mhurhangee/ep-ind-claims huggingface dataset:
A method for acquiring a precoding matrix comprising: for each receiving end, selecting interference vectors as interference space basis vectors from whole interference vectors, and representing remaining interference vectors as a linear combination of the interference space basis vectors, wherein the remaining interference vectors are the interference vectors in the whole interference vectors of the receiving end except the interference vectors which act as the interference space basis vectors; and determining a currently used precoding matrix according to the linear combination of the interference space basis vectors represented by the remaining interference vectors of each receiving end and the current channel condition. for each receiving end, selecting interference vectors as interference space basis vectors from whole interference vectors, and representing remaining interference vectors as a linear combination of the interference space basis vectors, wherein the remaining interference vectors are the interference vectors in the whole interference vectors of the receiving end except the interference vectors which act as the interference space basis vectors; and determining a currently used precoding matrix according to the linear combination of the interference space basis vectors represented by the remaining interference vectors of each receiving end and the current channel condition.
A process for the emulsifier-free preparation of water expandable polymer beads, which process comprises the steps of: a) providing an emulsifier-free starting composition comprising styrene and a polyphenylene ether resin, b) prepolymerizing the starting composition to obtain a prepolymer composition, c) adding an aqueous dispersion of a modifier-free nanoclay to the prepolymer composition to obtain an inverse emulsion, d) suspending the inverse emulsion obtained by step c) in an aqueous medium to yield an aqueous suspension of suspended droplets and e) polymerizing the monomers in the droplets of the suspension obtained by step d) to obtain the water expandable polymer beads. a) providing an emulsifier-free starting composition comprising styrene and a polyphenylene ether resin, b) prepolymerizing the starting composition to obtain a prepolymer composition, c) adding an aqueous dispersion of a modifier-free nanoclay to the prepolymer composition to obtain an inverse emulsion, d) suspending the inverse emulsion obtained by step c) in an aqueous medium to yield an aqueous suspension of suspended droplets and e) polymerizing the monomers in the droplets of the suspension obtained by step d) to obtain the water expandable polymer beads.
A capacitive motor vehicle operating system comprising a capacitive screen having an operator interface and a pressure- and rotational-actuation device which is formed separately from the capacitive screen and is electrically conductive in areas and is at least partially affixed to the operator interface of the capacitive screen, the pressure- and rotational-actuation device comprising at least one electrically conductive interaction element (26, 36) which interacts with the capacitive screen, wherein a pressure actuation is effected substantially parallel to a rotational axis towards the capacitive screen, wherein, during actuation of the pressure- and rotational-actuation device, there is an electrical connection between the operator interface of the capacitive screen and a rotatable actuation element of the pressure- and rotational-actuation device, and wherein the electrical connection is provided via the at least one electrically conductive interaction element (26, 36) which contacts the operator interface during actuation, characterized in that the pressure- and rotational-actuation device is formed to be ring-shaped, the motor vehicle operating system being configured to detect at least one pressure actuation of the pressure- and rotational-actuation device by means of the capacitive screen in a capacitive manner, and the entire pressure- and rotational-actuation device being laterally immobile in a plane spanned by the screen.
A cooking appliance comprising at least one cooking surface (12, 14), wherein - the cooking surface includes a horizontal top side and at least one basin extending downwards from said top side, - the basin is provided for receiving at least one cooking vessel (22, 24, 26), so that the cooking vessel (22, 24, 26) is at least partially enclosed by the basin, - the basin includes a horizontal bottom and a side wall enclosing said bottom, - the top side of the cooking surface encloses an upper edge of the side wall of the basin, - at least one heating element is arranged below or inside the bottom of the basin, and - at least one temperature sensor is arranged inside or below the basin, so that - the temperature sensor is in a direct or indirect thermal contact with a corresponding cooking vessel (22, 24, 26), characterized in that the basin is provided for receiving a combination of standardized cooking vessels (22, 24, 26), wherein the size of each standardized cooking vessel (22, 24, 26) is an integer multiple of a base unit area, and wherein the size of one heating element or of some adjacent heating elements corresponds with the base unit area for the standardized cooking vessels (22, 24, 26), and wherein each standardized cooking vessel (22, 24, 26) is separately heated by one or more heating elements, and wherein the cooking surface (12, 14) is made of glass ceramics. - the cooking surface includes a horizontal top side and at least one basin extending downwards from said top side, - the basin is provided for receiving at least one cooking vessel (22, 24, 26), so that the cooking vessel (22, 24, 26) is at least partially enclosed by the basin, - the basin includes a horizontal bottom and a side wall enclosing said bottom, - the top side of the cooking surface encloses an upper edge of the side wall of the basin, - at least one heating element is arranged below or inside the bottom of the basin, and - at least one temperature sensor is arranged inside or below the basin, so that - the temperature sensor is in a direct or indirect thermal contact with a corresponding cooking vessel (22, 24, 26),
A resin sheet comprising a layer comprising a resin composition comprising an aliphatic epoxy-modified silicone compound, a branched imide resin having an isocyanurate group and a carboxyl group, titanium dioxide and a wetting and dispersing agent.
