mhurhangee/patent-ind-claim-en huggingface dataset:
A method for time-dependent hint generation, the method comprising: receiving, by a hinting machine , a plurality of resource samples , each resource sample recorded at a corresponding sample time and indicating a rendering status of a respective resource with respect to rendering a web page at the corresponding sample time, the web page comprising multiple of the resources; calculating, by the hinting machine as a function of the plurality of resource samples, a time-based probability function of each resource being fetched over time as part of rendering the web page, wherein a statistical model computes a probability that a particular resource will be rendered in association with a particular web transaction at a particular time or times in the future as a function of whether the resource was rendered in association with other web transactions at previous sample times, wherein the probability is impacted by a persistence of indications whether the resource was rendered at the previous sample times, and/or wherein the probability follows a pattern of renderings of the resource at the previous sample times, and/or wherein the time-based probability function is calculated using a consistency and/or regularity of the rendering of the resource at the previous sample times; and generating, by the hinting machine according to the respective time-based probability functions, a plurality of time-dependent hints for prefetching the respective resources in association with rendering the web page by a client machine . receiving, by a hinting machine , a plurality of resource samples , each resource sample recorded at a corresponding sample time and indicating a rendering status of a respective resource with respect to rendering a web page at the corresponding sample time, the web page comprising multiple of the resources; calculating, by the hinting machine as a function of the plurality of resource samples, a time-based probability function of each resource being fetched over time as part of rendering the web page, wherein a statistical model computes a probability that a particular resource will be rendered in association with a particular web transaction at a particular time or times in the future as a function of whether the resource was rendered in association with other web transactions at previous sample times, wherein the probability is impacted by a persistence of indications whether the resource was rendered at the previous sample times, and/or wherein the probability follows a pattern of renderings of the resource at the previous sample times, and/or wherein the time-based probability function is calculated using a consistency and/or regularity of the rendering of the resource at the previous sample times; and generating, by the hinting machine according to the respective time-based probability functions, a plurality of time-dependent hints for prefetching the respective resources in association with rendering the web page by a client machine .
A method of imaging a biological sample, comprising: projecting an optical Structured Illumination Microscopy, SIM, pattern onto a biological sample and capturing a first image of the optical SIM pattern overlaid on the biological sample ; phase shifting the projected optical SIM pattern relative to the biological sample a first time and capturing a second image of the phase shifted optical SIM pattern overlaid on the biological sample ; phase shifting the projected optical SIM pattern relative to the biological sample a second time and capturing at least a third image of the phase shifted optical SIM pattern overlaid on the biological sample , wherein the first captured image, the second captured image, and the at least one third captured image cover at least three SIM phases; and reconstructing a high resolution image representative of the biological sample based upon the first captured image, the second captured image, and the at least one third captured image, characterized in that the biological sample is contained in a patterned flowcell comprising a plurality of nanowells which have an elongated shape in the x-y plane orthogonal to the direction of projection of the optical SIM pattern. projecting an optical Structured Illumination Microscopy, SIM, pattern onto a biological sample and capturing a first image of the optical SIM pattern overlaid on the biological sample ; phase shifting the projected optical SIM pattern relative to the biological sample a first time and capturing a second image of the phase shifted optical SIM pattern overlaid on the biological sample ; phase shifting the projected optical SIM pattern relative to the biological sample a second time and capturing at least a third image of the phase shifted optical SIM pattern overlaid on the biological sample , wherein the first captured image, the second captured image, and the at least one third captured image cover at least three SIM phases; and reconstructing a high resolution image representative of the biological sample based upon the first captured image, the second captured image, and the at least one third captured image, characterized in that the biological sample is contained in a patterned flowcell comprising a plurality of nanowells which have an elongated shape in the x-y plane orthogonal to the direction of projection of the optical SIM pattern.
