mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustable dumbbell, comprising a dumbbell bar assembly and a plurality of dumbbell plates hooked to two sides of the dumbbell bar assembly , characterized in that , inserting plate assemblies for being inserted into insertion ports of the dumbbell plates and limiting the dumbbell plates to rotate are disposed at two ends of the dumbbell bar assembly , characterized in that the inserting plate assemblies are provided with damping block mounting holes , the damping block mounting holes form third open slots at bottoms of the inserting plate assemblies , damping blocks are installed in the damping block mounting holes , and bottoms of the damping blocks abut against bottoms of the insertion ports of the dumbbell plates through the third open slots .
Thermoplastic composition, comprising: A) 10% to 29% by weight of quartz and/or quartz glass, wherein the D 50 of the quartz/quartz glass determined by laser diffraction according to ISO 13320:2009-10 is at least 2.0 μm B) 1% to 15% by weight of polysiloxane-polycarbonate copolymer as aromatic polycarbonate, C) at least 56% by weight of further aromatic polycarbonate. A) 10% to 29% by weight of quartz and/or quartz glass, wherein the D 50 of the quartz/quartz glass determined by laser diffraction according to ISO 13320:2009-10 is at least 2.0 μm B) 1% to 15% by weight of polysiloxane-polycarbonate copolymer as aromatic polycarbonate, C) at least 56% by weight of further aromatic polycarbonate.
Sealing tape for sealing connection joints in dry walls, comprising a central web which has two longitudinal edges, wherein a sealing profile is arranged along each longitudinal edge, which sealing profile has a first profile portion which is arranged along the associated longitudinal edge and a first thickness (d 1 ) in the transverse direction of the central web , and has a second profile portion which adjoins the first profile portion and forms the end of the sealing profile remote from the central web and which has a second thickness (d 2 ) in the transverse direction of the central web , wherein the second thickness (d 2 ) is lower than the first thickness (d 1 ), wherein the sealing tape is overall U-shaped in cross-section, and wherein the legs of the U merge into the central web and are formed by the two profile portions , wherein inner sides of the legs of the U are each formed together by a surface of the first profile portion and a surface of the second profile portion , and the inner sides of the legs are each designed to be flat and are formed by inner surfaces of the profile portions , wherein the transition from the first to the second profile portion forms a shoulder serving as an aid in the positioning of components for dry walls.
Method for manufacturing a patterned floor covering , comprising the following steps: - providing a first component and a second component , the first and second component being mixable and the first component having a first base color and the second component having a second base color; - manufacturing a first intermediate product by mixing the first component and the second component in a mixing device , the mixing taking place in such a way that the first intermediate product comprises first regions having the first base color, second regions having the second base color and third regions having a first mixed color; - providing a third component ; - further processing the first intermediate product into a web-shaped floor covering , characterized in that during the further processing of the first intermediate product , a second intermediate product is manufactured by mixing the intermediate product with the third component in a second mixing device , the second intermediate product comprising first regions having the first base color, second regions having the second base color, third regions having the first mixed color and fourth regions having a second mixed color. - providing a first component and a second component , the first and second component being mixable and the first component having a first base color and the second component having a second base color; - manufacturing a first intermediate product by mixing the first component and the second component in a mixing device , the mixing taking place in such a way that the first intermediate product comprises first regions having the first base color, second regions having the second base color and third regions having a first mixed color; - providing a third component ; - further processing the first intermediate product into a web-shaped floor covering ,
A rowing exercise device , comprising: a support structure ; a movable user support movably associated with the support structure for movement relative to the support structure ; a movable foot support movably associated with the support structure for movement relative to the support structure ; a handle ; and a rowing assembly operatively associated with the handle and at least the movable foot support to cause at least the movable foot support to move along the support structure with movement of the handle so that both a user's body and feet move relative to the support structure with movement of the handle ; characterized in that the support structure includes one or more inclined rails so that exercise resistance is provided at least in part by a user's bodyweight, wherein the one or more inclined rails are entirely straight or partially curved and adjustable so that the rails extend at a desired inclination angle to provide a desired resistance. a support structure ; a movable user support movably associated with the support structure for movement relative to the support structure ; a movable foot support movably associated with the support structure for movement relative to the support structure ; a handle ; and a rowing assembly operatively associated with the handle and at least the movable foot support to cause at least the movable foot support to move along the support structure with movement of the handle so that both a user's body and feet move relative to the support structure with movement of the handle ; characterized in that the support structure includes one or more inclined rails so that exercise resistance is provided at least in part by a user's bodyweight, wherein the one or more inclined rails are entirely straight or partially curved and adjustable so that the rails extend at a desired inclination angle to provide a desired resistance.
