mhurhangee/patent-ind-claim-en huggingface dataset:
A yarn feeder comprising: - a rotary drum having a plurality of yarn loops (Y) wound thereon, which are adapted to be unwound from a delivery end (I2r) of the drum upon request from a downstream machine (L), and - a thin-walled, hollow braking member having a substantially frustoconical profile yielding elastically in a radial direction, which is biased to coaxially engage said delivery end of the drum with its inner surface by elastic means under tension between a stationary support and said braking member , characterized in that said drum is a rotary motorized drum and said braking member is rotatably supported about its axis with respect to said stationary support by a rolling bearing which is operatively interposed between said braking member and said elastic means and has a low rolling friction and low inertia, and in that said braking member is made of a material having a modulus of elasticity in the range 1 to 4 Gpa and has a moment of inertia in the range 200 to 2000 g·mm 2 . - a rotary drum having a plurality of yarn loops (Y) wound thereon, which are adapted to be unwound from a delivery end (I2r) of the drum upon request from a downstream machine (L), and - a thin-walled, hollow braking member having a substantially frustoconical profile yielding elastically in a radial direction, which is biased to coaxially engage said delivery end of the drum with its inner surface by elastic means under tension between a stationary support and said braking member ,
An antimicrobial and UV protection additive comprising mixed layer illite-smectite, chlorite, illite, carbonates, silica and hematite, wherein the additive contains the following ratio of the components, weight %: - mixed layer illite-smectite from 40 to 70%, - chlorite from 5 to 10%, - illite from 5 to 10%, - carbonates from 0 to 20%, - silica from 5 to 20%, - hematite from 0 to 3%, wherein the mixed layer illite-smectite in advance is organophilized with quaternary ammonium compounds used in the amount from 10 to 30 wt% counting from the required weight of the mixed layer illite-smectite. - mixed layer illite-smectite from 40 to 70%, - chlorite from 5 to 10%, - illite from 5 to 10%, - carbonates from 0 to 20%, - silica from 5 to 20%, - hematite from 0 to 3%,
A fluid control apparatus comprising: a diaphragm unit including a diaphragm and a frame plate surrounding a periphery of the diaphragm; a driver , provided on a principal surface of the diaphragm, for vibrating the diaphragm; a flexible plate having a hole and joined to the frame plate so as to face another principal surface of the diaphragm, a cover member, wherein the cover member is a joined body of: a base plate that is joined at one principal surface thereof to the principal surface of the flexible plate on the side opposite to the diaphragm and has an opening formed at the centre thereof; and a cover plate that is provided on another principal surface of the base plate, the cover member has a recess formed at a centre thereof; a centre portion of the cover plate corresponding to a surface on a back side of the recess is pressed toward the diaphragm side, and the cover plate has an indentation formed on the centre portion; wherein the flexible plate includes a moveable portion that faces the recess of the cover member and is able to flexurally vibrate and a fixed portion that is joined to the cover member; wherein the coefficients of linear expansion of the flexible plate , the base plate , and the cover plate are different from that of the frame plate , such that when heating and curing are conducted in bonding, tensile stress is provided to the movable portion and such that tensile stress of the movable portion decreases with increase in the temperature; wherein the frame plate is adhesively fixed to the flexible plate via an adhesive layer . a diaphragm unit including a diaphragm and a frame plate surrounding a periphery of the diaphragm; a driver , provided on a principal surface of the diaphragm, for vibrating the diaphragm; a flexible plate having a hole and joined to the frame plate so as to face another principal surface of the diaphragm, a cover member, wherein the cover member is a joined body of: a base plate that is joined at one principal surface thereof to the principal surface of the flexible plate on the side opposite to the diaphragm and has an opening formed at the centre thereof; and a cover plate that is provided on another principal surface of the base plate, the cover member has a recess formed at a centre thereof; a centre portion of the cover plate corresponding to a surface on a back side of the recess is pressed toward the diaphragm side, and the cover plate has an indentation formed on the centre portion; wherein the flexible plate includes a moveable portion that faces the recess of the cover member and is able to flexurally vibrate and a fixed portion that is joined to the cover member; wherein the coefficients of linear expansion of the flexible plate , the base plate , and the cover plate are different from that of the frame plate , such that when heating and curing are conducted in bonding, tensile stress is provided to the movable portion and such that tensile stress of the movable portion decreases with increase in the temperature; wherein the frame plate is adhesively fixed to the flexible plate via an adhesive layer .
