mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing method, wherein the method is applied to a modem, wherein the method comprises: receiving (S101) a data packet sent by a server, and acquiring a type of the data packet; determining (S102) whether the type of the data packet is consistent with a type of a data packet processed by using a preset processing rule or a type of a protocol in a preset TCP/IP protocol stack to obtain a determining result, wherein the preset TCP/IP protocol stack consists of a transport layer protocol suite and/or a network layer protocol suite in a TCP/IP protocol family, and the data packet processed by using the preset processing rule is a status data packet, wherein the status data packet is used to indicate an on-line status of a terminal, which includes the modem; when the type of the data packet is consistent with the type of the data packet processed by using the preset processing rule, performing (S103a) processing on the data packet according to the preset processing rule; and when the type of the data packet is consistent with the type of the protocol in the preset TCP/IP protocol stack, performing (S103b) processing on the data packet according to the protocol in the preset TCP/IP protocol stack; wherein the method further comprises: if a network signal strength is less than a preset strength value, and the received data packet is resending failure information sent by the server, cancelling data packet sending within preset waiting duration. receiving (S101) a data packet sent by a server, and acquiring a type of the data packet; determining (S102) whether the type of the data packet is consistent with a type of a data packet processed by using a preset processing rule or a type of a protocol in a preset TCP/IP protocol stack to obtain a determining result, wherein the preset TCP/IP protocol stack consists of a transport layer protocol suite and/or a network layer protocol suite in a TCP/IP protocol family, and the data packet processed by using the preset processing rule is a status data packet, wherein the status data packet is used to indicate an on-line status of a terminal, which includes the modem; when the type of the data packet is consistent with the type of the data packet processed by using the preset processing rule, performing (S103a) processing on the data packet according to the preset processing rule; and when the type of the data packet is consistent with the type of the protocol in the preset TCP/IP protocol stack, performing (S103b) processing on the data packet according to the protocol in the preset TCP/IP protocol stack; wherein the method further comprises: if a network signal strength is less than a preset strength value, and the received data packet is resending failure information sent by the server, cancelling data packet sending within preset waiting duration.
A biological signal measuring apparatus comprising: a signal receiving section which is configured to receive N kinds of signals corresponding to light intensities of light beams that have been passed through or reflected from a living tissue of a subject and that have N wavelengths, where N is an integer of four or more; a first calculating section which is configured to acquire N light attenuations based on the N kinds of signals, wherein the light attenuations are acquired based on changes of the received light intensities of a first timing during pressurization in which a pressure is applied to the living tissue and of a second timing before the pressurization or after release of the pressurization, wherein the pressure substantially eliminates both arterial and venous blood from the living tissue; a second calculating section which is configured to acquire (N - 1) blood-derived light attenuations based on two light attenuations related to (N - 1) combinations selected from the N light attenuations, wherein the second calculating section acquires each of the blood-derived light attenuations based on a difference of the two light attenuations; a third calculating section which is configured to identify concentrations of (N - 1) in-blood substances based on the (N - 1) blood-derived light attenuations; and an outputting section which is configured to output the identified concentrations. a signal receiving section which is configured to receive N kinds of signals corresponding to light intensities of light beams that have been passed through or reflected from a living tissue of a subject and that have N wavelengths, where N is an integer of four or more; a first calculating section which is configured to acquire N light attenuations based on the N kinds of signals, wherein the light attenuations are acquired based on changes of the received light intensities of a first timing during pressurization in which a pressure is applied to the living tissue and of a second timing before the pressurization or after release of the pressurization, wherein the pressure substantially eliminates both arterial and venous blood from the living tissue; a second calculating section which is configured to acquire (N - 1) blood-derived light attenuations based on two light attenuations related to (N - 1) combinations selected from the N light attenuations, wherein the second calculating section acquires each of the blood-derived light attenuations based on a difference of the two light attenuations; a third calculating section which is configured to identify concentrations of (N - 1) in-blood substances based on the (N - 1) blood-derived light attenuations; and an outputting section which is configured to output the identified concentrations.
