mhurhangee/patent-ind-claim-en huggingface dataset:
Cable entry for a component housing having a spacer element and having a cable line comprising a plurality of insulated individual cores , the individual cores being separated and guided by the spacer element and a region of the individual cores that is free of insulation layers being sealed at least in portions by means of a casting compound, the spacer element being designed as a substantially circular element which extends in the longitudinal direction and has, radially on its outer surface, open, longitudinally extending receiving channels for receiving the individual cables , which channels extend into the spacer element to a predetermined depth, the cable entry being characterised in that the receiving channels are formed at a predetermined spacing from one another in the longitudinal direction in the outer surface of the spacer element, in that the region of each individual core that is free of insulation layers is arranged within the receiving channels , in that the receiving channels and the individual cores guided therein are completely sealed by the casting compound, and in that a groove is provided at least between two receiving channels and extends in parallel with said channels, which groove does not extend into the spacer element as far as the receiving channels.
Method for determining a weight distribution of a block of food , wherein the block of food is transported by a conveyor device along a conveying direction (F), wherein the block of food is transported via a load cell and a plurality of further load cells , wherein a temporal weight profile is measured by the load cell and further temporal weight profiles are measured by the further load cells , wherein the weight distribution is calculated from a conveying speed, the further temporal weight profiles and the temporal weight profile.
A method for encoding a video stream, comprising encoding , by a processor, a first slice of a first picture of the video stream; receiving , from a decoder, a feedback message indicative of having received the first slice of the first picture; in response to receiving the feedback message indicative of having received the first slice of the first picture, updating a dynamic reference picture, DRR , with the first slice of the first picture, wherein the DRR is dynamically reconstructed by the encoder from multiple pictures comprising a second picture, and the DRR is updated by replacing a co-located slice of the second picture comprised in the DRR with the first slice of the first picture; and encoding, by the processor, a third picture of the video stream with reference to the DRR updated with the first slice of the first picture, wherein the third picture is encoded after receiving the feedback message indicative of having received the first slice of the first picture; wherein, for a slice of the third picture, motion compensated prediction can be performed using co-located and non-co-located slices of the DRR. encoding , by a processor, a first slice of a first picture of the video stream; receiving , from a decoder, a feedback message indicative of having received the first slice of the first picture; in response to receiving the feedback message indicative of having received the first slice of the first picture, updating a dynamic reference picture, DRR , with the first slice of the first picture, wherein the DRR is dynamically reconstructed by the encoder from multiple pictures comprising a second picture, and the DRR is updated by replacing a co-located slice of the second picture comprised in the DRR with the first slice of the first picture; and encoding, by the processor, a third picture of the video stream with reference to the DRR updated with the first slice of the first picture, wherein the third picture is encoded after receiving the feedback message indicative of having received the first slice of the first picture; wherein, for a slice of the third picture, motion compensated prediction can be performed using co-located and non-co-located slices of the DRR.
A detector assembly for selectively detecting vibrations in a component, comprising: a film fitted with at least one piezoelectric element, which is attached to the component in such a way that occurring mechanical vibrations act on the piezoelectric element, such that an electrical charge with a frequency correlating with the mechanical vibration is available at connection electrodes of the piezoelectric element; an electrical filter , which is connected to the piezoelectric element and filters out the portion of the provided charge that corresponds to a predefined frequency; a charge storage means , which is connected to the electrical filter and accumulates the filtered-out charge portion and is a capacitor integrated into the film ; the detector assembly being characterised by a signalling means , which generates an electrical signal as soon as a predetermined charge threshold value is achieved at the charge storage means and is configured for wireless transmission of the electrical signal to a remote signal receiver , wherein the electrical signal takes the form of an electrical pulse and the signal receiver is configured as a pulse counter, wherein the signal receiver is coupled to an evaluation unit for evaluating the detected signal. a film fitted with at least one piezoelectric element, which is attached to the component in such a way that occurring mechanical vibrations act on the piezoelectric element, such that an electrical charge with a frequency correlating with the mechanical vibration is available at connection electrodes of the piezoelectric element; an electrical filter , which is connected to the piezoelectric element and filters out the portion of the provided charge that corresponds to a predefined frequency; a charge storage means , which is connected to the electrical filter and accumulates the filtered-out charge portion and is a capacitor integrated into the film ; the detector assembly being characterised by a signalling means , which generates an electrical signal as soon as a predetermined charge threshold value is achieved at the charge storage means and is configured for wireless transmission of the electrical signal to a remote signal receiver , wherein the electrical signal takes the form of an electrical pulse and the signal receiver is configured as a pulse counter, wherein the signal receiver is coupled to an evaluation unit for evaluating the detected signal.
