mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator for an electric lock , the actuator comprising: a stator of an electric motor; a drive sub-unit which is rotatably mounted, the drive sub-unit comprising: a rotor of the electric motor; a drive shaft fixed to the rotor in a torque-proof manner or integral with the rotor; and a drive wheel fixed to the drive shaft in a torque-proof manner; a driven sub-unit which is rotatably mounted, the driven sub-unit comprising: a driven shaft extending parallel to the drive shaft ; a driven wheel fixed to the driven shaft in a torque-proof manner, the driven wheel being engaged with the drive wheel ; wherein the drive sub-unit has a first moment of inertia, I 1 , and the driven sub-unit has a second moment of inertia, I 2 , characterized in that |I 1 - I 2 | / max (I 1 , I 2 ) is less than 20%. a stator of an electric motor; a drive sub-unit which is rotatably mounted, the drive sub-unit comprising: a rotor of the electric motor; a drive shaft fixed to the rotor in a torque-proof manner or integral with the rotor; and a drive wheel fixed to the drive shaft in a torque-proof manner; a rotor of the electric motor; a drive shaft fixed to the rotor in a torque-proof manner or integral with the rotor; and a drive wheel fixed to the drive shaft in a torque-proof manner; a driven sub-unit which is rotatably mounted, the driven sub-unit comprising: a driven shaft extending parallel to the drive shaft ; a driven wheel fixed to the driven shaft in a torque-proof manner, the driven wheel being engaged with the drive wheel ; a driven shaft extending parallel to the drive shaft ; a driven wheel fixed to the driven shaft in a torque-proof manner, the driven wheel being engaged with the drive wheel ; wherein the drive sub-unit has a first moment of inertia, I 1 , and the driven sub-unit has a second moment of inertia, I 2 , characterized in that |I 1 - I 2 | / max (I 1 , I 2 ) is less than 20%.
An information processing apparatus comprising: a communication unit configured to receive original motion data regarding a motion from a sensor for measuring the motion; an extraction unit configured to extract, from the original motion data, motion data of one or more first motion sections in which a motion to be detected is indicated, calculate a value of a temporal change amount of the motion data as a first motion feature amount and extract one or more second motion sections in which the first motion feature amount is equal to or more than a first extraction threshold from the one or more first motion sections; a mixing degree determination unit configured to determine, for each of the one or more second motion sections, a mixing degree indicating a number of representative moving directions of the motion to be detected; a specification unit configured to determine, for each of the one or more second motion sections, a representative moving direction based on the mixing degree; and a determination unit configured to determine a parameter used for conversion of the motion data, of which a second motion feature amount, indicating a value of a temporal change amount of the motion data in the representative moving direction after conversion, is equal to or more than a second threshold. a communication unit configured to receive original motion data regarding a motion from a sensor for measuring the motion; an extraction unit configured to extract, from the original motion data, motion data of one or more first motion sections in which a motion to be detected is indicated, calculate a value of a temporal change amount of the motion data as a first motion feature amount and extract one or more second motion sections in which the first motion feature amount is equal to or more than a first extraction threshold from the one or more first motion sections; a mixing degree determination unit configured to determine, for each of the one or more second motion sections, a mixing degree indicating a number of representative moving directions of the motion to be detected; a specification unit configured to determine, for each of the one or more second motion sections, a representative moving direction based on the mixing degree; and a determination unit configured to determine a parameter used for conversion of the motion data, of which a second motion feature amount, indicating a value of a temporal change amount of the motion data in the representative moving direction after conversion, is equal to or more than a second threshold.
An artificial respiration device comprising a respiration gas source for generating a gas pressure for a patient, which is delivered by means of a respiratory mask, a measuring unit for measuring a measurement quantity typical of inhalation or exhalation and a control unit which determines the patient's tidal volume from the measurement quantity and compares this with a setpoint value of the tidal volume and regulates the respiration gas source such that the generated gas pressure is made available until the setpoint value of the tidal volume is reached, wherein a further regulation of a respiration characteristic variable which is typical of the patient's respiration is additionally carried out simultaneously and a corresponding regulating signal is delivered to the respiration gas source, characterized in that the regulation of the further respiration characteristic variable is an automatic adaptation of the exhalation pressure.