A coiler device comprising: a pinch roller configured to guide a metal strip being conveyed along a pass line (L1) to a winding line (L2) bent from the pass line (L1); a mandrel disposed ahead of the winding line (L2) and configured to wind up the metal strip ; and a chute roller configured to be exposed to the winding line (L2) at least when a leading end of the metal strip is about to be wrapped around the mandrel , and configured to suppress a deformation of the metal strip in such a way as to be curved toward an upper surface side of the metal strip , characterized by: a bending roller being disposed above the pass line (L1) on an upstream side of the pinch roller , and being capable of approaching and receding from the pass line (L1); and a bending roller drive device configured to cause the bending roller to approach the pass line (L1) at least when the leading end of the metal strip is about to be wrapped around the mandrel . a pinch roller configured to guide a metal strip being conveyed along a pass line (L1) to a winding line (L2) bent from the pass line (L1); a mandrel disposed ahead of the winding line (L2) and configured to wind up the metal strip ; and a chute roller configured to be exposed to the winding line (L2) at least when a leading end of the metal strip is about to be wrapped around the mandrel , and configured to suppress a deformation of the metal strip in such a way as to be curved toward an upper surface side of the metal strip , characterized by: a bending roller being disposed above the pass line (L1) on an upstream side of the pinch roller , and being capable of approaching and receding from the pass line (L1); and a bending roller drive device configured to cause the bending roller to approach the pass line (L1) at least when the leading end of the metal strip is about to be wrapped around the mandrel . a bending roller being disposed above the pass line (L1) on an upstream side of the pinch roller , and being capable of approaching and receding from the pass line (L1); and a bending roller drive device configured to cause the bending roller to approach the pass line (L1) at least when the leading end of the metal strip is about to be wrapped around the mandrel .
A structural joint, which is configured to be arranged at an interspace (A) between two structural blocks (B) and comprises a plurality of beams arranged side by side in a mutually parallel arrangement and movable to vary the mutual center distance following corresponding spacing or approach movements between the structural blocks (B) and supporting respective deformable covering elements which are arranged side by side, so as to form a sort of walkable mat with variable extension, characterized in that at least one bar is interposed between each pair of said adjacently arranged beams in order to contrast a rotation of said beams about rotation axes which are parallel to the longitudinal axes of said beams , each end of said at least one bar being mated to a respective said beam with a coupling at least of the rotary type, configured at least for a free rotation of said bar with respect to the corresponding said beam about an axis that is perpendicular to said mat characterised by each bar being mated with a first end to a first beam with a rotary and sliding coupling, configured for the free rotation of said bar with respect to the corresponding said first beam about an axis that is perpendicular to said mat and for the free sliding of said first end with respect to said corresponding first beam , a second end , which is opposite said first end , of each bar being coupled to a second beam with a coupling of the rotary type associated with means for contrasting the free sliding of said second end with respect to said corresponding beam .
A wireless handheld microphone , comprising: a main body having a conductive housing and a tubular shape configured for handheld operation of the microphone; an opening included on a side surface of the conductive housing to provide access to one or more electronic components within the main body; a non-conductive cover coupled to the conductive housing for covering the opening, the non-conductive cover being curved to match a curvature of the conductive housing; characterized by an antenna positioned underneath the non-conductive cover and within the opening on the side surface, wherein an overall shape of the antenna is configured to conform to a curved shape of the non-conductive cover and to elevate the antenna above the one or more electronic components. a main body having a conductive housing and a tubular shape configured for handheld operation of the microphone; an opening included on a side surface of the conductive housing to provide access to one or more electronic components within the main body; a non-conductive cover coupled to the conductive housing for covering the opening, the non-conductive cover being curved to match a curvature of the conductive housing; characterized by an antenna positioned underneath the non-conductive cover and within the opening on the side surface, wherein an overall shape of the antenna is configured to conform to a curved shape of the non-conductive cover and to elevate the antenna above the one or more electronic components.
