mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a collective communication operation in a data communications network comprising multiple compute nodes, the method comprising: - receiving a data array to be used in the collective communication operation, the data array comprising data items and having a predefined size; - obtaining a distribution of the data items over the compute nodes; - obtaining network parameters of the data communications network; - determining a schedule for the collective communication operation based on the size of the data array, the network parameters, and the distribution of the data items; and - performing the collective communication operation on the data array in accordance with the schedule for the collective communication operation, wherein both the distribution of the data items and the schedule for the collective communication operation are based on cyclic permutations of the data items among the compute nodes; and characterised in that obtaining the distribution of the data items over the compute nodes comprises: obtaining a per-compute node distribution of the data items; and obtaining the distribution of data items by dividing each of the data items of the per-compute node distribution of the data items into elementary chunks and applying the cyclic permutations to the elementary chunks. - receiving a data array to be used in the collective communication operation, the data array comprising data items and having a predefined size; - obtaining a distribution of the data items over the compute nodes; - obtaining network parameters of the data communications network; - determining a schedule for the collective communication operation based on the size of the data array, the network parameters, and the distribution of the data items; and - performing the collective communication operation on the data array in accordance with the schedule for the collective communication operation, wherein both the distribution of the data items and the schedule for the collective communication operation are based on cyclic permutations of the data items among the compute nodes; and characterised in that obtaining the distribution of the data items over the compute nodes comprises: obtaining a per-compute node distribution of the data items; and obtaining the distribution of data items by dividing each of the data items of the per-compute node distribution of the data items into elementary chunks and applying the cyclic permutations to the elementary chunks. obtaining a per-compute node distribution of the data items; and obtaining the distribution of data items by dividing each of the data items of the per-compute node distribution of the data items into elementary chunks and applying the cyclic permutations to the elementary chunks.
A composite profile for doors, windows or façade elements with a. at least one first metal profile and b. at least one second metal profile, c. wherein there is at least one middle metal profile between these two metal profiles (2, 4), d. wherein the first metallic exterior profile is connected to the middle metal profile in a first insulating bar zone via one or more insulating bar(s) (8, 22), and e. wherein the second metal profile is connected to the middle metal profile in a second insulating bar zone via one or more insulating bar(s) (9, 22), characterised in that f.the two insulating bar zones (I, II) have different shear strengths orthogonally to the cross sectional plane of the composite profile. a. at least one first metal profile and b. at least one second metal profile, c. wherein there is at least one middle metal profile between these two metal profiles (2, 4), d. wherein the first metallic exterior profile is connected to the middle metal profile in a first insulating bar zone via one or more insulating bar(s) (8, 22), and e. wherein the second metal profile is connected to the middle metal profile in a second insulating bar zone via one or more insulating bar(s) (9, 22), characterised in that f.the two insulating bar zones (I, II) have different shear strengths orthogonally to the cross sectional plane of the composite profile.
A stretch laminate comprising: a. at least one cover layer; b. an elastomeric film attached to the cover layer, the elastomeric film having two surfaces and a skin being an extensible material having less tackiness than the underlying elastically extensible material on at least one of the surfaces; and c. an adhesive disposed between the skin and the cover layer wherein the stretch laminate has at least one anchoring zone and at least one stretch zone; wherein the skin that is located in the anchoring zone has a plurality of wrinkles, wherein the skin that is located in the stretch zone has a plurality of wrinkles that are substantially perpendicular to the stretch direction of the stretch laminate. wherein the elastomeric film has been pre-activated through a ring rolling process, characterized in that the wrinkles have hills and an ink is disposed on at least some of the hills. a. at least one cover layer; b. an elastomeric film attached to the cover layer, the elastomeric film having two surfaces and a skin being an extensible material having less tackiness than the underlying elastically extensible material on at least one of the surfaces; and c. an adhesive disposed between the skin and the cover layer
