mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transporting digital data in a Distributed Antenna System, DAS , comprising: receiving (S101) analogue radio frequency, RF, data from at least one data source ; mixing and demodulating (S102a) the analogue RF data with a quadrature demodulator down to zero intermediate frequency, IF; sampling (S102b) the demodulated IF data and processing to create complex digital baseband data; filtering (S102b') channels over which the data is provided by the at least one data source , the channels being received as composite data and digitized before the filtering; re-sampling (S102b") the data of each filtered channel at a reduced sample rate being adapted to a highest bandwidth of the data of the filtered channel being re-sampled; for each channel: upsampling (S102c) the re-sampled complex digital baseband data; shifting (S102d) the frequency of the upsampled complex digital baseband data to achieve data being located entirely at positive frequencies or entirely at negative frequencies; and discarding (S102e) either the real or imaginary component of each frequency-shifted complex digital baseband data sample, thereby creating digital real-valued passband data for further transport within the DAS . receiving (S101) analogue radio frequency, RF, data from at least one data source ; mixing and demodulating (S102a) the analogue RF data with a quadrature demodulator down to zero intermediate frequency, IF; sampling (S102b) the demodulated IF data and processing to create complex digital baseband data; filtering (S102b') channels over which the data is provided by the at least one data source , the channels being received as composite data and digitized before the filtering; re-sampling (S102b") the data of each filtered channel at a reduced sample rate being adapted to a highest bandwidth of the data of the filtered channel being re-sampled; for each channel: upsampling (S102c) the re-sampled complex digital baseband data; shifting (S102d) the frequency of the upsampled complex digital baseband data to achieve data being located entirely at positive frequencies or entirely at negative frequencies; and discarding (S102e) either the real or imaginary component of each frequency-shifted complex digital baseband data sample, thereby creating digital real-valued passband data for further transport within the DAS . upsampling (S102c) the re-sampled complex digital baseband data; shifting (S102d) the frequency of the upsampled complex digital baseband data to achieve data being located entirely at positive frequencies or entirely at negative frequencies; and discarding (S102e) either the real or imaginary component of each frequency-shifted complex digital baseband data sample, thereby creating digital real-valued passband data for further transport within the DAS .
A phosphinimide pre-polymerization catalyst having the following structure: wherein P is phosphorus; N is nitrogen; each X is independently an activatable ligand; R 1 is independently selected from a hydrogen atom, a hydrocarbyl group which is unsubstituted or substituted with one or more halogen atom, an alkoxy group, an aryl group, an aryloxy group, an amido group, a silyl group, and a germanyl group; R 2 is independently a hydrocarbyl group which is unsubstituted or substituted with one or more halogen atom; a is 1, 2 or 3; b is 2, 1, or 0; a + b = 3; c is 0, 1, 2 or 3; d is 3, 2, 1 or 0; and c + d = 3.
A temperature adjustment method for a vehicle, comprising the following steps: obtaining a required power and an actual power used for performing temperature adjustment on a battery ; obtaining an intra-vehicle temperature of a vehicle and an air conditioner set temperature; and adjusting an opening degree of an intra-vehicle cooling branch and an opening degree of a battery cooling branch according to the required power, the actual power, the intra-vehicle temperature, and the air conditioner set temperature, so that the battery reaches a target temperature within a target time. obtaining a required power and an actual power used for performing temperature adjustment on a battery ; obtaining an intra-vehicle temperature of a vehicle and an air conditioner set temperature; and adjusting an opening degree of an intra-vehicle cooling branch and an opening degree of a battery cooling branch according to the required power, the actual power, the intra-vehicle temperature, and the air conditioner set temperature, so that the battery reaches a target temperature within a target time.
A dipped and heat-set aramid cord has at least two plies and has spacing(s) between the said cord plies which has less than 2.0 cN/dtex TASE at 2.0% elongation (determined in accordance with ASTM D885-16) is characterized in that , the spacing(s) between the cord plies is longer than 10% and shorter than 80% of the cord diameter(D).
