mhurhangee/patent-ind-claim-en huggingface dataset:
A method for parallel determination of multiple splicing variants produced by alternative splicing of a protein having 2 or more variants using mass spectrometry, comprising: designing peptides obtained by protease digestion of all variants of the protein in a sample; protease-digesting the protein; detecting, using mass spectrometry, among the peptides designed, 2 or more kinds of peptides having an amino acid sequence specific to each of the splicing variants and a peptide having an amino acid sequence common to 2 or more splicing variants among the multiple splicing variants; and determining an amount of each of the splicing variants in the sample based on a result of the mass spectrometry, wherein the protein is a vascular endothelial growth factor (VEGF)-A. designing peptides obtained by protease digestion of all variants of the protein in a sample; protease-digesting the protein; detecting, using mass spectrometry, among the peptides designed, 2 or more kinds of peptides having an amino acid sequence specific to each of the splicing variants and a peptide having an amino acid sequence common to 2 or more splicing variants among the multiple splicing variants; and determining an amount of each of the splicing variants in the sample based on a result of the mass spectrometry, wherein the protein is a vascular endothelial growth factor (VEGF)-A.
A semiconductor memory device comprising: a plurality of memory bank groups configured to be accessed in parallel; an internal memory bus configured to receive external data from outside the plurality of memory bank groups ; and a first computation circuit configured to receive internal data from a first memory bank group of the plurality of memory bank groups at the beginning of a first period, wherein the first period is equal a delay time required to consecutively access a same memory bank group of the plurality of memory bank groups , during said first period, receive successively n external data through the internal memory bus , each external data of the n external data being received at the start of a corresponding second period of a plurality of second periods, the first period being n times the second period, wherein n is a natural number equal to or greater than 2, and during said first period, perform successively n processing in memory, PIM, arithmetic operations, each PIM arithmetic operation being on the internal data and corresponding external data of the n external data (A0, B0) and being performed during the corresponding second period. a plurality of memory bank groups configured to be accessed in parallel; an internal memory bus configured to receive external data from outside the plurality of memory bank groups ; and a first computation circuit configured to receive internal data from a first memory bank group of the plurality of memory bank groups at the beginning of a first period, wherein the first period is equal a delay time required to consecutively access a same memory bank group of the plurality of memory bank groups , during said first period, receive successively n external data through the internal memory bus , each external data of the n external data being received at the start of a corresponding second period of a plurality of second periods, the first period being n times the second period, wherein n is a natural number equal to or greater than 2, and during said first period, perform successively n processing in memory, PIM, arithmetic operations, each PIM arithmetic operation being on the internal data and corresponding external data of the n external data (A0, B0) and being performed during the corresponding second period.
An assist display device for use in a straddled vehicle having an engine and a rotating electrical machine wherein a power of the engine is assisted by using a power of the rotating electrical machine , the assist display device comprising: an assist display section configured to give a notification that the engine is being assisted; and a control section configured to control the notification by the assist display section , wherein the control section is configured to cause the assist display section to give the notification over a period of time in which the engine is being assisted, characterized in that the control section is configured to cause the assist display section to, even after an end of the assistance, continue to give the notification over a predetermined period of time after the end of the assistance. an assist display section configured to give a notification that the engine is being assisted; and a control section configured to control the notification by the assist display section , wherein the control section is configured to cause the assist display section to give the notification over a period of time in which the engine is being assisted, characterized in that the control section is configured to cause the assist display section to, even after an end of the assistance, continue to give the notification over a predetermined period of time after the end of the assistance.
A security module (SE) with secure memory management, having: - a data memory (M) and at least two write units (S1, S2) that are each adapted to cause write operations on the data memory (M); - a detection unit (E1) adapted to detect the write unit (S1, S2) that causes the write operation; and - a manipulation handling unit (E2) adapted to trigger a security operation made available, if the causing of the write operation is to be associated with a non-authorized write unit (S1, S2), wherein the security module (SE) supplies at least one sensor that permits a detection of the write unit (S1, S2) physically by means of at least one measurement. - a data memory (M) and at least two write units (S1, S2) that are each adapted to cause write operations on the data memory (M); - a detection unit (E1) adapted to detect the write unit (S1, S2) that causes the write operation; and - a manipulation handling unit (E2) adapted to trigger a security operation made available, if the causing of the write operation is to be associated with a non-authorized write unit (S1, S2), wherein the security module (SE) supplies at least one sensor that permits a detection of the write unit (S1, S2) physically by means of at least one measurement.