A method for identifying a state of a food package by using a camera , said method comprising capturing image data depicting a section of the food package by using the camera , wherein the section comprises at least one package feature (106, 206, 306, 506, 512-544) and a printed code , identifying an identification data sub-set of the image data depicting the printed code , determining identification data based on the identification data subset of the image data , transmitting the identification data to the server , receiving template data related to the identification data from the server , identifying a package feature sub-set of the image data depicting the at least one package feature provided in the section , and determining the state of the food package based on the template data and the package feature sub-set of the image data , wherein the state is selected from a food holding state in which the opening device of the package is closed and the package is folded such that a closed space is formed inside the package, and an emptied state in which the package is folded flat and optionally the opening device is opened. capturing image data depicting a section of the food package by using the camera , wherein the section comprises at least one package feature (106, 206, 306, 506, 512-544) and a printed code , identifying an identification data sub-set of the image data depicting the printed code , determining identification data based on the identification data subset of the image data , transmitting the identification data to the server , receiving template data related to the identification data from the server , identifying a package feature sub-set of the image data depicting the at least one package feature provided in the section , and determining the state of the food package based on the template data and the package feature sub-set of the image data , wherein the state is selected from a food holding state in which the opening device of the package is closed and the package is folded such that a closed space is formed inside the package, and an emptied state in which the package is folded flat and optionally the opening device is opened.
An anti-degradant, consisting of at least two compounds, each of the compounds being selected from a compound of Formula I, a compound of Formula II, or a compound of Formula III-b: wherein the at least two compounds are compounds of different formulae, R 1 is a C1-C12 alkyl or C3-C8 cycloalkyl; and R 2 and R 3 are identical or different, each is independently selected from the group consisting of C1-C12 alkyl and C3-C8 cycloalkyl; with the proviso that the anti-degradant is not an anti-degradant consisting of a compound of Formula I, and a compound of Formula II wherein R 1 is a methyl in an ortho-position. at least two compounds, each of the compounds being selected from a compound of Formula I, a compound of Formula II, or a compound of Formula III-b: wherein the at least two compounds are compounds of different formulae, R 1 is a C1-C12 alkyl or C3-C8 cycloalkyl; and R 2 and R 3 are identical or different, each is independently selected from the group consisting of C1-C12 alkyl and C3-C8 cycloalkyl; with the proviso that the anti-degradant is not an anti-degradant consisting of a compound of Formula I, and a compound of Formula II wherein R 1 is a methyl in an ortho-position.
A computer-implemented method for determining a likelihood of a presence or absence of a genetic variation in a gene of interest for a subject the method comprising: (a) providing a reference genome comprising (i) a gene of interest and (ii) a counterpart gene to the gene of interest, wherein the gene of interest is selected from the group consisting of PMS2, CYP21A2, CYP11B1, CYP11B2, GBA, HBA1, HBG1, HBB, HYDIN, IKBKG, NCF1, NEB, VWF, PKD1, SMN1, SMN2 and SBDS and the counterpart gene to the gene of interest, or a portion thereof, is 70% to 99% identical to the gene of interest; (b) substituting at least 30% of nucleotides in the counterpart gene of the reference genome with an ambiguous nucleotide marker, thereby providing a modified reference genome; (c) mapping sequence reads obtained from a diploid subject to the modified reference genome, wherein (i) the subject comprises the gene of interest and the counterpart gene, (ii) the sequence reads are obtained using a massively parallel sequencing method, and (iii) the sequence reads derived from the counterpart gene, or portion thereof, of the subject map to the gene of interest of the modified reference genome and not to the counterpart gene of the modified reference genome; and (d) determining the likelihood of a presence or absence of a genetic variation in the gene of interest of the subject according to the sequence reads mapped to the modified reference genome. (a) providing a reference genome comprising (i) a gene of interest and (ii) a counterpart gene to the gene of interest, wherein the gene of interest is selected from the group consisting of PMS2, CYP21A2, CYP11B1, CYP11B2, GBA, HBA1, HBG1, HBB, HYDIN, IKBKG, NCF1, NEB, VWF, PKD1, SMN1, SMN2 and SBDS and the counterpart gene to the gene of interest, or a portion thereof, is 70% to 99% identical to the gene of interest; (b) substituting at least 30% of nucleotides in the counterpart gene of the reference genome with an ambiguous nucleotide marker, thereby providing a modified reference genome; (c) mapping sequence reads obtained from a diploid subject to the modified reference genome, wherein (i) the subject comprises the gene of interest and the counterpart gene, (ii) the sequence reads are obtained using a massively parallel sequencing method, and (iii) the sequence reads derived from the counterpart gene, or portion thereof, of the subject map to the gene of interest of the modified reference genome and not to the counterpart gene of the modified reference genome; and (d) determining the likelihood of a presence or absence of a genetic variation in the gene of interest of the subject according to the sequence reads mapped to the modified reference genome.
