mhurhangee/ep-ind-claims huggingface dataset:
A heavy duty pneumatic tire, comprising: a tread having an outer surface that forms a tread surface; a pair of sidewalls that extends almost inward, in a radial direction, from ends, respectively, of the tread; a pair of beads positioned almost inward of the sidewalls, respectively, in the radial direction; a clinch portion that extends from the sidewalls to the beads, and a carcass ply that is extended, along the tread and the sidewalls, on and between both the beads, wherein each bead includes a core and a bead apex positioned outward of the core in the radial direction, the carcass ply includes a main body portion and turned-up portions which are formed by the carcass ply being turned up from an inner side toward an outer side around the core, and a concave curved surface extends on an outer surface of the clinch portion in a circumferential direction, and the concave curved surface is engageable with a convex curved surface formed on an outer side end, in the radial direction, of a rim flange, a ratio R1/R2 of a radius of curvature R1 of the concave curved surface to a radius of curvature R2 of the convex curved surface of the rim flange, satisfies 1.7 ≤ R 1 / R 2 ≤ 3.9, the radius of curvature R1 of the concave curved surface and the radius of curvature R2 of the convex curved surface are each a radius of curvature of an arc on a cross section as taken along a plane including a center axis of the tire, characterized in that a ratio D1/R2 of a depth D1 of the concave curved surface to the radius of curvature R2 of the convex curved surface satisfies 0.05 ≤ D 1 / R 2 ≤ 0.09, and when T1 represents a thickness of the bead apex at a position of an end of each turned-up portion, a ratio T1/R2 of the thickness T1 to the radius of curvature R2 of the convex curved surface, satisfies 0.5 ≤ T 1 / R 2 ≤ 1.0. a tread having an outer surface that forms a tread surface; a pair of sidewalls that extends almost inward, in a radial direction, from ends, respectively, of the tread; a pair of beads positioned almost inward of the sidewalls, respectively, in the radial direction; a clinch portion that extends from the sidewalls to the beads, and a carcass ply that is extended, along the tread and the sidewalls, on and between both the beads,
A container system for installing in a motor vehicle, having: a frame; a container, in particular a refuse container; a pivoting connection, which connects the container to the frame such that it can be pivoted about a pivot pin; and a locking device, which is connected to the frame and is designed to retain the container in a first position; wherein the container can be pivoted via the pivoting connection, into the first position, in which the pivoting connection supports the container outside an equilibrium position of the container, a weight-induced force (F G) of the container thus subjecting the container to a torque about the pivot axis, characterized in that, in the first position, the container acts on the locking device by way of the torque in order for the container to be retained in the first position. a frame; a container, in particular a refuse container; a pivoting connection, which connects the container to the frame such that it can be pivoted about a pivot pin; and a locking device, which is connected to the frame and is designed to retain the container in a first position; wherein the container can be pivoted via the pivoting connection, into the first position, in which the pivoting connection supports the container outside an equilibrium position of the container, a weight-induced force (F G) of the container thus subjecting the container to a torque about the pivot axis, characterized in that, in the first position, the container acts on the locking device by way of the torque in order for the container to be retained in the first position.
Method for producing 2-hydroxy-4-(methylthio)butyronitrile (MMP-CN), the method comprising contacting a hydrogen cyanide process gas mixture prepared according to the Andrussow process from methane, ammonia and oxygen, with 3-methylmercaptopropionaldehyde, the method being characterized in that the HCN process gas mixture is obtained from the crude HCN process gas mixture by adjusting the amount of ammonia to between 20 % (v/v) and 60% (v/v) of the amount of the ammonia in the crude HCN process gas mixture.
A patch antenna, comprising a first metal surface, a second metal surface, the first and second metal surfaces (205, 204) being disposed parallel to one another, a first substrate layer disposed between the first metal surface and the second metal surface for electrically insulating the first metal surface with respect to the second metal surface, a second substrate layer disposed between the second metal surface and a wiring layer, and a via plated-through hole electrically connected to the first metal surface for supplying a signal to the first metal surface, which extends through the first and second substrate layers (202, 207) and the second metal surface, characterized in that a through-passage is provided in one of the corner regions of the patch antenna through the first metal surface, the first substrate layer, the second metal surface, the wiring layer, and the second substrate layer.
An anti-human PD-1-binding monospecific monoclonal antibody that comprises a Variable Heavy Chain Domain and a Variable Light Chain Domain, wherein: said Variable Heavy Chain Domain comprises the amino acid sequence of SEQ ID NO:147, and said Variable Light Chain Domain comprises the amino acid sequence of SEQ ID NO:153.
