mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a lost frame of an audio signal, wherein the method comprises: determining an initial high-band signal of a current lost frame; determining a gain of the current lost frame; determining gain adjustment information of the current lost frame, wherein the gain adjustment information comprises a class of a frame, a low-band signal spectral tilt of a frame, a low-band signal energy of a frame, and a quantity of consecutive lost frames, wherein the quantity of consecutive lost frames is a quantity of consecutive frames that are lost until the current lost frame; adjusting the gain of the current lost frame according to the gain adjustment information, to obtain an adjusted gain of the current lost frame; and adjusting the initial high-band signal according to the adjusted gain, to obtain a high-band signal of the current lost frame; wherein the step of adjusting the gain of the current lost frame according to the gain correction information, to obtain an adjusted gain of the current lost frame comprises: when the quantity of consecutive lost frames is equal to 1, and a class of the current lost frame is not unvoiced, the class of the current lost frame is not unvoiced transition, a low-band signal spectral tilt of a previous frame of the current lost frame is less than a first threshold, and an energy ratio of a low-band signal energy of the current lost frame to a low-band signal energy of the previous frame of the current lost frame is within a preset interval, obtaining an energy ratio of a high frequency excitation energy of the previous frame of the current lost frame to a high frequency excitation energy of the current lost frame according to the low-band signal energy of the current lost frame; and adjusting the gain of the current lost frame according to the energy ratio of the high frequency excitation energy of the previous frame of the current lost frame to the high frequency excitation energy of the current lost frame, to obtain the adjusted gain of the current lost frame. determining an initial high-band signal of a current lost frame; determining a gain of the current lost frame; determining gain adjustment information of the current lost frame, wherein the gain adjustment information comprises a class of a frame, a low-band signal spectral tilt of a frame, a low-band signal energy of a frame, and a quantity of consecutive lost frames, wherein the quantity of consecutive lost frames is a quantity of consecutive frames that are lost until the current lost frame; adjusting the gain of the current lost frame according to the gain adjustment information, to obtain an adjusted gain of the current lost frame; and adjusting the initial high-band signal according to the adjusted gain, to obtain a high-band signal of the current lost frame;
A chimeric antigen receptor comprising: (a) an extracellular scFv comprising a light chain variable domain (V L) a heavy chain variable domain (V H), wherein the scFv specifically binds to CCR4; (b) a hinge and transmembrane domain from CD8; (c) an intracellular 4-1BB signaling domain; and (d) an intracellular CD3 zeta signaling domain, wherein (a)-(d) are in N-terminal to C-terminal order. (a) an extracellular scFv comprising a light chain variable domain (V L) a heavy chain variable domain (V H), wherein the scFv specifically binds to CCR4; (b) a hinge and transmembrane domain from CD8; (c) an intracellular 4-1BB signaling domain; and (d) an intracellular CD3 zeta signaling domain, wherein (a)-(d) are in N-terminal to C-terminal order.
