mhurhangee/patent-ind-claim-en huggingface dataset:
A processing method for mobile communication networks, the method comprising: receiving, on a mobile terminal device, UE, a first data block from a mobile communication network through a first receiving resource of the mobile terminal device, UE, wherein the mobile terminal device, UE, is configured to receive a first radio connection of a first SIM configured to operate in an RRC active mode, while a second SIM is configured to operate in an RRC idle mode; determining by the mobile terminal device, UE, if the first receiving resource of the mobile terminal device, UE, enters a sharing phase during which the first receiving resource is used by the second SIM operating in RRC idle mode to receive paging, to update its location in a tracking area, and/or for Public Land Mobile Network search; transmitting by the mobile terminal device, UE, a first premature Radio Link Control, RLC, status report for reporting successfully in sequence received RLC PDUs to the mobile communication network if the first receiving resource of the mobile terminal device, UE, enters the sharing phase. receiving, on a mobile terminal device, UE, a first data block from a mobile communication network through a first receiving resource of the mobile terminal device, UE, wherein the mobile terminal device, UE, is configured to receive a first radio connection of a first SIM configured to operate in an RRC active mode, while a second SIM is configured to operate in an RRC idle mode; determining by the mobile terminal device, UE, if the first receiving resource of the mobile terminal device, UE, enters a sharing phase during which the first receiving resource is used by the second SIM operating in RRC idle mode to receive paging, to update its location in a tracking area, and/or for Public Land Mobile Network search; transmitting by the mobile terminal device, UE, a first premature Radio Link Control, RLC, status report for reporting successfully in sequence received RLC PDUs to the mobile communication network if the first receiving resource of the mobile terminal device, UE, enters the sharing phase.
A gland for sealed feedthrough of a partition, using a filiform component in particular such as an electric cable , of the type including: - a gland body for the passage of the component, sealingly fixed to the partition to be passed through opposite the orifice; - sealing means in the form of a deformable sleeve, placed in a corresponding housing of the gland body , around the component ; and - a component forming a reamer for compressing the sealing means in the form of a deformable sleeve and deforming them in the housing of the gland body against the filiform component , so as to provide the seal between the gland body and the filiform component, characterized in that the sealing means in the form of a deformable sleeve are in the form of a stack of annular seals having a general V- shaped section, mounted head to tail one after the other. - a gland body for the passage of the component, sealingly fixed to the partition to be passed through opposite the orifice; - sealing means in the form of a deformable sleeve, placed in a corresponding housing of the gland body , around the component ; and - a component forming a reamer for compressing the sealing means in the form of a deformable sleeve and deforming them in the housing of the gland body against the filiform component , so as to provide the seal between the gland body and the filiform component, characterized in that the sealing means in the form of a deformable sleeve are in the form of a stack of annular seals having a general V- shaped section, mounted head to tail one after the other.
A vehicle control device comprising: an engine having a plurality of cylinders (2A to 2D), the engine being capable of switching between reduced-cylinder operation that stops combustion in one or some of the cylinders (2A to 2D) and all-cylinder operation that performs combustion in all of the cylinders (2A to 2D); an engine control mechanism that controls a generated torque of the engine ; and control means that performs vehicle posture control for generating vehicle deceleration by controlling the engine control mechanism to reduce the generated torque of the engine upon satisfaction of a condition that a vehicle is travelling and a steering angle-related value related to a steering angle of a steering device increases, wherein the control means gives permission of execution of the vehicle posture control when a rotation speed-related value related to a rotation speed of the engine is more than or equal to a first predetermined value (Ne1) and gives permission of execution of the reduced-cylinder operation of the engine when the rotation speed-related value is more than or equal to a second predetermined value (Ne2) that is more than the first predetermined value (Ne1). an engine having a plurality of cylinders (2A to 2D), the engine being capable of switching between reduced-cylinder operation that stops combustion in one or some of the cylinders (2A to 2D) and all-cylinder operation that performs combustion in all of the cylinders (2A to 2D); an engine control mechanism that controls a generated torque of the engine ; and control means that performs vehicle posture control for generating vehicle deceleration by controlling the engine control mechanism to reduce the generated torque of the engine upon satisfaction of a condition that a vehicle is travelling and a steering angle-related value related to a steering angle of a steering device increases, wherein the control means gives permission of execution of the vehicle posture control when a rotation speed-related value related to a rotation speed of the engine is more than or equal to a first predetermined value (Ne1) and gives permission of execution of the reduced-cylinder operation of the engine when the rotation speed-related value is more than or equal to a second predetermined value (Ne2) that is more than the first predetermined value (Ne1).
