mhurhangee/ep-ind-claims huggingface dataset:
A base station (BS0-BS12) in a communication network being configured to measure the link quality of wireless links between a mobile terminal and at least the base station (BS0-BS12), the base station comprising a first and second resource allocation module, wherein at least one of the first and second resource allocation modules is adapted to perform wireless resources allocation to the mobile terminal in at least a first and second serving sector (SEC0-SEC6) of at least one cell (C0-C6) of the communication network using the link qualities, the first and second resource allocation modules being adapted to serve the first and second sectors respectively and wherein one of said first and second resource allocations modules is a master resource allocation module for the mobile terminal and the master allocation module is configured to allocate wireless resources to the mobile terminal in at least the first and second serving sectors using measured link qualities measured at the base station.
A hair care device for enhancing uptake of a topical in hair, the hair care device comprising: a topical delivery unit (206, 306) for applying the topical to the hair surface; an ultrasound generator for generating ultrasound at a frequency exceeding 15 MHz, wherein an ultrasound intensity is in a range between 2 W/cm 2 and 100 W/cm 2; and an ultrasound transducer for applying ultrasound to the topical and/or the hair surface to enhance uptake of the topical by the hair. a topical delivery unit (206, 306) for applying the topical to the hair surface; an ultrasound generator for generating ultrasound at a frequency exceeding 15 MHz, wherein an ultrasound intensity is in a range between 2 W/cm 2 and 100 W/cm 2; and an ultrasound transducer for applying ultrasound to the topical and/or the hair surface to enhance uptake of the topical by the hair.
An aircraft engine, comprising: a rotating structure; a casing circumferentially surrounding the rotating structure; and an acoustic panel for noise reduction circumferentially surrounding the rotating structure and disposed adjacent the casing, the acoustic panel comprising a plurality of acoustic panel members arranged adjacent to one another to form a substantially complete ring of the acoustic panel, wherein a first acoustic panel member of the plurality of acoustic panel members is adjacent to a second acoustic panel member of the plurality of acoustic panel members and wherein the first acoustic panel member is removably secured to the second acoustic panel member by a releasable fastening assembly characterised in that the releasable fastening assembly includes a first pocket attached to the first acoustic panel member, a second pocket attached to the second acoustic panel member, and a strap disposed within the first and second pockets. a rotating structure; a casing circumferentially surrounding the rotating structure; and an acoustic panel for noise reduction circumferentially surrounding the rotating structure and disposed adjacent the casing, the acoustic panel comprising a plurality of acoustic panel members arranged adjacent to one another to form a substantially complete ring of the acoustic panel, wherein a first acoustic panel member of the plurality of acoustic panel members is adjacent to a second acoustic panel member of the plurality of acoustic panel members and wherein the first acoustic panel member is removably secured to the second acoustic panel member by a releasable fastening assembly characterised in that the releasable fastening assembly includes a first pocket attached to the first acoustic panel member, a second pocket attached to the second acoustic panel member, and a strap disposed within the first and second pockets.
Use of a low-gluten flour composition which is suitable for foodstuffs, has a gluten content of at most 0.1% by weight and consists to an extent of at least 80% by weight, based on the total weight of the flour composition, of the following ingredients A, B and optionally C, wherein the total amount of ingredients A and B amounts to at least 50% by weight, based on the total weight of the composition: a. at least one flour or meal ingredient A, selected from golden flaxseed flour, golden flaxseed meal, chia seed flour, chia seed meal, with the proviso that the flour or meal ingredient A consists of at least 30% by weight, in particular at least 50% by weight, of ingredient A of flour or meal from golden flax or chia with an oil content of less than 20% by weight; b. at least one flour as ingredient B, which is selected from flours from nuts, flours of an oilseed of non-legumes that is different from golden flax and chia, flours from pseudograins and flours made from seeds of gluten-free grasses, wherein ingredient B has a gluten content of at most 0.1% by weight; c. optionally one or more coarse foodstuff ingredients as ingredient C, which have a gluten content of at most 0.1% by weight; for the production of ready-to-eat foodstuff porridge. a. at least one flour or meal ingredient A, selected from golden flaxseed flour, golden flaxseed meal, chia seed flour, chia seed meal, with the proviso that the flour or meal ingredient A consists of at least 30% by weight, in particular at least 50% by weight, of ingredient A of flour or meal from golden flax or chia with an oil content of less than 20% by weight; b. at least one flour as ingredient B, which is selected from flours from nuts, flours of an oilseed of non-legumes that is different from golden flax and chia, flours from pseudograins and flours made from seeds of gluten-free grasses, wherein ingredient B has a gluten content of at most 0.1% by weight; c. optionally one or more coarse foodstuff ingredients as ingredient C, which have a gluten content of at most 0.1% by weight;
A medical implant or medical device having a radially compressible and radially expandable, cylindrical, peripheral wall formed by webs in one piece, the webs having a cross section shaped essentially like a piece of cake and having two side faces (14, 15) converging toward the longitudinal axis of the peripheral wall, extending parallel to a radius of the peripheral wall, the webs each having a curved outer surface forming an outer lateral cylindrical surface of the peripheral wall in the compressed state of the peripheral wall, and the webs comprising of a composite material formed by at least two material components having different radiopacities and/or different electrical conductivities, characterized in that the webs each have an inner edge connecting the side faces (14, 15), arranged on the inside radially of the outer lateral cylindrical surface and forming a tip of the cross section of the webs shaped like a piece of cake.