System for improving a performance estimation of an operator of a vehicle, comprising: - a first module (402, 402', 402") configured to implement a first estimation method for estimating a performance state of vehicle operation by means of receiving sensor data from an external sensor, wherein the first module is configured to implement a plurality of predefined estimation methods (502, 504, 506), wherein each of the predefined estimation methods (502, 504, 506) is arranged with algorithms for detecting a specific driving performance state of the operator, wherein the detected driving performance state of the operator is one of drowsiness/fatigue, distraction, intoxication, at-risk driving behaviour and poor driving, - a second module configured to implement a second estimation method for estimating at least one of a physiological and behavioural state of the operator by means of receiving sensor data from an internal sensor, and - means for sharing the estimation of the performance state of vehicle operation to the second module and/or for sharing the estimation of the at least one of a physiological and behavioural state of the operator to the first module (402, 402', 402"), wherein one of the first (402, 402', 402") and the second module is configured to adjust its implemented estimation method based on the shared estimated state from the other one of the first (402, 402', 402") and the second module, for classification of the estimation of at least one of the driving performance state of the operator and the physiological and/or behavioural state of the operator, and wherein the first module comprises a weighing means arranged to receive the plurality of driving performance states and weight an estimated driving performance based on the estimation of the second module. - a first module (402, 402', 402") configured to implement a first estimation method for estimating a performance state of vehicle operation by means of receiving sensor data from an external sensor, wherein the first module is configured to implement a plurality of predefined estimation methods (502, 504, 506), wherein each of the predefined estimation methods (502, 504, 506) is arranged with algorithms for detecting a specific driving performance state of the operator, wherein the detected driving performance state of the operator is one of drowsiness/fatigue, distraction, intoxication, at-risk driving behaviour and poor driving, - a second module configured to implement a second estimation method for estimating at least one of a physiological and behavioural state of the operator by means of receiving sensor data from an internal sensor, and - means for sharing the estimation of the performance state of vehicle operation to the second module and/or for sharing the estimation of the at least one of a physiological and behavioural state of the operator to the first module (402, 402', 402"),
An oxygen-sensitive luminescent element comprising a binder-free glass fiber carrier substrate bearing a tetrabenzoporphyrin oxygen-sensitive photoluminescent dye embedded within an oxygen-permeable hydrophobic polymer matrix.
A hair transplanter characterized by: a needle channel bundle comprising a center shaft and a plurality of needle channels coupled (1200, 2200) to an outer circumference of the center shaft (1100, 2100) to be slidable up and down; a channel rotation unit configured to rotate the needle channel bundle by a predetermined angle corresponding to one needle channel (1200, 2200); and a push bar (1530, 2550) disposed on an upper portion of the needle channel bundle, and configured to push down one needle channel (1200, 2200) of a predetermined position, wherein each of the needle channels (1200, 2200) comprises a body (1210, 2210) having a tubular inner space formed therein, a needle (1220, 2220) coupled to a lower end of the body (1210, 2210), and a core shaft (1230, 2230) slidably disposed in the tubular inner space and the needle (1220, 2220), wherein the plurality of needle channels (1200, 2200) are arranged on the outer circumference of the center shaft (1100, 2100) radially at equal intervals with reference to a center axis of the center shaft (1100, 2100). a needle channel bundle comprising a center shaft and a plurality of needle channels coupled (1200, 2200) to an outer circumference of the center shaft (1100, 2100) to be slidable up and down; a channel rotation unit configured to rotate the needle channel bundle by a predetermined angle corresponding to one needle channel (1200, 2200); and a push bar (1530, 2550) disposed on an upper portion of the needle channel bundle, and configured to push down one needle channel (1200, 2200) of a predetermined position, wherein each of the needle channels (1200, 2200) comprises a body (1210, 2210) having a tubular inner space formed therein, a needle (1220, 2220) coupled to a lower end of the body (1210, 2210), and a core shaft (1230, 2230) slidably disposed in the tubular inner space and the needle (1220, 2220), wherein the plurality of needle channels (1200, 2200) are arranged on the outer circumference of the center shaft (1100, 2100) radially at equal intervals with reference to a center axis of the center shaft (1100, 2100).
Electric/electronic control device with a combined push-button-/rotary operating element, which, via its push-button controlled by push-button operation influences the ON and OFF switching of at least one connected actuator and via its rotary operation detection stage controlled by rotary operation influences the at least one actuator depending on its adjustable angle in a first function level, characterized by the fact that the rotary operation detection stage is connected with a branching stage, and that with detection of a certain rotating direction and/or rotating speed by the rotary operation detection stage by means of the branching stage at least one further second function level of the actuator is influenced depending on the adjustable angle.