Trench wall cutting device, comprising - a trench cutter which is constructed from at least two cutter modules , and - a supporting structure for suspending and moving the trench cutter in a vertical direction in order to form a cut trench in the ground, characterized in that - the supporting structure has a guide apparatus , which is configured to supply the separated cutter modules to a working region at which the cut trench is to be created, wherein the cutter modules can be assembled at the working region to the trench cutter . - a trench cutter which is constructed from at least two cutter modules , and - a supporting structure for suspending and moving the trench cutter in a vertical direction in order to form a cut trench in the ground, characterized in that - the supporting structure has a guide apparatus , which is configured to supply the separated cutter modules to a working region at which the cut trench is to be created, wherein the cutter modules can be assembled at the working region to the trench cutter .
A method for providing resources in a cloud computing environment, comprising: receiving a request from a first user for one or more standby reservations of virtual machines associated with a first virtual machine pool corresponding to the first user; assigning one or more preemptible virtual machines to a second virtual machine pool corresponding to a second user; performing one or more tasks for the second virtual machine pool using the assigned preemptible virtual machines; determining that a load-based threshold for conversion of at least one standby reservation for the first virtual machine pool is satisfied, wherein the load-based threshold corresponds to a threshold for converting standby reservations to dedicated machines assigned to the first virtual machine pool; selecting at least one preemptible virtual machine assigned to the second virtual machine pool for preemption based on an affinity of the first virtual machine pool for a virtual machine cluster that contains machines assigned to the second virtual machine pool, wherein the affinity of the first virtual machine pool for a virtual machine cluster that contains machines assigned to the second virtual machine pool is based on a connectivity to a storage or based on an affinity for having virtual machines in the first virtual machine pool in a same virtual machine cluster; stopping performance of tasks on the at least one selected virtual machine; and assigning the at least one selected virtual machine to the first virtual machine pool as a dedicated virtual machine. receiving a request from a first user for one or more standby reservations of virtual machines associated with a first virtual machine pool corresponding to the first user; assigning one or more preemptible virtual machines to a second virtual machine pool corresponding to a second user; performing one or more tasks for the second virtual machine pool using the assigned preemptible virtual machines; determining that a load-based threshold for conversion of at least one standby reservation for the first virtual machine pool is satisfied, wherein the load-based threshold corresponds to a threshold for converting standby reservations to dedicated machines assigned to the first virtual machine pool; selecting at least one preemptible virtual machine assigned to the second virtual machine pool for preemption based on an affinity of the first virtual machine pool for a virtual machine cluster that contains machines assigned to the second virtual machine pool, wherein the affinity of the first virtual machine pool for a virtual machine cluster that contains machines assigned to the second virtual machine pool is based on a connectivity to a storage or based on an affinity for having virtual machines in the first virtual machine pool in a same virtual machine cluster; stopping performance of tasks on the at least one selected virtual machine; and assigning the at least one selected virtual machine to the first virtual machine pool as a dedicated virtual machine.
A switch apparatus for a measuring device for a transformer, comprising first controllable switch means which are configured to short-circuit respectively assigned terminals of a winding of a plurality of windings of the transformer, wherein one of the terminals of the winding is to be supplied with a test signal from a signal source of the measuring device , and second controllable switch means configured to connect the winding in series with a further winding of the plurality of windings of the transformer. first controllable switch means which are configured to short-circuit respectively assigned terminals of a winding of a plurality of windings of the transformer, wherein one of the terminals of the winding is to be supplied with a test signal from a signal source of the measuring device , and second controllable switch means configured to connect the winding in series with a further winding of the plurality of windings of the transformer.
An automotive pinion assembly comprising: a perforated collapsible spacer comprising a steel sheet (S) having two longitudinal edges (L1, L2) joined in a form of a tube, with a central portion (C) formed in a buckle , and located between preloaded tail and head bearings , characterised in that the central portion (C) of the perforated collapsible spacer is initially located within the axial middle 50% portion of the steel sheet (S) with perforations formed therein. a perforated collapsible spacer comprising a steel sheet (S) having two longitudinal edges (L1, L2) joined in a form of a tube, with a central portion (C) formed in a buckle , and located between preloaded tail and head bearings , characterised in that the central portion (C) of the perforated collapsible spacer is initially located within the axial middle 50% portion of the steel sheet (S) with perforations formed therein.