An arrangement for shimming a background magnetic field of a cylindrical superconducting magnet for a magnetic resonance imaging apparatus, said arrangement comprising a cylindrical outer vacuum chamber (OVC) bore tube , wherein rails are provided on a radially inner surface of the OVC bore tube and shim trays containing shim elements are mounted between respective rails, wherein multiple arrangements of shim trays retained by rails are located adjacent one another around the radially inner surface of the cylindrical OVC bore tube ,- the rails having grooves , to accommodate respective edges of respective shim trays ; - an interference fit being provided between each shim tray and at least one of the respective grooves ; characterized in that - at least some of the rails comprise a passageway , said passageways being connected by conduits into a coolant circuit for circulation of a coolant fluid therethrough, - the rails and the shim tray are at least partially constructed of a thermally conductive material, and are in thermal contact with one another and the OVC bore tube, whereby the coolant fluid acts to stabilize the temperature of the OVC bore tube, the shim tray and the shim elements, - the shim tray comprises a bottom part and a lid which is secured to the bottom part , wherein the bottom part contains shim pockets for accommodating shim elements, and wherein the bottom part and the lid are in thermal contact with each other, and are both in thermal contact with the rails, wherein the shim trays and rails extend around the OVC bore tube, forming a thermal shield for the OVC bore tube. - an interference fit being provided between each shim tray and at least one of the respective grooves ; characterized in that - at least some of the rails comprise a passageway , said passageways being connected by conduits into a coolant circuit for circulation of a coolant fluid therethrough, - the rails and the shim tray are at least partially constructed of a thermally conductive material, and are in thermal contact with one another and the OVC bore tube, whereby the coolant fluid acts to stabilize the temperature of the OVC bore tube, the shim tray and the shim elements, - the shim tray comprises a bottom part and a lid which is secured to the bottom part , wherein the bottom part contains shim pockets for accommodating shim elements, and wherein the bottom part and the lid are in thermal contact with each other, and are both in thermal contact with the rails,
Device adapted to open or close an overhead canopy door used to occlude an aperture , comprising: - an element adapted to move only slightly the door with respect to the vertical by imparting a force to the door's upper edge , - a bracket , fixable to the openable top part of the door on which the element is destined to abut, characterized in that the element is fixed coaxially to the shaft of an electric motor of the device for angularly oscillating around an axis (X), that the oscillating element has an engagement portion comprising a concavity the motor being mountable on an upper crosspiece or a wall that delimits the opening, wherein the bracket can be captured inside the concavity of the oscillating element so that the element can initially move the door when opening or lead it to the end-of-travel position when closing, - an element adapted to move only slightly the door with respect to the vertical by imparting a force to the door's upper edge , - a bracket , fixable to the openable top part of the door on which the element is destined to abut,
A fiber treatment agent for nonwoven fabrics comprising: components (A) and (B) below: (A) at least one selected from an alkyl phosphate ester salt and a polyoxyalkylene alkyl ether phosphate ester salt, wherein said component (A) contains components (A1) and (A2) as follows: (A1) an alkyl phosphate ester salt or a polyoxyalkylene alkyl ether phosphate ester salt in which the number of carbon atoms of an alkyl group is 6 to 10; and component (A1) includes isomers selected from n-type, sec-type, tert-type and multi-branded type (iso-type). (A2) an alkyl phosphate ester salt or a polyoxyalkylene alkyl ether phosphate ester salt in which the number of carbon atoms of an alkyl group is more than or equal to 11; (B) at least one selected from a polyhydric alcohol fatty acid ester, a polyoxyalkylene polyhydric alcohol fatty acid ester, and a naturally derived wax each having a melting point of 30 to 90°C, wherein a mass ratio (B)/(A) of the component (B) to the component (A) is less than 1. (A) at least one selected from an alkyl phosphate ester salt and a polyoxyalkylene alkyl ether phosphate ester salt, wherein said component (A) contains components (A1) and (A2) as follows: (A1) an alkyl phosphate ester salt or a polyoxyalkylene alkyl ether phosphate ester salt in which the number of carbon atoms of an alkyl group is 6 to 10; and component (A1) includes isomers selected from n-type, sec-type, tert-type and multi-branded type (iso-type). (A2) an alkyl phosphate ester salt or a polyoxyalkylene alkyl ether phosphate ester salt in which the number of carbon atoms of an alkyl group is more than or equal to 11; (A1) an alkyl phosphate ester salt or a polyoxyalkylene alkyl ether phosphate ester salt in which the number of carbon atoms of an alkyl group is 6 to 10; and component (A1) includes isomers selected from n-type, sec-type, tert-type and multi-branded type (iso-type). (A2) an alkyl phosphate ester salt or a polyoxyalkylene alkyl ether phosphate ester salt in which the number of carbon atoms of an alkyl group is more than or equal to 11; (B) at least one selected from a polyhydric alcohol fatty acid ester, a polyoxyalkylene polyhydric alcohol fatty acid ester, and a naturally derived wax each having a melting point of 30 to 90°C,
A battery pack assembly comprising: at least one battery comprising an electrochemical cell; an enclosure having at least an outer wall configured to create a sealed volume of space in which the at least one battery is located separated from said outer wall; an atmosphere of the sealed volume of space comprising gas; a sensor that detects the thermal conductivity of the gas within the volume of space; and battery terminals, wherein the battery terminals extend from the at least one battery to the exterior of the outer wall, wherein the thermal conductivity of the gas in the volume of space is less than 0.018 watts per meter per degree Celsius, and wherein the sensor provides information via a communication terminal of the battery terminals of a breach of the battery pack assembly based on the detected thermal conductivity. at least one battery comprising an electrochemical cell; an enclosure having at least an outer wall configured to create a sealed volume of space in which the at least one battery is located separated from said outer wall; an atmosphere of the sealed volume of space comprising gas; a sensor that detects the thermal conductivity of the gas within the volume of space; and battery terminals, wherein the battery terminals extend from the at least one battery to the exterior of the outer wall, an atmosphere of the sealed volume of space comprising gas; a sensor that detects the thermal conductivity of the gas within the volume of space; and battery terminals, wherein the battery terminals extend from the at least one battery to the exterior of the outer wall, wherein the thermal conductivity of the gas in the volume of space is less than 0.018 watts per meter per degree Celsius, and wherein the sensor provides information via a communication terminal of the battery terminals of a breach of the battery pack assembly based on the detected thermal conductivity.