A system for outputting audio signals, comprising a first output device of a plurality of different types of output devices for outputting audio signals, wherein the first output device is configured to output audio signals having predeterminable parameter values of a first set of settable parameters, comprising at least one data storage for storing parameter values, and comprising at least one administration device , wherein the administration device is configured to access the data storage , wherein the administration device is configured to search the data storage for stored parameter values for a set of parameters which equals the first set of parameters or is similar to the first set of parameters, wherein the administration device is configured to take into account, when searching the data storage for the stored parameter values for the set of parameters, a user associated with the first output device in that the administration device compares stored parameter values for sets of parameters which are associated with the user but with other types of output devices to stored parameter values for sets of parameters which are associated with other users and with said types of output devices, and to prefer sets of parameter values of those of the other users who have preferences similar to those of the user, wherein preferences between the user and the other users are similar when the user and the other users belong to a same group of listeners, wherein the administration device is configured such that, in case the administration device has found stored parameter values for the set of parameters in the data storage , the administration device transfers the stored parameter values for the set of parameters and/or parameter values determined therefrom to the first output device .
Smart shoe soles where each sole includes a rechargeable electric battery and also: - at least three specific vibrators (2a, b, c), - an adapted electronic card , - a membrane placed on a rigid sole body , in which these means and equipment of these intelligent soles are autonomous and controllable by emulation of specific software, which make it possible to generate vibrations, at the decision of individuals equipped by example of a digital transmission means or a remote control, which means that these so-called individuals with permanent or temporary neuro-psychomotor disorders can recover their initial form to perform all the physical exercises they wish, characterized in that the soles provide localized stimulations under the soles of the feet, resulting from a frequency shift between each of the vibrators which creates very specific vibratory resonance zones for use by individuals for plantar reflexology. - at least three specific vibrators (2a, b, c), - an adapted electronic card , - a membrane placed on a rigid sole body , in which these means and equipment of these intelligent soles are autonomous and controllable by emulation of specific software, which make it possible to generate vibrations, at the decision of individuals equipped by example of a digital transmission means or a remote control, which means that these so-called individuals with permanent or temporary neuro-psychomotor disorders can recover their initial form to perform all the physical exercises they wish, characterized in that the soles provide localized stimulations under the soles of the feet, resulting from a frequency shift between each of the vibrators which creates very specific vibratory resonance zones for use by individuals for plantar reflexology.
Use of an adhesively furnished adhesive tape having a carrier layer composed of a spunbonded web, the carrier layer having a basis weight of 40 to 140 g/m 2 and being furnished on at least one side with a crosslinked adhesive, preferably pressure-sensitive adhesive, the composition of which prior to crosslinking is as follows: at least one first base polymer component having functional groups suitable for covalent crosslinking and for coordinative crosslinking, and also at least one covalent crosslinker, and at least one coordinative crosslinker, the coordinative crosslinker being present in a molar excess over the covalent crosslinker, for securing cables preferably in the interior of passenger cars. at least one first base polymer component having functional groups suitable for covalent crosslinking and for coordinative crosslinking, and also at least one covalent crosslinker, and at least one coordinative crosslinker, the coordinative crosslinker being present in a molar excess over the covalent crosslinker, for securing cables preferably in the interior of passenger cars.
