mhurhangee/patent-ind-claim-en huggingface dataset:
Excavation device, in particular pile driving or drilling device, having at least one positioner, in particular a work carriage for receiving an implement, which is connected within a kinematic chain to a carrier apparatus via a plurality of movement members, which are movable relative to one another and are connected via joints and/or linear adjusters, wherein the movement members are connected to at least six actuators, via which their respective position and/or orientation can be varied and which are connected to a control and regulating device , via which they can be controlled, characterised in that the control and regulating device has an input module for presetting a target position of at least one positioner and is connected to a computer module , which is set up to determine at least one travel path, along which the positioner can be moved from its current position - the starting position - to the target position and to determine, by means of inverse kinematics, the positions of the individual actuators required for this purpose in order to implement the travel path of the positioner and to transfer them to the control and regulating device in order to control them.
A carbon-fiber bundle for resin reinforcement, wherein the carbon-fiber bundle is formed with a plurality of converged filaments; a mixture, containing an organic polymer substance (A) with a weight-average molecular weight of 10000 or greater, wherein the organic polymer substance (A) is a modified polyolefin having a main chain in a carbon-carbon single bond structure; (meth)acrylic copolymer; a modified polyamide having a main chain in an amide bond structure; a polyester having a main chain in an ester bond structure; a polyimide having a main chain in an imide bond structure; and/or a modified cellulose having a main chain in an ether bond structure, and an organic compound (B) with a thermal loss rate of 0.8 mass% or greater when determined under the measurement condition below, wherein the organic compound (B) is a polyether-based surfactant, a lower alcohol ester compound of lower fatty acid and/or a urethane resin, is adhered at 0.1∼5.0 mass% of the total mass of the carbon-fiber bundle for resin reinforcement; and the adhered amount of the organic polymer substance (A) is 0.1 mass% or greater and 0.5 mass% or less of the total mass of the carbon-fiber bundle for resin reinforcement, wherein the amount of organic compound (B) adhered onto the carbon fiber is 0.2∼4.0 mass% of the total mass of the carbon-fiber bundle for resin reinforcement, and wherein [mass of the organic polymer substance (A)] : [mass of the organic compound (B)] in the mixture is set to have a mass ratio of 8.5:1.5∼2:8. <Condition for Measuring Rate of Thermal Loss> Under air atmosphere, W 0 (g) of a test sample is heated at 20°C/min. and a thermal loss curve is prepared. Then, when the mass measured at 150°C is set as W1 (g) and the mass measured at 200°C is set as W2 (g), the rate of thermal loss is calculated by the following formula, thermal loss rate mass % = W 0 − W 2 / W 0 × 100 − W 0 − W 1 / W 0 × 100 .
A chemical substance concentrator comprising: a flow passage that allows a gaseous sample containing a chemical substance to flow through the flow passage; a first electrode (12, 12a-12i) disposed on a first inner wall of the flow passage ; a second electrode (13, 13a-13i) disposed on the first inner wall , the second electrode (13, 13a-13i) being apart from the first electrode (12, 12a-12i); and a conductive adsorbent (14, 14a-14i) contacting the first electrode (12, 12a-12i), the second electrode (13, 13a-13i), and the first inner wall between the first electrode (12, 12a-12i) and the second electrode (13, 13a-13i), wherein the adsorbent is configured to adsorb the chemical substance, the adsorbent is made of an aggregate of conductive nanowires , the adsorbent includes voids therein each provided between the nanowires, adjacent nanowires of the adsorbent are joined together at bases of adjacent nanowires on the first inner wall so as to provide the adsorbent with electrical conductivity as a whole, the first electrode and the second electrode are electrically connected to each other via the adsorbent , the adsorbent (14, 14a-14i) is configured to self-heat due to Joule's heat when a current passes through the adsorbent (14, 14a-14i) via the first electrode (12, 12a-12i) and the second electrode (13, 13a-13i), and the adsorbent is configured to desorb the adsorbed chemical substance from the adsorbent due to the heat generated by the adsorbent . a flow passage that allows a gaseous sample containing a chemical substance to flow through the flow passage; a first electrode (12, 12a-12i) disposed on a first inner wall of the flow passage ; a second electrode (13, 13a-13i) disposed on the first inner wall , the second electrode (13, 13a-13i) being apart from the first electrode (12, 12a-12i); and a conductive adsorbent (14, 14a-14i) contacting the first electrode (12, 12a-12i), the second electrode (13, 13a-13i), and the first inner wall between the first electrode (12, 12a-12i) and the second electrode (13, 13a-13i), wherein the adsorbent is configured to adsorb the chemical substance, the adsorbent is made of an aggregate of conductive nanowires , the adsorbent includes voids therein each provided between the nanowires, adjacent nanowires of the adsorbent are joined together at bases of adjacent nanowires on the first inner wall so as to provide the adsorbent with electrical conductivity as a whole, the first electrode and the second electrode are electrically connected to each other via the adsorbent , the adsorbent (14, 14a-14i) is configured to self-heat due to Joule's heat when a current passes through the adsorbent (14, 14a-14i) via the first electrode (12, 12a-12i) and the second electrode (13, 13a-13i), and the adsorbent is configured to desorb the adsorbed chemical substance from the adsorbent due to the heat generated by the adsorbent .