A loudspeaker device comprising: - a loudspeaker unit comprising a diaphragm with a first and second surface, such as the front and rear surface of the diaphragm, respectively, and an enclosure in which the loudspeaker unit is mounted such that the first surface of the diaphragm is in acoustic communication with the surroundings of the loudspeaker device; - an internal cavity formed in the enclosure and being in acoustic communication with the surroundings of the loudspeaker device via an acoustic element; - where the second surface of the diaphragm is in acoustic communication with the internal cavity; - wherein the acoustic element can be varied between a state in which sound energy generated by the loudspeaker unit in the internal cavity can be emitted to the surroundings via the acoustic element and a state in which sound energy is substantially prevented from entering the surroundings via the acoustic element, characterized in that the loudspeaker device is provided with digital signal processing filter means that interacts with the state of the acoustic element, whereby different filter adjustments can be applied to the input signal to the loudspeaker device dependent on the state of the acoustic element. - a loudspeaker unit comprising a diaphragm with a first and second surface, such as the front and rear surface of the diaphragm, respectively, and an enclosure in which the loudspeaker unit is mounted such that the first surface of the diaphragm is in acoustic communication with the surroundings of the loudspeaker device; - an internal cavity formed in the enclosure and being in acoustic communication with the surroundings of the loudspeaker device via an acoustic element; - where the second surface of the diaphragm is in acoustic communication with the internal cavity; - wherein the acoustic element can be varied between a state in which sound energy generated by the loudspeaker unit in the internal cavity can be emitted to the surroundings via the acoustic element and a state in which sound energy is substantially prevented from entering the surroundings via the acoustic element,
A histochemical process composition, comprising: (a) deionized water; (b) a composition comprising 5-chloro-2-methyl-4-isothiazolin-3-one 2.30%; 2-methyl-4-isothiazolin-3-one 0.70%; modified glycol 93-95%; and alkyl carboxylate 2-3%; (c) from 2.5 parts per million to 25 parts per million of at least one nanoparticle; and (d) in addition (i) Tris base, boric acid, and EDTA disodium dehydrate; or (ii) sodium citrate dihydrate, citric acid monohydrate and polyoxyethylenesorbitan monolaurate; or (iii) sodium citrate dehydrate and citric acid monohydrate. (a) deionized water; (b) a composition comprising 5-chloro-2-methyl-4-isothiazolin-3-one 2.30%; 2-methyl-4-isothiazolin-3-one 0.70%; modified glycol 93-95%; and alkyl carboxylate 2-3%; (c) from 2.5 parts per million to 25 parts per million of at least one nanoparticle; and (d) in addition (i) Tris base, boric acid, and EDTA disodium dehydrate; or (ii) sodium citrate dihydrate, citric acid monohydrate and polyoxyethylenesorbitan monolaurate; or (iii) sodium citrate dehydrate and citric acid monohydrate. (i) Tris base, boric acid, and EDTA disodium dehydrate; or (ii) sodium citrate dihydrate, citric acid monohydrate and polyoxyethylenesorbitan monolaurate; or (iii) sodium citrate dehydrate and citric acid monohydrate.
A stove, using biomass pellets as fuels, comprising: a stove body that includes a firebox; at least one hopper for storing fuels; and at least one feed tube extending between the at least one hopper and the firebox; and at least one control lever disposed on the at least one feed tube; wherein, fuels within the at least one hopper are prevented from entering the firebox along the at least one feed tube when the at least one control lever is in a first position, and fuels within the at least one hopper enter the firebox along the at least one feed tube under gravity when the at least one control lever is in a second position, wherein said at least one control lever is disposed laterally on the at least one feed tube, and the at least one control lever includes a fork having a plurality of tines extending from a first side of the at least one control lever and movable respectively out of and into an intersection portion of the feed tube, characterized in that the fork is movable along a lateral direction of the feed tube, and the at least one control lever includes a handle portion for being gripped by a user of the stove for lifting and/or moving the stove. a stove body that includes a firebox; at least one hopper for storing fuels; and at least one feed tube extending between the at least one hopper and the firebox; and at least one control lever disposed on the at least one feed tube; wherein, fuels within the at least one hopper are prevented from entering the firebox along the at least one feed tube when the at least one control lever is in a first position, and fuels within the at least one hopper enter the firebox along the at least one feed tube under gravity when the at least one control lever is in a second position, wherein said at least one control lever is disposed laterally on the at least one feed tube, and the at least one control lever includes a fork having a plurality of tines extending from a first side of the at least one control lever and movable respectively out of and into an intersection portion of the feed tube, characterized in that the fork is movable along a lateral direction of the feed tube, and the at least one control lever includes a handle portion for being gripped by a user of the stove for lifting and/or moving the stove.