A plant for heat treating heat-sensitive fluid foodstuffs, such as whey protein concentrate, baby food, baby food liquid concentrates, nutritious drinks or cheese milk, said plant comprising: an infusion chamber, in which the fluid foodstuff is subjected to a heat treatment by a feeding of steam, a fluid foodstuff inlet connected to a plurality of openings at the top of said infusion chamber for creating a plurality of essentially downwardly directed separate fluid foodstuff jets, said infusion chamber having a bottom section configured to collect the fluid foodstuff from said fluid foodstuff jets, said bottom section having an outlet opening at the bottom of said infusion chamber for allowing said collected fluid foodstuff to exit said infusion chamber, said outlet opening being seamlessly connected to the inlet of a pump, and a cooling jacket surrounding said bottom section for cooling said bottom section, said cooling jacket extending all the way down to said pump, wherein said outlet is an integral part of said bottom section and wherein said pump housing is integral with said outlet in order to obtain a seamless transition from said bottom section to said pump or wherein the outlet of said bottom section is welded directly to the inlet of said pump housing to form a seamless transition. an infusion chamber, in which the fluid foodstuff is subjected to a heat treatment by a feeding of steam, a fluid foodstuff inlet connected to a plurality of openings at the top of said infusion chamber for creating a plurality of essentially downwardly directed separate fluid foodstuff jets, said infusion chamber having a bottom section configured to collect the fluid foodstuff from said fluid foodstuff jets, said bottom section having an outlet opening at the bottom of said infusion chamber for allowing said collected fluid foodstuff to exit said infusion chamber, said outlet opening being seamlessly connected to the inlet of a pump, and a cooling jacket surrounding said bottom section for cooling said bottom section, said cooling jacket extending all the way down to said pump, wherein said outlet is an integral part of said bottom section and wherein said pump housing is integral with said outlet in order to obtain a seamless transition from said bottom section to said pump or wherein the outlet of said bottom section is welded directly to the inlet of said pump housing to form a seamless transition.
Retractable aerodynamic system for a motor vehicle, comprising an assembly of a motor means, a shaft rotated by said motor means, a disengaging member for releasing a link between the motor means and the shaft as well as an aerodynamic flap attached to the shaft, the disengaging member comprising first and second elements (4 and 5) capable of fitting together in a direction substantially parallel to the shaft, one being capable of being connected to the motor means by a link that enables it to be rotated by the motor means, and the other element being capable of being attached to the shaft, characterised in that: - the first element comprises at least one recess at the fitting interface between the two elements; - the second element comprises at least one elastic means exerting a radial force on the fitting interface via an insertion member capable of being inserted into the recess, keeping the two elements secured to one another for rotation therewith up until a predefined transmission torque between the insertion member and the first element; - the elastic means, the recess and the insertion member being configured so that, beyond said predefined torque, the insertion member compresses the elastic means and exits the recess, wherein for the direction of rotation of the aerodynamic flap corresponding to its opening, the recess comprises a slope for disengaging the insertion member that is less than the insertion slope. - the first element comprises at least one recess at the fitting interface between the two elements; - the second element comprises at least one elastic means exerting a radial force on the fitting interface via an insertion member capable of being inserted into the recess, keeping the two elements secured to one another for rotation therewith up until a predefined transmission torque between the insertion member and the first element; - the elastic means, the recess and the insertion member being configured so that, beyond said predefined torque, the insertion member compresses the elastic means and exits the recess, wherein for the direction of rotation of the aerodynamic flap corresponding to its opening, the recess comprises a slope for disengaging the insertion member that is less than the insertion slope.
A method for beam management performed by a user equipment, UE, the method comprising: using a first receive, RX, beam, receiving both a first reference signal, RS1, and a second reference signal, RS2, wherein a first TX beam was used to transmit RS1 and a second TX beam was used to transmit RS2; producing a first power value, P1, indicative of the power of RS1 received using the first RX beam; producing a second power value, P2, indicative of the power of RS2 received using the first RX beam; calculating a first value, V1, using P1 and P2 as inputs to the calculation; using a second RX beam, receiving both RS1 and RS2; producing a third power value, P3, indicative of the power of RS1 received using the second RX beam; producing a fourth power value, P4, indicative of the power of RS2 received using the second RX beam; calculating a second value, V2, using P3 and P4 as inputs to the calculation; selecting an RX beam from a set of candidate RX beams using both V1 and V2, wherein said set of candidate RX beams includes the first RX beam and the second RX beam. using a first receive, RX, beam, receiving both a first reference signal, RS1, and a second reference signal, RS2, wherein a first TX beam was used to transmit RS1 and a second TX beam was used to transmit RS2; producing a first power value, P1, indicative of the power of RS1 received using the first RX beam; producing a second power value, P2, indicative of the power of RS2 received using the first RX beam; calculating a first value, V1, using P1 and P2 as inputs to the calculation; using a second RX beam, receiving both RS1 and RS2; producing a third power value, P3, indicative of the power of RS1 received using the second RX beam; producing a fourth power value, P4, indicative of the power of RS2 received using the second RX beam; calculating a second value, V2, using P3 and P4 as inputs to the calculation; selecting an RX beam from a set of candidate RX beams using both V1 and V2, wherein said set of candidate RX beams includes the first RX beam and the second RX beam.
