mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device , comprising: a call-blocking circuit, for determining whether an incoming call is an unfamiliar call; a memory , for storing a password-correlated table and a familiar-call-list table; and a trivial-question circuit; wherein said call-blocking circuit forwards said incoming call to said trivial-question circuit when said incoming call is determined as required entering an answer according to said familiar-call-list table; and wherein said trivial-question circuit asks a caller of said incoming call to provide said answer for a trivial question, and said trivial-question circuit connects said incoming call when said answer matches at least one password in said password-correlated table; characterized by said password-correlated table comprises at least one password being related to a specific user of the communication device ; and said trivial-question circuit forwards the unfamiliar call to the specific user corresponding to the matched password listed in the password-correlated table if positive; and said call-blocking circuit connects said incoming call when said caller enters a previous password for a first time after said at least one password is updated or expired. a call-blocking circuit, for determining whether an incoming call is an unfamiliar call; a memory , for storing a password-correlated table and a familiar-call-list table; and a trivial-question circuit; wherein said call-blocking circuit forwards said incoming call to said trivial-question circuit when said incoming call is determined as required entering an answer according to said familiar-call-list table; and wherein said trivial-question circuit asks a caller of said incoming call to provide said answer for a trivial question, and said trivial-question circuit connects said incoming call when said answer matches at least one password in said password-correlated table; characterized by said password-correlated table comprises at least one password being related to a specific user of the communication device ; and said trivial-question circuit forwards the unfamiliar call to the specific user corresponding to the matched password listed in the password-correlated table if positive; and said call-blocking circuit connects said incoming call when said caller enters a previous password for a first time after said at least one password is updated or expired.
In vitro use of a composition comprising an agent for detecting cells released into blood expressing osteocalcin for diagnosing bone metastasis of cancer.
A method for producing a gripping device for a motor vehicle, wherein an elongated handling base body is provided with a central receiving space , in which central receiving space electronic components arranged on a support are arranged, around which central receiving space a sealing joint enclosing said receiving space is applied on the elongated handling base body , on which elongated handling base body a matching handling cover is applied, wherein the sealing joint is compressed when applying the handling cover such that the central receiving space is sealed off to the outside via the sealing joint , and an inlet opening and an outlet opening are formed at opposite ends of the central receiving space , the gripping device is oriented vertically, such that the inlet opening is arranged at the bottom, via which inlet opening a liquid sealing mass is poured in and fills the central receiving space from the bottom to the top, in the case of which filling of the sealing mass in the central receiving space gases which are present are conducted away via the outlet opening .
A transmitter device having a modulator for generating a signal that includes a plurality of chirps, each chirp being limited in time between an initial instant ( T 0 ), at which the signal has an initial instantaneous frequency ( f 0 ) and an initial phase ( φ 0 ); and a final instant ( T 1 ) at which the signal has a final instantaneous frequency ( f 1 ) and a final phase ( φ 1 ), the phase of the signal being essentially continuous, whereby the modulator can generate at least base chirps, for which the frequency rises from the initial instant to the final instant according to a predetermined base chirp function; modulated chirps, whose instantaneous frequencies vary according to one of a plurality of a functions that are cyclical shifts of said base chirp function, the transmitter being operatively arranged to encode a set of digital input data into a succession of modulated chirps, whereby said digital input data are encoded according to a Gray code into codewords having a plurality of bits, and having an interleaver that distributes the bits ( C 00 , ... C nn ) of each codeword into a series of digital modulation values ( S 0 , ... S 7 ), at different bit positions, and to synthesize a series of modulated chirps whose cyclical shifts are determined by the modulation values, wherein the series of modulated chirps are embedded in data frames having a preamble with unmodulated chirps for the detection of an incoming signal, and frequency synchronization symbols that are complex conjugate of base symbols, or chirps exhibiting a frequency variation that is faster, or slower, than that of the base chirps.