Seal for a door, having a housing, a sealing bar (13, 14) which is displaceable to the housing, and having a trigger with which a displacement of the sealing bar (13, 14) to the housing can be triggered, characterised in that the seal has at least two modules (Ma, Mb), wherein each module has - a module housing (2a, 2b) which is fastened to the housing, - a displacement part (3a, 3b) which is displaceable to the module housing (2a, 2b), and - a scissor mechanism (Sa, Sb) which is connected to the module housing (2a, 2b), to the sealing bar (13, 14) and to the displacement part (3a, 3b), - wherein the displacement parts (3a, 3b) of the modules are connected to one another via connecting rods (8, 9) and - wherein in the non-triggered state of the scissor mechanisms (Sa, Sb) there is no play between the connecting rods (8, 9) and the displacement parts (3a, 3b). - a module housing (2a, 2b) which is fastened to the housing, - a displacement part (3a, 3b) which is displaceable to the module housing (2a, 2b), and - a scissor mechanism (Sa, Sb) which is connected to the module housing (2a, 2b), to the sealing bar (13, 14) and to the displacement part (3a, 3b), - wherein the displacement parts (3a, 3b) of the modules are connected to one another via connecting rods (8, 9) and - wherein in the non-triggered state of the scissor mechanisms (Sa, Sb) there is no play between the connecting rods (8, 9) and the displacement parts (3a, 3b).
A resin containing at least 50 % by weight of cyclic diesters and oligomers synthesised from the said diesters and at least one cross linking agent that contains at least two chemical groups capable of establishing a chemical bond to poly lactic acid.
A device for resistive heating of a body vessel in a body, the device comprising: a support comprising a proximal end and extending to a distal end, the support defining a longitudinal axis; a coil helically disposed about the support and being electrically conductive, the coil comprising a first end and extending to a second end disposed at the distal end, the coil including an electrical connection point disposed between the first end and the second end to define: a first portion of the coil between the first end and the electrical connection point, and a second portion of the coil between the electrical connection point and the second end; the first portion comprising a first plurality of first windings and the second portion comprising a second plurality of second windings, the first windings having a first average pitch and the second windings having a second average pitch, the second average pitch being less than the first average pitch; and a first insulated wire and a second insulated wire, each of the insulated wires being for connection to a source of electrical current, the first insulated wire being connected to the coil at the electrical connection point, the second insulated wire being connected to the second end, such that when the insulated wires are connected to the source of electrical current, the second portion allows for resistive heating in the body vessel. a support comprising a proximal end and extending to a distal end, the support defining a longitudinal axis; a coil helically disposed about the support and being electrically conductive, the coil comprising a first end and extending to a second end disposed at the distal end, the coil including an electrical connection point disposed between the first end and the second end to define: a first portion of the coil between the first end and the electrical connection point, and a second portion of the coil between the electrical connection point and the second end; a first portion of the coil between the first end and the electrical connection point, and a second portion of the coil between the electrical connection point and the second end; the first portion comprising a first plurality of first windings and the second portion comprising a second plurality of second windings, the first windings having a first average pitch and the second windings having a second average pitch, the second average pitch being less than the first average pitch; and a first insulated wire and a second insulated wire, each of the insulated wires being for connection to a source of electrical current, the first insulated wire being connected to the coil at the electrical connection point, the second insulated wire being connected to the second end, such that when the insulated wires are connected to the source of electrical current, the second portion allows for resistive heating in the body vessel.
An apparatus for performing a contact mechanics test in a substrate, the apparatus comprising: a stylus having at least two contact elements, each contact element having a contact profile, the contact elements disposed in the stylus to define a stretch passage therebetween, the stylus configured to deform the substrate so as to form a ligament and cause the substrate to flow between the contact elements and induce tension in the ligament within the stretch passage to generate and preserve micromodifications in the substrate; and a system configured to move the stylus laterally along a substrate surface as the substrate is deformed by the stylus. a stylus having at least two contact elements, each contact element having a contact profile, the contact elements disposed in the stylus to define a stretch passage therebetween, the stylus configured to deform the substrate so as to form a ligament and cause the substrate to flow between the contact elements and induce tension in the ligament within the stretch passage to generate and preserve micromodifications in the substrate; and a system configured to move the stylus laterally along a substrate surface as the substrate is deformed by the stylus.