A method for transmitting Downlink Control Information, DCI, to a terminal by a base station in a wireless communication system, wherein the terminal is configured to simultaneously transmit two transport blocks, TBs, to the base station in multiple-input multiple-output, MIMO, operation with separate, independent Hybrid Automatic Repeat reQest, HARQ, processes assigned to each TB, the method comprising the steps of: generating DCI including a first field indicating a first TB to which the information for transmission of a TB in the DCI corresponds to and a second field indicating one of a plurality of states of a second TB; and transmitting the DCI to the terminal, and characterised in that the plurality of states comprises a first state indicating the second TB being disabled and stopping of a corresponding HARQ process of the second TB, a second state indicating acknowledgement, ACK, to the second TB and continuing of the corresponding HARQ process and a third state indicating negative acknowledgement, NACK, to the second TB and continuing of the corresponding HARQ process, and wherein the method further comprises: receiving new data corresponding to the second TB from the terminal as a result of the second field indicating the ACK and continuing of the corresponding HARQ process; receiving retransmitted data corresponding to the second TB from the terminal as a result of the second field indicating the NACK and continuing of the corresponding HARQ process, and wherein the terminal is configured to disable a transmission of the second TB as a result of the second field indicating the second TB being disabled and stopping of a corresponding HARQ process. generating DCI including a first field indicating a first TB to which the information for transmission of a TB in the DCI corresponds to and a second field indicating one of a plurality of states of a second TB; and transmitting the DCI to the terminal, and receiving new data corresponding to the second TB from the terminal as a result of the second field indicating the ACK and continuing of the corresponding HARQ process; receiving retransmitted data corresponding to the second TB from the terminal as a result of the second field indicating the NACK and continuing of the corresponding HARQ process, and wherein the terminal is configured to disable a transmission of the second TB as a result of the second field indicating the second TB being disabled and stopping of a corresponding HARQ process.
Roof forming element (1; 100; 200), a plurality of which may at least partially form a roof (3; 103) which closes an opening of a building , each of said plurality of roof forming elements closing a part of said opening, said roof forming element comprising - a base part (10; 110) comprising an elongate roof plate (11; 111) comprising a polymer, the base part having a length (I), defining a length direction , and a width (w), and having an exterior side facing the exterior of the building , and an interior side, opposite the exterior side, facing an inner space of the building, in use, - a cover (40; 140; 240) for at least substantially completely covering the exterior side of the roof plate (11; 111) at a distance therefrom, connected to the roof plate, so as to define an interior space of the roof forming element between the cover and the roof plate, and - coupling means for coupling the roof forming element (1; 100; 200) in use to a further, neighbouring roof forming element (1'; 100'; 200') of said plurality of roof forming elements extending in parallel to the roof forming element, the base part (10; 110) comprising an elongate reinforcement part comprising a strip (80; 180) comprising a polymer and unidirectional fibers, bonded to the base part (10; 110) at the interior side of the base part and extending in the length direction along the length (I) of the base part, the elongate reinforcement part covering at least a part of, preferably only a part of the width (w) of the base part, characterized in the strip (80; 180) of the elongate reinforcement part having a higher Young's modulus than the base part , or at least a part of the base part to which the elongate reinforcement part has been bonded. - a base part (10; 110) comprising an elongate roof plate (11; 111) comprising a polymer, the base part having a length (I), defining a length direction , and a width (w), and having an exterior side facing the exterior of the building , and an interior side, opposite the exterior side, facing an inner space of the building, in use, - a cover (40; 140; 240) for at least substantially completely covering the exterior side of the roof plate (11; 111) at a distance therefrom, connected to the roof plate, so as to define an interior space of the roof forming element between the cover and the roof plate, and - coupling means for coupling the roof forming element (1; 100; 200) in use to a further, neighbouring roof forming element (1'; 100'; 200') of said plurality of roof forming elements extending in parallel to the roof forming element,
A method for cross carrier scheduling, comprising: determining , by a network , that a candidate cross-carrier-scheduling downlink control information, DCI , for a user equipment, UE , schedules a dynamic grant, DG, physical data shared channel, PDSCH , that at least partially overlaps a scheduled semi-persistent scheduling, SPS , PDSCH for the UE , wherein the candidate DCI contains instructions to cancel the SPS PDSCH and the candidate DCI is configured to be transmitted on a first component carrier, CC, having a first subcarrier spacing, SCS, and the DG PDSCH is configured for transmission on a second CC having a second SCS different from the first SCS; identifying , by the network , a smallest of the first SCS and the second SCS; determining , by the network , a timing gap (T) based on the smallest of the first SCS and the second SCS; determining , by the network , that an available time between the scheduled SPS PDSCH and the candidate DCI is equal to or greater than the timing gap (T); cancelling , by the network , the SPS PDSCH responsive to determining that the available time between the scheduled SPS PDSCH and the candidate DCI is equal to or greater than the timing gap (T); and transmitting , by the network , the candidate DCI to the UE . determining , by a network , that a candidate cross-carrier-scheduling downlink control information, DCI , for a user equipment, UE , schedules a dynamic grant, DG, physical data shared channel, PDSCH , that at least partially overlaps a scheduled semi-persistent scheduling, SPS , PDSCH for the UE , wherein the candidate DCI contains instructions to cancel the SPS PDSCH and the candidate DCI is configured to be transmitted on a first component carrier, CC, having a first subcarrier spacing, SCS, and the DG PDSCH is configured for transmission on a second CC having a second SCS different from the first SCS; identifying , by the network , a smallest of the first SCS and the second SCS; determining , by the network , a timing gap (T) based on the smallest of the first SCS and the second SCS; determining , by the network , that an available time between the scheduled SPS PDSCH and the candidate DCI is equal to or greater than the timing gap (T); cancelling , by the network , the SPS PDSCH responsive to determining that the available time between the scheduled SPS PDSCH and the candidate DCI is equal to or greater than the timing gap (T); and transmitting , by the network , the candidate DCI to the UE .