Dapansutrile or a pharmaceutically acceptable solvate thereof as a pharmaceutical compound for use in a method for preventing and/or treating Alzheimer's disease in a subject.
A crystalline form I of a 5-aminopyrazole carboxamide compound as shown in Formula (I): characterized in that the crystalline form has X-ray powder diffraction characteristic peaks (± 0.2 °) at 5.8, 9.3, 10.9, 16.4, 18.4, 20.3, 20.9, 21.8, 22.4, 23.0, 24.4, 27.1, 30.0, 31.2, and 31.9.
A method for switching a working mode of a headphone, comprising the operations of: receiving (S401), via a sound channel of the headphone , a signal sent by a smart terminal ; processing (S402) the received signal; and if a command indicative of switching the working mode of the headphone is obtained from processing the received signal, controlling (S402), according to the command, a switch module of a microphone channel to switch the working mode such that the headphone is switchable between a call mode for transmitting call data via a data modulation and sending module and an application data transmission mode for transmitting human biological characteristic data of a user via the data modulation and sending module , wherein the microphone channel is a channel formed via an electrical connection or a radio connection between a microphone of the headphone and the smart terminal , wherein the operation of processing the received signal comprises demodulating and parsing target data of the signal sent by the smart terminal and further comprises the operations of: demodulating the target data, and performing validity identification check for the demodulated target data; and if the demodulated target data passes the validity identification check, parsing the demodulated target data. receiving (S401), via a sound channel of the headphone , a signal sent by a smart terminal ; processing (S402) the received signal; and if a command indicative of switching the working mode of the headphone is obtained from processing the received signal, controlling (S402), according to the command, a switch module of a microphone channel to switch the working mode such that the headphone is switchable between a call mode for transmitting call data via a data modulation and sending module and an application data transmission mode for transmitting human biological characteristic data of a user via the data modulation and sending module , wherein the microphone channel is a channel formed via an electrical connection or a radio connection between a microphone of the headphone and the smart terminal , demodulating the target data, and performing validity identification check for the demodulated target data; and if the demodulated target data passes the validity identification check, parsing the demodulated target data.
A cooking appliance having a cooking cavity defined within a top wall , a bottom wall , a rear wall , and opposing side walls comprising, a burner having a cylindrical casing and at least one wing unit radiating heat within said cooking cavity , an exhaust channel having an inlet which is in fluid communication with the cooking cavity and an outlet which is in fluid communication with an exterior of the cooking appliance wherein the exhaust channel is configured to allow fresh air to enter into the cooking cavity and to allow exhaust gases to vent therefrom and the inlet which is disposed on the top wall to be aligned above a middle portion of the burner so as to provide an airflow region provided between the wing units and the top wall of the cooking cavity , characterized in that; the inlet is positioned at a predetermined location such that the inlet is enclosed in an orthogonal projection of the burner on a plane containing the inlet wherein a cross sectional area of the inlet is sized to be less than a predetermined value, which corresponds to the sum of a first cross section area which is the cross section of the airflow region at the lateral left side of a left wing unit , a second cross section area which is the vertical cross section of the airflow region at the lateral right side of a right wing unit , twenty percent of a third cross section area which is the vertical cross section of the airflow region which faces the rear wall of the cooking cavity and taken parallel to thereto, and twenty percent of a fourth cross section area which is the vertical cross section of a front side of the airflow region wherein said front side is a distal side to the rear wall of the cooking cavity .