Composite panel , comprising: a core layer ; a first cover layer and a second cover layer ; a cable duct ; wherein the core layer is arranged between the first cover layer and the second cover layer and is connected to the first cover layer and the second cover layer; wherein the composite panel is a lightweight panel and the core layer is designed to absorb compressive forces in the direction of the normal of the composite panel as well as forces resulting from deflection due to such compressive forces, and the first and second cover layers are designed to absorb tensile and compressive forces in the plane of the composite panel; wherein a cavity extends in the core layer ; wherein the cable duct is arranged in the cavity ; wherein the cable duct has a first side surface and a second side surface opposite the first side surface; wherein the first side surface is connected to the first cover layer ; wherein the second side surface is connected to the second cover layer ; characterized in that the cable duct is designed as a square tube and is integrated into the composite panel; the cavity extends from a first edge of the composite panel , referred to as the leading edge, to a second edge of the composite panel , referred to as the trailing edge; the cable duct provides a guide from the leading edge to the trailing edge; the entire first side surface is in contact with the first cover layer ; the entire second side surface is in contact with the second cover layer . a core layer ; a first cover layer and a second cover layer ; a cable duct ; wherein the core layer is arranged between the first cover layer and the second cover layer and is connected to the first cover layer and the second cover layer; wherein the composite panel is a lightweight panel and the core layer is designed to absorb compressive forces in the direction of the normal of the composite panel as well as forces resulting from deflection due to such compressive forces, and the first and second cover layers are designed to absorb tensile and compressive forces in the plane of the composite panel; wherein a cavity extends in the core layer ; wherein the cable duct is arranged in the cavity ; wherein the cable duct has a first side surface and a second side surface opposite the first side surface; wherein the first side surface is connected to the first cover layer ; wherein the second side surface is connected to the second cover layer ; characterized in that the cable duct is designed as a square tube and is integrated into the composite panel; the cavity extends from a first edge of the composite panel , referred to as the leading edge, to a second edge of the composite panel , referred to as the trailing edge; the cable duct provides a guide from the leading edge to the trailing edge; the entire first side surface is in contact with the first cover layer ; the entire second side surface is in contact with the second cover layer .
A cable storage device for a cable processing machine for processing cables , wherein the cable storage device comprises: a windable cable carrier having a plurality of cable holders for fixing cables to the cable carrier ; a payout reel for unwinding the cable carrier ; a take-up reel for winding the cable carrier when the cable carrier is unwound from the payout reel ; wherein at least one of the reels can be coupled to a reel drive of the cable processing machine ; and a deflection apparatus designed to guide the cable carrier through a working region during unwinding from the payout reel and winding on the take-up reel . a windable cable carrier having a plurality of cable holders for fixing cables to the cable carrier ; a payout reel for unwinding the cable carrier ; a take-up reel for winding the cable carrier when the cable carrier is unwound from the payout reel ; wherein at least one of the reels can be coupled to a reel drive of the cable processing machine ; and a deflection apparatus designed to guide the cable carrier through a working region during unwinding from the payout reel and winding on the take-up reel .
A copolymer additive comprising a copolymer having a weight average molecular weight of from 1,000 to 10,000 g/mol (determined by GPC as described in the experimental part herein) and water, wherein the copolymer comprises, by weight based on the weight of the copolymer, from 4% to 60% of structural units of an acetoacetamide functional monomer having the structure of formula (I): wherein R 1 is selected from the following structure: or where R 2 , R 4 , R 8 , R 10 , R 12 and R 13 are each independently an alkylene group having 2 to 20 carbon atoms, R 3 , R 5 , R 6 , R 7 and R 11 are each independently hydrogen or an alkyl group having from 1 to 8 carbon atoms, R 9 is hydrogen or an alkyl group having 1 to 20 carbon atoms, and X is -O- or -NH-; and from 40% to 96% of structural units of a ureido monomer. wherein the copolymer comprises, by weight based on the weight of the copolymer, from 4% to 60% of structural units of an acetoacetamide functional monomer having the structure of formula (I): wherein R 1 is selected from the following structure: or where R 2 , R 4 , R 8 , R 10 , R 12 and R 13 are each independently an alkylene group having 2 to 20 carbon atoms, R 3 , R 5 , R 6 , R 7 and R 11 are each independently hydrogen or an alkyl group having from 1 to 8 carbon atoms, R 9 is hydrogen or an alkyl group having 1 to 20 carbon atoms, and X is -O- or -NH-; and from 40% to 96% of structural units of a ureido monomer.
