mhurhangee/ep-ind-claims huggingface dataset:
A signal detector for detecting a signal of interest in a received signal (12; 16; 22; 26; 30; 34), wherein the signal of interest is oscillatory at least during one or more time segments and the signal detector comprises: a frequency discriminator arranged to determine an instantaneous frequency of the received signal (12; 16; 22; 26; 30; 34); an evaluator (44, 46, 52) arranged to determine an amount of change (54; 64) of the instantaneous frequency during a test interval; and a comparator arranged to determine whether the amount of change (54; 64) is below a given threshold, characterized in that the evaluator (44, 46, 52) further comprises: a first envelope detector arranged to determine a lower envelope of the instantaneous frequency; a second envelope detector arranged to determine an upper envelope of the instantaneous frequency; and a subtractor arranged to determine a difference between the lower envelope and the upper envelope. a frequency discriminator arranged to determine an instantaneous frequency of the received signal (12; 16; 22; 26; 30; 34); an evaluator (44, 46, 52) arranged to determine an amount of change (54; 64) of the instantaneous frequency during a test interval; and a comparator arranged to determine whether the amount of change (54; 64) is below a given threshold, characterized in that the evaluator (44, 46, 52) further comprises: a first envelope detector arranged to determine a lower envelope of the instantaneous frequency; a second envelope detector arranged to determine an upper envelope of the instantaneous frequency; and a subtractor arranged to determine a difference between the lower envelope and the upper envelope. a first envelope detector arranged to determine a lower envelope of the instantaneous frequency; a second envelope detector arranged to determine an upper envelope of the instantaneous frequency; and a subtractor arranged to determine a difference between the lower envelope and the upper envelope.
An ultrasonic device suitable for treating degenerative dementia, comprising: a transducer to generate an ultrasonic beam; and a processor to control activation of the transducer and create ultrasonic beam pulses to stimulate astrocyte cell fingers in a target area (42, 44) of the brain and promote the removal of amyloid precursor proteins in interstitial spaces within the target area that are at least partially responsible for the degenerative dementia, characterized in that the processor is further configured to generate the ultrasonic beam pulses at a rate to simulate a naturally occurring deep sleep burst frequency of neurons and subsequent astrocyte activation patterns that drive a convective process responsible for brain solute disposal. a transducer to generate an ultrasonic beam; and a processor to control activation of the transducer and create ultrasonic beam pulses to stimulate astrocyte cell fingers in a target area (42, 44) of the brain and promote the removal of amyloid precursor proteins in interstitial spaces within the target area that are at least partially responsible for the degenerative dementia, characterized in that the processor is further configured to generate the ultrasonic beam pulses at a rate to simulate a naturally occurring deep sleep burst frequency of neurons and subsequent astrocyte activation patterns that drive a convective process responsible for brain solute disposal.
A method for detecting fraudulent network access points, the method comprising: using one or more hardware processors: determining a set of a plurality of network access points currently visible to a first computing device; determining that a first network access point in the set of network access points is broadcasting from a location that is not an expected location based upon a comparison of the set of network access points that are currently visible to the first computing device and access point positioning data describing position information of the set of network access points that are visible to the first computing device, the access point positioning data comprising, for each particular access point in the set of the plurality of network access points, a geolocation of the particular access point, or relative location data that describes probabilities that the particular access point is visible given a set of other access points that are visible; storing an indication that the first network access point is suspected as being anomalous based upon the determination that the first network access point is broadcasting from a location that is not an expected location; and initiating at least one corrective action based upon the indication that the first network access point is anomalous. determining a set of a plurality of network access points currently visible to a first computing device; determining that a first network access point in the set of network access points is broadcasting from a location that is not an expected location based upon a comparison of the set of network access points that are currently visible to the first computing device and access point positioning data describing position information of the set of network access points that are visible to the first computing device, the access point positioning data comprising, for each particular access point in the set of the plurality of network access points, a geolocation of the particular access point, or relative location data that describes probabilities that the particular access point is visible given a set of other access points that are visible; storing an indication that the first network access point is suspected as being anomalous based upon the determination that the first network access point is broadcasting from a location that is not an expected location; and initiating at least one corrective action based upon the indication that the first network access point is anomalous.