A heavy-duty tire comprising: a tread portion comprising a pair of tread edges and a tire equator located therebetween, wherein in a tire cross-section including a tire axis under a 5% inner pressure condition where the tire is mounted on a standard wheel rim and inflated to 5% of a standard pressure but loaded with no tire load, the tread portion has a profile comprising a first profile including the tire equator, a pair of second profiles extending axially inwardly from the tread edges, and the first profile and the second profiles are configured as arc shapes protruding outwardly in a tire radial direction, characterized in that the tread portion further comprises a pair of third profiles connecting the first profile and the respective second profiles, wherein the third profiles are configured as straight shapes. a tread portion comprising a pair of tread edges and a tire equator located therebetween, wherein in a tire cross-section including a tire axis under a 5% inner pressure condition where the tire is mounted on a standard wheel rim and inflated to 5% of a standard pressure but loaded with no tire load, the tread portion has a profile comprising a first profile including the tire equator, a pair of second profiles extending axially inwardly from the tread edges, and the first profile and the second profiles are configured as arc shapes protruding outwardly in a tire radial direction, characterized in that the tread portion further comprises a pair of third profiles connecting the first profile and the respective second profiles, wherein the third profiles are configured as straight shapes.
System for drainage of fluids or wound secretion from body and/or tissue openings of the human or animal body comprising: a bag-like reservoir for collecting the fluid or wound secretion, with an upper inlet opening and a lower outlet opening, and a pre-evacuated container with an inlet opening, wherein the inlet opening of the pre-evacuated container is connected to the lower outlet opening of the bag-like reservoir, characterized in that the lower outlet opening is located at the bottom of the bag-like reservoir. a bag-like reservoir for collecting the fluid or wound secretion, with an upper inlet opening and a lower outlet opening, and a pre-evacuated container with an inlet opening, wherein the inlet opening of the pre-evacuated container is connected to the lower outlet opening of the bag-like reservoir, characterized in that the lower outlet opening is located at the bottom of the bag-like reservoir.
A method for increasing the affinity of an antibody whose electrical characteristic of the complementarity determining regions (CDRs) based on the amino acid sequences of the CDRs of the heavy and light chain is neutral for an antigen, comprising substituting at least 3 amino acid residues selected from the group consisting of the 53rd, 54th, 56th, 57th, 60th, 63 rd, 65 th, 67 th, 70 th, 72 nd, 74th, 76th, 77th and 79th to 81st amino acid residues of the light chain framework region 3 defined by the Chothia method with a lysine residue or an arginine residue, such that the affinity of the antibody for said antigen is increased as compared to that of an unmodified antibody; wherein the electrical characteristic of the CDRs of the antibody is determined by the following formula: X = [Number of basic amino acid residues in amino acid sequences of CDR1, CDR2 and CDR3 of the light chain and of CDR1, CDR2 and CDR3 of the heavy chain] - [Number of acidic amino acid residues in amino acid sequences of CDR1, CDR2 and CDR3 of the light chain and of CDR1, CDR2 and CDR3 of the heavy chain], wherein when X is -1, 0 or 1, the electrical characteristic of CDRs is neutral, when X is 2 or more, the electrical characteristic of CDRs is positively charged, and when X is -2 or less, the electrical characteristic of CDRs is negatively charged, wherein the basic amino acid residues are a lysine residue, an arginine residue and a histidine residue, and wherein the acidic amino acid residues are an aspartic acid residue and a glutamic acid residue. substituting at least 3 amino acid residues selected from the group consisting of the 53rd, 54th, 56th, 57th, 60th, 63 rd, 65 th, 67 th, 70 th, 72 nd, 74th, 76th, 77th and 79th to 81st amino acid residues of the light chain framework region 3 defined by the Chothia method with a lysine residue or an arginine residue, such that the affinity of the antibody for said antigen is increased as compared to that of an unmodified antibody; wherein the electrical characteristic of the CDRs of the antibody is determined by the following formula: X = [Number of basic amino acid residues in amino acid sequences of CDR1, CDR2 and CDR3 of the light chain and of CDR1, CDR2 and CDR3 of the heavy chain] - [Number of acidic amino acid residues in amino acid sequences of CDR1, CDR2 and CDR3 of the light chain and of CDR1, CDR2 and CDR3 of the heavy chain], wherein when X is -1, 0 or 1, the electrical characteristic of CDRs is neutral, when X is 2 or more, the electrical characteristic of CDRs is positively charged, and when X is -2 or less, the electrical characteristic of CDRs is negatively charged, wherein the basic amino acid residues are a lysine residue, an arginine residue and a histidine residue, and wherein the acidic amino acid residues are an aspartic acid residue and a glutamic acid residue.
