mhurhangee/ep-ind-claims huggingface dataset:
A variable capacity turbine comprising: a turbine housing having an involuted scroll formed therein; a turbine wheel rotatably provided on an inner periphery side of the scroll; an involute dividing wall mounted on the turbine housing to divide the scroll into an inner scroll and an outer scroll; and a flow regulating valve for opening and closing an introducing port formed at an inlet end of the outer scroll, wherein an inlet portion of the outer scroll is formed to have a continuous and gentle throttle flow path from an upstream side to a downstream side, characterized in that the involute dividing wall is formed of a tongue-shaped first dividing wall and a plate-shaped second dividing wall, and wherein an angle formed by a line connecting an upstream tip end and a downstream tip end of the first dividing wall and the central axis of the inlet flange forming an inlet portion of the turbine housing is smaller than an angle formed by said line and a vertical line. a turbine housing having an involuted scroll formed therein; a turbine wheel rotatably provided on an inner periphery side of the scroll; an involute dividing wall mounted on the turbine housing to divide the scroll into an inner scroll and an outer scroll; and a flow regulating valve for opening and closing an introducing port formed at an inlet end of the outer scroll, wherein an inlet portion of the outer scroll is formed to have a continuous and gentle throttle flow path from an upstream side to a downstream side, characterized in that the involute dividing wall is formed of a tongue-shaped first dividing wall and a plate-shaped second dividing wall, and wherein an angle formed by a line connecting an upstream tip end and a downstream tip end of the first dividing wall and the central axis of the inlet flange forming an inlet portion of the turbine housing is smaller than an angle formed by said line and a vertical line.
A fuel stabilization system for removing dissolved oxygen from fuel, comprising: an accumulator disposed along a fuel line, the accumulator includes a fuel inlet and a fuel outlet; and a heat source disposed in thermal communication with the fuel in or upstream of the fuel inlet of the accumulator to increase the temperature of the fuel within the accumulator, wherein the accumulator is configured to allow carbonaceous deposits to form therein as a result of the temperature increase of the fuel. an accumulator disposed along a fuel line, the accumulator includes a fuel inlet and a fuel outlet; and a heat source disposed in thermal communication with the fuel in or upstream of the fuel inlet of the accumulator to increase the temperature of the fuel within the accumulator, wherein the accumulator is configured to allow carbonaceous deposits to form therein as a result of the temperature increase of the fuel.
Filling device for containers, especially for beverage bottles, comprising a filling valve with a discharge opening, a holder for holding the container in a suspended arrangement, as well as a weighing device for weighing the suspended container, characterized in that at least one portion of the weighing device is arranged vertically above the discharge opening.
A powdered particulate inoculant for treating liquid cast-iron, characterized in that it comprises, on the one hand, support particles which are made of a fusible material in the liquid cast-iron promoting the association of carbon with iron in the form of graphite and comprising at least one ferrosilicon alloy, aluminum and calcium, where the silicon is present in a content of at least 40% by mass relative to the mass of said support particles and aluminum and calcium are present, in alloyed form, each in a content of 0.2 to 5% by mass relative to the mass of said support particles, and on the other hand, surface particles which are made of a material promoting the germination and growth of graphite, selected, separately or in a mixture, among metallic elements, silicides, oxides, metallic sulphides, sulphates and carbon black, the material of the surface particles being different from the material of the support particles, said surface particles being arranged and distributed in a discontinuous manner on the surface of the support particles, the surface particles having a grain size distribution smaller than that of the support particles and such that their d50 is smaller than or equal to one-tenth of the d50 support particles. it comprises, on the one hand, support particles which are made of a fusible material in the liquid cast-iron promoting the association of carbon with iron in the form of graphite and comprising at least one ferrosilicon alloy, aluminum and calcium, where the silicon is present in a content of at least 40% by mass relative to the mass of said support particles and aluminum and calcium are present, in alloyed form, each in a content of 0.2 to 5% by mass relative to the mass of said support particles, and on the other hand, surface particles which are made of a material promoting the germination and growth of graphite, selected, separately or in a mixture, among metallic elements, silicides, oxides, metallic sulphides, sulphates and carbon black, the material of the surface particles being different from the material of the support particles, said surface particles being arranged and distributed in a discontinuous manner on the surface of the support particles, the surface particles having a grain size distribution smaller than that of the support particles and such that their d50 is smaller than or equal to one-tenth of the d50 support particles.