An article comprising a ceramic composite part comprising ceramic material and diamond material, bonded to at least one other part, the article including at least the following three layers: (i) an attachment layer comprising a carbide bonded chemically to the diamond material, (ii) a brazeable layer including a refractory metal selected from W, Mo,Cr,Ni, Ta,Au,Pt,Pd,Nb or any combination or alloy thereof, and iii) an oxidation resistant layer selected from Ag, Sn, Au, Pt or alloys thereof, either with each other and/or with other metals included at an interface between the ceramic composite part and the other part; wherein the ceramic composite part is ScD material comprising diamond particles which provide the diamond material for the ceramic composite part within a matrix of silicon carbide that provides the at least one ceramic material of the ceramic composite part; and wherein the attachment layer is at least 0.1 microns thick. (i) an attachment layer comprising a carbide bonded chemically to the diamond material, (ii) a brazeable layer including a refractory metal selected from W, Mo,Cr,Ni, Ta,Au,Pt,Pd,Nb or any combination or alloy thereof, and iii) an oxidation resistant layer selected from Ag, Sn, Au, Pt or alloys thereof, either with each other and/or with other metals
A method, comprising: receiving into a computer system one or more drilling reports comprising text data representing one or more observations recorded during a drilling activity; storing the text data in a database; identifying one or more drilling events, drilling activities, or both from the text data using a computer model; obtaining (1312, 1320) feedback based at least in part on the one or more drilling events, drilling activities, or both that were identified; training the computer model based on the feedback; and operating a computer-based well planning system to generate or analyse a well plan containing the path of an intended well for drilling at an intended drilling location wherein the well planning system implements the trained computer model to identify one or more drilling events, drilling activities, or both from the stored text data and the generating or analysing of the well plan takes account of one or more identified drilling events, drilling activities, or both in one or more reports relating to drilling one or more wells offset from the intended drilling location. receiving into a computer system one or more drilling reports comprising text data representing one or more observations recorded during a drilling activity; storing the text data in a database; identifying one or more drilling events, drilling activities, or both from the text data using a computer model; obtaining (1312, 1320) feedback based at least in part on the one or more drilling events, drilling activities, or both that were identified; training the computer model based on the feedback; and operating a computer-based well planning system to generate or analyse a well plan containing the path of an intended well for drilling at an intended drilling location wherein the well planning system implements the trained computer model to identify one or more drilling events, drilling activities, or both from the stored text data and the generating or analysing of the well plan takes account of one or more identified drilling events, drilling activities, or both in one or more reports relating to drilling one or more wells offset from the intended drilling location.
A deceleration factor estimation apparatus estimating a deceleration factor of a vehicle, the apparatus comprising: a driving force acquisition unit that obtains a driving force of the vehicle; a speed acquisition unit that obtains a speed of the vehicle; an acceleration acquisition unit that obtains an acceleration of the vehicle; the apparatus characterized by comprising: a deceleration factor estimation unit (63, 64, 65, 66) that estimates a plurality of deceleration factors on the basis of a relationship between the obtained driving force, speed, and acceleration, wherein the deceleration factor estimation unit (63, 64, 65, 66) switches the deceleration factor to be estimated on the basis of the vehicle speed and the acceleration. a driving force acquisition unit that obtains a driving force of the vehicle; a speed acquisition unit that obtains a speed of the vehicle; an acceleration acquisition unit that obtains an acceleration of the vehicle; the apparatus characterized by comprising: a deceleration factor estimation unit (63, 64, 65, 66) that estimates a plurality of deceleration factors on the basis of a relationship between the obtained driving force, speed, and acceleration, wherein the deceleration factor estimation unit (63, 64, 65, 66) switches the deceleration factor to be estimated on the basis of the vehicle speed and the acceleration. a deceleration factor estimation unit (63, 64, 65, 66) that estimates a plurality of deceleration factors on the basis of a relationship between the obtained driving force, speed, and acceleration, wherein the deceleration factor estimation unit (63, 64, 65, 66) switches the deceleration factor to be estimated on the basis of the vehicle speed and the acceleration.