A movable element for a damping system comprising an absorbent mass designed to be positioned in a housing and comprising at least two damping assembles positioned respectively against the surface of the absorbent mass and designed to bear against the internal wall of the housing in different parts of the absorbent mass, characterised in that the movable element is arranged to function with a phase shift between the oscillations of each part of the absorbent mass in each of the damping assemblies during the operation of the movable element, by generating damping effects and/or having different rigidity for each of the damping assemblies.
A transaction system (200, 300, 400, 500), comprising: a peripheral device (340, 440, 550); a transaction terminal (100, 201, 310, 410) comprising a printed circuit board (150, 350, 570), and an enclosure (160, 320, 420); a housing (330, 430, 510) removably attachable with the enclosure (160, 320, 420), wherein the housing (330, 430, 510) is configured to accomodate at least a portion of the peripheral device (340, 440, 550); and a cable comprising a first interface that couples with the peripheral device (340, 440, 550) and a second interface that couples with the printed circuit board (150, 350, 570); wherein the peripheral device (340, 440, 550) comprises a wireless communication device or a memory device, characterized in that the transaction terminal (100, 201, 310, 410) comprises a reader, a printer, a touch sensor and a liquid crystal display, and the transaction system (200, 300, 400, 500) further comprises a deformable holder assembly disposed within the housing (330, 430, 510), wherein the deformable holder assembly is configured to support the peripheral device (340, 440, 550) and comprises a first holder and a second holder, wherein the first holder comprises polyurethane foam and the second holder includes a central aperture and a plurality of precut sections defined at least in part by scorings, whereby the second holder includes a tear away foam block that is prescored or precut into small pieces or cubes, which allow a user to customize the dimensions of the second holder for the accommodation of at least the portion of the peripheral device (340, 440, 550). a peripheral device (340, 440, 550); a transaction terminal (100, 201, 310, 410) comprising a printed circuit board (150, 350, 570), and an enclosure (160, 320, 420); a housing (330, 430, 510) removably attachable with the enclosure (160, 320, 420), wherein the housing (330, 430, 510) is configured to accomodate at least a portion of the peripheral device (340, 440, 550); and a cable comprising a first interface that couples with the peripheral device (340, 440, 550) and a second interface that couples with the printed circuit board (150, 350, 570); wherein the peripheral device (340, 440, 550) comprises a wireless communication device or a memory device, characterized in that the transaction terminal (100, 201, 310, 410) comprises a reader, a printer, a touch sensor and a liquid crystal display, and the transaction system (200, 300, 400, 500) further comprises a deformable holder assembly disposed within the housing (330, 430, 510), wherein the deformable holder assembly is configured to support the peripheral device (340, 440, 550) and comprises a first holder and a second holder, wherein the first holder comprises polyurethane foam and the second holder includes a central aperture and a plurality of precut sections defined at least in part by scorings, whereby the second holder includes a tear away foam block that is prescored or precut into small pieces or cubes, which allow a user to customize the dimensions of the second holder for the accommodation of at least the portion of the peripheral device (340, 440, 550).