Hot-rolled, cold-rolled, annealed and temper rolled steel strip or sheet having a complex phase structure comprising one or more of ferrite, carbide free bainite, martensite and/or retained austenite in its microstructure comprising: - 0.16 - 0.25 wt.% C; - 1.50 - 4.00 wt.% Mn; - 5-50 ppm B; - 5 - 100 ppm N; - 0.001 - 1.10 wt.% Al_tot; - 0.05 - 1.10 wt.% Si; - 0 - 0.04 wt.% Ti; - 0 - 0.10 wt.% Cu; - 0 - 0.10 wt.% Mo; - 0 - 0.10 wt.% Ni; - 0 - 0.20 wt.% V; - 0 - 0.05 wt.% P; - 0 - 0.05 wt.% S; - 0 - 0.10 wt.% Sn; - 0 - 0.025 wt.% Nb - 0 - 0.025 wt.% Ca; remainder iron and inevitable impurities, wherein the steel strip or sheet after cold-rolling and annealing and temper rolling has a yield strength of at least 600 MPa and a tensile strength of at least 1200 MPa. - 0.16 - 0.25 wt.% C; - 1.50 - 4.00 wt.% Mn; - 5-50 ppm B; - 5 - 100 ppm N; - 0.001 - 1.10 wt.% Al_tot; - 0.05 - 1.10 wt.% Si; - 0 - 0.04 wt.% Ti; - 0 - 0.10 wt.% Cu; - 0 - 0.10 wt.% Mo; - 0 - 0.10 wt.% Ni; - 0 - 0.20 wt.% V; - 0 - 0.05 wt.% P; - 0 - 0.05 wt.% S; - 0 - 0.10 wt.% Sn; - 0 - 0.025 wt.% Nb - 0 - 0.025 wt.% Ca;
Pressure sensitive adhesive obtainable by crosslinking a composition comprising at least one poly(meth)acrylate having a weight-average molar mass M w , determined by gel permeation chromatography, measurement method A2 specified herein, of at least 100 000 g/mol and at least one polyfunctional α-splitter, characterized in that the composition comprises at least one adhesion-boosting resin having a weight-average molar mass Mw, determined by gel permeation chromatography, measurement method A2 specified herein, of at most 30 000 g/mol, obtainable by polymerizing a monomer composition M1, exclusively comprising one or more compounds according to the formula (I) H 2 C=C(R 1 )(COOR 2 ) (I), in which R 1 is a hydrogen atom or a methyl group and R 2 is an unfunctionalized C 1 -C 20 alkyl group. composition comprising at least one poly(meth)acrylate having a weight-average molar mass M w , determined by gel permeation chromatography, measurement method A2 specified herein, of at least 100 000 g/mol and at least one polyfunctional α-splitter, characterized in that the composition comprises at least one adhesion-boosting resin having a weight-average molar mass Mw, determined by gel permeation chromatography, measurement method A2 specified herein, of at most 30 000 g/mol, obtainable by polymerizing a monomer composition M1, exclusively comprising one or more compounds according to the formula (I) H 2 C=C(R 1 )(COOR 2 ) (I), in which R 1 is a hydrogen atom or a methyl group and R 2 is an unfunctionalized C 1 -C 20 alkyl group.