A method of producing an acoustic field by a mid-air haptic feedback system comprising a transducer array of n transducers, the transducers having known relative positions and orientations, having respective transducer wave functions Ψ 1,..., n, and the method comprising: i) defining a plurality of m control points wherein each of the plurality of control points has a known spatial relationship relative to the transducer array and has a desired amplitude A c; ii) calculating a control point relations matrix, each entry in the matrix having the form: R vw = ∝ C 0 v ̅ A c v ⋅ ∝ C 0 w ∝ C 0 v ̅ ⋅ ∝ C 0 v, where: v and w are indices denoting control points, and v and w also denote matrix column and row respectively, with v, w E {1,..., m}, A c 1,..., A c m represent the amplitudes of the m control points, and ∝ C 0 = [Ψ 1 (χ c),..., Ψ n (χ c)], where ∝ C 0 represents a vector of transducer wave functions Ψ 1,..., n evaluated at the point χ c; iii) calculating a dominant eigenvector x of the control point relations matrix; iv) producing for each transducer in the array a transducer activation coefficient Y q; Ω C ∝ ∑ r = 1 m ∝ C 0 r, q ̅ A c r x r ′ ∝ C 0 r ̅ ⋅ ∝ C 0 r, where x́ r is the normalised r th element of the dominant eigenvector x and where ∝ C 0 r,q =Ψ q (χ r); and v) activating each transducer with its corresponding activation coefficient Y q to produce the acoustic field. i) defining a plurality of m control points wherein each of the plurality of control points has a known spatial relationship relative to the transducer array and has a desired amplitude A c; ii) calculating a control point relations matrix, each entry in the matrix having the form: R vw = ∝ C 0 v ̅ A c v ⋅ ∝ C 0 w ∝ C 0 v ̅ ⋅ ∝ C 0 v, where: v and w are indices denoting control points, and v and w also denote matrix column and row respectively, with v, w E {1,..., m}, A c 1,..., A c m represent the amplitudes of the m control points, and ∝ C 0 = [Ψ 1 (χ c),..., Ψ n (χ c)], where ∝ C 0 represents a vector of transducer wave functions Ψ 1,..., n evaluated at the point χ c; iii) calculating a dominant eigenvector x of the control point relations matrix; iv) producing for each transducer in the array a transducer activation coefficient Y q; Ω C ∝ ∑ r = 1 m ∝ C 0 r, q ̅ A c r x r ′ ∝ C 0 r ̅ ⋅ ∝ C 0 r, where x́ r is the normalised r th element of the dominant eigenvector x and where ∝ C 0 r,q =Ψ q (χ r); and v) activating each transducer with its corresponding activation coefficient Y q to produce the acoustic field.
A computer-implemented method for managing accounts in a diabetes management system, comprising: - receiving, by an account manager, a request to deactivate a first account associated with a healthcare provider, where the first account is associated with a plurality of patient accounts and the account manager is implemented as computer executable instructions executing on a computer processor of a server device; - removing, by the account manager, access to data associated with the first account; - identifying, by the account manager, each of the patient accounts associated with the first account and deactivating each of the identified patient accounts; - disabling, by the account manager, data synchronization functions, the data synchronization functions being configured to exchange medical measurement data between a first and a second storage device via a network, the exchanged data belonging to the first account and/or one of the identified patient accounts, the first storage device being part of and/or being operatively coupled to the server device, the second storage device being part of a portable medical device, the portable medical device repeatedly measuring and synchronizing medical parameters of a patient; - sending, by the account manager, an electronic notification to a person associated with each of the identified patient accounts, where the electronic notification advises the person that the corresponding patient account has been deactivated; and - creating, by the account manager, an audit record in a data store, where the audit record indicates the deactivation of the first account. - receiving, by an account manager, a request to deactivate a first account associated with a healthcare provider, where the first account is associated with a plurality of patient accounts and the account manager is implemented as computer executable instructions executing on a computer processor of a server device; - removing, by the account manager, access to data associated with the first account; - identifying, by the account manager, each of the patient accounts associated with the first account and deactivating each of the identified patient accounts; - disabling, by the account manager, data synchronization functions, the data synchronization functions being configured to exchange medical measurement data between a first and a second storage device via a network, the exchanged data belonging to the first account and/or one of the identified patient accounts, the first storage device being part of and/or being operatively coupled to the server device, the second storage device being part of a portable medical device, the portable medical device repeatedly measuring and synchronizing medical parameters of a patient; - sending, by the account manager, an electronic notification to a person associated with each of the identified patient accounts, where the electronic notification advises the person that the corresponding patient account has been deactivated; and - creating, by the account manager, an audit record in a data store, where the audit record indicates the deactivation of the first account.