A protocol converter between a CPCI bus and an ISA bus, comprising a clock management module, characterized in that, further comprising a CPCI local bus interface extension timing module, an ISA bus interface timing module, and a CPCI bus matching ISA bus timing interface module; the CPCI local bus interface extension timing module communicates with a local CPCI bus by an address/data signal AD [31:0], a command/byte enable signal C/BE [3:0], a slave device get-ready signal TRDY, a data transfer stop signal STOP, a frame period signal FRAME, and a master device get-ready signal IRDY; the ISA bus interface timing module communicates with the CPCI local bus interface extension timing module by a data enable signal S_DATA_VLD, an address enable signal ADDR_VLD, a read enable signal barx_rd, a write enable signal barx_wr, a byte enable signal S_CBE, a data signal D [31:0] and an address signal A [31:0]; the ISA bus interface timing module communicates with a local ISA bus by a data signal SD, an address signal SA, a read/write IO device signal IOW/IOR, a read/write MEMORY device signal MEMR/MEMW, an address latch signal BALE; the CPCI bus matching ISA bus timing interface module communicates with the CPCI local bus interface extension timing module by an interruption and reconnection signal USER_STOP; the clock management module provides an operation clock for the CPCI local bus interface extension timing module, the ISA bus interface timing module and the CPCI bus matching ISA bus timing interface module; and (a) when the CPCI local bus interface extension timing module communicates with the local CPCI bus, and when the CPCI bus accesses in the form of IO, a waiting signal S_WAIT is inserted in the read/write operation of the CPCI bus to control the slave device get-ready signal TRDY of the CPCI bus; and/or (b) when the CPCI local bus interface extension timing module communicates with the local CPCI bus, and when the CPCI bus accesses in the form of MEMORY, a data transfer stop signal STOP is inserted in the read/write operation of the CPCI bus; and the data transfer stop signal STOP is interrupted by the interruption and reconnection signal USER_STOP. (a) when the CPCI local bus interface extension timing module communicates with the local CPCI bus, and when the CPCI bus accesses in the form of IO, a waiting signal S_WAIT is inserted in the read/write operation of the CPCI bus to control the slave device get-ready signal TRDY of the CPCI bus; and/or (b) when the CPCI local bus interface extension timing module communicates with the local CPCI bus, and when the CPCI bus accesses in the form of MEMORY, a data transfer stop signal STOP is inserted in the read/write operation of the CPCI bus; and the data transfer stop signal STOP is interrupted by the interruption and reconnection signal USER_STOP.
A computer-implemented method of providing training or recovery to a user comprising: receiving from sensors positional data of a plurality of links and/or j oints of an exercise apparatus over an initial movement of the exercise apparatus by the user, the exercise apparatus including a user interface member coupled to the plurality of links and joints, brakes capable of resisting movement of at least a subset of the links or joints, and sensors capable of sensing movement at at least a subset of the j oints, the user performing the initial movement with the user interface member; calculating positional coordinates of the user interface member from the sensed positional data over the initial movement by the user, establishing a reference traj ectory; defining an end space based on the reference trajectory, the end space being defined as a two-dimensional space or a three-dimensional space; receiving from the sensors positional data of the links over a subsequent movement of the exercise apparatus by the user, the user performing the subsequent movement with the user interface member; calculating positional coordinates of the user interface member from the sensed positional data over the subsequent movement; and determining a completion of a repetition of the initial movement based on the positional coordinates of the subsequent movement and the defined end space. receiving from sensors positional data of a plurality of links and/or j oints of an exercise apparatus over an initial movement of the exercise apparatus by the user, the exercise apparatus including a user interface member coupled to the plurality of links and joints, brakes capable of resisting movement of at least a subset of the links or joints, and sensors capable of sensing movement at at least a subset of the j oints, the user performing the initial movement with the user interface member; calculating positional coordinates of the user interface member from the sensed positional data over the initial movement by the user, establishing a reference traj ectory; defining an end space based on the reference trajectory, the end space being defined as a two-dimensional space or a three-dimensional space; receiving from the sensors positional data of the links over a subsequent movement of the exercise apparatus by the user, the user performing the subsequent movement with the user interface member; calculating positional coordinates of the user interface member from the sensed positional data over the subsequent movement; and determining a completion of a repetition of the initial movement based on the positional coordinates of the subsequent movement and the defined end space.