An antimicrobial silicone rubber, characterized in that , functional macromolecule is chemically bonded to the surface of the silicone rubber and the functional macromolecule contain vinyl or ethynyl, and the functional macromolecule is chemically bonded to the surface of the silicone rubber by means of vinyl or ethynyl; the functional macromolecule comprises polyamino acid macromolecule, the molecular structure of which is shown as follows: or wherein R 1 is any one of the structures shown below: wherein R 2 is any one of the structures shown below: wherein R 3 is any one of the structures shown below: and wherein R 4 is any one of the structures shown below: H, CH 3 , CH 2 CH 3 , wherein m, n, z and a are all integers, and m = 5-10000, n = 0-5000, z = 1-200 and a = 0-2000; " ∗ " is a chemical binding point of R 1 , R 2 , R 3 , R 4 and their adjacent groups.
A method for linearization of an active antenna array to be performed by a transmitter arrangement, the active antenna array comprising a plurality of antenna elements being associated with a plurality of power amplifiers, the active antenna array further being associated with a precoder, W, having a number of input and output ports, the method comprising: - obtaining a first signal X 1 ; - obtaining a second signal X 2 ; - adapting a first pre-distorting linearizer connected to a first input port of the precoder W, based on the obtained first signal X 1 , the obtained second signal X 2 , a combination of signals from the plurality of antenna elements resulting from the propagation of the obtained first signal X 1 via the precoder W, and via the plurality of power amplifiers, wherein the obtained second signal X 2 is provided simultaneously with the obtained first signal X 1 to the active antenna array, via a second pre-distorting linearizer connected to a second input port of the precoder W. - obtaining a first signal X 1 ; - obtaining a second signal X 2 ; - adapting a first pre-distorting linearizer connected to a first input port of the precoder W, based on the obtained first signal X 1 , the obtained second signal X 2 , a combination of signals from the plurality of antenna elements resulting from the propagation of the obtained first signal X 1 via the precoder W, and via the plurality of power amplifiers, wherein the obtained second signal X 2 is provided simultaneously with the obtained first signal X 1 to the active antenna array, via a second pre-distorting linearizer connected to a second input port of the precoder W.
Filter device locatable at a process apparatus , in particular a granulating or fluidising apparatus, for removing dust from process air of the process apparatus , with a filter housing comprising a filter basket , characterised in that the filter basket has a hood-like filter consisting of a flexible textile fabric, which is permeable to process air but retains the material particles to be treated, wherein the filter basket is located between the filter housing and the filter and the filter basket and the filter can be or are directly or indirectly fastened to the filter housing , wherein the filter basket has a filter basket ring and the filter is in the operative state of the process apparatus connected in its lower region along its entire circumference to the filter basket ring of the filter basket in a substantially dust-proof manner, and in that the filter device comprises a sealing mechanism with a sealing element located in the lower region of the filter housing thereon, wherein the sealing element interacts in the operative state of the process apparatus with the filter housing , the filter basket ring and the process apparatus in such a way that a seal can be or is created between the filter housing , the filter basket ring and the process apparatus , so that the filter housing is divided into a process chamber holding the particles to be treated and a clean air chamber receiving the dust-free process air by means of the sealing mechanism and the filter .
An apparatus comprising: a database configured to store medical data including at least image medical data for a plurality of patients; and a digital processor configured to implement a patient features vector generator and implement a features padding component to generate a features vector comprising features indicative of a patient derived from patient medical data stored in the database, wherein the patient features vector generator is configured to implement an operation to compute a feature from the patient medical data and determine if any relevant patient data is missing and implement a further operation to store the feature as a vector element value to construct the features vector , wherein if any relevant patient data is missing the features padding component is configured to apply a padding operation to pad a feature of the features vector which cannot be derived from patient medical data stored in the database with an assigned default value chosen based on the type of feature and a multivariate analysis to be performed, wherein the digital processor is further configured to perform multivariate analysis on the features vector generated for a patient of interest to determine a proposed diagnosis for the patient of interest; a user interface configured to output a human-perceptible representation of the proposed diagnosis for the patient of interest. a database configured to store medical data including at least image medical data for a plurality of patients; and a digital processor configured to implement a patient features vector generator and implement a features padding component to generate a features vector comprising features indicative of a patient derived from patient medical data stored in the database, wherein the patient features vector generator is configured to implement an operation to compute a feature from the patient medical data and determine if any relevant patient data is missing and implement a further operation to store the feature as a vector element value to construct the features vector , wherein if any relevant patient data is missing the features padding component is configured to apply a padding operation to pad a feature of the features vector which cannot be derived from patient medical data stored in the database with an assigned default value chosen based on the type of feature and a multivariate analysis to be performed, wherein the digital processor is further configured to perform multivariate analysis on the features vector generated for a patient of interest to determine a proposed diagnosis for the patient of interest; a user interface configured to output a human-perceptible representation of the proposed diagnosis for the patient of interest.