A method for the evaluation of fouling of passages of a spacer plate of a tubular heat exchanger , said passages being arranged along the tubes for fluid to pass through the spacer plate , wherein - a first pressure sensor is arranged at a low altitude of the heat exchanger; - a second pressure sensor is arranged at a medium altitude of the heat exchanger; - a third pressure sensor is arranged at a high altitude of the heat exchanger; The method comprising performing by a data-processing unit steps of: (a) during a transient operation phase of the heat exchanger, determination of a value over time of Wide Range Level, NGL, from the measurements of the first and third pressure sensors , and of a value over time of Narrow Range Level, NGE, from the measurements of the second and third pressure sensors ; (b) determination of a value over time of Steam Range Level deviation ΔNGV, the Steam Range Level deviation corresponding to the Wide Range Level from which a component representative of a variation in free water surface in the heat exchanger has been filtered, from the values of NGL and NGE; (c) comparison of the determined value of ΔNGV with a set of reference profiles ΔNGV i for said transient operation phase of the heat exchanger, each reference profile ΔNGV i being associated with a level of fouling, so as to identify a target reference profile ΔNGV opt among the reference profiles ΔNGV i for said transient operation phase of the heat exchanger, which is that closest to the determined value of ΔNGV. (d) outputting on an interface of the level of fouling associated with the identified target reference profile ΔNGV opt . - a first pressure sensor is arranged at a low altitude of the heat exchanger; - a second pressure sensor is arranged at a medium altitude of the heat exchanger; - a third pressure sensor is arranged at a high altitude of the heat exchanger; (a) during a transient operation phase of the heat exchanger, determination of a value over time of Wide Range Level, NGL, from the measurements of the first and third pressure sensors , and of a value over time of Narrow Range Level, NGE, from the measurements of the second and third pressure sensors ; (b) determination of a value over time of Steam Range Level deviation ΔNGV, the Steam Range Level deviation corresponding to the Wide Range Level from which a component representative of a variation in free water surface in the heat exchanger has been filtered, from the values of NGL and NGE; (c) comparison of the determined value of ΔNGV with a set of reference profiles ΔNGV i for said transient operation phase of the heat exchanger, each reference profile ΔNGV i being associated with a level of fouling, so as to identify a target reference profile ΔNGV opt among the reference profiles ΔNGV i for said transient operation phase of the heat exchanger, which is that closest to the determined value of ΔNGV. (d) outputting on an interface of the level of fouling associated with the identified target reference profile ΔNGV opt .
A human-machine interface system suitable for use in an automated vehicle , said system used to indicate a vehicle-feature based on glance-direction , said system comprising: a camera used to capture a sequence-of-images of an occupant of a vehicle ; and a controller in communication with the camera , characterized in that said controller is configured to determine a plurality of glance-directions from the sequence-of-images received by the controller during a pause-interval , one glance-direction for each image, the number of images received during the pause-interval is determined based on the frame-rate of the camera , define a plurality of glance-zones based on the plurality of glance-directions , one glance-zone for each glance-direction , where each instance of a glance-zone is associated with each instance of the glance-direction , define an intersection-zone based on the intersection of the plurality of glance-zones , determine an outlier-count based on how many of the plurality of glance-zones do not intersect with the intersection-zone , and select a vehicle-feature in the vehicle indicated by the occupant , said vehicle-feature located at a location inside the vehicle that corresponds to the intersection-zone , said vehicle-feature indicated by the operator when the outlier-count during the pause-interval is less than a paused-threshold . a camera used to capture a sequence-of-images of an occupant of a vehicle ; and a controller in communication with the camera , characterized in that said controller is configured to determine a plurality of glance-directions from the sequence-of-images received by the controller during a pause-interval , one glance-direction for each image, the number of images received during the pause-interval is determined based on the frame-rate of the camera , define a plurality of glance-zones based on the plurality of glance-directions , one glance-zone for each glance-direction , where each instance of a glance-zone is associated with each instance of the glance-direction , define an intersection-zone based on the intersection of the plurality of glance-zones , determine an outlier-count based on how many of the plurality of glance-zones do not intersect with the intersection-zone , and select a vehicle-feature in the vehicle indicated by the occupant , said vehicle-feature located at a location inside the vehicle that corresponds to the intersection-zone , said vehicle-feature indicated by the operator when the outlier-count during the pause-interval is less than a paused-threshold .