Wireless communication system , comprising: - at least one first base station , - a plurality of mobile stations , each mobile station being configured to establish a latency-critical service with the first base station, and - a contention-based multiple-access uplink channel without prior resource reservation, the uplink channel comprising a plurality of resources, wherein: the communication system is configured such that each mobile station is associated with a specific sequence (S1, S2, S3, S4), each sequence defining a portion of the plurality of resources of the uplink channel, each mobile station is furthermore configured to transmit a plurality of copies of a data packet to the first base station depending on the associated sequence, and the first base station is configured to decode, for each mobile station, at least one resource depending on the associated sequence. - at least one first base station , - a plurality of mobile stations , each mobile station being configured to establish a latency-critical service with the first base station, and - a contention-based multiple-access uplink channel without prior resource reservation, the uplink channel comprising a plurality of resources, wherein: the communication system is configured such that each mobile station is associated with a specific sequence (S1, S2, S3, S4), each sequence defining a portion of the plurality of resources of the uplink channel, each mobile station is furthermore configured to transmit a plurality of copies of a data packet to the first base station depending on the associated sequence, and the first base station is configured to decode, for each mobile station, at least one resource depending on the associated sequence.
A system comprising a transmitting device and a receiving device, the transmitting device comprises a multipath traffic scheduler and the receiving device comprises a reordering module, wherein: the multipath traffic scheduler is configured to schedule packets for transmission over at least two paths, each transmitted packet comprising a sequence identifier, the reordering module is configured to receive packets through the two or more paths, and to reorder the received packets sequentially based on the sequence identifier, wherein the multipath traffic scheduler comprises a send-buffer configured to temporarily store the transmitted packets for a configurable amount of time; and the transmitting device is configured to: resend a transmitted packet not being received by the receiving device; adjust a number of allowed re-transmissions or adjust the dimension of the send-buffer for adjusting transmission reliability of the system; and anticipate a packet retransmission from the send buffer, based on cross layer information and/or outstanding acknowledgements, wherein outstanding acknowledgements are negative acknowledgements, and wherein the multipath traffic scheduler further comprises an interface for external adjustment of the transmission reliability of the system. the multipath traffic scheduler is configured to schedule packets for transmission over at least two paths, each transmitted packet comprising a sequence identifier, the reordering module is configured to receive packets through the two or more paths, and to reorder the received packets sequentially based on the sequence identifier, wherein the multipath traffic scheduler comprises a send-buffer configured to temporarily store the transmitted packets for a configurable amount of time; and the transmitting device is configured to: resend a transmitted packet not being received by the receiving device; adjust a number of allowed re-transmissions or adjust the dimension of the send-buffer for adjusting transmission reliability of the system; and anticipate a packet retransmission from the send buffer, based on cross layer information and/or outstanding acknowledgements, wherein outstanding acknowledgements are negative acknowledgements, and resend a transmitted packet not being received by the receiving device; adjust a number of allowed re-transmissions or adjust the dimension of the send-buffer for adjusting transmission reliability of the system; and anticipate a packet retransmission from the send buffer, based on cross layer information and/or outstanding acknowledgements, wherein outstanding acknowledgements are negative acknowledgements, and wherein the multipath traffic scheduler further comprises an interface for external adjustment of the transmission reliability of the system.