A method for reliable transmission of charging detail records, comprising: receiving, at a first charging data function (120 A), a charging detail record having a sequence number associated therewith; propagating the charging detail record toward a charging gateway function; receiving an acknowledgment of receipt of the charging detail record by the charging gateway function, wherein the acknowledgment includes the sequence number associated with the charging detail record; and propagating the sequence number of the charging detail record from the first charging data function (120 A) toward a second charging data function (120 B) configured for receiving a copy of the charging detail record received at the first charging data function (120 A), wherein propagation of the acknowledgment from the first charging data function (120 A) toward the second charging data function (120 B) is adapted for causing the second charging data function (120 B) to delete the copy of the charging detail record. receiving, at a first charging data function (120 A), a charging detail record having a sequence number associated therewith; propagating the charging detail record toward a charging gateway function; receiving an acknowledgment of receipt of the charging detail record by the charging gateway function, wherein the acknowledgment includes the sequence number associated with the charging detail record; and propagating the sequence number of the charging detail record from the first charging data function (120 A) toward a second charging data function (120 B) configured for receiving a copy of the charging detail record received at the first charging data function (120 A), wherein propagation of the acknowledgment from the first charging data function (120 A) toward the second charging data function (120 B) is adapted for causing the second charging data function (120 B) to delete the copy of the charging detail record.
A medical tube for providing gases to and/or removing gases from a patient, the medical tube comprising: a first elongate member comprising a hollow body spirally wound to form at least in part an elongate tube having a longitudinal axis, a lumen extending along the longitudinal axis, and a hollow wall at least partially surrounding the lumen; and a second elongate member spirally wound and joined between adjacent turns of the first elongate member, the second elongate member forming at least a portion of the lumen of the elongate tube wherein one or more conductive filaments are embedded or encapsulated in the second elongate member. a first elongate member comprising a hollow body spirally wound to form at least in part an elongate tube having a longitudinal axis, a lumen extending along the longitudinal axis, and a hollow wall at least partially surrounding the lumen; and a second elongate member spirally wound and joined between adjacent turns of the first elongate member, the second elongate member forming at least a portion of the lumen of the elongate tube wherein one or more conductive filaments are embedded or encapsulated in the second elongate member.
A panel holder for support structures, said panel holder being suitable for a corner joint of filling panels and comprising two clamping jaws, wherein a clamping jaw comprises at least one base body and at least one clamping plate, wherein at least one filling plate is fixed between a clamping surface of the clamping plate and a clamping surface of the base body, wherein the clamping force is applied by at least one clamping screw passing through the clamping plate, wherein the base bodies of the panel holder are joined to each other in such a manner that they are angularly adjustable about a hinge axis, wherein the base bodies are arrangeable relative to each other in an angular position which is predeterminable at will and are lockable with at least one locking element, wherein the base bodies have a locking bore through the hinge axis to receive the locking element, wherein the locking bores of the base bodies of a panel holder are arranged in alignment, wherein the locking bore, at least partially, has an internal thread, and wherein, in the locked state, the locking element engages with an external thread into the internal thread.
A track shoe comprising: a base extending along a transverse direction; a first link extending along the base in a longitudinal direction, the first link comprising: a body connected to the base, the body comprising: a first longitudinal wall; and a second longitudinal wall; a through bore extending from the first longitudinal wall to the second longitudinal wall; a bushing located in the through bore, characterised by a channel positioned in the through bore between the first longitudinal wall and the second longitudinal wall, the bushing including a flange positioned in the channel. a base extending along a transverse direction; a first link extending along the base in a longitudinal direction, the first link comprising: a body connected to the base, the body comprising: a first longitudinal wall; and a second longitudinal wall; a through bore extending from the first longitudinal wall to the second longitudinal wall; a bushing located in the through bore, characterised by a channel positioned in the through bore between the first longitudinal wall and the second longitudinal wall, the bushing including a flange positioned in the channel. a first longitudinal wall; and a second longitudinal wall; a through bore extending from the first longitudinal wall to the second longitudinal wall; a bushing located in the through bore, characterised by a channel positioned in the through bore between the first longitudinal wall and the second longitudinal wall, the bushing including a flange positioned in the channel.