A mixing device having at least one first feed opening for at least one first liquid plastics component, preferably charged with a gas, and having at least one second feed opening for at least one second liquid plastics component, and a discharge opening for discharging a mixture of the first and the second liquid plastics components that can be produced in the mixing device , the mixing device having a rotating stirrer for mixing the first and the second liquid plastics components, a gap remaining between the stirrer and the discharge opening , an adjusting device being provided which changes either the gap or the size of the discharge opening by means of a relative movement between the discharge opening and the stirrer , and a control means being provided which is in signal-conducting connection with a sensor for determining a pressure prevailing in a mixing chamber of the mixing device , the control means adjusting the gap or the size of the discharge opening by means of the adjusting device such that the pressure prevailing in the mixing chamber of the mixing device has a predetermined value, characterized in that the adjusting device has a stepper motor which engages via a shaft in a toothed wheel which laterally engages in a screw sleeve arranged concentrically to the shaft of the stirrer , a rotation of the toothed wheel by the stepper motor causing an axial adjustment of the screw sleeve, as a result of which the height of the stirrer is adjusted, which adjusts the gap between the stirrer and discharge opening .
A water-dispersible fluorescent particle comprising: an internal hydrophobic region comprising a mixture of one or more first hydrophobic polymers and one or more second hydrophobic polymers, wherein the first hydrophobic polymer is fluorescent and has a first solubility parameter and the second hydrophobic polymer is non-fluorescent and has a second solubility parameter, and wherein the first and second solubility parameters differ by less than 1 cal 1/2 cm -3/2 ; and an external region encapsulating the internal hydrophobic region, wherein the external region comprises one or more amphiphilic polymers, wherein each of the one or more amphiphilic polymers comprises at least one hydrophobic segment embedded in the internal hydrophobic region and at least one hydrophilic segment that renders the particle dispersible in water. an internal hydrophobic region comprising a mixture of one or more first hydrophobic polymers and one or more second hydrophobic polymers, wherein the first hydrophobic polymer is fluorescent and has a first solubility parameter and the second hydrophobic polymer is non-fluorescent and has a second solubility parameter, and wherein the first and second solubility parameters differ by less than 1 cal 1/2 cm -3/2 ; and an external region encapsulating the internal hydrophobic region, wherein the external region comprises one or more amphiphilic polymers, wherein each of the one or more amphiphilic polymers comprises at least one hydrophobic segment embedded in the internal hydrophobic region and at least one hydrophilic segment that renders the particle dispersible in water.
A recombinant nucleic acid molecule comprising: a 5' and a 3'transposon-specific inverted terminal repeat (ITR), at least one nucleic acid sequence encoding a transgene expression processing (TEP) protein, located between the 5' and 3' ITRs and which is under the control of a promoter, and at least one matrix attachment region (MAR) element located between the 5' and a 3' ITRs; at least one transgene located between the 5' and 3' ITRs, the transgene being under the control of a transgene promoter; wherein said TEP protein is hSERCA2, hNRF2, hCOSMC, hCILZ, hHK1, hBeclin-1 or hWip1; and wherein said MAR element is selected from SEQ ID NOs: 1 (MAR 1-68), 2 (MAR 1_6), 3 (MARX_S29), 4 (MARS4), 5 (chicken lysozyme MAR), or is an engineered, in particular rearranged counterpart that has at least 80%, 90%, 95%, 98%, 99% or 100% sequence identity with any one of SEQ ID NOs: 1 to 5; and wherein the TEP expressed via said nucleic acid molecule and the MAR element are capable of increasing the expression of the transgene in a mammalian cell by at least 10%. a 5' and a 3'transposon-specific inverted terminal repeat (ITR), at least one nucleic acid sequence encoding a transgene expression processing (TEP) protein, located between the 5' and 3' ITRs and which is under the control of a promoter, and at least one matrix attachment region (MAR) element located between the 5' and a 3' ITRs; at least one transgene located between the 5' and 3' ITRs, the transgene being under the control of a transgene promoter; wherein said TEP protein is hSERCA2, hNRF2, hCOSMC, hCILZ, hHK1, hBeclin-1 or hWip1; and wherein said MAR element is selected from SEQ ID NOs: 1 (MAR 1-68), 2 (MAR 1_6), 3 (MARX_S29), 4 (MARS4), 5 (chicken lysozyme MAR), or is an engineered, in particular rearranged counterpart that has at least 80%, 90%, 95%, 98%, 99% or 100% sequence identity with any one of SEQ ID NOs: 1 to 5; and wherein the TEP expressed via said nucleic acid molecule and the MAR element are capable of increasing the expression of the transgene in a mammalian cell by at least 10%.