A method performed by a network node for assisting in a cell re-selection procedure for Narrow Band Internet of Things, NB-IoT, in a cellular communication system , wherein said method comprises the steps of: - obtaining (S1) information comprising radio conditions related to at least a serving cell and at least one neighbour cell to said serving cell ; - comparing (S2) said obtained information with a criterion for enforced cell re-selection procedure; and - temporarily initializing (S3), if said criterion for enforced cell re-selection procedure is fulfilled by said obtained information, an action for increasing the probability for causing, a cell re-selection procedure of at least one user equipment in idle mode within said serving cell , wherein temporarily initializing (S3) comprises initializing of an action for increasing the probability for causing a cell re-selection procedure of at least one user equipment within said serving cell , said action comprising increasing a threshold for frequency measurements for cell re-selection for said at least one user equipment during a limited period of time. - obtaining (S1) information comprising radio conditions related to at least a serving cell and at least one neighbour cell to said serving cell ; - comparing (S2) said obtained information with a criterion for enforced cell re-selection procedure; and - temporarily initializing (S3), if said criterion for enforced cell re-selection procedure is fulfilled by said obtained information,
A S1P receptor modulator for use in the treatment of relapsing-remitting multiple sclerosis, at a daily dosage of 0.5 mg p.o., wherein said S1P receptor modulator is 2-amino-2-[2-(4-octylphenyl) ethyl]propane-1,3-diol in free form or in a pharmaceutically acceptable salt form.
A compliant pivot joint for a vehicle seat , comprising: a link member ; a frame member ; a cup opening passing between opposing upper and lower surfaces of a cup-shaped protrusion formed on one of the link member and the frame member ; a fastener having an outer surface extending between opposing upper and lower end surfaces , a curved shoulder surface extending between the upper end surface and the outer surface , and wherein the lower end surface of the fastener is fixedly coupled to the other one of the link member and the frame member ; a shoulder bolt having a shaft projecting axially from a bolt head and terminating at a shaft end , the shaft including a first shaft portion projecting from the bolt head and terminating at a first end wall (74A-1) adjoining a second shaft portion , the first end wall (74A-1) defining a shoulder ; and a bias member having a bias opening ; wherein the shaft of the shoulder bolt extends through the bias opening and through the cup opening with the shoulder bolt fixedly coupled to the fastener ; wherein the bias member is spaced between the upper surface of the cup-shaped protrusion and the bolt head of the shoulder bolt and biases the bolt head away from the cup-shaped protrusion ; and wherein the curved shoulder surface of the fastener is frictionally engaged with the lower surface of the cup-shaped protrusion and the shoulder of the shoulder bolt is frictionally engaged with the upper end surface of the fastener . a link member ; a frame member ; a cup opening passing between opposing upper and lower surfaces of a cup-shaped protrusion formed on one of the link member and the frame member ; a fastener having an outer surface extending between opposing upper and lower end surfaces , a curved shoulder surface extending between the upper end surface and the outer surface , and wherein the lower end surface of the fastener is fixedly coupled to the other one of the link member and the frame member ; a shoulder bolt having a shaft projecting axially from a bolt head and terminating at a shaft end , the shaft including a first shaft portion projecting from the bolt head and terminating at a first end wall (74A-1) adjoining a second shaft portion , the first end wall (74A-1) defining a shoulder ; and a bias member having a bias opening ; wherein the shaft of the shoulder bolt extends through the bias opening and through the cup opening with the shoulder bolt fixedly coupled to the fastener ; wherein the bias member is spaced between the upper surface of the cup-shaped protrusion and the bolt head of the shoulder bolt and biases the bolt head away from the cup-shaped protrusion ; and wherein the curved shoulder surface of the fastener is frictionally engaged with the lower surface of the cup-shaped protrusion and the shoulder of the shoulder bolt is frictionally engaged with the upper end surface of the fastener .
Sensor which has a lever unit which is rotationally deflectably mounted in a bearing of a base unit , wherein the lever unit has a shaft , which is mounted by way of its shaft bearing portion in the bearing , and has a lever connected to said shaft , wherein the shaft has an encoder , and wherein the base unit has at least one sensor element which detects the encoder , wherein the bearing of the base unit has multiple detent means , in particular detent hooks and/or detent projections, which are arranged in encircling fashion on the inner shell of the bearing and which are formed as a single piece with the bearing, and wherein said detent means directly or indirectly hold and/or guide the shaft bearing portion , characterized in that in each case two mutually spaced-apart rows of detent means are arranged in encircling fashion on the inner shell of the bearing so as to be formed integrally with the bearing , and in that the shaft bearing portion of the lever unit has a groove in which a snap ring is arranged, which snap ring is configured such that, at the bearing side, it is received substantially in form-fitting fashion by the two rows of detent means. wherein the base unit has at least one sensor element which detects the encoder , wherein the bearing of the base unit has multiple detent means , in particular detent hooks and/or detent projections, which are arranged in encircling fashion on the inner shell of the bearing and which are formed as a single piece with the bearing, and wherein said detent means directly or indirectly hold and/or guide the shaft bearing portion , characterized in that in each case two mutually spaced-apart rows of detent means are arranged in encircling fashion on the inner shell of the bearing so as to be formed integrally with the bearing , and in that the shaft bearing portion of the lever unit has a groove in which a snap ring is arranged, which snap ring is configured such that, at the bearing side, it is received substantially in form-fitting fashion by the two rows of detent means.