A device for conducting an assay to determine the concentration of an analyte in a sample of bodily fluid, the device comprising: a channel member having an open bottom, a first opening and a second opening, wherein the first opening is at one end of the channel member for introduction of the sample to the channel member and allowing flow of the sample therethrough; an assay pad in communication with the open bottom of the channel member and covering the channel member , the assay pad comprising a reagent adapted to produce a chemical reaction when exposed to the analyte, the chemical reaction producing a color change in the assay pad ; and a linear array of CMOS optical detectors disposed relative to the assay pad so as to detect the color change, wherein the channel member defines a length, and the linear array of CMOS optical detectors has a plurality of CMOS sensors that define a length of the array that is commensurate to the length of the channel member . a channel member having an open bottom, a first opening and a second opening, wherein the first opening is at one end of the channel member for introduction of the sample to the channel member and allowing flow of the sample therethrough; an assay pad in communication with the open bottom of the channel member and covering the channel member , the assay pad comprising a reagent adapted to produce a chemical reaction when exposed to the analyte, the chemical reaction producing a color change in the assay pad ; and a linear array of CMOS optical detectors disposed relative to the assay pad so as to detect the color change, wherein the channel member defines a length, and the linear array of CMOS optical detectors has a plurality of CMOS sensors that define a length of the array that is commensurate to the length of the channel member .
Electronic module comprising a casing housing at least one item of electronic equipment (E), said module being provided to be removably mounted in an operating position on a support by a pivoting movement about an axis of rotation (R); characterized in that it includes a clip hook projecting outside its casing and able to be removably clipped on a pivot rod formed on said support and extending along said axis of rotation (R), the clip hook being adapted to ensure that the module is held in position around the pivot rod while allowing unclipping by the operator by exerting an additional force using only one hand.
Root frame arrangement for the transport of rotor blades for a wind turbine that are to be coupled to the root of a wind turbine rotor blade , comprising the following: - a road transport frame , which is configured to be coupled to the root of a wind turbine rotor blade and provides, on the bottom side of the frame , fastening points for fastening the road transport frame to a load bed of a road vehicle and comprises a fastening midline between the bottom and top sides of the frame , which fastening midline is perpendicular to the virtual line connecting the fastening points on the bottom side ; and - a sea transport frame , which is connected releasably to the road transport frame and provides, on the bottom side of the frame , fastening points for fastening the sea transport frame to a load bed of a sea vessel and comprises a fastening midline between the bottom and top sides of the frame , which fastening midline is perpendicular to the virtual line connecting the fastening points ; wherein the fastening midline of the road transport frame is substantially perpendicular to the fastening midline of the sea transport frame when connection of the latter to said road transport frame is realized. - a road transport frame , which is configured to be coupled to the root of a wind turbine rotor blade and provides, on the bottom side of the frame , fastening points for fastening the road transport frame to a load bed of a road vehicle and comprises a fastening midline between the bottom and top sides of the frame , which fastening midline is perpendicular to the virtual line connecting the fastening points on the bottom side ; and - a sea transport frame , which is connected releasably to the road transport frame and provides, on the bottom side of the frame , fastening points for fastening the sea transport frame to a load bed of a sea vessel and comprises a fastening midline between the bottom and top sides of the frame , which fastening midline is perpendicular to the virtual line connecting the fastening points ;
A process for preparing ethyleneamines and/or alkanolamines, comprising the following steps: 1) reacting MEG with ammonia in the presence of hydrogen and an amination catalyst; 2) removing hydrogen and ammonia from the reaction output from stage 1, wherein the removal of hydrogen and ammonia in stage 2 comprises the following steps: 2-1) separating the reaction output from stage 1 into a gaseous phase comprising ammonia and hydrogen, and a liquid phase comprising ethyleneamines and/or alkanolamines, 2-2) passing the gaseous phase from stage 2-1) through one or more condensers to obtain one or more liquid phases in which ammonia has been enriched, and a gaseous phase in which hydrogen has been enriched, 2-3) contacting the gaseous phase from stage 2-2) with MEG so as to obtain a liquid phase comprising MEG and ammonia and a gaseous phase comprising hydrogen and optionally ammonia. 1) reacting MEG with ammonia in the presence of hydrogen and an amination catalyst; 2) removing hydrogen and ammonia from the reaction output from stage 1, wherein the removal of hydrogen and ammonia in stage 2 comprises the following steps: 2-1) separating the reaction output from stage 1 into a gaseous phase comprising ammonia and hydrogen, and a liquid phase comprising ethyleneamines and/or alkanolamines, 2-2) passing the gaseous phase from stage 2-1) through one or more condensers to obtain one or more liquid phases in which ammonia has been enriched, and a gaseous phase in which hydrogen has been enriched, 2-3) contacting the gaseous phase from stage 2-2) with MEG so as to obtain a liquid phase comprising MEG and ammonia and a gaseous phase comprising hydrogen and optionally ammonia. 2-1) separating the reaction output from stage 1 into a gaseous phase comprising ammonia and hydrogen, and a liquid phase comprising ethyleneamines and/or alkanolamines, 2-2) passing the gaseous phase from stage 2-1) through one or more condensers to obtain one or more liquid phases in which ammonia has been enriched, and a gaseous phase in which hydrogen has been enriched, 2-3) contacting the gaseous phase from stage 2-2) with MEG so as to obtain a liquid phase comprising MEG and ammonia and a gaseous phase comprising hydrogen and optionally ammonia.