Transmission for a motor vehicle, the transmission having at least one rheological actuator , at least one pump and at least one consumer , the rheological actuator having at least one rheological fluid , the rheological actuator having at least one rheological valve , the at least one rheological valve being arranged within the rheological actuator in such a way that the at least one rheological valve assigns the rheological fluid to a respective consumer , characterized in that the at least one rheological valve , preferably a plurality of rheological valves , is/are arranged in the rheological actuator in such a way that the rheological fluid , in particular a pump pressure, is split between different consumers by way of at least partial opening and closing of the at least one rheological valve .
Use of one or more compounds selected from the group consisting of the following formulas (1-2) and (1-3) as a perfume material: wherein R 1 , R 2 and R 3 are hydrogen, and X is a methyl group, wherein R 1 , R 2 and R 3 are hydrogen, X is a methyl group, and either one of R 4 and R 5 is hydrogen and the other is a -CHO group. X is a methyl group, and either one of R 4 and R 5 is hydrogen and the other is a -CHO group.
A member comprising: a top plate ; two vertical walls ; a top plate flange ; two vertical wall flanges ; and two floor flanges , the vertical walls facing each other, the vertical walls being provided on both sides of the top plate via upper ridgelines , the top plate flange extending on an outside of the member via a top plate ridgeline of the top plate, the top plate ridgeline existing on a side of an end portion of the member, each of the vertical wall flanges extending on the outside of the member via a vertical wall ridgeline of the vertical wall, the vertical wall ridgeline extending on the side of the end portion of the member, each of the floor flanges being adjacent to one of the vertical wall flanges, each of the floor flanges extends on the outside of the member via a lower ridgeline , the lower ridgeline extending on an end portion of the vertical wall different from an end portion of the vertical wall on the side of the end portion of the member, each of the floor flanges being adjacent to an end portion of the corresponding vertical wall flange, each of the floor flanges and the corresponding vertical wall flange being continuous with each other, characterised in that in the end portion of the member, a sum total ΣR of radii of curvature of angles of the vertical walls each between the lower ridgeline and the vertical wall ridgeline and a sum total ΣL of widths of the top sheet and the vertical walls in the end portion of the member have a relation of ΣR/ΣL ≤ 0.13. a top plate ; two vertical walls ; a top plate flange ; two vertical wall flanges ; and two floor flanges , the vertical walls facing each other, the vertical walls being provided on both sides of the top plate via upper ridgelines , the top plate flange extending on an outside of the member via a top plate ridgeline of the top plate, the top plate ridgeline existing on a side of an end portion of the member, each of the vertical wall flanges extending on the outside of the member via a vertical wall ridgeline of the vertical wall, the vertical wall ridgeline extending on the side of the end portion of the member, each of the floor flanges being adjacent to one of the vertical wall flanges, each of the floor flanges extends on the outside of the member via a lower ridgeline , the lower ridgeline extending on an end portion of the vertical wall different from an end portion of the vertical wall on the side of the end portion of the member, each of the floor flanges being adjacent to an end portion of the corresponding vertical wall flange, each of the floor flanges and the corresponding vertical wall flange being continuous with each other, characterised in that in the end portion of the member, a sum total ΣR of radii of curvature of angles of the vertical walls each between the lower ridgeline and the vertical wall ridgeline and a sum total ΣL of widths of the top sheet and the vertical walls in the end portion of the member have a relation of ΣR/ΣL ≤ 0.13.
An L1CAM inhibitor for use in inhibiting metastatic spread of a cancer in a subject, where it has been determined in a cell of the cancer that the cell (i) overexpresses a serpin, wherein the metastasis inhibited is metastasis to the brain or a bone in the subject.
A battery packaging material comprising a laminate in which at least a base material layer, a metal layer, an adhesive layer, and a sealant layer containing a polyolefin resin are laminated in this order, wherein the sealant layer contains an amide-based lubricant, the amount of the amide-based lubricant added to the adhesive layer is 100 ppm or less, the amount of the amide-based lubricant to the sealant layer is 500 to 2000 ppm, the sealant layer has a thickness of 10 to 30 μm, the adhesive layer has a thickness of 10 to 30 μm, the value Y calculated from the following formula is in the range of 250 to 750: Y = A × C + B × D / C + D A: amount of amide-based lubricant to sealant layer B: amount of amide-based lubricant to adhesive layer C: thickness of sealant layer D: thickness of adhesive layer, and the intensity ratio X = P/Q is in the range of 0.05 to 0.80 where P is a peak intensity P at 1650 cm -1 originating from C=O stretching vibration of the amide group of an amide-based lubricant, and Q is a peak intensity Q at 1460 cm -1 originating from bending vibration of the group -CH 2 - of the polyolefin resin, each of which is measured from an absorption spectrum obtained by splitting reflected light in irradiation of the surface of the sealant layer with an infrared ray, as described in the description, and P/Q is a ratio of the peak intensity P to the peak intensity Q. A: amount of amide-based lubricant to sealant layer B: amount of amide-based lubricant to adhesive layer C: thickness of sealant layer D: thickness of adhesive layer, and the intensity ratio X = P/Q is in the range of 0.05 to 0.80 where P is a peak intensity P at 1650 cm -1 originating from C=O stretching vibration of the amide group of an amide-based lubricant, and Q is a peak intensity Q at 1460 cm -1 originating from bending vibration of the group -CH 2 - of the polyolefin resin, each of which is measured from an absorption spectrum obtained by splitting reflected light in irradiation of the surface of the sealant layer with an infrared ray, as described in the description, and P/Q is a ratio of the peak intensity P to the peak intensity Q.