A washing machine comprising a body ; a tub which is disposed in the body ; a drum which is disposed in the tub and wherein the washing process is performed; a housing which is arranged on the body and which is in fluid communication with the tub ; a circulation line which is arranged to receive washing water from the tub and deliver said washing water to the housing ; a dispenser which is disposed into the housing ; and a filter box which is disposed on the dispenser and which has a water inlet opening connected to the circulation line and at least one filter which filters the fibers in the water, - a channel which is arranged in the filter box , which is connected to the water inlet opening at one end, which extends from the water inlet opening along the filter box and through which the water taken from the circulation line by means of the water inlet opening flows, and characterized by - a plurality of distribution openings which are arranged on the channel and which enables the water flowing through the channel to be delivered onto the filter . - the filter being a microfilter. - a channel which is arranged in the filter box , which is connected to the water inlet opening at one end, which extends from the water inlet opening along the filter box and through which the water taken from the circulation line by means of the water inlet opening flows, and characterized by - a plurality of distribution openings which are arranged on the channel and which enables the water flowing through the channel to be delivered onto the filter . - the filter being a microfilter.
A portable handheld device for simultaneously detecting the presence of multiple cardiac biomarkers in a sample of bodily fluid, comprising: a test strip comprising: a conductive material interface having a surface comprising: an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; a biological sensor agent applied to the multi-array of platinum wires, the biological sensor agent comprising: an immobilization agent; and aptamers selected to interact with the immobilization agent and selected to bind with multiple cardiac biomarkers when the test strip is contacted with a sample of bodily fluid derived from a patient; and a signaling agent configured to generate an electrochemical impedance signal by binding of the aptamers with the multiple cardiac biomarkers; wherein the test strip is configured such that a visual change is indicative of a change in electrochemical impedance, which is indicative of binding of the aptamers in the test strip with the multiple cardiac biomarkers in the sample of bodily fluid derived from the patient; and a standard chart or key to interpret the results of the visual change displayed on the test strip. a conductive material interface having a surface comprising: an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; a biological sensor agent applied to the multi-array of platinum wires, the biological sensor agent comprising: an immobilization agent; and aptamers selected to interact with the immobilization agent and selected to bind with multiple cardiac biomarkers when the test strip is contacted with a sample of bodily fluid derived from a patient; and an immobilization agent; and aptamers selected to interact with the immobilization agent and selected to bind with multiple cardiac biomarkers when the test strip is contacted with a sample of bodily fluid derived from a patient; and a signaling agent configured to generate an electrochemical impedance signal by binding of the aptamers with the multiple cardiac biomarkers; wherein the test strip is configured such that a visual change is indicative of a change in electrochemical impedance, which is indicative of binding of the aptamers in the test strip with the multiple cardiac biomarkers in the sample of bodily fluid derived from the patient; and a standard chart or key to interpret the results of the visual change displayed on the test strip.
A temperature sensing material having a structure of dispersing a temperature indicating material that changes color by crystallization, wherein an average particle size of the temperature indicating material is not larger than a resolution when observed; and a volume fraction of the temperature indicating material to the temperature sensing material is not less than 5% to less than 90%, characterized in that the temperature indicating material is a material which starts developing color at a predetermined temperature during temperature rise and erases the color by dissolving from a state of developing the color, and which changes a color change speed in accordance with a temperature not lower than the predetermined temperature, or wherein the temperature indicating material is a material which starts developing color at a predetermined temperature during temperature drop and erases the color by dissolving through heating from a state of developing the color, and which changes a color change speed in accordance with a temperature not higher than the predetermined temperature. wherein an average particle size of the temperature indicating material is not larger than a resolution when observed; and a volume fraction of the temperature indicating material to the temperature sensing material is not less than 5% to less than 90%, characterized in that the temperature indicating material is a material which starts developing color at a predetermined temperature during temperature rise and erases the color by dissolving from a state of developing the color, and which changes a color change speed in accordance with a temperature not lower than the predetermined temperature, or wherein the temperature indicating material is a material which starts developing color at a predetermined temperature during temperature drop and erases the color by dissolving through heating from a state of developing the color, and which changes a color change speed in accordance with a temperature not higher than the predetermined temperature.