A method for acquiring control information via an Enhanced Physical Downlink Control Channel,EPDCCH, at a User Equipment, UE, in a wireless communication system, the method comprising: determining an index of a start Orthogonal Frequency Division Multiplexing, OFDM, symbol of an EPDCCH in a subframe; and attempting to perform decoding on a UE-specific search space of the EPDCCH, wherein if a subframe number of the subframe is 6 and the subframe is for Time Division Duplexing,TDD, the index of the starting, OFDM, symbol is a smaller value between 2 and a higher-layer parameter. determining an index of a start Orthogonal Frequency Division Multiplexing, OFDM, symbol of an EPDCCH in a subframe; and attempting to perform decoding on a UE-specific search space of the EPDCCH, wherein if a subframe number of the subframe is 6 and the subframe is for Time Division Duplexing,TDD, the index of the starting, OFDM, symbol is a smaller value between 2 and a higher-layer parameter.
A power storage apparatus comprising: two or more series-connected sets (1021, 1022, 1023, 1024, 1025, 1026) that are arranged in a vertical direction; and an interstage wire (1027, 1028) that connects said two or more series-connected sets (1021, 1022, 1023, 1024, 1025, 1026) in series, each of said two or more series-connected sets (1021, 1022, 1023, 1024, 1025, 1026) including: two or more module batteries that are arranged in a horizontal direction (DH1, DH2); and an intrastage wire (1060, 1061, 1062, 1063, 1064) that connects said two or more module batteries in series, and each of said two or more module batteries including: a case that has an accommodation space therein and includes a container and a lid, said container having a side wall and an opening, said opening facing upward in the vertical direction, and said lid closing said opening; a base on which said case is placed; a main pole (1106, 1110) that includes a main pole feedthrough part (1322, 1362) and a main pole terminal (1241, 1261), said main pole feedthrough part (1322, 1362) penetrating through said side wall, and said main pole terminal (1241, 1261) being disposed outside said case; and two or more cells (1220, 1221, 1222, 1223) that are housed in said accommodation space and charged and discharged via said main pole (1106, 1110); characterized in that each of said two or more module batteries includes a main pole supporter (1111, 1112) that includes an insulator, a lower end coupling part, and an upper end coupling part, said insulator insulating said lower end coupling part and said upper end coupling part from each other, said lower end coupling part being coupled to said base, and said upper end coupling part being coupled to said main pole terminal (1241, 1261); and said intrastage wire (1060, 1061, 1062, 1063, 1064) extends in the horizontal direction (DH1, DH2). two or more series-connected sets (1021, 1022, 1023, 1024, 1025, 1026) that are arranged in a vertical direction; and an interstage wire (1027, 1028) that connects said two or more series-connected sets (1021, 1022, 1023, 1024, 1025, 1026) in series, two or more module batteries that are arranged in a horizontal direction (DH1, DH2); and an intrastage wire (1060, 1061, 1062, 1063, 1064) that connects said two or more module batteries in series, and a case that has an accommodation space therein and includes a container and a lid, said container having a side wall and an opening, said opening facing upward in the vertical direction, and said lid closing said opening; a base on which said case is placed; a main pole (1106, 1110) that includes a main pole feedthrough part (1322, 1362) and a main pole terminal (1241, 1261), said main pole feedthrough part (1322, 1362) penetrating through said side wall, and said main pole terminal (1241, 1261) being disposed outside said case; and two or more cells (1220, 1221, 1222, 1223) that are housed in said accommodation space and charged and discharged via said main pole (1106, 1110);
A memory allocation method, wherein the method is applied to a computer system, the computer system comprises a processor and a memory, the memory comprises at least two rank groups, each rank group comprises at least two ranks, first portions of address information in addresses of ranks in one rank group are the same, there is a mapping relationship between the first portion of address information and a portion of page number information in a physical address of a memory page in the memory; and the method comprises: receiving, by the processor, a memory access request, wherein the memory access request carries a to-be-accessed virtual address; when determining that no memory page has been allocated to the to-be-accessed virtual address, selecting, by the processor, a target rank group from the at least two rank groups based on access traffic of the at least two rank groups; and selecting, by the processor from idle memory pages, a to-be-allocated memory page for the memory access request, wherein the portion of page number information in a physical address of the to-be-allocated memory page is the same as the first portions of address information in addresses of ranks in the target rank group; wherein the selecting, by the processor, a target rank group from the at least two rank groups based on access traffic of the at least two rank groups comprises: obtaining, by the processor, access traffic of ranks in the at least two rank groups; and selecting, by the processor from the at least two rank groups, a rank group to which a rank whose access traffic is less than a first preset threshold and is greater than 0 belongs as the target rank group. receiving, by the processor, a memory access request, wherein the memory access request carries a to-be-accessed virtual address; when determining that no memory page has been allocated to the to-be-accessed virtual address, selecting, by the processor, a target rank group from the at least two rank groups based on access traffic of the at least two rank groups; and selecting, by the processor from idle memory pages, a to-be-allocated memory page for the memory access request, wherein the portion of page number information in a physical address of the to-be-allocated memory page is the same as the first portions of address information in addresses of ranks in the target rank group; wherein the selecting, by the processor, a target rank group from the at least two rank groups based on access traffic of the at least two rank groups comprises: obtaining, by the processor, access traffic of ranks in the at least two rank groups; and selecting, by the processor from the at least two rank groups, a rank group to which a rank whose access traffic is less than a first preset threshold and is greater than 0 belongs as the target rank group. obtaining, by the processor, access traffic of ranks in the at least two rank groups; and selecting, by the processor from the at least two rank groups, a rank group to which a rank whose access traffic is less than a first preset threshold and is greater than 0 belongs as the target rank group.