Crystal form A of the complex of formula (I), wherein the crystal is a crystal of monohydrate, and the crystal has an X-ray powder diffraction spectrum, which is obtained by using Cu-Ka radiation and represented by 2θ angle and interplanar distance, in which there are characteristic peaks at about 5.41 (16.33), 7.69 (11.49), 10.22 (8.65), 12.04 (7.35), 12.46 (7.10), 14.42 (6.14), 17.30 (5.12), 18.79 (4.72), 19.38 (4.58), 20.24 (4.38), 22.73 (3.91), 24.58 (3.62), 27.55 (3.24), 28.82 (3.10) and 31.03 (2.88); or at about 5.50 (16.07), 7.82 (11.30), 8.64 (10.22), 10.33 (8.55), 12.18 (7.26), 12.49 (7.08), 14.47 (6.11), 15.51 (5.71), 15.89 (5.57), 17.28 (5.13), 18.89 (4.70), 19.39 (4.58), 20.40 (4.35), 22.85 (3.89), 23.89 (3.72), 25.93 (3.43), 27.66 (3.22), 28.97 (3.08) and 31.16 (2.87), as shown in Figure 1.
A pharmaceutical composition comprising a compound capable of inhibiting the enzymatic activity of glutaminyl-peptide cyclotransferase-like protein (QPCTL), for use in a method of treatment of a subject for cancer, wherein said treatment comprises administering the compound to the subject so as to increase immune-cell mediated killing of cancer cells, wherein the cancer cells express CD47 on their surface. wherein said treatment comprises administering the compound to the subject so as to increase immune-cell mediated killing of cancer cells, wherein the cancer cells express CD47 on their surface.
A server device, comprising: at least one processor; and at least one memory including computer program code; the at least one memory and the computer program code configured to, with the at least one processor, cause the server device at least to: receive a request for a neural network from a client device, wherein the request comprises at least one requirement for the neural network; obtain a first compressed neural network based on the at least one requirement; transmit the first compressed neural network to the client device; obtain a residual between at least a subset of the first compressed neural network and at least a subset of a second compressed neural network in response to receiving, from the client device or a third-party device, an indication that the first compressed neural network does not satisfy a performance requirement, wherein the first compressed neural network and the second compressed neural network are configured to perform a same task, wherein the second compressed neural network is obtainable based on adding the residual to the first compressed neural network, and wherein a size and performance of the second compressed neural network are higher than a size and performance of the first compressed neural network; and transmit the residual to the client device. at least one processor; and at least one memory including computer program code; receive a request for a neural network from a client device, wherein the request comprises at least one requirement for the neural network; obtain a first compressed neural network based on the at least one requirement; transmit the first compressed neural network to the client device; obtain a residual between at least a subset of the first compressed neural network and at least a subset of a second compressed neural network in response to receiving, from the client device or a third-party device, an indication that the first compressed neural network does not satisfy a performance requirement, wherein the first compressed neural network and the second compressed neural network are configured to perform a same task, wherein the second compressed neural network is obtainable based on adding the residual to the first compressed neural network, and wherein a size and performance of the second compressed neural network are higher than a size and performance of the first compressed neural network; and transmit the residual to the client device.
A method for software defined network, SDN-based control over remote flow mirroring, comprising: determining (S11) a mirror path between a mirror source switch and a mirror destination switch according to configuration information of remote flow mirroring and network topology information; and sending (S12) a mirror flow table to switches in the mirror path, wherein the mirror flow table carries matching field information specified for target traffic flow and forwarding action information corresponding to each of the switches, wherein the matching field information and forwarding action information are used for each of the switches mirroring a monitored target traffic flow from the mirror source switch to the mirror destination switch according to the mirror flow table. determining (S11) a mirror path between a mirror source switch and a mirror destination switch according to configuration information of remote flow mirroring and network topology information; and sending (S12) a mirror flow table to switches in the mirror path, wherein the mirror flow table carries matching field information specified for target traffic flow and forwarding action information corresponding to each of the switches, wherein the matching field information and forwarding action information are used for each of the switches mirroring a monitored target traffic flow from the mirror source switch to the mirror destination switch according to the mirror flow table.