Combination (1; 20; 30; 40; 60; 70) of a flush reservoir (10; 33; 61; 73) for a toilet, a wall (2; 21; 31; 41; 62; 71) arranged in front of the flush reservoir (10; 33; 61; 73) and an operating element for operating the flush reservoir (10; 33; 61; 73), wherein the operating element is arranged on the wall (2; 21; 31; 41; 62; 71) outside the projection of the flush reservoir (10; 33; 61; 73), characterized in that the wall (2; 21; 31; 41; 62; 71) comprises an opening and wherein the operating element comprises a frame (3; 24, 25; 44, 45), which frame (3; 24, 25; 44, 45) is arranged at least partially in the opening (23; 32; 43) and wherein the front surface of the frame (3; 24, 25; 44, 45) lies flush with, or recessed relative to, the front surface of the wall (2; 21; 31; 41; 62; 71), and wherein the frame (3; 24, 25; 44, 45) is a box-like part with a rear wall (24; 44) and side walls (25, 45) arranged along the periphery of the rear wall (24; 44).
A culture container transportation set comprising: a culture container including at least one vessel comprising a bottom wall and a tubular side wall that rises from the bottom wall; a flexible cover that covers an upper edge portion of the side wall of the vessel; a hard pressing member provided on the cover; a cushioning material having shape restorability; and a housing container that houses an assembly of the culture container, the cover, the pressing member and the cushioning material stacked on one another, the assembly being pressed from above and below by the housing container, wherein the cushioning material is provided between the housing container and the culture container or between the pressing member and the housing container. a culture container including at least one vessel comprising a bottom wall and a tubular side wall that rises from the bottom wall; a flexible cover that covers an upper edge portion of the side wall of the vessel; a hard pressing member provided on the cover; a cushioning material having shape restorability; and a housing container that houses an assembly of the culture container, the cover, the pressing member and the cushioning material stacked on one another, the assembly being pressed from above and below by the housing container,
An anionic surfactant of general formula, in which R 1 and R 2 represent, independently of one another, H and SO 3 - X +, with the proviso that at least one of R 1 and R 2 is not H, n and m represent, independently of one another, numbers from 0 to 21, with the proviso that 4 < n + m < 26, and X + represents a charge-balancing cation.
A prosthetic valve device comprising a support structure, wherein the support structure is formed from a braided wire tube defining gaps and folds upon delivery to form an outer layer and an inner layer; a valve assembly connected to the inner layer; a liner lining an inside surface of the outer layer, wherein the liner protrudes through the gaps. the support structure is formed from a braided wire tube defining gaps and folds upon delivery to form an outer layer and an inner layer; a valve assembly connected to the inner layer; a liner lining an inside surface of the outer layer, wherein the liner protrudes through the gaps.
A fastening member comprising: a base panel having a base panel lateral centerline and comprising a base panel upper edge, a base panel lower edge, a base panel upper endpoint and a base panel lower endpoint, a closure member extending laterally from the base panel, the closure member comprising a closure member upper edge, a closure member lower edge, a closure member upper endpoint, a closure member lower endpoint, and a proximal portion, and a fastening element disposed on the closure member, the fastening element comprising a fastening element lateral centerline, a fastening element upper edge and a fastening element lower edge, wherein the closure member upper edge comprises a concave portion, the concave portion being formed along the fastening element upper edge, wherein the closure member lower edge comprises a convex portion, the convex portion being formed along the fastening element lower edge, and wherein the closure member extends upwardly laterally; characterized in that the closure member is joined to the base panel, and in that the base panel includes an elastomeric material, such that at least a portion of the base panel is extensible. a base panel having a base panel lateral centerline and comprising a base panel upper edge, a base panel lower edge, a base panel upper endpoint and a base panel lower endpoint, a closure member extending laterally from the base panel, the closure member comprising a closure member upper edge, a closure member lower edge, a closure member upper endpoint, a closure member lower endpoint, and a proximal portion, and a fastening element disposed on the closure member, the fastening element comprising a fastening element lateral centerline, a fastening element upper edge and a fastening element lower edge, wherein the closure member upper edge comprises a concave portion, the concave portion being formed along the fastening element upper edge, wherein the closure member lower edge comprises a convex portion, the convex portion being formed along the fastening element lower edge, and wherein the closure member extends upwardly laterally; characterized in that the closure member is joined to the base panel, and in that the base panel includes an elastomeric material, such that at least a portion of the base panel is extensible.