Assembly of waterside revetment elements for revetting a bank and/or shore, each revetment element comprising a column-like concrete element comprising a base part , a neck part and a head part , wherein the cross-section at the position of the neck part is smaller than the cross-section at the position of the base part and than the cross-section at the position of the head part , wherein the neck parts are embodied so as to form an intermediate space along which water can flow away in lateral direction, and wherein at least the base part of each revetment element has side surfaces with an at least partially convex and/or tapering form; wherein both the base part and the head part of adjacent revetment elements have a mutual contact surface during use, characterized in that the contact surface at the position of the base part is formed by at least one support element formed on a side surface of the base part, wherein the at least one support element of the base part has a substantially flat side surface in order to provide a substantially flat contact surface with a corresponding substantially flat side surface of a support element of the base part of the adjacent revetment element for the purpose of increasing the contact surface with the adjacent revetment element during use in order to absorb transverse forces exerted or to be exerted on the revetment elements, and in that each support element forms an elongate contact surface with a width of at least 1 cm and a maximum of 10 cm.
A sort buffer configured to receive a first sine and cosine sample pair from an encoder or resolver, the sort buffer comprising: a phase sector determination circuit configured to determine a phase sector corresponding to a phase of the first sine and cosine sample pair, the phase sector included in a plurality of phase sectors (502-532); a phase sector update circuit configured to determine whether a second sine and cosine sample pair corresponding to the phase sector is stored in a lookup table, LUT, and, in response to a determination that a second sine and cosine sample pair corresponding to the phase sector is not stored in the LUT , store the first sine and cosine sample pair in the LUT ; and a phase sector completion circuit configured to determine whether the LUT has stored, for each of the plurality of phase sectors (502-532), a corresponding sine and cosine sample pair. a phase sector determination circuit configured to determine a phase sector corresponding to a phase of the first sine and cosine sample pair, the phase sector included in a plurality of phase sectors (502-532); a phase sector update circuit configured to determine whether a second sine and cosine sample pair corresponding to the phase sector is stored in a lookup table, LUT, and, in response to a determination that a second sine and cosine sample pair corresponding to the phase sector is not stored in the LUT , store the first sine and cosine sample pair in the LUT ; and a phase sector completion circuit configured to determine whether the LUT has stored, for each of the plurality of phase sectors (502-532), a corresponding sine and cosine sample pair.
A method for controlling an air conditioner, wherein the method comprises the following operations: real-time or regularly detecting (S100) an indoor humidity of a space where the air conditioner is located, in response to a determination that the air conditioner is in a cooling mode and an air out-flowing volume of the air conditioner is less than a preset air out-flowing volume; and adjusting (S200) an operating frequency of a compressor according to the indoor humidity, wherein the indoor humidity is proportional to the operating frequency, characterized in that the operation of "adjusting (S200) an operating frequency of a compressor according to the indoor humidity", comprises: determining (S210) a state of the space where the air conditioner is located according to the indoor humidity, wherein the state comprises an open state and a closed state; determining (S220) the operating frequency of the compressor according to the state of the space; and controlling the compressor to operate according to the operating frequency. real-time or regularly detecting (S100) an indoor humidity of a space where the air conditioner is located, in response to a determination that the air conditioner is in a cooling mode and an air out-flowing volume of the air conditioner is less than a preset air out-flowing volume; and adjusting (S200) an operating frequency of a compressor according to the indoor humidity, wherein the indoor humidity is proportional to the operating frequency, characterized in that the operation of "adjusting (S200) an operating frequency of a compressor according to the indoor humidity", comprises: determining (S210) a state of the space where the air conditioner is located according to the indoor humidity, wherein the state comprises an open state and a closed state; determining (S220) the operating frequency of the compressor according to the state of the space; and controlling the compressor to operate according to the operating frequency. determining (S210) a state of the space where the air conditioner is located according to the indoor humidity, wherein the state comprises an open state and a closed state; determining (S220) the operating frequency of the compressor according to the state of the space; and controlling the compressor to operate according to the operating frequency.
