuation position to produce a variation of a resistive torque when said at least one protrusion is crossed by the elastic member .
A sock , comprising - a sole part , which is adapted, when the sock is donned, to cover the sole of a foot ; - a toe part , which is adapted, when the sock is donned, to completely receive the toe area of the foot together with the sole part ; - an instep part , which is adapted, when the sock is donned, to cover, at least partly, the back of the foot ; - a heel part , which is adapted, when the sock is donned, to cover the heel of the foot ; and - an ankle fastening part , which is adapted, when the sock is donned, to releasably fasten the sock at the ankle of the foot , wherein at least one of the parts of the sock is made of a stretch material , wherein the stretch material has only a single stretch direction (L STRETCH ), which, in the contracted state of the stretch material , runs substantially parallel to a closing edge (K2) in a cuff area of the heel part , and wherein the stretch direction (L STRETCH ) intersects substantially vertical a cutting edge section (K3) adjacent to the leg area of the heel part . - a sole part , which is adapted, when the sock is donned, to cover the sole of a foot ; - a toe part , which is adapted, when the sock is donned, to completely receive the toe area of the foot together with the sole part ; - an instep part , which is adapted, when the sock is donned, to cover, at least partly, the back of the foot ; - a heel part , which is adapted, when the sock is donned, to cover the heel of the foot ; and - an ankle fastening part , which is adapted, when the sock is donned, to releasably fasten the sock at the ankle of the foot ,
A thermoplastic resin composition, comprising: a thermoplastic synthetic resin, a cellulose, and an ionic compound; wherein at least one type of the thermoplastic synthetic resin is a resin having a group containing a partial structure of an acid anhydride in the polymer molecule; and wherein a content of the ionic compound is 0.001 times or more and less than 1.000 time of the mass content of the cellulose; and wherein the ionic compound is represented by Formula or : wherein, in Formulas and , Z 1 designates =C(Ra)- or =N-; Ra designates a hydrogen atom or a substituent; L 1 designates a divalent linking group; R 1 to R 5 each independently designate an alkyl group, an alkenyl group, a cycloalkyl group, an aryl group or a heterocyclic group; at least two of R 2 to R 5 may be bonded to each other to form a ring; and X- designates an anion. a thermoplastic synthetic resin, a cellulose, and an ionic compound; wherein at least one type of the thermoplastic synthetic resin is a resin having a group containing a partial structure of an acid anhydride in the polymer molecule; and wherein a content of the ionic compound is 0.001 times or more and less than 1.000 time of the mass content of the cellulose; and wherein the ionic compound is represented by Formula or : wherein, in Formulas and , Z 1 designates =C(Ra)- or =N-; Ra designates a hydrogen atom or a substituent; L 1 designates a divalent linking group; R 1 to R 5 each independently designate an alkyl group, an alkenyl group, a cycloalkyl group, an aryl group or a heterocyclic group; at least two of R 2 to R 5 may be bonded to each other to form a ring; and X- designates an anion.
A drill including a shank and a body that is continuous from the shank , the body having an outer peripheral surface with a certain outer diameter and a distal end tapered surface of a certain distal end angle, the drill comprising: a pilot shaft portion projecting from the distal end tapered surface of the body and having an outer peripheral surface of a certain outer diameter smaller than the body , the pilot shaft portion and the body being concentric; an odd number of twisted grooves extending from the outer peripheral surface of the body to the outer peripheral surface of the pilot shaft portion at a certain twisted angle; and an odd number of main cutting edges formed on the distal end tapered surface of the body by forming of the twisted grooves ; the pilot shaft portion including a shaft main body portion , and a distal end tapered surface having a certain distal end angle; and the drill further comprising an odd number of auxiliary cutting edges formed on the distal end tapered surface of the pilot shaft portion by forming of the twisted grooves , characterised in that the pilot shaft portion further includes a distal end flat surface that is at a distal end of the shaft main body portion , the distal end tapered surface of the pilot shaft portion being between an outer peripheral surface of the shaft main body portion and the distal end flat surface . a pilot shaft portion projecting from the distal end tapered surface of the body and having an outer peripheral surface of a certain outer diameter smaller than the body , the pilot shaft portion and the body being concentric; an odd number of twisted grooves extending from the outer peripheral surface of the body to the outer peripheral surface of the pilot shaft portion at a certain twisted angle; and an odd number of main cutting edges formed on the distal end tapered surface of the body by forming of the twisted grooves ; the pilot shaft portion including a shaft main body portion , and a distal end tapered surface having a certain distal end angle; and the drill further comprising an odd number of auxiliary cutting edges formed on the distal end tapered surface of the pilot shaft portion by forming of the twisted grooves , characterised in that the pilot shaft portion further includes a distal end flat surface that is at a distal end of the shaft main body portion , the distal end tapered surface of the pilot shaft portion being between an outer peripheral surface of the shaft main body portion and the distal end flat surface .
A pentosan polysulfate having β-D-xylopyranose units, wherein the pentosan polysulfate has an acetyl group content of 0.0 mass% to 2.0 mass% and a uronic acid content of 0.0 mass% to 2.0 mass%; a pharmaceutically acceptable salt of the pentosan polysulfate; or a pharmaceutically acceptable solvate of the pentosan polysulfate or of the pharmaceutically acceptable salt of the pentosan polysulfate. wherein the pentosan polysulfate has an acetyl group content of 0.0 mass% to 2.0 mass% and a uronic acid content of 0.0 mass% to 2.0 mass%; a pharmaceutically acceptable salt of the pentosan polysulfate; or a pharmaceutically acceptable solvate of the pentosan polysulfate or of the pharmaceutically acceptable salt of the pentosan polysulfate.
A method of measuring natural killer (NK) cell activity, comprising: stimulating NK cells in a whole blood sample by incubating the whole blood sample with an agent comprising at least one stimulating cytokine selected from the group consisting of interleukin 2, interleukin 15 and interleukin 18, thereby artificially activating the NK cells to generate and secrete NK cell-secreting cytokines; and measuring an amount of the NK cell-secreting cytokines secreted into the whole blood sample and using the amount as a measure to evaluate NK cell activity; wherein the NK cell-secreting cytokines comprise interferon gamma (IFN-γ), tumor necrosis factor-alpha (TNF-α), or both. stimulating NK cells in a whole blood sample by incubating the whole blood sample with an agent comprising at least one stimulating cytokine selected from the group consisting of interleukin 2, interleukin 15 and interleukin 18, thereby artificially activating the NK cells to generate and secrete NK cell-secreting cytokines; and measuring an amount of the NK cell-secreting cytokines secreted into the whole blood sample and using the amount as a measure to evaluate NK cell activity; wherein the NK cell-secreting cytokines comprise interferon gamma (IFN-γ), tumor necrosis factor-alpha (TNF-α), or both.