A micromachined ultrasonic transducer (MUT) array, comprising: a plurality of transducer elements arrayed over an area of a substrate; a reference electrode coupled to each of the plurality of transducer elements; the micromachined ultrasonic transducer (MUT) array being characterized by further comprising drive/sense electrode rails coupled to subsets of the plurality of transducer elements in parallel to form channels of the array, wherein the channels include a first channel comprising a first subset of the plurality of transducer elements including a first transducer element and a second transducer element , wherein the first transducer element has a membrane dimensioned to enter a first mode of oscillation when driven by an electrical signal that induces a second mode of oscillation in a membrane of the second transducer element, wherein the first mode of oscillation and the second mode of oscillation each correspond to a solution of a respective Bessel function, and wherein the membrane dimensions between the first transducer element and the second transducer element span a range larger than a dimensional difference between membranes of any two adjacent elements (111A and 112A) within the first channel. a plurality of transducer elements arrayed over an area of a substrate; a reference electrode coupled to each of the plurality of transducer elements;
A computer-implemented method of teaching a robot system, the method comprising: detecting, by a first sensor system of the robot system, an operator's hand gesture ; moving (S3) a robotic arm of the robot system in accordance with the operator's hand gesture ; detecting (S31), by a second sensor system of the robot system, an impending collision of the robotic arm with an obstacle ; and moving the robotic arm along at least a section of a collision-free path around the obstacle , characterised in that moving the robotic arm along at least a section of the collision-free path around the obstacle comprises: halting (S32) the robotic arm at a predetermined safety distance before colliding with the obstacle ; if the robotic arm has moved essentially in a vertical direction in accordance with the operator's hand gesture , moving (S33) the robotic arm essentially in a horizontal direction until the path in accordance with the operator's hand gesture does no longer include an impending collision; if the robotic arm has moved essentially in a horizontal direction in accordance with the operator's hand gesture , moving (S33) the robotic arm essentially in a vertical direction until the path in accordance with the operator's hand gesture does no longer include an impending collision; and continuing (S34) moving the robotic arm in accordance with the operator's hand gesture . detecting, by a first sensor system of the robot system, an operator's hand gesture ; moving (S3) a robotic arm of the robot system in accordance with the operator's hand gesture ; detecting (S31), by a second sensor system of the robot system, an impending collision of the robotic arm with an obstacle ; and moving the robotic arm along at least a section of a collision-free path around the obstacle , characterised in that moving the robotic arm along at least a section of the collision-free path around the obstacle comprises: halting (S32) the robotic arm at a predetermined safety distance before colliding with the obstacle ; if the robotic arm has moved essentially in a vertical direction in accordance with the operator's hand gesture , moving (S33) the robotic arm essentially in a horizontal direction until the path in accordance with the operator's hand gesture does no longer include an impending collision; if the robotic arm has moved essentially in a horizontal direction in accordance with the operator's hand gesture , moving (S33) the robotic arm essentially in a vertical direction until the path in accordance with the operator's hand gesture does no longer include an impending collision; and continuing (S34) moving the robotic arm in accordance with the operator's hand gesture .
A process of extracting isoprene from a mixture comprising C 5 hydrocarbons, comprising: feeding the mixture comprising C 5 hydrocarbons into a first extractive distillation column and extractively distilling the mixture by contact with a first polar solvent to form a first overhead product comprising isoprene and a first slip stream comprising cyclopentadiene and substantially no dicyclopentadiene; feeding the first overhead product to a second extractive distillation column and extractively distilling the first overhead product by contact with a second polar solvent to form a second overhead product comprising unextracted C 5 hydrocarbons and a second slip stream comprising isoprene and other hydrocarbons; washing the second slip stream with water in a solvent wash column; cooling the second slip stream in a cooler; and distilling the second slip stream in a distillation column to form a third overhead product comprising high-purity isoprene, wherein the third overhead product has an isoprene purity of at least 99.5% by mass and a bottom product, wherein the process further comprises washing the first slip stream with water in a solvent wash column and cooling the first overhead product and separating the first slip stream into an oil fraction comprising cyclopentadiene and substantially no dicyclopentadiene and a water fraction comprising the polar solvent and recycling the oil fraction comprising cyclopentadiene to a cracker to form one or more olefins. feeding the mixture comprising C 5 hydrocarbons into a first extractive distillation column and extractively distilling the mixture by contact with a first polar solvent to form a first overhead product comprising isoprene and a first slip stream comprising cyclopentadiene and substantially no dicyclopentadiene; feeding the first overhead product to a second extractive distillation column and extractively distilling the first overhead product by contact with a second polar solvent to form a second overhead product comprising unextracted C 5 hydrocarbons and a second slip stream comprising isoprene and other hydrocarbons; washing the second slip stream with water in a solvent wash column; cooling the second slip stream in a cooler; and distilling the second slip stream in a distillation column to form a third overhead product comprising high-purity isoprene, wherein the third overhead product has an isoprene purity of at least 99.5% by mass and a bottom product, wherein the process further comprises washing the first slip stream with water in a solvent wash column and cooling the first overhead product and separating the first slip stream into an oil fraction comprising cyclopentadiene and substantially no dicyclopentadiene and a water fraction comprising the polar solvent and recycling the oil fraction comprising cyclopentadiene to a cracker to form one or more olefins.