A random access transmission method, performed by a terminal side and comprising: obtaining resource allocation information for random access, wherein the resource allocation information indicates at least two candidate random access resources, and the candidate random access resources comprise candidate resources for sending data; selecting a target random access resource from the at least two candidate random access resources according to a preset selection rule; and sending a random access request message over the target random access resource; characterized in that, the preset selection rule comprises: in a case of contiguous resources, randomly selecting one of the contiguous resources; or in a case of noncontiguous resources, selecting the latest available one of the noncontiguous resources. obtaining resource allocation information for random access, wherein the resource allocation information indicates at least two candidate random access resources, and the candidate random access resources comprise candidate resources for sending data; selecting a target random access resource from the at least two candidate random access resources according to a preset selection rule; and sending a random access request message over the target random access resource; characterized in that, the preset selection rule comprises: in a case of contiguous resources, randomly selecting one of the contiguous resources; or in a case of noncontiguous resources, selecting the latest available one of the noncontiguous resources. in a case of contiguous resources, randomly selecting one of the contiguous resources; or in a case of noncontiguous resources, selecting the latest available one of the noncontiguous resources.
A method for synthesizing a pre-hydrolyzed polysilicate, the method comprising: (Step 1) introducing a polysilicate and an alcohol into a reactor; (Step 2) further introducing an acidic aqueous solution into the reactor to prepare a reaction mixture; and (Step 3) stirring the reaction mixture to perform a hydration reaction, wherein the reaction mixture includes water in an amount of 3 parts by weight to 42 parts by weight based on 100 parts by weight of the polysilicate; wherein the acidic aqueous solution comprises an acid catalyst in an amount of 0.005-0.073 parts by weight based on 100 parts by weight of polysilicate, wherein the alcohol is introduced in an amount of 20-280 parts by weight based on 100 parts by weight of the polysilicate. (Step 1) introducing a polysilicate and an alcohol into a reactor; (Step 2) further introducing an acidic aqueous solution into the reactor to prepare a reaction mixture; and (Step 3) stirring the reaction mixture to perform a hydration reaction, wherein the reaction mixture includes water in an amount of 3 parts by weight to 42 parts by weight based on 100 parts by weight of the polysilicate; wherein the acidic aqueous solution comprises an acid catalyst in an amount of 0.005-0.073 parts by weight based on 100 parts by weight of polysilicate, wherein the alcohol is introduced in an amount of 20-280 parts by weight based on 100 parts by weight of the polysilicate.
System comprising: - a cable comprising a core and a sheath encircling the core, one end of this core being intended to be connected to a connector, - a sealing sleeve (5, 6) encircling the core, comprising a first end fixed to the cable, and a second end, opposite the first end, intended to cover at least part of the connector receiving the core, characterized in that the first end comprises a ring arranged between the sheath and the core over a predetermined length. - a cable comprising a core and a sheath encircling the core, one end of this core being intended to be connected to a connector, - a sealing sleeve (5, 6) encircling the core, comprising a first end fixed to the cable, and a second end, opposite the first end, intended to cover at least part of the connector receiving the core,
An apparatus comprising: a force bias element which can be coupled to a plant in a vehicle, and an active suspension including a linear electromagnetic actuator located within an interior of the force bias element, the linear electromagnetic actuator having a high bandwidth and can be coupled to the plant, characterised in that the force bias element has a low bandwith and is an adjustable spring. a force bias element which can be coupled to a plant in a vehicle, and an active suspension including a linear electromagnetic actuator located within an interior of the force bias element, the linear electromagnetic actuator having a high bandwidth and can be coupled to the plant, characterised in that the force bias element has a low bandwith and is an adjustable spring.