Robotic vacuum cleaner for autonomously cleaning floor surfaces of a room, comprising - at least one means for capturing data relating to a deflection of wheels of the robotic vacuum cleaner and/or relating to an interruption of a connection to charging contacts, and - at least one means for capturing data relating to a rotation of the robotic vacuum cleaner about a horizontally oriented axis of rotation and/or relating to a translational movement of the robotic vacuum cleaner in a perpendicular direction with respect to its direction of movement during vacuum operation and/or relating to an envelopment state of the robotic vacuum cleaner by means of a container, - at least one control device by means of which the captured data are processed, wherein an alarm device having means for outputting an acoustic signal, wherein the alarm device can be controlled by the control device on the basis of the captured data, so that a theft attempt can be detected. - at least one means for capturing data relating to a deflection of wheels of the robotic vacuum cleaner and/or relating to an interruption of a connection to charging contacts, and - at least one means for capturing data relating to a rotation of the robotic vacuum cleaner about a horizontally oriented axis of rotation and/or relating to a translational movement of the robotic vacuum cleaner in a perpendicular direction with respect to its direction of movement during vacuum operation and/or relating to an envelopment state of the robotic vacuum cleaner by means of a container, - at least one control device by means of which the captured data are processed, wherein an alarm device having means for outputting an acoustic signal, wherein the alarm device can be controlled by the control device on the basis of the captured data, so that a theft attempt can be detected. wherein an alarm device having means for outputting an acoustic signal, wherein the alarm device can be controlled by the control device on the basis of the captured data, so that a theft attempt can be detected.
A method of determining time-frequency resource preemption, wherein the method comprises: receiving and reading (S101) data of a first service sent by a base station; reading (S102) scheduling control data of a second service in a set time period and a set frequency range which correspond with a time-frequency resource occupied by data of the first service that fails to be received, in response to determining that the data of the first service fails to be received, wherein the scheduling control data of the second service comprises a time-frequency resource area occupied by scheduled data of the second service; determining, according to scheduling information carried in the scheduling control data of the second service, whether the time-frequency resource area occupied by the scheduled data of the second service covers a time-frequency resource area occupied by the data of the first service that fails to be received; and determining (S103) that the data of the second service preempts the time-frequency resource of the data of the first service, in response to determining that the time-frequency resource area occupied by the scheduled data of the second service covers the time-frequency resource area occupied by the data of the first service that fails to be received. receiving and reading (S101) data of a first service sent by a base station; reading (S102) scheduling control data of a second service in a set time period and a set frequency range which correspond with a time-frequency resource occupied by data of the first service that fails to be received, in response to determining that the data of the first service fails to be received, wherein the scheduling control data of the second service comprises a time-frequency resource area occupied by scheduled data of the second service; determining, according to scheduling information carried in the scheduling control data of the second service, whether the time-frequency resource area occupied by the scheduled data of the second service covers a time-frequency resource area occupied by the data of the first service that fails to be received; and determining (S103) that the data of the second service preempts the time-frequency resource of the data of the first service, in response to determining that the time-frequency resource area occupied by the scheduled data of the second service covers the time-frequency resource area occupied by the data of the first service that fails to be received.
A method of encoding High Efficiency Video Coding, HEVC, video data, the method comprising: determining context information for intra-predicted residual data of a transform unit, TU, based on a depth of the TU, the depth of the TU describing the number of times that the TU is partitioned according to a quadtree structure of which the root node is a leaf coding unit, wherein the context information does not include information from an above-neighboring block of the TU; and entropy encoding the intra-predicted residual data of the TU using the determined context information, wherein entropy encoding the intra-predicted residual data of the TU comprises determining a probability model based on the determined context information and context-adaptive binary arithmetic encoding the intra-predicted residual data of the TU using the determined probability model. determining context information for intra-predicted residual data of a transform unit, TU, based on a depth of the TU, the depth of the TU describing the number of times that the TU is partitioned according to a quadtree structure of which the root node is a leaf coding unit, wherein the context information does not include information from an above-neighboring block of the TU; and entropy encoding the intra-predicted residual data of the TU using the determined context information, wherein entropy encoding the intra-predicted residual data of the TU comprises determining a probability model based on the determined context information and context-adaptive binary arithmetic encoding the intra-predicted residual data of the TU using the determined probability model.