A method for obtaining NK cells, comprising: (a) collecting a monocyte sample by separating the monocytes from a peripheral blood sample by using an antibody specific for a surface marker of the monocytes; (b) collecting, as an NK cell sample, cell populations remaining after the separation of the monocytes; and (c) growing the NK cells by culturing the NK cell sample by use of a medium containing an anti-CD56 antibody. (a) collecting a monocyte sample by separating the monocytes from a peripheral blood sample by using an antibody specific for a surface marker of the monocytes; (b) collecting, as an NK cell sample, cell populations remaining after the separation of the monocytes; and (c) growing the NK cells by culturing the NK cell sample by use of a medium containing an anti-CD56 antibody.
Installation for extinguishing and/or inerting with synthetic liquid extinguishing agent, comprising an extinguishing agent container, a conveyor device for the extinguishing agent, a pipeline and nozzles, a fire alarm and/or control centre, an incident alarm which detects fire signals and transmits them to the fire alarm and/or control centre, and at least one concentration sensor in the space which is intended to be monitored and extinguished or rendered inert, characterised in that the extinguishing agent container is constructed only for an operating pressure of up to 3 bar and the pipeline is constructed for a pressure stage of 16 bar, the synthetic liquid extinguishing agent constitutes a non-flammable, non-combustible electrically non-conductive liquid with a vapour pressure at 21°C of from 0.1 to 3 bar so that the extinguishing agent changes into the gas phase after being discharged from the nozzles, there is located on the extinguishing agent container a drying cartridge for removing moisture from inflowing air when the extinguishing agent is removed and a valve for reducing excess pressure above 3 bar and reduced pressure in the extinguishing container, the conveying device is arranged between the extinguishing agent container and the nozzles in the pipeline, there is arranged between the conveying device and the fire alarm and/or control centre an electrical line which is monitored for wire breakage and/or short circuit and by means of which the conveying device can be switched on or off, wherein the at least one concentration sensor detects a value of the extinguishing agent concentration and transmits it as a control variable for the quantity of extinguishing agent which is intended to be discharged to the fire alarm and/or control centre, and the fire alarm and/or control centre controls the discharge of the quantity of extinguishing agent via the conveying device in accordance with a predetermined value or limit value of the control variable.
Pre-sintered blank for dental purposes based on lithium disilicate glass ceramic, wherein the blank has a relative density of from 60 to 90%, in particular 62 to 88% and preferably 65 to 87%, relative to the true density of the glass ceramic.
A sensing device (100, 200, 300) comprising: a housing (302, 304, 306, 308, 310, 312) encasing components, including: a sensor component (108, 212) comprising at least one acoustic sensor and configured to receive environment information related to an environment of the sensing device; and characterised by further including: an input component (104, 204) configured to receive a spoken description identifying a location prior to deployment of the sensing device at the location; a data store (106, 210) configured to store the spoken description identifying the location as predetermined location information prior to the deployment of the sensing device at the location and a communication component (110, 218) configured to wirelessly transmit the predetermined location information from the data store and the environment information to another device (400, 506, 510, 606) in response to receiving the environment information. a housing (302, 304, 306, 308, 310, 312) encasing components, including: a sensor component (108, 212) comprising at least one acoustic sensor and configured to receive environment information related to an environment of the sensing device; and characterised by further including: an input component (104, 204) configured to receive a spoken description identifying a location prior to deployment of the sensing device at the location; a data store (106, 210) configured to store the spoken description identifying the location as predetermined location information prior to the deployment of the sensing device at the location and a communication component (110, 218) configured to wirelessly transmit the predetermined location information from the data store and the environment information to another device (400, 506, 510, 606) in response to receiving the environment information. an input component (104, 204) configured to receive a spoken description identifying a location prior to deployment of the sensing device at the location; a data store (106, 210) configured to store the spoken description identifying the location as predetermined location information prior to the deployment of the sensing device at the location and a communication component (110, 218) configured to wirelessly transmit the predetermined location information from the data store and the environment information to another device (400, 506, 510, 606) in response to receiving the environment information.