A method of controlling radio transmissions in a wireless communication network, the method comprising: a node (100; 500; 800) of the wireless communication network receiving a synchronization signal from a radio device (10; 700; 900), the synchronization signal indicating Hybrid Automatic Repeat Request feedback information for at least one downlink radio transmission from the wireless communication network to the radio device (10; 700; 900); based on the received synchronization signal, the node (100; 500; 800) determining a time alignment configuration for uplink radio transmissions from the radio device (10; 700; 900) to the wireless communication network; in response to determining that the time alignment configuration of the radio device (10; 700; 900) is invalid, the node (100; 500; 800) determining based on the received synchronization signal the Hybrid Automatic Repeat Request feedback information for the at least one downlink radio transmission from the wireless communication network to the radio device (10; 700; 900); and based on the determined Hybrid Automatic Repeat Request feedback information, the node (100; 500; 800) controlling retransmission of the at least one downlink radio transmission. a node (100; 500; 800) of the wireless communication network receiving a synchronization signal from a radio device (10; 700; 900), the synchronization signal indicating Hybrid Automatic Repeat Request feedback information for at least one downlink radio transmission from the wireless communication network to the radio device (10; 700; 900); based on the received synchronization signal, the node (100; 500; 800) determining a time alignment configuration for uplink radio transmissions from the radio device (10; 700; 900) to the wireless communication network; in response to determining that the time alignment configuration of the radio device (10; 700; 900) is invalid, the node (100; 500; 800) determining based on the received synchronization signal the Hybrid Automatic Repeat Request feedback information for the at least one downlink radio transmission from the wireless communication network to the radio device (10; 700; 900); and based on the determined Hybrid Automatic Repeat Request feedback information, the node (100; 500; 800) controlling retransmission of the at least one downlink radio transmission.
A load bearing assembly, comprising: a plurality of generally coplanar and parallel tension members, each having a discontinuity, the discontinuities being staggered in a lengthwise direction such that the discontinuities in adjacent ones of the tension members are at different lengthwise positions; and a stress relieving feature near the discontinuity of each tension member, characterised in that, each stress relieving feature comprises a supplemental tension member comprising a cord, the supplemental tension members positioned parallel with and generally in the same plane as the tension members, and each supplemental tension member having a length that is less than a length of the tension members but greater than a distance across each gap associated with the discontinuities, with a first portion of the supplemental tension member on one side of the corresponding discontinuity and a second portion on an opposite side of the corresponding discontinuity. a plurality of generally coplanar and parallel tension members, each having a discontinuity, the discontinuities being staggered in a lengthwise direction such that the discontinuities in adjacent ones of the tension members are at different lengthwise positions; and a stress relieving feature near the discontinuity of each tension member, characterised in that, each stress relieving feature comprises a supplemental tension member comprising a cord, the supplemental tension members positioned parallel with and generally in the same plane as the tension members, and each supplemental tension member having a length that is less than a length of the tension members but greater than a distance across each gap associated with the discontinuities, with a first portion of the supplemental tension member on one side of the corresponding discontinuity and a second portion on an opposite side of the corresponding discontinuity.
Hydraulic braking system for a vehicle comprising a front axle and a rear axle, said braking system comprising: - a first and a second pressure supply means, - braking means comprising: -- a first rear axle braking means, -- a second rear axle braking means, -- a front axle braking means, said hydraulic system being characterized in that it comprises a rear inlet distributor, a front inlet distributor, a first brake distributor and a second brake distributor, defining: -- a standby configuration, in which there is no supply to any of the braking means; -- a first braking configuration, in which the first supply means applies pressure to the first braking means of the rear axle; -- a second braking configuration in which the first supply means applies pressure to the second braking means of the rear axle; -- a third braking configuration in which the first supply means applies pressure to the first and second rear axle braking means (4, 5), and the second supply means applies pressure to the front axle braking means, the pressure in the front axle braking means being applied by the second pressure supply means through the front inlet distributor, the first brake distributor and the second brake distributor. - a first and a second pressure supply means, - braking means comprising: -- a first rear axle braking means, -- a second rear axle braking means, -- a front axle braking means, said hydraulic system being characterized in that it comprises a rear inlet distributor, a front inlet distributor, a first brake distributor and a second brake distributor, defining: -- a standby configuration, in which there is no supply to any of the braking means; -- a first braking configuration, in which the first supply means applies pressure to the first braking means of the rear axle; -- a second braking configuration in which the first supply means applies pressure to the second braking means of the rear axle; -- a third braking configuration in which the first supply means applies pressure to the first and second rear axle braking means (4, 5), and the second supply means applies pressure to the front axle braking means, the pressure in the front axle braking means being applied by the second pressure supply means through the front inlet distributor, the first brake distributor and the second brake distributor. -- a first rear axle braking means, -- a second rear axle braking means, -- a front axle braking means, -- a standby configuration, in which there is no supply to any of the braking means; -- a first braking configuration, in which the first supply means applies pressure to the first braking means of the rear axle; -- a second braking configuration in which the first supply means applies pressure to the second braking means of the rear axle; -- a third braking configuration in which the first supply means applies pressure to the first and second rear axle braking means (4, 5), and the second supply means applies pressure to the front axle braking means,