Double-sided or multi-sided permanent magnetic holding device (210, 220) for temporarily and/or releasably holding a magnetisable transport anchor (110, 120, 130) on a magnetisable formwork wall of a formwork for producing a concrete part, comprising - a base (211, 221) which is formed in whole or in part with permanent magnetic material for generating a magnetic holding force, wherein the base (211, 221) ∘ a first side (211a, 221a) for forming a magnetic holding force with the formwork wall ∘ and a second side (211b, 221b) facing away from or not associated with the formwork wall for forming a magnetic holding force with the transport anchor (110, 120, 130), wherein the second side (221 b) of the base has a projection, wherein the projection can be coupled to a recess (113, 123) of the transport anchor (110, 120, 130) to form a plug-in connection held together by the magnetic holding force, characterised in that the projection is subdivided into a first projection section and a second projection section, wherein the first projection section is formed for the plug-in connection with the transport anchor (110, 120, 130) and the second projection section provides a distance between the base or the formwork wall and the first projection section for a recessed installation of the transport anchor (110, 120, 130) in the concrete part, wherein an end wall of the second projection section is designed as a contact surface for forming the holding contact, in the form of a full-surface magnetic holding contact with an abutment wall of the transport anchor (110, 120, 130). - a base (211, 221) which is formed in whole or in part with permanent magnetic material for generating a magnetic holding force, wherein the base (211, 221) ∘ a first side (211a, 221a) for forming a magnetic holding force with the formwork wall ∘ and a second side (211b, 221b) facing away from or not associated with the formwork wall for forming a magnetic holding force with the transport anchor (110, 120, 130), ∘ a first side (211a, 221a) for forming a magnetic holding force with the formwork wall ∘ and a second side (211b, 221b) facing away from or not associated with the formwork wall for forming a magnetic holding force with the transport anchor (110, 120, 130), the second side (221 b) of the base has a projection, wherein the projection can be coupled to a recess (113, 123) of the transport anchor (110, 120, 130) to form a plug-in connection held together by the magnetic holding force, characterised in that the projection is subdivided into a first projection section and a second projection section, wherein the first projection section is formed for the plug-in connection with the transport anchor (110, 120, 130) and the second projection section provides a distance between the base or the formwork wall and the first projection section for a recessed installation of the transport anchor (110, 120, 130) in the concrete part, wherein an end wall of the second projection section is designed as a contact surface for forming the holding contact, in the form of a full-surface magnetic holding contact with an abutment wall of the transport anchor (110, 120, 130).
