mhurhangee/patent-ind-claim-en huggingface dataset:
Brake disc , in particular for a motor vehicle, having a base disc composed of a first material and having a wear-reducing coating composed of a second material, wherein the first material is a lightweight metal and the second material is an oxide layer , characterized in that the first material is applied to a support body manufactured from plastic, and the support body has at least one chamber , in which a phase change material is arranged.
A method for implementing de-scrambling and de-spreading, comprising: performing an operation of complex multiplication on baseband data and corresponding de-scrambling and de-spreading codes by adopting data transformation and addition, and storing data obtained by the complex multiplication into a vector register file ; reading from the vector register file a row of data obtained by the complex multiplication, accumulating every two adjacent pieces of data in the row of data to obtain a half row of data, and storing the obtained data back into the vector register file; continuing reading a previous accumulation result from the vector register file or a previous accumulation result reserved in a result register of a vector computing unit, accumulating every two adjacent pieces of data in the previous accumulation result to obtain a 1/4 row of data, and continuing accumulation to finally obtain one piece of accumulated data; and continuing the accumulation processing on other rows of data to implement accumulation of each row of data obtained by the complex multiplication in the vector register file . performing an operation of complex multiplication on baseband data and corresponding de-scrambling and de-spreading codes by adopting data transformation and addition, and storing data obtained by the complex multiplication into a vector register file ; reading from the vector register file a row of data obtained by the complex multiplication, accumulating every two adjacent pieces of data in the row of data to obtain a half row of data, and storing the obtained data back into the vector register file; continuing reading a previous accumulation result from the vector register file or a previous accumulation result reserved in a result register of a vector computing unit, accumulating every two adjacent pieces of data in the previous accumulation result to obtain a 1/4 row of data, and continuing accumulation to finally obtain one piece of accumulated data; and continuing the accumulation processing on other rows of data to implement accumulation of each row of data obtained by the complex multiplication in the vector register file .
A method of wireless communication comprising: determining an inter-modulation distortion, IMD, value between communications on a first configuration of a first radio access network, RAN, and communications on a second configuration of a second RAN when transmissions occur simultaneously on the first RAN and the second RAN, the method characterized by : dynamically switching between a non-standalone, NSA, mode and a standalone, SA, mode of operation based on the IMD value and a quality of service, QoS, requirement for the SA mode, wherein said dynamic switching involves temporarily suspending, disabling, or reducing a usage of the RAN that causes the IMD.
Method for controlling a pressure to a target pressure in a crankcase of an internal combustion engine with a crankcase venting device , wherein the crankcase venting device comprises a suction line , by means of which blow-by gas can be removed from the crankcase , a pumping device driven by an electric drive and an oil mist separating device , and wherein the pumping device and the oil mist separating device are arranged in the suction line , characterized in that - a rotational speed of the electric drive is controlled in a closed-loop and/or open-loop manner, - the rotational speed of the electric drive is used as a manipulated variable for the control of the pressure in the crankcase , and - that at least one performance parameter of the electric drive is evaluated in order to infer the pressure in the crankcase . - a rotational speed of the electric drive is controlled in a closed-loop and/or open-loop manner, - the rotational speed of the electric drive is used as a manipulated variable for the control of the pressure in the crankcase , and - that at least one performance parameter of the electric drive is evaluated in order to infer the pressure in the crankcase .
Liquid tank for holding liquid in a motor vehicle, with: a liquid tank shell , which encloses an interior of the liquid tank for receiving liquid , wherein the liquid tank shell is formed from a plastic, wherein an antimicrobial agent is embedded within the plastic, wherein the plastic is penetrable by the antimicrobial agent ; and wherein the plastic is adapted to deliver the embedded antimicrobial agent to a liquid in the interior of the liquid tank by diffusion, and wherein the plastic of the liquid tank shell has small pores through which the antimicrobial agent , which is embedded in the plastic, can penetrate in the course of a diffusion process, so that the plastic is penetrable by the antimicrobial agent . a liquid tank shell , which encloses an interior of the liquid tank for receiving liquid , wherein the liquid tank shell is formed from a plastic, wherein an antimicrobial agent is embedded within the plastic, wherein the plastic is penetrable by the antimicrobial agent ; and wherein the plastic is adapted to deliver the embedded antimicrobial agent to a liquid in the interior of the liquid tank by diffusion, and wherein the plastic of the liquid tank shell has small pores through which the antimicrobial agent , which is embedded in the plastic, can penetrate in the course of a diffusion process, so that the plastic is penetrable by the antimicrobial agent .