A steering wheel skeleton comprising a hub and a steering wheel rim which are interconnected by at least one spoke , wherein at the steering wheel rim , especially at an inside of the steering wheel rim , at least one projection is arranged for receiving an operating element, and wherein the at least one projection extends substantially from the steering wheel rim in the rim plane inwardly to a free end , characterized in that the at least one projection includes at least one opening for fixing an operating element and/or the at least one projection is arranged between a 1 o'clock position and a 4 o'clock position and/or between an 8 o'clock and an 11 o'clock position.
A method for predicting the response of a subject diagnosed with cancer to an anti-cancer treatment that comprises the use of at least one method that induces DNA damage and/or an agent or a combination of agents that target a protein involved in the DNA damage response of the cancer cells , comprising: i) determining the level of cells with RAD51 foci in a sample containing tumor cells isolated from said subject wherein the subject has not received, at 24 hours prior to the isolation of the sample, a chemotherapy selected from the group consisting of AC, FEC, ECF and navelbine/epirubicin, and wherein the sample has not been treated with a method that induces DNA damage before determining the level of cells with RAD51 foci, and ii) comparing the level obtained in step i) with a reference value, wherein: - a level of cells with RAD51 foci lower than said reference value indicates that the subject is predicted to respond to the anti-cancer treatment, or - a level of cells with RAD51 foci equal or higher than said reference value, indicates that the subject is predicted not to respond to the anti-cancer treatment. i) determining the level of cells with RAD51 foci in a sample containing tumor cells isolated from said subject wherein the subject has not received, at 24 hours prior to the isolation of the sample, a chemotherapy selected from the group consisting of AC, FEC, ECF and navelbine/epirubicin, and wherein the sample has not been treated with a method that induces DNA damage before determining the level of cells with RAD51 foci, and ii) comparing the level obtained in step i) with a reference value, wherein: - a level of cells with RAD51 foci lower than said reference value indicates that the subject is predicted to respond to the anti-cancer treatment, or - a level of cells with RAD51 foci equal or higher than said reference value, indicates that the subject is predicted not to respond to the anti-cancer treatment. - a level of cells with RAD51 foci lower than said reference value indicates that the subject is predicted to respond to the anti-cancer treatment, or - a level of cells with RAD51 foci equal or higher than said reference value, indicates that the subject is predicted not to respond to the anti-cancer treatment.
A coating for conversion of formaldehyde to carbon dioxide, the coating comprising: an alcohol/aldehyde oxidase and a formate oxidase, wherein both the alcohol/aldehyde oxidase and the formate oxidase are immobilized on a solid particulate support; and a latex binder. an alcohol/aldehyde oxidase and a formate oxidase, wherein both the alcohol/aldehyde oxidase and the formate oxidase are immobilized on a solid particulate support; and a latex binder.
A hybrid torque bar for a wheel assembly, the hybrid torque bar comprising: a base portion ; a pin extending from a first end of the base portion ; and a first rail extending between the first end of the base portion and a second end of the base portion opposite the first end, wherein an interior portion of at least one of the pin or the first rail comprises a first metal alloy, an exterior portion of the at least one of the pin or the first rail comprises a second metal alloy, and an intermediate portion of the at least one of the pin or the first rail extends between the interior portion and the exterior portion. a base portion ; a pin extending from a first end of the base portion ; and a first rail extending between the first end of the base portion and a second end of the base portion opposite the first end, wherein an interior portion of at least one of the pin or the first rail comprises a first metal alloy, an exterior portion of the at least one of the pin or the first rail comprises a second metal alloy, and an intermediate portion of the at least one of the pin or the first rail extends between the interior portion and the exterior portion.
A communication device, comprising: a cover body , a telephone receiver , a loudspeaker , and a first cavity , wherein the telephone receiver is accommodated in the first cavity , there is a gap between the cover body and the telephone receiver as well as between the cover body and the loudspeaker , and the gap is communicated with the first cavity , and is communicated with the external environment through a sound hole of the loudspeaker ; characterized by the communication device further comprising: a second cavity and a sound channel , wherein the loudspeaker is accommodated in the second cavity , the second cavity is communicated with the gap , and the second cavity is communicated with the sound hole through the sound channel .