A flow sensor arrangement (S35, S36, S37, S39, ...) for measuring a velocity of a flow of a fluid, the flow sensor arrangement comprising flow sensors (S1, S2, S3, ...) arranged on an elongated body (C1, C2, C3, ...) to measure the flow velocity along different spatial directions, the flow sensor arrangement being configured to: measure the velocity of the flow of the fluid at two or more different locations, and said flow sensor arrangement characterised by being further configured to calculate a spatial gradient of the velocity of the flow of the fluid at the two or more different locations, wherein the calculated spatial gradient of the velocity indicates the presence of a spatial flow feature, if the calculated spatial gradient exceeds a threshold, wherein the spatial flow feature is a side branch or a bifurcation of a vessel. measure the velocity of the flow of the fluid at two or more different locations, and said flow sensor arrangement characterised by being further configured to calculate a spatial gradient of the velocity of the flow of the fluid at the two or more different locations, wherein the calculated spatial gradient of the velocity indicates the presence of a spatial flow feature, if the calculated spatial gradient exceeds a threshold, wherein the spatial flow feature is a side branch or a bifurcation of a vessel.
Communication system comprising: - a container for a cosmetic or pharmaceutical product or a wine or spirit, and - at least two mobile telecommunication devices , wherein the container comprises a plurality of electronic components that are operatively interconnected, including: - at least one source of sensory stimulation , arranged to emit a sensory signal towards the exterior of the container, - two-way short-range radio communication means , - control means for said at least one source of sensory stimulation, and and wherein a first among said at least two mobile telecommunication devices comprises two-way short-range radio communication means , such that the container and a second among said at least two mobile telecommunication devices are able to communicate with each other via the first mobile telecommunication device, when the first mobile telecommunication device is located in a coverage area of the two-way communication means of the container, the control means of the container controlling said at least one source of sensory stimulation so as to generate a sensory signal sequence determined at least on the basis of data communicated to the container by the second among said at least two mobile telecommunication devices the system further comprising means for the geolocation of one of said mobile telecommunication devices, so that the sensory stimulation sequence is generated, when appropriate, at least on the basis of corresponding geolocation data.. - a container for a cosmetic or pharmaceutical product or a wine or spirit, and - at least two mobile telecommunication devices , wherein the container comprises a plurality of electronic components that are operatively interconnected, including: - at least one source of sensory stimulation , arranged to emit a sensory signal towards the exterior of the container, - two-way short-range radio communication means , - control means for said at least one source of sensory stimulation, and - at least one source of sensory stimulation , arranged to emit a sensory signal towards the exterior of the container, - two-way short-range radio communication means , - control means for said at least one source of sensory stimulation, and
An aluminum reduction cell, comprising: (a) a shell structure comprising a pair of longitudinally extending sidewalls , a pair of transversely extending endwalls , a bottom wall , and an open top having an upper edge ; (b) a transverse support structure comprising a plurality of transverse bottom beams located under the shell structure and extending transversely between the sidewalls, each of the transverse bottom beams having a pair of opposed ends; and (c) a plurality of compliant binding elements fixed to the transverse support structure, each extending vertically along an outer surface of one of the sidewalls, for applying an inwardly directed force to said sidewall; wherein the compliant binding elements are in the form of cantilever springs, each comprising a metal member having a lower end, which is secured to the transverse support structure, and a compliant, upper free end, which maintains the inwardly directed force to said sidewall.. (a) a shell structure comprising a pair of longitudinally extending sidewalls , a pair of transversely extending endwalls , a bottom wall , and an open top having an upper edge ; (b) a transverse support structure comprising a plurality of transverse bottom beams located under the shell structure and extending transversely between the sidewalls, each of the transverse bottom beams having a pair of opposed ends; and (c) a plurality of compliant binding elements fixed to the transverse support structure, each extending vertically along an outer surface of one of the sidewalls, for applying an inwardly directed force to said sidewall; wherein the compliant binding elements are in the form of cantilever springs, each comprising a metal member having a lower end, which is secured to the transverse support structure, and a compliant, upper free end, which maintains the inwardly directed force to said sidewall..