Intermediate pole for supporting a grapevine, arranged between two head poles between which a wire is stretched in order to hold up the plants, said intermediate pole being made by a metal section having its lower end driven into the ground, the upper end of the intermediate pole has a sliding surface for bearing the plants, the sliding surface being furrowed by a groove within which the wire holding the plant is held, characterized in that the pole is made by a T-shaped metal section , the upper end of one of its two wings being curved and forming the sliding surface for holding the plant.
A system comprising: circuitry configured to input, to a first trained model third projection data to generate fourth projection data, receive the third projection data, said third projection data obtained from a computed tomography, CT, scan, and reconstruct a first image based on the fourth projection data, wherein the first trained model has been trained using first projection data as an input and second projection data or first subtraction data between the first projection data and the second projection data as an output, the first projection data being acquired using an X-ray source having a first focal spot size, the second projection data being acquired using an X-ray source having a second focal spot size that is smaller than the first focal spot size, and the third projection data being acquired using an X-ray source having a third focal spot size that is larger than the second focal spot size, characterised in that the first trained model is a trained model on which further training is performed by using data acquired using a detector array having detection elements of a first size as an input and using data acquired using detection elements of a second size as an output, the second size being smaller than the first size. circuitry configured to input, to a first trained model third projection data to generate fourth projection data, receive the third projection data, said third projection data obtained from a computed tomography, CT, scan, and reconstruct a first image based on the fourth projection data, wherein the first trained model has been trained using first projection data as an input and second projection data or first subtraction data between the first projection data and the second projection data as an output, input, to a first trained model third projection data to generate fourth projection data, receive the third projection data, said third projection data obtained from a computed tomography, CT, scan, and reconstruct a first image based on the fourth projection data, wherein the first trained model has been trained using first projection data as an input and second projection data or first subtraction data between the first projection data and the second projection data as an output, the first projection data being acquired using an X-ray source having a first focal spot size, the second projection data being acquired using an X-ray source having a second focal spot size that is smaller than the first focal spot size, and the third projection data being acquired using an X-ray source having a third focal spot size that is larger than the second focal spot size, characterised in that the first trained model is a trained model on which further training is performed by using data acquired using a detector array having detection elements of a first size as an input and using data acquired using detection elements of a second size as an output, the second size being smaller than the first size.
A host, wherein the host comprises a virtual machine monitor, VMM, and at least one network interface card, a first virtual machine runs on the host, the VMM comprises multiple VLAN subinterfaces and a virtual network function module, and the at least one network interface card comprises switching equipment and at least three network ports, wherein a first network port and a second network port support a network interface card virtualization capability, the first network port is corresponding to at least one physical function, PF, and multiple virtual functions, VFs, virtual local area network, VLAN, identifiers are configured for the multiple VFs and the VLAN identifiers of the VFs are different from each other, the first virtual machine is connected to at least one VF of the first network port, a quantity of VLAN subinterfaces is the same as a quantity of VFs of the first network port and the VLAN subinterfaces are in a one-to-one correspondence with the VFs of the first network port, the VLAN subinterfaces have same VLAN identifiers as the VFs corresponding to the VLAN subinterfaces, and the first network port and the second network port are connected by using a network cable; the first virtual machine is configured to send a data packet to a second virtual machine by using the VF that is connected to the first virtual machine, wherein the data packet carries a VLAN identifier of the VF that sends the data packet, and an address of the second virtual machine; switching equipment of the first network port is configured to receive the data packet, and forcibly forward the data packet to the second network port by using the network cable; switching equipment of the second network port is configured to receive the data packet from the first network port, and send, according to the VLAN identifier carried in the data packet, the data packet to a VLAN subinterface identified by the VLAN identifier; the VLAN subinterface is configured to receive the data packet, remove the VLAN identifier in the data packet, and send the data packet to the virtual network function module; and the virtual network function module is configured to perform network function processing on the changed data packet, and send the processed data packet, wherein a destination address of the processed data packet is the address of the second virtual machine.