Flowmeter , which operates using the Coriolis principle, having a guide structure that can have medium flowing through it, and having at least two sensor elements applied to an outer surface of the guide structure for determining and/or monitoring at least one process variable and wherein one of the two sensor elements is designed as a strain-measuring element and the other of the two sensor elements is designed as a temperature measuring element , characterized in that the strain-measuring element and the temperature measuring element are electrically connected in series and that the flowmeter is designed for measuring a voltage drop across the individual sensor elements , namely in connection with a center tap across each sensor element individually, i.e. across a contact that equally belongs to both sensor elements .
A guiding sheath , comprising: an elongated shaft having an inner liner defining a lumen , a braided member surrounding the inner liner, and an outer layer surrounding the braided member; a ring electrode mounted on the elongated shaft; a lead wire having a distal end connected to the ring electrode; a lumened tubing extending longitudinally along the shaft, the lumened tubing having a proximal portion, a transition portion, and a distal portion, the proximal portion extending below the braided member, the distal portion extending above the braided member, and the transition portion passing through a gap in the braided member. an elongated shaft having an inner liner defining a lumen , a braided member surrounding the inner liner, and an outer layer surrounding the braided member; a ring electrode mounted on the elongated shaft; a lead wire having a distal end connected to the ring electrode; a lumened tubing extending longitudinally along the shaft, the lumened tubing having a proximal portion, a transition portion, and a distal portion, the proximal portion extending below the braided member, the distal portion extending above the braided member, and the transition portion passing through a gap in the braided member.
A nozzle assembly for an injection molding system, comprising: a first opening in selective fluid communication with a source of molten polymeric resin; a second opening in fluid communication with at least one of a mold cavity, a gate, a runner, or a manifold of an injection molding system; a flow channel intermediate, and in fluid communication with, the first and second openings; and a porous metal insert in fluid communication with the flow channel , the porous metal insert being upstream of the at least one of a mold cavity, a gate, a runner, or a manifold of the injection molding system; characterized by the porous metal insert being in communication with a vent pathway that extends to an exterior of the nozzle; and a fluid source , the fluid source being in communication with an outlet of the vent pathway, the fluid source being provided to selectively blow pressurized fluid through the porous metal insert . a first opening in selective fluid communication with a source of molten polymeric resin; a second opening in fluid communication with at least one of a mold cavity, a gate, a runner, or a manifold of an injection molding system; a flow channel intermediate, and in fluid communication with, the first and second openings; and a porous metal insert in fluid communication with the flow channel , the porous metal insert being upstream of the at least one of a mold cavity, a gate, a runner, or a manifold of the injection molding system; characterized by the porous metal insert being in communication with a vent pathway that extends to an exterior of the nozzle; and a fluid source , the fluid source being in communication with an outlet of the vent pathway, the fluid source being provided to selectively blow pressurized fluid through the porous metal insert .
A method for accessing a system information area or a network area, comprising: receiving , by a terminal, at least one initial access signal, IAS, transmitted from the system information area or the network area; and obtaining , by the terminal, one or more of a subframe boundary, a system bandwidth, a starting frequency and an ending frequency of the system information area or the network area based on the received at least one IAS, wherein each transmitting position for the at least one IAS in a subframe is pre-defined by the system information area or the network area with a user, characterized in that the at least one IAS is transmitted at any frequency position in a bandwidth occupied by the system information area or the network area. receiving , by a terminal, at least one initial access signal, IAS, transmitted from the system information area or the network area; and obtaining , by the terminal, one or more of a subframe boundary, a system bandwidth, a starting frequency and an ending frequency of the system information area or the network area based on the received at least one IAS, wherein each transmitting position for the at least one IAS in a subframe is pre-defined by the system information area or the network area with a user, characterized in that the at least one IAS is transmitted at any frequency position in a bandwidth occupied by the system information area or the network area.