Agricultural machine, in particular rotary hay making machine, having a carrying frame comprising a main undercarriage having a main undercarriage axis, and a mid-machine coupled to the carrying frame, the mid-machine having at least one tool being driven for rotation and comprising at least one touching wheel at a bearing housing, the tool being linked via a tool frame to a swivel arm which swivels relative to the carrying frame about a swiveling axis, and with a height-setting unit of the mid-machine including an actuator linked at least to the swivel arm, wherein in a working position of the agricultural machine the carrying frame by the main undercarriage and the mid-machine by the at least one touching wheel are supported on the ground, characterized in that the swivel axis of the swivel arm is arranged directly in the main undercarriage axis, and that the swivel arm is swivable about the main undercarriage axis relative to the carrying frame, such that the selected height-setting of tool elements of the mid-machine does not change when travelling over uneven ground.
A fuel injection control device for a fuel supply system that injects fuel to an inside of a cylinder as a part of a target engine for performing fuel combustion, to an intake passage of the engine or to an exhaust passage of the engine with a predetermined injector, comprising: a fuel pressure sensing means for sequentially sensing fuel pressure fluctuating with the injection of the injector; a diagram detecting means for detecting a diagram as a profile indicating a transition of an injection rate at a present time based on a transition of the fuel pressure sequentially sensed by the fuel pressure sensing means, the injection rate being equivalent to a fuel quantity injected from the injector per unit time; and an injection varying means (S12, S13) for varying an injection command to the injector or an injection condition of the injector by comparing the diagram that is the profile indicating the transition of the injection rate and that is detected by the diagram detecting means and a predetermined basic diagram such that the diagram as the actual profile indicating the transition of the injection rate becomes the same kind as the basic diagram and such that an area of the detected diagram approximates to an area of the basic diagram, wherein the basic diagram is one of a triangle, a trapezoid and a rectangle or a diagram made by combining multiple pieces of at least one kind of the triangle, the trapezoid and the rectangle, and wherein the injection varying means (S12, S13) varies the injection command to the injector or the injection condition of the injector by comparing the diagram detected by the diagram detecting means with the basic diagram to approximate a predetermined parameter of the detected diagram to a corresponding parameter of the basic diagram. a fuel pressure sensing means for sequentially sensing fuel pressure fluctuating with the injection of the injector; a diagram detecting means for detecting a diagram as a profile indicating a transition of an injection rate at a present time based on a transition of the fuel pressure sequentially sensed by the fuel pressure sensing means, the injection rate being equivalent to a fuel quantity injected from the injector per unit time; and an injection varying means (S12, S13) for varying an injection command to the injector or an injection condition of the injector by comparing the diagram that is the profile indicating the transition of the injection rate and that is detected by the diagram detecting means and a predetermined basic diagram such that the diagram as the actual profile indicating the transition of the injection rate becomes the same kind as the basic diagram and such that an area of the detected diagram approximates to an area of the basic diagram,
One or more non-transitory machine-readable storage media, having instructions stored thereon that, when executed by one or more processors, cause a user equipment, UE, to: receive physical downlink shared channel, PDSCH, resource element, RE, parameters for a plurality of PDSCH mapping parameter sets, wherein individual PDSCH RE mapping parameter sets of the plurality of PDSCH mapping parameter sets include a number of antenna ports, a cell-specific reference signal frequency shift, and a non-zero power channel state information reference signal (CSI-RS) identifier, wherein the number of antenna ports and the CRS frequency shift are jointly encoded into a CRS configuration parameter, wherein one of six CRS frequency shifts is encoded if one antenna port is used, and wherein one of three frequency shifts is encoded if two or four antenna ports are used; detect a value in a PDSCH RE mapping field of a downlink control information, DCI, message received from an evolved Node B, eNB; identify, based on the value, a PDSCH RE mapping parameter set from the plurality of PDSCH RE mapping parameter sets; and process the PDSCH RE mapping parameter set to receive a PDSCH. receive physical downlink shared channel, PDSCH, resource element, RE, parameters for a plurality of PDSCH mapping parameter sets, wherein individual PDSCH RE mapping parameter sets of the plurality of PDSCH mapping parameter sets include a number of antenna ports, a cell-specific reference signal frequency shift, and a non-zero power channel state information reference signal (CSI-RS) identifier, wherein the number of antenna ports and the CRS frequency shift are jointly encoded into a CRS configuration parameter, wherein one of six CRS frequency shifts is encoded if one antenna port is used, and wherein one of three frequency shifts is encoded if two or four antenna ports are used; detect a value in a PDSCH RE mapping field of a downlink control information, DCI, message received from an evolved Node B, eNB; identify, based on the value, a PDSCH RE mapping parameter set from the plurality of PDSCH RE mapping parameter sets; and process the PDSCH RE mapping parameter set to receive a PDSCH.