An ignition system (T) for a combustion engine, the internal combustion engine comprising a control system, the ignition system (T) further comprising a power source , at least one ignition coil (10, 1 1, 12) having at least one primary winding (L2, L4, L6) and one secondary winding (L3, L5, L7) for a spark plug , and an ignition- voltage measurement device adapted to measure the ignition voltage, said measurement device being adapted to provide measurement signals to said control system for regulating the ignition system (T), wherein the ignition system (T) also comprises means for transforming up voltage and storing energy, and a plurality of switches (S1-S7), said control system being adapted to control said switches (S1-S7), by means of said measuring signals, for the supply of adaptive spark energy and/or to control the polarity of the spark, wherein the ignition system comprises at least one coil switch (Sp1-Sp3) triggering the start of the spark, and is characterized in that the ignition-voltage measurement device comprises measurement circuits connected via a return conductor (10", 11", 12") to at least said one secondary winding (L3, L5, L7) and configured to capture a transient signal obtained from the sparkover, and the control system is adapted to measure, by means of the ignition-voltage measurement device , the ignition voltage by measuring the time elapsed from spark start, when the at least one coil switch (Sp1-Sp3) closes, until the transient signal from the sparkover is captured in one of said measurement circuits .
An electronic device comprising a body and an electronic or electrical circuit comprising two electronic or electrical components (210; 231) interconnected and disposed at different heights in the thickness of the body of the device, said components comprising first and second interconnection pads, respectively, said device comprising an intermediate electrical interconnection shim that is electrically conductive or has an electrical insulator and which is disposed between said interconnection pads and has a calibrated thickness, characterised in that the shim is configured and connected in accordance with an SMC (surface-mount component) electrical component.
A sealant bottle for tyre repair of vehicle, wherein comprising a bottle body for holding sealant and a flexible sealant hose arranged within the bottle body ; a first bottle cap and a second bottle cap are disposed at an opening for outputting sealant of the bottle body , wherein the first bottle cap completely surrounds the second bottle cap , characterized in that the second bottle cap can slide within the first bottle cap ; the sealant within the bottle body is led out by combination of the sealant hose and a connection tube of sealant bottle passing through the second bottle cap ; the flexible sealant hose is connected with a one-way valve at its one end; the one-way valve includes a valve body , a sealing plug and a valve cover , while the valve cover is arranged at one end of the valve body that is far away from the sealant hose ; the valve body is arranged with a channel and a groove for guiding the sealant inside, wherein the groove for guiding the sealant connected to the channel is arranged at one end of the channel that is far away from the valve cover ; the sealing plug is arranged in the channel and it can move therein along the axial direction of the bottle body ; the one-way valve is arranged with a gravitational shell which surrounds the one-way valve, the channel has a length providing some moving space for the sealing plug so as to eliminate a pressure change caused by the expansion and/or contraction of the air and sealant; during movement, the sealing plug always abuts against the wall of the channel so as to ensure a sealing environment inside the whole sealant bottle; and wherein the gravitational shell has a specific gravity greater than a specific gravity of the flexible sealant hose.
A medical device comprising: an outer tubular member ; a middle tubular member configured to be received within the outer tubular member ; an inner tubular member configured to be received within the middle tubular member ; an engagement gear configured to engage both the middle tubular member and the inner tubular member ; and a cannulated electrical motor configured to be attachable to the inner tubular member ; wherein the inner tubular member is configured to be rotatable in one direction while the middle tubular member is configured to be simultaneously rotatable in an opposite direction through the engagement gear ; characterized in that a distal end of the middle tubular member forms a closed configuration with a distal end of the outer tubular member when the inner tubular member and the middle tubular member are not rotating. an outer tubular member ; a middle tubular member configured to be received within the outer tubular member ; an inner tubular member configured to be received within the middle tubular member ; an engagement gear configured to engage both the middle tubular member and the inner tubular member ; and a cannulated electrical motor configured to be attachable to the inner tubular member ; wherein the inner tubular member is configured to be rotatable in one direction while the middle tubular member is configured to be simultaneously rotatable in an opposite direction through the engagement gear ; characterized in that a distal end of the middle tubular member forms a closed configuration with a distal end of the outer tubular member when the inner tubular member and the middle tubular member are not rotating.