A dispersible, air-laid, multistrata nonwoven wipe material, comprising: (A) a first layer comprising: (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; (B) a second layer comprising: (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; (C) a third layer comprising: (a) from 50 to 95 weight percent cellulosic fibers; and (b) from 5 to 50 weight percent bicomponent fibers; and characterised in that the nonwoven wipe material is dispersible in water. (A) a first layer comprising: (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; (B) a second layer comprising: (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; (a) from 50 to 100 weight percent cellulosic fibers; and (b) from 0 to 50 weight percent bicomponent fibers; (C) a third layer comprising: (a) from 50 to 95 weight percent cellulosic fibers; and (b) from 5 to 50 weight percent bicomponent fibers; and characterised in that the nonwoven wipe material is dispersible in water. (a) from 50 to 95 weight percent cellulosic fibers; and (b) from 5 to 50 weight percent bicomponent fibers; and
A method of X-ray analysis comprising: making an X-ray diffraction measurement in transmission by directing X-rays from an X-ray source at an energy E onto a sample at an incident angle ψ 1 to the surface of the sample and measuring a diffraction intensity I d ( θ d ) of the diffracted X-rays at the energy E with a X-ray detector at an exit angle ψ 2 to the surface of the sample, the difference 2 θ d between the incident angle and the exit angle corresponding to an X-ray diffraction peak of a predetermined component; and making a correction measurement of X-rays by measuring the background intensity of X-rays I d ( θ bg ) at the energy E , with the difference 2 θ bg between the incident angle and the exit angle deviating by 0.2 to 5° from the difiference 2 θ d corresponding to the X-ray diffraction peak; and calculating the quantity of the predetermined component from the intensity ratio of the diffraction intensity and the background intensity. making an X-ray diffraction measurement in transmission by directing X-rays from an X-ray source at an energy E onto a sample at an incident angle ψ 1 to the surface of the sample and measuring a diffraction intensity I d ( θ d ) of the diffracted X-rays at the energy E with a X-ray detector at an exit angle ψ 2 to the surface of the sample, the difference 2 θ d between the incident angle and the exit angle corresponding to an X-ray diffraction peak of a predetermined component; and making a correction measurement of X-rays by measuring the background intensity of X-rays I d ( θ bg ) at the energy E , with the difference 2 θ bg between the incident angle and the exit angle deviating by 0.2 to 5° from the difiference 2 θ d corresponding to the X-ray diffraction peak; and calculating the quantity of the predetermined component from the intensity ratio of the diffraction intensity and the background intensity.
A method of assembling a display panel , comprising: laminating a back plate to a display layer to form an untrimmed display panel, the back plate comprising a metal layer comprising a trimming path defined by one or more line segments having reduced metal content compared to other portions of the metal layer; and trimming the untrimmed display panel along the one or more line segments to define one or more edges of the display panel, wherein, for one or more locations along each of the one or more edges defined by the line segments, the metal layer is flush with the corresponding edge of the display panel. laminating a back plate to a display layer to form an untrimmed display panel, the back plate comprising a metal layer comprising a trimming path defined by one or more line segments having reduced metal content compared to other portions of the metal layer; and trimming the untrimmed display panel along the one or more line segments to define one or more edges of the display panel, wherein, for one or more locations along each of the one or more edges defined by the line segments, the metal layer is flush with the corresponding edge of the display panel.
A polypeptide that comprises a succession of modules from 30 to 35 amino acids, said succession of modules displaying a base per base specificity towards a nucleic acid target sequence, wherein (i) at least one of said modules has at least 70% sequence identity with one of the module polypeptide sequences from the protein E5AV36 of SEQ ID No: 2 from Burkholderia rhizoxinica and has at least 90% sequence identity with a polypeptide sequence selected from the group consisting of: SEQ ID NO: 162 to 181, (ii) said at least one of module comprises in position 13 a unique variable amino acid residue that determines the specificity of each module towards a nucleotide base as follows: AA Nucleotide base I, S, T A G, R T D, T, * C N, R G wherein "*" means no amino acid, and (iii) said succession of modules is fused to a catalytic domain having an endonuclease activity under monomeric or dimeric form. (i) at least one of said modules has at least 70% sequence identity with one of the module polypeptide sequences from the protein E5AV36 of SEQ ID No: 2 from Burkholderia rhizoxinica and has at least 90% sequence identity with a polypeptide sequence selected from the group consisting of: SEQ ID NO: 162 to 181, (ii) said at least one of module comprises in position 13 a unique variable amino acid residue that determines the specificity of each module towards a nucleotide base as follows: AA Nucleotide base I, S, T A G, R T D, T, * C N, R G wherein "*" means no amino acid, and (iii) said succession of modules is fused to a catalytic domain having an endonuclease activity under monomeric or dimeric form.
