mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus comprising: a memory configured to store at least one instruction; a processor configured to execute the at least one instruction stored in the memory, which when executed causes the processor to control to: acquire input data to be input into a text-to-speech, TTS, module for outputting a voice through the TTS module, acquire a voice signal corresponding to the input data through the TTS module, detect an error in the voice signal based on the input data, correct the input data based on a result of detecting the error, and acquire a corrected voice signal corresponding to the input data corrected based on the result of detecting the error through the TTS module; and a speaker, characterized in that the processor when executing the at least one instruction is further configured to: add an indicator indicating correction to the corrected voice signal, and output the corrected voice signal having the indicator through the speaker. a memory configured to store at least one instruction; a processor configured to execute the at least one instruction stored in the memory, which when executed causes the processor to control to: acquire input data to be input into a text-to-speech, TTS, module for outputting a voice through the TTS module, acquire a voice signal corresponding to the input data through the TTS module, detect an error in the voice signal based on the input data, correct the input data based on a result of detecting the error, and acquire a corrected voice signal corresponding to the input data corrected based on the result of detecting the error through the TTS module; and a speaker, characterized in that the processor when executing the at least one instruction is further configured to: add an indicator indicating correction to the corrected voice signal, and output the corrected voice signal having the indicator through the speaker. acquire input data to be input into a text-to-speech, TTS, module for outputting a voice through the TTS module, acquire a voice signal corresponding to the input data through the TTS module, detect an error in the voice signal based on the input data, correct the input data based on a result of detecting the error, and acquire a corrected voice signal corresponding to the input data corrected based on the result of detecting the error through the TTS module; and a speaker, characterized in that the processor when executing the at least one instruction is further configured to: add an indicator indicating correction to the corrected voice signal, and output the corrected voice signal having the indicator through the speaker. add an indicator indicating correction to the corrected voice signal, and output the corrected voice signal having the indicator through the speaker.
A method for data transmission, comprising: receiving, by a terminal device, configuration information sent by a network device, the configuration information comprising information of numerology for data transmission, and the numerology comprising a subcarrier spacing and a signal prefix length, wherein the subcarrier spacing is a frequency interval, selected from at least one of 15kHz, 30kHz, 60kHz or 120kHz, between adjacent subcarriers, and the signal prefix length indicates whether the Cyclic Prefix, CP, uses a normal CP or an extended CP; determining, by the terminal device according to the configuration information, the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission; detecting, by the terminal device according to the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission, Downlink Control Information, DCI, sent by a network device and configured to schedule the data; and detecting, by the terminal device, the data sent by the network device according to the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission and the detected DCI. receiving, by a terminal device, configuration information sent by a network device, the configuration information comprising information of numerology for data transmission, and the numerology comprising a subcarrier spacing and a signal prefix length, wherein the subcarrier spacing is a frequency interval, selected from at least one of 15kHz, 30kHz, 60kHz or 120kHz, between adjacent subcarriers, and the signal prefix length indicates whether the Cyclic Prefix, CP, uses a normal CP or an extended CP; determining, by the terminal device according to the configuration information, the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission; detecting, by the terminal device according to the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission, Downlink Control Information, DCI, sent by a network device and configured to schedule the data; and detecting, by the terminal device, the data sent by the network device according to the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission and the detected DCI.
A multiparticulate composition comprising a plurality of individual enteric coated cores, the cores including a hydrophobic phase containing peppermint oil dispersed in a microcrystalline cellulose-based gel and a hydrophilic phase containing a hydrogel.
Parking assistance system for an ego vehicle, comprising a control device for controlling a parking process in which the ego vehicle is guided to a target position within a parking space, the control device can access sensors for capturing the environment and, based on the sensor data, can determine a parking space by detecting objects (10a, 11, 12, 13) surrounding the parking space and determining an orientation angle of the parking space, wherein the control device is set up to define a first minimum distance and a second minimum distance of the ego vehicle from surrounding objects (10a, 11, 12, 13), the control device is further set up to define a first parking area on the basis of the first minimum distance and a second parking area on the basis of the second minimum distance, and the control device determines the target position by defining it within the first and/or the second parking area (14, 15), wherein an orientation angle of the target position in the first and the second parking area (14, 15) is determined by selecting the objects (10a, 11, 12, 13) delimiting or surrounding the parking space and by using the orientation of the surrounding objects (10a, 11, 12, 13) to determine the orientation angle of the target position. the control device can access sensors for capturing the environment and, based on the sensor data, can determine a parking space by detecting objects (10a, 11, 12, 13) surrounding the parking space and determining an orientation angle of the parking space, wherein the control device is set up to define a first minimum distance and a second minimum distance of the ego vehicle from surrounding objects (10a, 11, 12, 13), the control device is further set up to define a first parking area on the basis of the first minimum distance and a second parking area on the basis of the second minimum distance, and the control device determines the target position by defining it within the first and/or the second parking area (14, 15), wherein an orientation angle of the target position in the first and the second parking area (14, 15) is determined by selecting the objects (10a, 11, 12, 13) delimiting or surrounding the parking space and by using the orientation of the surrounding objects (10a, 11, 12, 13) to determine the orientation angle of the target position.