A stator comprising: a winding set, said winding set comprising: a plurality of windings , each winding including: a first portion with an exposed end ; a second portion with an exposed end ; wherein the exposed end of at least the first portion of at least one of the plurality of windings has a surface having a plurality of grooves , the surface being in contact with a second exposed end of the same portion of at least one other winding, the first exposed end and second exposed end forming a joint of the plurality of windings , wherein a braze material is flowed into a plurality of grooves disposed between the first exposed end and the second exposed end and formed by the grooved surface of the first exposed end; and a plurality of slots ; wherein at least two of said plurality of windings are at least partially disposed within each of the plurality of slots ; characterized in that the first portions of the plurality of windings in each slot form an inner group and the second portions of the plurality of windings in each slot form an outer group , the plurality of inner groups of a first slot and the plurality of outer groups of a second slot are brazed to a plurality of braze clips to provide an electrical connection between the inner group and the outer group ; and in that the first portion and the second portion of each winding extend from a knuckle . a first portion with an exposed end ; a second portion with an exposed end ; wherein the exposed end of at least the first portion of at least one of the plurality of windings has a surface having a plurality of grooves , the surface being in contact with a second exposed end of the same portion of at least one other winding, the first exposed end and second exposed end forming a joint of the plurality of windings , wherein a braze material is flowed into a plurality of grooves disposed between the first exposed end and the second exposed end and formed by the grooved surface of the first exposed end; and
A bedding assembly , comprising: a mattress assembly including a mattress comprising an elastomeric polymer cushion including interconnected buckling walls that define columnar voids extending substantially through the elastomeric polymer cushion , the interconnected buckling walls formed from an elastomeric material with a hardness of less than 5 Shore A; and a bed linen comprising a single, continuous piece of knitted fabric extending substantially completely across lateral dimensions of the bed linen and including one or more fiber tows arranged in a desired pattern, each fiber tow including a blend of elastomeric fibers and non-elastomeric fibers, the elastomeric fibers and knitting of the one or more fiber tows imparting the bed linen with a stretchability of at least 125 percent of an initial length of the bed linen and enabling the bed linen to substantially return to initial dimensions thereof after being stretched. a mattress assembly including a mattress comprising an elastomeric polymer cushion including interconnected buckling walls that define columnar voids extending substantially through the elastomeric polymer cushion , the interconnected buckling walls formed from an elastomeric material with a hardness of less than 5 Shore A; and a bed linen comprising a single, continuous piece of knitted fabric extending substantially completely across lateral dimensions of the bed linen and including one or more fiber tows arranged in a desired pattern, each fiber tow including a blend of elastomeric fibers and non-elastomeric fibers, the elastomeric fibers and knitting of the one or more fiber tows imparting the bed linen with a stretchability of at least 125 percent of an initial length of the bed linen and enabling the bed linen to substantially return to initial dimensions thereof after being stretched.
A rail vehicle for transporting passengers comprising a horizontal platform axially extending along an axis X, a plurality of seat modules (S) aligned along axis X, each seat module (S) comprising at least one mounting member for being fastened to the horizontal platform , the vehicle being characterised in that the horizontal platform comprises a plurality of fastening members , the fastening members being aligned along at least one line (L1-L4) extending along an axis parallel to axis X of the horizontal platform , two adjacent fastening members of a same line (L1-L4) being spaced apart by a distance lower than or equal to 20cm so as to define a plurality of longitudinal positions for fastening the seat modules (S), each mounting member comprising an elongate opening the length of which along axis X is greater than or equal to 18cm.
An apparatus for controlling a needle guide , the apparatus comprising: a first lever ; a second lever ; a first cam attached to and extending from the first lever to a housing under the needle guide ; and a second cam attached to and extending from the second lever to the housing under the needle guide , wherein at least one of the first cam and the second cam is configured to translate rotational movement from the first lever and the second lever to both linear and rotational movement of the needle guide via the housing . a first lever ; a second lever ; a first cam attached to and extending from the first lever to a housing under the needle guide ; and a second cam attached to and extending from the second lever to the housing under the needle guide , wherein at least one of the first cam and the second cam is configured to translate rotational movement from the first lever and the second lever to both linear and rotational movement of the needle guide via the housing .