An adhesive tape cartridge comprising: an adhesive tape roll that winds an adhesive tape (150; 150N) around a predetermined axis in a housing , said adhesive tape (150; 150N) comprising: a base layer (151; 151A); a particle-containing adhesive layer (162; 162U); and a particle-free adhesive layer (160; 160U), wherein the particle-containing adhesive layer (162; 162U) and the particle-free adhesive layer (160; 160U) are disposed on one side of said base layer (151; 151A) in a thickness direction and in contact with each other, wherein said particle-containing adhesive layer (162; 162U) comprises an adhesive to which particles are added, wherein said particles added to said particle-containing adhesive layer (162; 162U) are pigment, wherein said pigment is added to said particle-containing adhesive layer (162; 162U) in a volume proportion of 5 % or more and 50 % or less, and wherein said particle-free adhesive layer (160; 160U) comprises an adhesive to which no glittering pigment is added. an adhesive tape roll that winds an adhesive tape (150; 150N) around a predetermined axis in a housing , said adhesive tape (150; 150N) comprising: a base layer (151; 151A); a particle-containing adhesive layer (162; 162U); and a particle-free adhesive layer (160; 160U), wherein the particle-containing adhesive layer (162; 162U) and the particle-free adhesive layer (160; 160U) are disposed on one side of said base layer (151; 151A) in a thickness direction and in contact with each other, wherein said particle-containing adhesive layer (162; 162U) comprises an adhesive to which particles are added, wherein said particles added to said particle-containing adhesive layer (162; 162U) are pigment, wherein said pigment is added to said particle-containing adhesive layer (162; 162U) in a volume proportion of 5 % or more and 50 % or less, and wherein said particle-free adhesive layer (160; 160U) comprises an adhesive to which no glittering pigment is added. a base layer (151; 151A); a particle-containing adhesive layer (162; 162U); and a particle-free adhesive layer (160; 160U), wherein the particle-containing adhesive layer (162; 162U) and the particle-free adhesive layer (160; 160U) are disposed on one side of said base layer (151; 151A) in a thickness direction and in contact with each other, wherein said particle-containing adhesive layer (162; 162U) comprises an adhesive to which particles are added, wherein said particles added to said particle-containing adhesive layer (162; 162U) are pigment, wherein said pigment is added to said particle-containing adhesive layer (162; 162U) in a volume proportion of 5 % or more and 50 % or less, and wherein said particle-free adhesive layer (160; 160U) comprises an adhesive to which no glittering pigment is added.
Device for dispensing a section of paper web of a paper web that can be pulled off from a paper web roll , comprising at least one housing having front, top, bottom, rear and side walls , wherein the paper web roll, a roller and preferably at least one pressure roller that is force-actuated in the direction of the roll are mounted in the housing, a detaching apparatus for detaching the paper section from the paper web at least in some regions, a removal opening for removing the paper section that is to be grasped by hand and pulled off and, for obtaining an auxiliary feed of the paper web, a lever element that interacts with the roller and comprises a handle accessible from the outside of the housing, wherein the lever element comprises a disc-shaped main body, the main body is pivotable about a shaft that is mounted in the housing and extends on the side of the roller remote from the removal opening, the main body comprises a cut-out , which comprises teeth extending along a curve on the cut-out side, on the side of the roller remote from the removal opening, which teeth interact with a gearwheel that comprises a freewheel and is connected to the roller, and the cut-out is delimited by a portion of the main body which has a geometry in the shape of an annular section and from which the handle protrudes, which passes through the bottom wall of the housing or is accessible via said wall, characterised in that the main body comprises at least one depression as a handling aid for pivoting the lever element when the housing is open.
A compact secondary battery module , comprising: a cartridge assembly having a plurality of cartridges stacked while accommodating cells , respectively, so that a plurality of lead overlapping portions where leads of adjacent cells overlap with each other are located at a cartridge sidewall with a predetermined pattern; and a sensing housing having a plurality of bus bars located and welded corresponding to the lead overlapping portions, respectively, the sensing housing being capable of being arranged at a side of the cartridge assembly, characterized in that a first lead of a cell of each lead overlapping portion is configured to have a shorter width (W1) than a second lead having a polarity opposite to the first lead as much as a predetermined width, and in a state where the sensing housing is coupled to the cartridge assembly, a corresponding bus bar comes into contact with the second lead substantially on the same line as the first lead so that a sum of the shorter width of the first lead and a length (Lb) of the bus bar is substantially identical to a width (W2) of the second lead, and the second lead and the bus bar are made of the same material and are welded to each other. a cartridge assembly having a plurality of cartridges stacked while accommodating cells , respectively, so that a plurality of lead overlapping portions where leads of adjacent cells overlap with each other are located at a cartridge sidewall with a predetermined pattern; and a sensing housing having a plurality of bus bars located and welded corresponding to the lead overlapping portions, respectively, the sensing housing being capable of being arranged at a side of the cartridge assembly, characterized in that a first lead of a cell of each lead overlapping portion is configured to have a shorter width (W1) than a second lead having a polarity opposite to the first lead as much as a predetermined width, and in a state where the sensing housing is coupled to the cartridge assembly, a corresponding bus bar comes into contact with the second lead substantially on the same line as the first lead so that a sum of the shorter width of the first lead and a length (Lb) of the bus bar is substantially identical to a width (W2) of the second lead, and the second lead and the bus bar are made of the same material and are welded to each other.