A protection system (S) for detecting physical penetration, comprising at least one electrical net and at least one detection circuit that is connected to the electrical net , where in that said electrical net comprises; - at least two neighbouring conduction layers , each having horizontal and vertical connection lines that are electrically conductive, wherein said detection circuit that measures changing resistance of the three dimensional net and therefore able to detect penetration when one of connection lines of a conduction layers and/or a connection element is damaged during a penetration situation, is connected to at least two connection lines of said conduction layers through their tips ; - at least one insulation layer that is located between said conduction layers , wherein said insulation layer is dielectric and light proof; and - at least three connection elements that electrically connect said conduction layers through said horizontal and vertical connection lines of different conduction layers ; wherein, - the two neighbouring conducting layers and the at least one insulation layer form a web block ; - the web block has a regular grid formed by connection elements ; - the horizontal and vertical connection lines are placed according to said grid, so as to connect two adjacent connection elements ; and - each connection element is directly connected to only one other connection element in each conduction layer . - at least two neighbouring conduction layers , each having horizontal and vertical connection lines that are electrically conductive, wherein said detection circuit that measures changing resistance of the three dimensional net and therefore able to detect penetration when one of connection lines of a conduction layers and/or a connection element is damaged during a penetration situation, is connected to at least two connection lines of said conduction layers through their tips ; - at least one insulation layer that is located between said conduction layers , wherein said insulation layer is dielectric and light proof; and - at least three connection elements that electrically connect said conduction layers through said horizontal and vertical connection lines of different conduction layers ; wherein, - the two neighbouring conducting layers and the at least one insulation layer form a web block ; - the web block has a regular grid formed by connection elements ; - the horizontal and vertical connection lines are placed according to said grid, so as to connect two adjacent connection elements ; and - each connection element is directly connected to only one other connection element in each conduction layer .
A system for routing a message in a Controller area network, CAN, the system comprising a memory and at least one processor, the at least one processor being configured to: determine a bit length of an identifier field of a received CAN message; select a first lookup table when the bit length of the identifier field corresponds to a first bit length; select a second lookup table when the bit length of the identifier field corresponds to a second bit length greater than the first bit length; identify a CAN bus among plural CAN buses for the CAN message by searching the selected first lookup table or second lookup table for a value in the selected table matching an identifier in the identifier field; and forward the CAN message to the identified CAN bus according to the matching value in the selected tables. determine a bit length of an identifier field of a received CAN message; select a first lookup table when the bit length of the identifier field corresponds to a first bit length; select a second lookup table when the bit length of the identifier field corresponds to a second bit length greater than the first bit length; identify a CAN bus among plural CAN buses for the CAN message by searching the selected first lookup table or second lookup table for a value in the selected table matching an identifier in the identifier field; and forward the CAN message to the identified CAN bus according to the matching value in the selected tables.
Turbomachine comprising a static sealing arrangement for sealing a gap between a first static component and a second static component of the turbomachine, the static sealing arrangement having a brush seal , which is arranged so as to be standing with its head in a clamping space , which is radially outside with respect to the gap , and which brush seal forms a radial sealing point with the first component and an axial sealing point with the second component , characterized in that the clamping space is arranged at the end of a radial projection of a support housing , which receives the two components , a first sealing air space and a second sealing air space being divided by the radial projection , so that sealing air is guided in a targeted manner to the brush seal during operation. characterized in that the clamping space is arranged at the end of a radial projection of a support housing , which receives the two components , a first sealing air space and a second sealing air space being divided by the radial projection , so that sealing air is guided in a targeted manner to the brush seal during operation.
A computer-implemented method , comprising: detecting a user emotion and/or environmental information; selecting a first melody feature parameter from a plurality of melody feature parameters based on the user emotion and/or the environmental information, each of the plurality of melody feature parameters corresponding to a music style of one of a plurality of reference melodies; and generating a first melody conforming to the music style based on the first melody feature parameter, the first melody being different from the reference melodies; the method being characterised in that the plurality of melody feature parameters are determined by encoding the plurality of reference melodies with a Variational Autoencoder, VAE, model . detecting a user emotion and/or environmental information; selecting a first melody feature parameter from a plurality of melody feature parameters based on the user emotion and/or the environmental information, each of the plurality of melody feature parameters corresponding to a music style of one of a plurality of reference melodies; and generating a first melody conforming to the music style based on the first melody feature parameter, the first melody being different from the reference melodies; the method being characterised in that the plurality of melody feature parameters are determined by encoding the plurality of reference melodies with a Variational Autoencoder, VAE, model .
Vapour extraction device with a housing , a housing aperture provided in the housing and at least one cover for at least one part of the housing aperture , wherein at least one filter element is arranged in the housing, characterised in that the cover is supported movably with respect to the housing , that the vapour extraction device comprises an actuation device , which has at least one eccentric which is arranged so that the periphery of the eccentric is in contact or can be brought into contact with the side of the cover which is facing the interior of the housing , as a result of which a force is applied from the eccentric to the cover , that the periphery of the eccentric is not rotationally symmetrical and that the cover is upstream of the filter element in the flow direction, at least partially covers the filter surface in the vertical projection onto the filter surface of the filter element and the cover represents a plate or flap .