A remediation composition, comprising: a composition comprising activated carbon impregnated with elemental iron; a first set of one or more organisms able to degrade at least one halogenated compound; at least one polyamide or at least one polysaccharide; and a second set of one or more organisms able to degrade the at least one polyamide or at least one polysaccharide into smaller molecules or compounds useful to the first set of one or more organisms during degradation of the halogenated compound; wherein the second set of one or more organisms degrades the at least one polyamide or at least one polysaccharide over a period of time of at least 20 days; and wherein the smaller molecules or compounds donate electrons for use by the first set of one or more organisms during the degradation of the halogenated compound; whereby in combination the composition comprising activated carbon impregnated with elemental iron, the at least one polyamide or at least one polysaccharide and the second set of one or more organisms provide a time release platform fueling the degradation by the first set of one or more organisms. a composition comprising activated carbon impregnated with elemental iron; a first set of one or more organisms able to degrade at least one halogenated compound; at least one polyamide or at least one polysaccharide; and a second set of one or more organisms able to degrade the at least one polyamide or at least one polysaccharide into smaller molecules or compounds useful to the first set of one or more organisms during degradation of the halogenated compound; wherein the second set of one or more organisms degrades the at least one polyamide or at least one polysaccharide over a period of time of at least 20 days; and wherein the smaller molecules or compounds donate electrons for use by the first set of one or more organisms during the degradation of the halogenated compound; whereby in combination the composition comprising activated carbon impregnated with elemental iron, the at least one polyamide or at least one polysaccharide and the second set of one or more organisms provide a time release platform fueling the degradation by the first set of one or more organisms.
A dental composition for use in the treatment or prevention of caries wherein the composition comprises a rechargeable fluoride delivery system wherein the rechargeable fluoride delivery system comprises a layered double hydroxide with the formula M(II) 1-x M(III) x (OH) 2 (A n- ) x/n yH 2 0 where, M(II) is a divalent cation M(III) is a trivalent cation A is a chloride anion x is a value between 0.2 and 0.33 y is an integer between 1 and 10 n has a value of 1; wherein the rechargeable fluoride delivery system can be replenished with fluoride. M(II) is a divalent cation M(III) is a trivalent cation A is a chloride anion x is a value between 0.2 and 0.33 y is an integer between 1 and 10 n has a value of 1;
Extension device for a bone anchor , in particular for a bone screw, in particular for a pedicle screw, in particular in minimally invasive spinal surgery, having an axial longitudinal direction , a peripheral direction concentric therewith, and a radial direction , the extension device extending in the axial longitudinal direction and engaging, by means of a radial projection , an engageable region on the head of the bone anchor in the longitudinal direction and also in the radial direction and being supportable against the head of the bone anchor in the opposite direction such that the extension device can thereby be fixed to the head of the bone anchor so as to be detachable, yet also rigid in the longitudinal direction and non-rotatable, characterized in that the extension device comprises at least one, preferably two separate shell parts that extend in the longitudinal direction , each of which parts comprises a radial projection for engaging the engageable region on the head of the bone anchor , in that the shell part is, for the most part, substantially rigid, but has a first deformable region , in that the first deformable region forms a spring element which extends in the axial longitudinal direction and can be deflected transversely to said direction, in particular substantially radially outwardly, in that the spring element comprises, proximally to the radial projection for engaging the engageable region on the head of the bone anchor, a radially inwardly projecting support region , by means of which the spring element and thus the shell part is supportable against the head of the bone anchor in the axial longitudinal direction such that the extension device can thereby be detachably fixed to the head of the bone anchor when the projection engages the engageable region on the head of the bone anchor , as the axial support by means of the support region prevents the radial projection of the shell part from disengaging in the distal direction from the engageable area on the head of the bone anchor in the distal direction and in that the spring element is deflectable radially outwardly so as to detach the extension device , such that the support region of said spring element is freed from the head of the bone anchor and the shell part can be moved relative to the head of the bone anchor distally out of the engageable region on the head of the bone anchor in the longitudinal direction .