Device for moving and orientating in space a platform supporting an effector, which device comprises: i. a plurality of cables extending between a fastening point on the platform and an anchor which is connected to a structure fixed in space, the anchor positions not being contained in the same plane; ii. a set of cables, referred to as a motor assembly, of which one end of each cable is attached to a motorized winch for winding and unwinding the cable on said winch; iii. a set of cables, referred to as a reconfigurable assembly, of which the fastening points or anchors are capable of being moved with respect to the platform or in the fixed structure ; the motor assembly comprising a winch having: - a winding drum which is rotated by the winch motor and comprises a helical guide thread for winding the cable ; - two orientation pulleys of which the axis of rotation is perpendicular to the axis of rotation of the drum ; - means, referred to as follower means , for translationally moving the orientation pulley so that, when unwinding or winding the cable on the drum , said cable is oriented by the orientation pulley according to an angular deviation which is less than a maximum value , referred to as the tolerance angle, with respect to the helix angle of the helical guide thread, the tolerance angle being less than +/- 3° with respect to said helix angle ; the two pulleys being configured to follow an exit or entry point of the cable on the drum and to allow the cable to be oriented at the exit, or at the entry in the case of winding, of the winch drum according to an angular orientation of 180°, while maintaining the possibility of the cable leaving or entering the drum according to the angular deviation which is less than the maximum value . i. a plurality of cables extending between a fastening point on the platform and an anchor which is connected to a structure fixed in space, the anchor positions not being contained in the same plane; ii. a set of cables, referred to as a motor assembly, of which one end of each cable is attached to a motorized winch for winding and unwinding the cable on said winch; iii. a set of cables, referred to as a reconfigurable assembly, of which the fastening points or anchors are capable of being moved with respect to the platform or in the fixed structure ; - a winding drum which is rotated by the winch motor and comprises a helical guide thread for winding the cable ; - two orientation pulleys of which the axis of rotation is perpendicular to the axis of rotation of the drum ; - means, referred to as follower means , for translationally moving the orientation pulley so that, when unwinding or winding the cable on the drum , said cable is oriented by the orientation pulley according to an angular deviation which is less than a maximum value , referred to as the tolerance angle, with respect to the helix angle of the helical guide thread, the tolerance angle being less than +/- 3° with respect to said helix angle ;
Clamping jaw arrangement with two jaw elements, wherein one jaw element is designed as a carrier jaw and one jaw element is designed as an interchangeable jaw , which is mounted or can be mounted exchangeably on the upper side of the carrier jaw , securing means comprising a securing element which is movably arranged on the one jaw element so that it can be moved between a securing position in which an end section of the securing element projects beyond the one jaw element, so that it comes or can be brought into engagement with a recess of the other jaw element in order to secure the jaw elements in a defined position relative to one another, and a release position in which the securing element is countersunk into the one jaw element in order to release the jaw elements from one another, and actuating means which are designed and suitable for moving the securing element into its release position, characterized in that the actuating means are arranged in the interchangeable jaw . two jaw elements, wherein one jaw element is designed as a carrier jaw and one jaw element is designed as an interchangeable jaw , which is mounted or can be mounted exchangeably on the upper side of the carrier jaw , securing means comprising a securing element which is movably arranged on the one jaw element so that it can be moved between a securing position in which an end section of the securing element projects beyond the one jaw element, so that it comes or can be brought into engagement with a recess of the other jaw element in order to secure the jaw elements in a defined position relative to one another, and a release position in which the securing element is countersunk into the one jaw element in order to release the jaw elements from one another, and actuating means which are designed and suitable for moving the securing element into its release position,
A tumble dryer comprising: - a dryer cabinet, comprising a plastic basement having formed therein passages for a drying air flow; - a drum rotatably accommodated within said cabinet; - a plurality of rollers provided within said cabinet for rotatably supporting the drum ; characterized in that said rollers are rotatably supported by respective pins provided on said plastic basement . - a dryer cabinet, comprising a plastic basement having formed therein passages for a drying air flow; - a drum rotatably accommodated within said cabinet; - a plurality of rollers provided within said cabinet for rotatably supporting the drum ;