Method for processing an electrically insulating protective material intended for covering at least one surface of an electrical component to be insulated comprising first and second electrical contacts (120; 130), the method comprising the following steps: - mixing an electrically insulating host matrix with a particulate filler having dielectric permittivity higher than that of the host matrix, so as to obtain a homogeneous composite mixture; - covering said at least one surface of the electrical component to be insulated with the homogeneous composite mixture; the method being characterized in that it comprises, subsequently to said step for covering, a step for applying an electrical field, of frequency lower than or equal to 10 Hz, to the homogeneous composite mixture by means of the first and second electrical contacts, so as to obtain a heterogeneous mixture having a composite part slightly loaded in particulates and first and second electrical field relaxing layers (192 1 , 192 2 ) more highly loaded in particulates extending in surface respectively of said first and second electrical contacts. - mixing an electrically insulating host matrix with a particulate filler having dielectric permittivity higher than that of the host matrix, so as to obtain a homogeneous composite mixture; - covering said at least one surface of the electrical component to be insulated with the homogeneous composite mixture;
A system for adjusting a bending moment of a shaft in a wind turbine , the system comprising: a pillow block accepting the shaft therethrough; a plurality of sensors mounted to the pillow block and measuring deformation of the pillow block ; a control system communicatively coupled to the plurality of sensors , the control system configured to adjust a rotor blade in response to the deformation of the pillow block , characterized in that : at least one of the sensors measures deformation due to bending of the shaft about a yaw axis and at least another one of the sensors measures deformation due to bending of the shaft about a tilt axis ; and the plurality of sensors are mounted to the pillow block at maximum deformation locations which are locations of the pillow block subjected to relatively higher deformation than surrounding locations on the pillow block due to bending of the shaft about at least one axis . a pillow block accepting the shaft therethrough; a plurality of sensors mounted to the pillow block and measuring deformation of the pillow block ; a control system communicatively coupled to the plurality of sensors , the control system configured to adjust a rotor blade in response to the deformation of the pillow block , characterized in that : at least one of the sensors measures deformation due to bending of the shaft about a yaw axis and at least another one of the sensors measures deformation due to bending of the shaft about a tilt axis ; and the plurality of sensors are mounted to the pillow block at maximum deformation locations which are locations of the pillow block subjected to relatively higher deformation than surrounding locations on the pillow block due to bending of the shaft about at least one axis . at least one of the sensors measures deformation due to bending of the shaft about a yaw axis and at least another one of the sensors measures deformation due to bending of the shaft about a tilt axis ; and the plurality of sensors are mounted to the pillow block at maximum deformation locations which are locations of the pillow block subjected to relatively higher deformation than surrounding locations on the pillow block due to bending of the shaft about at least one axis .
A fastener for a drive system, said fastener comprising: a recess and a drive surface in the recess , a plurality of lobes , each lobe comprising a plurality of drive surfaces , each of said drive surfaces being formed of polygon involutes, each polygon involute comprising two arcs, each arc having a constant but different radius (R1, R2), characterised in that between each lobe is a flute , which provides a wall which extends between adjoining said lobes , wherein said wall is either flat, convex circular or convex vertex. a recess and a drive surface in the recess , a plurality of lobes , each lobe comprising a plurality of drive surfaces , each of said drive surfaces being formed of polygon involutes, each polygon involute comprising two arcs, each arc having a constant but different radius (R1, R2), characterised in that between each lobe is a flute , which provides a wall which extends between adjoining said lobes , wherein said wall is either flat, convex circular or convex vertex.
A policy distribution means adapted to operate in a system operable to control distribution of an access control policy to permit/deny access to a protected means using partial evaluation, wherein the policy distribution means is connected to a storing means and to a policy decision means , wherein the policy distribution means receives from the policy decision means static attributes of a protected means and is operable to construct a partial access control request from static attributes of said protected means and to perform partial evaluation against an access control policy function stored in a storing means using said partial access control request, resulting in a simplified access control policy function, wherein said policy distribution means is operable to send said simplified access control policy function to said policy decision means , thereby enabling the policy decision means to use said simplified access control policy function to evaluate access control requests regarding said protected means , and to return a permit/deny response to a guard means .