A modified Enterococcal strain, wherein the strain comprises: a. a ΔsrtA mutation, b. a first plasmid encoding Bac 21, wherein the plasmid has a ΔbacAB mutation, and c. a second plasmid encoding a proximal part of bac-21operon. a. a ΔsrtA mutation, b. a first plasmid encoding Bac 21, wherein the plasmid has a ΔbacAB mutation, and c. a second plasmid encoding a proximal part of bac-21operon.
A calendered knit or woven surgical mesh comprising monofilament fiber of a poly-4-hydroxybutyrate polymer or copolymer thereof, wherein the pore size of the calendered mesh is 0.05 mm 2 to 10 mm 2 .
A system for determining an actual number of passengers on board an aircraft, the system comprising: - a camera arrangement configured to acquire image data simultaneously on board the aircraft; - a central processing unit configured to determine the actual number of passengers on board the aircraft based on the acquired image data; and - a control panel being a user interface operated by personnel of the aircraft, wherein the control panel is configured to initiate the image data acquisition and the determination of the actual number of passengers; wherein the camera arrangement comprises cameras of the following camera types: one or more passenger seat cameras associated with one or more passenger seats of the aircraft, the one or more passenger seat cameras being configured and arranged to acquire image data of the associated one or more passenger seats, wherein the one or more passenger seat cameras are configured and arranged to acquire image data of each passenger seat provided in the aircraft; one or more cabin corridor cameras being configured and arranged to acquire image data of at least one or more cabin corridors of the aircraft, one or more cabin door cameras being configured and arranged to acquire image data of one or more cabin doors of the aircraft; wherein the central processing unit is configured to determine the actual number of passengers on board the aircraft by summing up a number of passengers detected by the camera arrangement or by the central processing unit in the image data acquired by the one or more cameras of one camera type, and the one or more cameras of the other camera types are configured to be used as one or more backup cameras in order to check the determined number of passengers. - a camera arrangement configured to acquire image data simultaneously on board the aircraft; - a central processing unit configured to determine the actual number of passengers on board the aircraft based on the acquired image data; and - a control panel being a user interface operated by personnel of the aircraft, wherein the control panel is configured to initiate the image data acquisition and the determination of the actual number of passengers; one or more passenger seat cameras associated with one or more passenger seats of the aircraft, the one or more passenger seat cameras being configured and arranged to acquire image data of the associated one or more passenger seats, wherein the one or more passenger seat cameras are configured and arranged to acquire image data of each passenger seat provided in the aircraft; one or more cabin corridor cameras being configured and arranged to acquire image data of at least one or more cabin corridors of the aircraft, one or more cabin door cameras being configured and arranged to acquire image data of one or more cabin doors of the aircraft;
Method for determining the amount and/or concentration in a sample of at least one immunoglobulin single variable domain (ISVD), or of a protein or polypeptide that comprises at least one ISVD, which method comprises the steps of; a) contacting the sample with a capturing agent, such that the ISVD, protein or polypeptide is captured by said capturing agent; b) contacting the ISVD, protein or polypeptide captured by the capturing agent with a detection agent, such that said detection agent binds to the ISVD, protein or polypeptide captured by the capturing agent; c) generating a signal corresponding to the amount of detection agent bound to the ISVD, protein or polypeptide captured by the capturing agent, in which said method is performed in the presence of a quencher, said quencher being a protein or polypeptide to which pre-existing antibodies against an exposed C-terminal end of the ISVD can bind but to which the capturing agent and the detection agent bind with an affinity of less/worse than 3 micromolar. a) contacting the sample with a capturing agent, such that the ISVD, protein or polypeptide is captured by said capturing agent; b) contacting the ISVD, protein or polypeptide captured by the capturing agent with a detection agent, such that said detection agent binds to the ISVD, protein or polypeptide captured by the capturing agent; c) generating a signal corresponding to the amount of detection agent bound to the ISVD, protein or polypeptide captured by the capturing agent,
Vehicle pneumatic tyre, in particular for use under winter driving conditions, having a directional tread which is divided into shoulder-side profile blocks and central profile blocks by diagonal grooves , which extend substantially in a V shape over the tread width and are the main grooves of the tread, and by circumferential grooves connecting mutually adjacent diagonal grooves to one another, the circumferential grooves extending at an angle of 3° to 15° to the circumferential direction and in the opposite direction, with respect to the circumferential direction, to the diagonal grooves extending in the V shape, characterized in that the circumferential grooves have groove sections extending parallel to one another and offset in the axial direction relative to one another, and a connecting section connecting the latter and short as compared with the groove sections that are offset axially relative to one another, wherein in each case the groove section opening into a diagonal groove at the outgoing profile block edges during forward travel is wider than the groove section opening into a diagonal groove at the ingoing profile block edges, wherein the narrow groove section is of such a width that when transverse forces of specific magnitude occur, mutual support of the profile blocks bordering the same is made possible by closing the groove section .