A flexible pipe for conveying fluid delimiting a central bore for circulation of the fluid, comprising - a first sheath made of polymer material; - a second sheath made of polymer material arranged around the first sheath; - at least one tensile armour layer (24A, 24B) and, at each end of the pipe: - an end fitting end; and wherein at least one of the end fittings includes a cannula positioned between the first sheath and the second sheath in contact with at least one of the said sheaths (20, 22); the flexible pipe being characterized in that the cannula is provided with at least one chemically active product that is capable of reacting with the acidic compounds originating from the fluid present in the central bore through the first sheath. - a first sheath made of polymer material; - a second sheath made of polymer material arranged around the first sheath; - at least one tensile armour layer (24A, 24B) and, at each end of the pipe: - an end fitting end;
A wheel assembly comprising: a wheel base; a side rim disposed about a circumference of the wheel base, wherein the side rim includes an inside surface; an air seal disposed between the wheel base and the inside surface of the side rim; and a lock ring that secures the side rim onto the wheel base, the lock ring preventing the side rim from sliding axially off the wheel base, wherein the lock ring comprises four discrete non-contiguous interfaces with interior surfaces of the wheel base and the side rim, wherein the lock ring comprises a single unitary member, characterised in that the lock ring is a cam lock ring which engages in response to a tire inflation, and by a recess formed on the inside surface of the side rim which is adapted to allow air to escape the wheel assembly in response to the lock ring not being properly installed and the air seal disengaging the inside surface. a wheel base; a side rim disposed about a circumference of the wheel base, wherein the side rim includes an inside surface; an air seal disposed between the wheel base and the inside surface of the side rim; and a lock ring that secures the side rim onto the wheel base, the lock ring preventing the side rim from sliding axially off the wheel base, wherein the lock ring comprises four discrete non-contiguous interfaces with interior surfaces of the wheel base and the side rim, wherein the lock ring comprises a single unitary member, characterised in that the lock ring is a cam lock ring which engages in response to a tire inflation, and by a recess formed on the inside surface of the side rim which is adapted to allow air to escape the wheel assembly in response to the lock ring not being properly installed and the air seal disengaging the inside surface.
A manufacturing apparatus of a rubber sheet containing a steel cord, the manufacturing apparatus comprising: a feeding device which feeds the steel cord while keeping a specified tension; a forming device which winds the steel cord being fed by the feeding device around engagement parts and engages the steel cord with the engagement parts, the engagement parts being disposed to be spaced from each other with a predetermined width; and a placement device which places on a rubber sheet member, the steel cord wound around the engagement parts with the predetermined width by the forming device, wherein the forming device includes forming parts (40L, 40R) which press bent portions of the steel cord wound around the engagement parts to form a bending shape of the bent portions, and wherein the placement device includes a plurality of retaining parts disposed in two rows to be spaced apart from each other with the predetermined width to retain the bent portions in a state in which the steel cord having the bending shape formed by the forming device is placed on the rubber sheet member. a feeding device which feeds the steel cord while keeping a specified tension; a forming device which winds the steel cord being fed by the feeding device around engagement parts and engages the steel cord with the engagement parts, the engagement parts being disposed to be spaced from each other with a predetermined width; and a placement device which places on a rubber sheet member, the steel cord wound around the engagement parts with the predetermined width by the forming device, wherein the forming device includes forming parts (40L, 40R) which press bent portions of the steel cord wound around the engagement parts to form a bending shape of the bent portions, and wherein the placement device includes a plurality of retaining parts disposed in two rows to be spaced apart from each other with the predetermined width to retain the bent portions in a state in which the steel cord having the bending shape formed by the forming device is placed on the rubber sheet member.
A high-capacity synchronizer ring for a manual transmission, the high-capacity synchronizer ring comprising a ring formed by working an iron plate having a uniform thickness, wherein the ring has a single structure in which a plurality of protrusion portions is formed on an inner side thereof and a plurality of cutout portions located at centers of the respective protrusion portions is formed in an outer side thereof, and the ring is bent to be tapered inward, characterized in that second cutout portions are formed between every two neighboring ones of the protrusion portions at equal intervals.