A process for preparing a compound of the structural formula (I): the process comprising: (a) reacting a compound of the structural formula (II): with an oxidizing agent in a reactor comprising an oxidation catalyst and a solvent; and (b) removing water vapor from the reactor while the reaction is occurring, wherein: the oxidation catalyst comprises cobalt, manganese, and bromine; the solvent comprises a monocarboxylic acid having 2 to 6 carbon atoms; R 1 is hydrogen, R 3 O-, or R 3 C(O)O-; R 2 is an alkyl group having 1 to 6 carbon atoms; and R 3 is hydrogen or an alkyl group having 1 to 6 carbon atoms. (a) reacting a compound of the structural formula (II): with an oxidizing agent in a reactor comprising an oxidation catalyst and a solvent; and (b) removing water vapor from the reactor while the reaction is occurring, wherein: the oxidation catalyst comprises cobalt, manganese, and bromine; the solvent comprises a monocarboxylic acid having 2 to 6 carbon atoms; R 1 is hydrogen, R 3 O-, or R 3 C(O)O-; R 2 is an alkyl group having 1 to 6 carbon atoms; and R 3 is hydrogen or an alkyl group having 1 to 6 carbon atoms.
Method for producing a plastics article by injection moulding, using an injection-moulding tool having a first mould half and a second mould half which between them form a cavity and can be moved apart and moved together to open and close the injection-moulding tool, wherein a molten plastics material is injected into the cavity of the closed injection-moulding tool and solidifies therein and the plastics article thereby formed is demoulded by opening of the injection-moulding tool, wherein before the molten plastics material is injected into the injection-moulding tool, a planar decorative material having a rear side and a visible side is attached to one of the mould halves of the opened injection-moulding tool that form the cavity in such a way that, after the injection-moulding tool has been closed, on injection of the molten plastics material and/or on solidification of the molten plastics material the decorative material bonds on its rear side to the plastics material in order that its visible side then forms at least part of a surface of the plastics article, wherein the planar decorative material is at certain points, in certain regions or over the entire surface provided with an adhesive and is fixed by means of the adhesive to one of the mould halves of the opened injection-moulding tool that form the cavity and the planar decorative material is fixed by its rear side to the first mould half of the injection-moulding tool, the decorative material not having its entire surface in contact with the first mould half ; characterised in that the decorative material has at least one portion which projects into the cavity, and the molten plastics material is injected from the second mould half into the cavity so that the molten plastics material strikes the at least one portion of the rear side of the planar decorative material , detaches the latter from the first mould half and presses it against the second mould half .
A method of lubricating a stationary transfer plate transporting open beverage containers to the closing device comprising diluting a concentrated lubricant composition to form a dilute lubricant composition and applying the dilute lubricant composition to a stationary transfer plate, the dilute lubricant composition comprising from 0.0001 wt.% to 0.05% of a silicone oil; an emulsifier; and water; and wherein the dilute lubricant composition is applied continuously. from 0.0001 wt.% to 0.05% of a silicone oil; an emulsifier; and water; and wherein the dilute lubricant composition is applied continuously.
A method for configuring resources for terminal devices , the method being performed by a radio equipment, RE, of an access node , the RE having an interface to a radio equipment controller, REC, of the access node, the method comprising: configuring (S110) the resources for at least one of uplink reception and downlink transmission using beamforming weights determined according to a selected one among two available alternatives of: based on internal information on channel estimates obtained locally in the RE, and based on external information received from the REC over the interface.
A hinge cover member for use with a swan neck type hinge for attaching a closure to a vehicle body, the hinge having a mounting structure at one end of a hinge arm for attaching the hinge arm to the closure, the hinge cover member comprising an elongate channel shaped portion for receiving the hinge arm and a housing portion at one end of the elongate channel shaped portion configured to overlie part of a surface of the closure about the mounting structure, characterized in that the housing portion defines at least one formation for attaching an edge of a trim panel mounted to the closure, to the housing portion.