Motor vehicle, comprising a drive motor for driving the motor vehicle, at least one additional motor and at least one differential (8, 25) for distributing a drive torque generated by the drive motor and guided by a drive shaft to a driven differential element (14, 26) of the differential (8, 25) to two output shafts (6, 7), wherein the differential is designed as a planetary gear with an annulus gear, which is designed in particular as housing of the planetary gear, a sun gear and at least one planetary gear, which is supported by a planetary carrier, wherein the motor vehicle comprises a coupling device controllable by a control device, which in a first coupling state couples the additional motor directly or indirectly with an output shaft, whereby the distribution of the drive torque to the output shafts (6, 7) is dependent on an additional torque exerted by the additional motor, and in a second coupling state couples the additional motor directly or indirectly with the driven differential element (14, 26), characterised in that the coupling device in the first coupling state couples the additional motor with the planetary carrier of the differential.
A computer-implemented encrypted computation method, comprising: - storing data representing a ciphertext, wherein the ciphertext comprises one or more random mask polynomials and a body polynomial derived from the mask polynomials and a plaintext; - obtaining respective multiplicand polynomials by which to multiply the mask polynomials and the body polynomial; - expanding the stored data representing the ciphertext, wherein the stored data comprises a seed of pseudo-random number generator and a representation of the body polynomial in a Fourier domain of a number-theoretic transform, and wherein the expanding comprises using the pseudo-random number generator according to the seed to generate representations of the mask polynomials In the Fourier domain; - computing polynomial products of the mask polynomials and the body polynomial by the respective multiplicand polynomials, wherein the polynomial products are computed in the Fourier domain, resulting in representations of the computed polynomial products in the Fourier domain; and - outputting the computed polynomial products. - storing data representing a ciphertext, wherein the ciphertext comprises one or more random mask polynomials and a body polynomial derived from the mask polynomials and a plaintext; - obtaining respective multiplicand polynomials by which to multiply the mask polynomials and the body polynomial; - expanding the stored data representing the ciphertext, wherein the stored data comprises a seed of pseudo-random number generator and a representation of the body polynomial in a Fourier domain of a number-theoretic transform, and wherein the expanding comprises using the pseudo-random number generator according to the seed to generate representations of the mask polynomials In the Fourier domain; - computing polynomial products of the mask polynomials and the body polynomial by the respective multiplicand polynomials, wherein the polynomial products are computed in the Fourier domain, resulting in representations of the computed polynomial products in the Fourier domain; and - outputting the computed polynomial products.
Heating and cooling apparatus comprising: a body providing a first surface for supporting an object to be heated or cooled on a first side of the body; a heater having a heating element to heat the first surface; a vapour compression refrigeration system comprising an evaporator through which a refrigerant flows to cool the first surface; means to sense the temperature of the first surface and/or the object, and the temperature associated with at least one of the heating element and the evaporator, and to output signals indicative of these temperatures; a control means to receive the output signals and in response thereto to control operation of the heater and refrigeration system together in order to control the temperature of the first surface; and characterised in that the heater and evaporator are located against a second surface of the body on an opposite side of the body to the object to be heated or cooled, the heater and evaporator being in direct contact with the second surface of the body and each other. a body providing a first surface for supporting an object to be heated or cooled on a first side of the body; a heater having a heating element to heat the first surface; a vapour compression refrigeration system comprising an evaporator through which a refrigerant flows to cool the first surface; means to sense the temperature of the first surface and/or the object, and the temperature associated with at least one of the heating element and the evaporator, and to output signals indicative of these temperatures; a control means to receive the output signals and in response thereto to control operation of the heater and refrigeration system together in order to control the temperature of the first surface; and characterised in that the heater and evaporator are located against a second surface of the body on an opposite side of the body to the object to be heated or cooled, the heater and evaporator being in direct contact with the second surface of the body and each other.
Arrangement for monitoring the correct operation of components (COREx) of an electrical system that perform the same or corresponding actions, wherein each of the system components to be monitored has at least one associated monitoring device of its own, characterized in that a plurality of monitoring devices are provided per system component to be monitored, in that each monitoring device contains a decision-making device that decides whether the system component with which it is associated can continue to operate or needs to be deactivated, in that the results from the decision-making devices are exchanged between the monitoring devices via first output ports, in that the system components (COREx) to be monitored are designed and operated such that they perform or continue the task that actually rests on them only when they are supplied with an enable signal, and in that the enable signal is formed by logic ANDing of control signals that the decision-making devices produce and output via second output ports on the basis of whether or not control data that are output by the system components (COREx) to be monitored satisfy prescribed conditions.