A stopper for a transportation system configured to convey a load, comprising: - a stop element configured to contact with the load, wherein the stop element is pivotable about a stop axis, - a cam configured to support the stop element, wherein the cam is rotatable about a cam axis, and - a push rod connected to the cam; wherein - the stop element rests on a first perimeter section of the cam when the push rod is arranged in a lock position, - the stop element rests on a second perimeter section of the cam when the push rod is arranged in an unlock position, characterized in that, - the first perimeter section ranges over a circular segment of the cam of at least 90°, and - the second perimeter section also ranges over a circular segment of the cam of at least 90°. - a stop element configured to contact with the load, wherein the stop element is pivotable about a stop axis, - a cam configured to support the stop element, wherein the cam is rotatable about a cam axis, and - a push rod connected to the cam; wherein - the stop element rests on a first perimeter section of the cam when the push rod is arranged in a lock position, - the stop element rests on a second perimeter section of the cam when the push rod is arranged in an unlock position, - the first perimeter section ranges over a circular segment of the cam of at least 90°, and - the second perimeter section also ranges over a circular segment of the cam of at least 90°.
A method for configuring a personality agnostic data link layer, CXLCM, module as controller instance, CXLCM controller (100, 200), wherein the CXLCM controller (100, 200) is adapted to interface with a logical physical unit, PHY, module according to a data bus in accordance with a Logical PHY Interface, LPIF, specification, wherein a Compute Express Link, CXL, FlexBus, FxB, link is divided into a plurality of physical ports and lanes of the LPIF data bus interface are subdivided to each of the physical ports of the FxB link, the CXLCM Controller (100, 200) is part of a protocol stack through which communications flow, where the protocol stack further includes a transaction layer and a physical layer, and the CXLCM Controller (100, 200) comprises a plurality of logical ports, wherein the plurality of logical ports are defined as logical entities that provide a one-to-one mapping to the subdivided FxB link and thus to the corresponding physical ports, a given port of the plurality of logical ports is capable of packing cache and memory transactions, and another port of the plurality of ports is capable of packing memory transactions only, the method comprising: receiving configuration information comprising one or more protocol encodings messages according to the LPIF definition providing clues about device types of one or more CXL, Type 1 or Type 2 devices coupled to the plurality of the physical ports; in response to the configuration information, configuring a first selection circuit of the CXLCM controller (100, 200) to cause cache memory protocol traffic to be directed to the given logical port; and receiving, from the transaction layer, information in a buffer (110,115) wherein when a given cache memory data unit is selected for output from the buffer, it is provided to the first selection circuit then directing the cache memory data unit, via the first selection circuit, to the given logical port and thereafter to the first corresponding physical port for transfer to the corresponding CXL Type 1 or Type 2 device. receiving configuration information comprising one or more protocol encodings messages according to the LPIF definition providing clues about device types of one or more CXL, Type 1 or Type 2 devices coupled to the plurality of the physical ports; in response to the configuration information, configuring a first selection circuit of the CXLCM controller (100, 200) to cause cache memory protocol traffic to be directed to the given logical port; and receiving, from the transaction layer, information in a buffer (110,115) wherein when a given cache memory data unit is selected for output from the buffer, it is provided to the first selection circuit then directing the cache memory data unit, via the first selection circuit, to the given logical port and thereafter to the first corresponding physical port for transfer to the corresponding CXL Type 1 or Type 2 device.
A method for simultaneously coloring and permanently shaping keratin-containing fibers, in particular human hair, wherein the keratin-containing fibers are wetted prior to step (i), (i) an aqueous composition, containing at least one oxidation dye precursor, at least one cationic polymer and hydrogen peroxide, is applied to the fibers, (ii) the fibers are rinsed after a contact time Z1 and optionally dried, (iii) the fibers are then shaped with the aid of shaping aids, (iv) and an aqueous composition, containing at least one keratin-reducing compound (referred to as the waving agent below), is applied to the fibers, (v) the fibers are rinsed after a contact time Z2 and optionally dried, (vi) finally an oxidizing composition, containing at least one oxidizing compound (referred to as the fixing agent below), is applied to the fibers and rinsed off again after a contact time Z3, provided that - step (iii) takes place directly after step (ii), - step (iv) takes place directly after step (iii), or steps (iii) and (iv) take place simultaneously. (i) an aqueous composition, containing at least one oxidation dye precursor, at least one cationic polymer and hydrogen peroxide, is applied to the fibers, (ii) the fibers are rinsed after a contact time Z1 and optionally dried, (iii) the fibers are then shaped with the aid of shaping aids, (iv) and an aqueous composition, containing at least one keratin-reducing compound (referred to as the waving agent below), is applied to the fibers, (v) the fibers are rinsed after a contact time Z2 and optionally dried, (vi) finally an oxidizing composition, containing at least one oxidizing compound (referred to as the fixing agent below), is applied to the fibers and rinsed off again after a contact time Z3, - step (iii) takes place directly after step (ii), - step (iv) takes place directly after step (iii), or steps (iii) and (iv) take place simultaneously.