An aqueous coating composition comprising a dispersion of a hydroxy-functional acrylic copolymer A having a hydroxyl number of from 70 mg/g to 250 mg/g, a crosslinker B which is a multifunctional isocyanate B1, or an aminoplast crosslinker B2 or a combination of both B1 and B2, and water, wherein the acrylic copolymer A has moieties derived: • from alkyl(meth)acrylates A1, • from hydroxyalkyl(meth)acrylates A2, • from olefinically unsaturated carboxylic acids A3 selected from the group of acrylic acid, methacrylic acid, ethacrylic acid, vinylacetic acid, crotonic acid, isocrotonic acid, maleic acid, fumaric acid, itaconic acid, mesaconic acid and citraconic acid, • optionally, from further olefinically unsaturated monomers A4 selected from the group consisting of vinyl aromatics A41, vinyl ethers A42, vinyl halogenides A43, olefinically unsaturated amides A44, olefins A45, vinyl esters A46, and • mandatorily, from an olefinically unsaturated surface-active molecule A5 which is a co-polymerisable emulsifier and which has at least one olefinic unsaturation, and at least one hydrophilic group which may be a non-ionic oligo- or polyoxyethylene or -oxypropylene group, or an acid or acid salt group which may preferably be a carboxylic or a sulphonic or a phosphonic acid or acid salt group, or a combination of these, and wherein the mass fractions of moieties derived from said monomers A1 through A5 in the acrylic copolymer A as follows: for A1, from 20 % to 70 %; for A2, from 20 % to 70 %; for A3, from 1.0 % to 8.0 %; for A4, from 0 % to 25 %; and for A5, from 0.1 % to 10 %. • from alkyl(meth)acrylates A1, • from hydroxyalkyl(meth)acrylates A2, • from olefinically unsaturated carboxylic acids A3 selected from the group of acrylic acid, methacrylic acid, ethacrylic acid, vinylacetic acid, crotonic acid, isocrotonic acid, maleic acid, fumaric acid, itaconic acid, mesaconic acid and citraconic acid, • optionally, from further olefinically unsaturated monomers A4 selected from the group consisting of vinyl aromatics A41, vinyl ethers A42, vinyl halogenides A43, olefinically unsaturated amides A44, olefins A45, vinyl esters A46, and • mandatorily, from an olefinically unsaturated surface-active molecule A5 which is a co-polymerisable emulsifier and which has at least one olefinic unsaturation, and at least one hydrophilic group which may be a non-ionic oligo- or polyoxyethylene or -oxypropylene group, or an acid or acid salt group which may preferably be a carboxylic or a sulphonic or a phosphonic acid or acid salt group, or a combination of these,
Coordinate measuring machine comprising at least one optical sensor (34, 88) for recording an image in an image capture region during an image recording time interval for the purposes of inspecting a measurement object, a control signal transducer which provides a control signal that represents the image recording time interval, a measurement illumination arrangement for illuminating the image capture region and a control device, characterized in that the control device is embodied to activate the measurement illumination arrangement on the basis of the control signal only during the image recording time interval and wherein the control device is furthermore embodied to activate at least one further illumination arrangement on the basis of the control signal only temporally outside of the image recording time, wherein the coordinate measuring machine comprises the further illumination arrangement (97, 98, 100), wherein the further illumination arrangement is a marking illumination device for marking the image capture region, wherein the coordinate measuring machine comprises a lens and wherein an image recording by the at least one optical sensor is implemented through the lens, wherein the lens is a zoom lens, wherein a measurement illumination beam path of the measurement illumination arrangement extends through the entire lens, wherein the marking illumination device is a laser and wherein the laser (98, 100) is arranged in such a way that a marking beam path of the laser extends outside of the lens.
A method for opening/closing a door arranged in an opening of a fuselage of an aircraft, this opening being defined by a frame structure, the door comprising an inside face as well as front and rear parts defined with respect to a longitudinal axis (X'X) of the aircraft oriented conventionally, the door and the frame of the aircraft comprising front and rear positioning stops for positioning the door in the frame, the kinematics of the movements of the door relative to the fuselage taking place from the frame in a main horizontal plane of the aircraft by at least one manipulation arm (5, 6) coupled to an articulation forearm (5b, 6b) on the door and being piloted, reversibly, by at least one guide (8, 9) between a closed position in abutment in the frame and an open position outside the frame on the inside face of the door against the fuselage, this method it comprises the following steps, for opening the door: - a slide control element for opening the door guides the door to positions towards the front and towards the rear of the aircraft; - this control element generates a first movement of the door towards the rear - and towards the interior of the aircraft by a combination of slide guides (8, 9) of the front and rear parts of the door respectively in rotation and in translation, which releases the stops of the door from the stops of the fuselage; - then, a movement of the door by rotation about the rear guide and inclined translation towards the front and the outside of the aircraft along the front guide, the front part of the door and its front stops then disengaging from the frame towards the outside of the aircraft; and - the arm (5, 6) is actuated in rotation about an articulated link on a front side of the frame in order to move the door towards the front of the aircraft, its movement ending outside the frame with the inside face of the door against the fuselage. - a slide control element for opening the door guides the door to positions towards the front and towards the rear of the aircraft; - this control element generates a first movement of the door towards the rear - and towards the interior of the aircraft by a combination of slide guides (8, 9) of the front and rear parts of the door respectively in rotation and in translation, which releases the stops of the door from the stops of the fuselage; - then, a movement of the door by rotation about the rear guide and inclined translation towards the front and the outside of the aircraft along the front guide, the front part of the door and its front stops then disengaging from the frame towards the outside of the aircraft; and - the arm (5, 6) is actuated in rotation about an articulated link on a front side of the frame in order to move the door towards the front of the aircraft, its movement ending outside the frame with the inside face of the door against the fuselage.