A switching device for opening and closing a circuit between a first electrical terminal and a second electrical terminal , the switching device comprising: a bus-bar tank having a first end , the bus-bar tank filled with an insulating gas; a first bushing coupled to the first end of the bus-bar tank ; a circuit-breaker tank having a first end , the circuit-breaker tank filled with the insulating gas; and a stationary contact supported by the first bushing , the stationary contact adapted to be disposed in electrical connection with the first electrical terminal in the bus-bar tank ; and a circuit-breaker arrangement arranged inside the circuit-breaker tank , the circuit-breaker arrangement adapted to be disposed in electrical connection with the second electrical terminal therein, characterized in that : a fastening arrangement is adapted to establish physical connection between the first end of the circuit-breaker tank and the first bushing , to removably assemble the bus-bar tank and the circuit-breaker tank , and the circuit-breaker arrangement is adapted to extend into the first bushing , and to be disposed in contact with the stationary contact therein, when the bus-bar tank is assembled to the circuit-breaker tank . a bus-bar tank having a first end , the bus-bar tank filled with an insulating gas; a first bushing coupled to the first end of the bus-bar tank ; a circuit-breaker tank having a first end , the circuit-breaker tank filled with the insulating gas; and a stationary contact supported by the first bushing , the stationary contact adapted to be disposed in electrical connection with the first electrical terminal in the bus-bar tank ; and a circuit-breaker arrangement arranged inside the circuit-breaker tank , the circuit-breaker arrangement adapted to be disposed in electrical connection with the second electrical terminal therein, characterized in that : a fastening arrangement is adapted to establish physical connection between the first end of the circuit-breaker tank and the first bushing , to removably assemble the bus-bar tank and the circuit-breaker tank , and the circuit-breaker arrangement is adapted to extend into the first bushing , and to be disposed in contact with the stationary contact therein, when the bus-bar tank is assembled to the circuit-breaker tank . a fastening arrangement is adapted to establish physical connection between the first end of the circuit-breaker tank and the first bushing , to removably assemble the bus-bar tank and the circuit-breaker tank , and the circuit-breaker arrangement is adapted to extend into the first bushing , and to be disposed in contact with the stationary contact therein, when the bus-bar tank is assembled to the circuit-breaker tank .
Radar apparatus , having: a plurality of transmitter units (TXi), which are designed to emit radar waves; a plurality of receiver units (RXi), which are designed to receive the reflected radar waves and output a respective radar signal, wherein the transmitter units (TXi) and receiver units (RXi) are arranged in an array having horizontal lines and vertical columns in such a way that, in a corresponding virtual array , a partial array , which is associated with an arbitrary first transmitter unit (TXi), comprises at least one first virtual element, which has the same horizontal position and a different vertical position as at least one associated second virtual element of a further partial array , which is associated with a second transmitter unit (TXi), wherein a first receiver unit (RXi) is associated with the first virtual element, and wherein a second receiver unit (RXi) is associated with the second virtual element; and a control unit , characterized in that the control unit is designed, for an arbitrary first transmitter unit (TXi), to determine a phase offset to the corresponding second transmitter unit (TXi), using a first radar signal, which corresponds to a first radar wave emitted by the first transmitter unit (TXi) and received by the associated first receiver unit (RXi), and a second radar signal, which corresponds to a second radar wave emitted by the second transmitter unit (TXi) and received by the associated second receiver unit (RXi). a plurality of transmitter units (TXi), which are designed to emit radar waves; a plurality of receiver units (RXi), which are designed to receive the reflected radar waves and output a respective radar signal, wherein the transmitter units (TXi) and receiver units (RXi) are arranged in an array having horizontal lines and vertical columns in such a way that, in a corresponding virtual array , a partial array , which is associated with an arbitrary first transmitter unit (TXi), comprises at least one first virtual element, which has the same horizontal position and a different vertical position as at least one associated second virtual element of a further partial array , which is associated with a second transmitter unit (TXi), wherein a first receiver unit (RXi) is associated with the first virtual element, and wherein a second receiver unit (RXi) is associated with the second virtual element; and a control unit , characterized in that the control unit is designed, for an arbitrary first transmitter unit (TXi), to determine a phase offset to the corresponding second transmitter unit (TXi), using a first radar signal, which corresponds to a first radar wave emitted by the first transmitter unit (TXi) and received by the associated first receiver unit (RXi), and a second radar signal, which corresponds to a second radar wave emitted by the second transmitter unit (TXi) and received by the associated second receiver unit (RXi).