A board game that incorporates a flat game board for generating words during game play, comprising a plurality of flat boards, each of said plurality of flat boards comprising a plurality of letters, said flat game board created by placing at least a first of said plurality of flat boards adjacent to at least a second of said plurality of flat boards such that some of said plurality of letters on said first flat board are adjacent to some of the plurality of letters on said second flat board, and such that words can be generated by connecting at least three letters on the first flat board by using the plurality of letters on the first flat board, words can be generated by connecting at least three letters on the second flat board by using the plurality of letters on the second flat board, and words can be generated by connecting at least three letters on both the first and second flat boards by using the plurality of letters on both the first and second flat boards, and depending on the placement of the flat boards, different words can be generated, a plurality of single flat translucent colored chips configured to be laid flat on top of each of the plurality of letters on said first flat board, said second flat board or both said first and said second flat boards to create words and a path, said path being generated by the connection of the words, such that a path of flat translucent colored chips making up words can be laid flat from one edge of the plurality of flat boards to the opposite edge of the plurality of flat boards.
A partition for a building, comprising, from the exterior to the interior of said building, a bearing masonry wall, an air-barrier membrane the equivalent air layer thickness S d of which, as defined by NF EN ISO standard 12572:2001 under conditions C, is at most 0.5 m, then thermal insulation, and a facing, said membrane being securely fastened to said bearing masonry wall using elements (5, 6) for fastening and holding said thermal insulation in place.
A fluorinated ether polymer having one of the following structures to (VIII), wherein A is a functional group that contains the following structure: R=H or CH 3 B is a functional group that contains one of the following structures: n is an integer, on average, ranging from 1 to 50; R f is a functional group derived from a perfluoropolyether containing a carboxyl group at one end of its molecular chain, a perfluoropolyether containing carboxyl groups at both ends of its molecular chain, a perfluoropolyether containing a hydroxyl group at one end of its molecular chain, or a perfluoropolyether containing hydroxyl groups at both ends of its molecular chain, the number average molecular weight of perfluoropolyether being from 500 to 4000 as measured by gel permeation chromatography with commercially available apparatus named Agilent 1200.
A method for anchoring a waterproofing liner to a side wall which extends in a longitudinal direction of a hydraulic structure comprising compacted layers of loose material, according to which the waterproofing liner comprises flexible sheets of synthetic material fastened to the side wall, the method further comprising the steps of: defining a laying surface of the side wall for laying down the waterproofing liner, providing the laying surface with a plurality of continuous seaming bands for the waterproofing liner, in synthetic material; fastening the waterproofing liner to the side wall of hydraulic structure by seaming the waterproofing liner to the continuous seaming bands; characterised by the steps of: configuring the side wall of the hydraulic structure with a plurality of concrete curbs (15, 23) providing said laying surface for the waterproofing liner; anchoring the plurality of continuous seaming bands to the concrete curbs (15, 23) by arranging the continuous seaming bands in a traverse direction from an upper to a lower position of the side wall; laying down the waterproofing liner on the laying surface of the concrete curbs (15, 23); and anchoring the waterproofing liner to the concrete curbs (15, 23) by seaming the waterproofing liner to the continuous seaming bands. defining a laying surface of the side wall for laying down the waterproofing liner, providing the laying surface with a plurality of continuous seaming bands for the waterproofing liner, in synthetic material; fastening the waterproofing liner to the side wall of hydraulic structure by seaming the waterproofing liner to the continuous seaming bands; characterised by the steps of: configuring the side wall of the hydraulic structure with a plurality of concrete curbs (15, 23) providing said laying surface for the waterproofing liner; anchoring the plurality of continuous seaming bands to the concrete curbs (15, 23) by arranging the continuous seaming bands in a traverse direction from an upper to a lower position of the side wall; laying down the waterproofing liner on the laying surface of the concrete curbs (15, 23); and anchoring the waterproofing liner to the concrete curbs (15, 23) by seaming the waterproofing liner to the continuous seaming bands. configuring the side wall of the hydraulic structure with a plurality of concrete curbs (15, 23) providing said laying surface for the waterproofing liner; anchoring the plurality of continuous seaming bands to the concrete curbs (15, 23) by arranging the continuous seaming bands in a traverse direction from an upper to a lower position of the side wall; laying down the waterproofing liner on the laying surface of the concrete curbs (15, 23); and anchoring the waterproofing liner to the concrete curbs (15, 23) by seaming the waterproofing liner to the continuous seaming bands.