Method of treating at least part of a surface (110, 111) of an article (100, 105), comprising the step of: I) providing the article (100, 105), at least part of a surface (110, 111) of the article having been produced by an additive manufacturing method from a build material, and the build material being at a temperature T G' at which the storage modulus G' of the build material, determined by dynamic-mechanical analysis according to ISO 6721 at an angular frequency of 1/s, is 10 MPa; characterized in that the treating of at least part of the surface (110, 111) comprises the action of pressure on the surface at a temperature of the surface above the temperature T G' and in that the method further comprises the steps of: II) placing the article (100, 105) into an evacuable volume having a boundary comprising flexible sections intended for contact with the surface (110, 111) of the article, wherein the material for the boundary is selected such that it does not enter into any permanent bond with the build material that has been heated above its temperature T G' and then cooled below its temperature T G'; III) evacuating the volume, such that at least some of the flexible sections of the boundary of the volume come into contact with the surface (110, 111) of the article (100, 105); IV) heating at least a portion of the surface (110, 111) of the article (100, 105), while the volume still remains evacuated, for a predetermined period of time to a temperature above the temperature T G'; V) cooling the surface (115, 116) of the article (100, 105) to a temperature below the temperature T G'; VI) removing the article (100, 105) from the volume. I) providing the article (100, 105), at least part of a surface (110, 111) of the article having been produced by an additive manufacturing method from a build material, and the build material being at a temperature T G' at which the storage modulus G' of the build material, determined by dynamic-mechanical analysis according to ISO 6721 at an angular frequency of 1/s, is 10 MPa; II) placing the article (100, 105) into an evacuable volume having a boundary comprising flexible sections intended for contact with the surface (110, 111) of the article, wherein the material for the boundary is selected such that it does not enter into any permanent bond with the build material that has been heated above its temperature T G' and then cooled below its temperature T G'; III) evacuating the volume, such that at least some of the flexible sections of the boundary of the volume come into contact with the surface (110, 111) of the article (100, 105); IV) heating at least a portion of the surface (110, 111) of the article (100, 105), while the volume still remains evacuated, for a predetermined period of time to a temperature above the temperature T G'; V) cooling the surface (115, 116) of the article (100, 105) to a temperature below the temperature T G'; VI) removing the article (100, 105) from the volume.
An infant chair apparatus comprising a support frame; a seat pivotally connected with the support frame about a pivot axis and provided with a coupling member (421, 421'); and a swing drive assembly connected with the seat and the support frame, characterized in that the swing drive assembly includes: a spring having a first end affixed with the support frame and a movable second end, wherein the spring is operable to apply a spring force that is converted into a driving torque applied on the coupling member (421, 421') to impart a swing motion to the seat; and a torque adjusting mechanism respectively connected with the second end of the spring and the coupling member (421, 421'), the torque adjusting mechanism being operable to adjust a position of the coupling member (421, 421') relative to the seat. a spring having a first end affixed with the support frame and a movable second end, wherein the spring is operable to apply a spring force that is converted into a driving torque applied on the coupling member (421, 421') to impart a swing motion to the seat; and a torque adjusting mechanism respectively connected with the second end of the spring and the coupling member (421, 421'), the torque adjusting mechanism being operable to adjust a position of the coupling member (421, 421') relative to the seat.
A drink-through spout cap for a beverage bottle having a body and a neck provided with an opening, wherein the drink-through spout cap has a substantially flat top wall and a sidewall extending therefrom and having a sidewall length, the top wall being provided with a spout which extends therefrom opposite from the sidewall and which has at least one aperture formed therein, the sidewall having an inner surface and an outer surface, the inner surface being provided with a threaded region adapted to engage a threaded region of the neck of a beverage bottle, wherein an internal lip extends from the top wall and has a lip height which is smaller than half of the sidewall length and wherein the spout comprises a front wall, an upper wall and a lower wall, the upper and lower walls (39, 41) being connected together and extending both from the top wall of the drink- through spout cap, wherein the upper wall is substantially flat and the lower wall is curved and wherein the front wall is provided with the at least one aperture.
A copper containing ZSM-34, OFF and/or ERI zeolitic material having a silica to alumina mole ratio ranging from 4 to 50 and a copper content, reported as CuO, ranging from 1 to 10 wt.-%, based on the total weight of the calcined zeolitic material, and having an alkali metal content, reported as metal oxide, ranging from 1.5 to 12 wt.-%.
A method to calibrate a camera, the method comprising: capturing by the camera a frame of a scene; performing, by a programmable processor, object classification for multiple objects appearing in the captured frame to determine a respective object type for each of the multiple objects; determining, by the programmable processor, the respective object type for each of the multiple objects based on directional aspect ratios for the multiple objects, wherein a directional aspect ratio of an object represents the ratio of the object's length in perpendicular direction vs. that in the parallel direction in terms of the salient move direction of the object; identifying, by the programmable processor, salient line features, including at least one of: one or more pairs of lines that are parallel or at an angle to each other, one or more lines that are on a plane, or one or more lines that are perpendicular to the plane, for the multiple objects appearing in the captured frame; assigning, by the programmable processor, each of the identified salient line features a respective pre-determined value representative of an average physical dimension based on the respectively determined object type for the each of the multiple objects appearing in the captured frame; and determining, by the programmable processor, parameters of the camera based on the identified salient line features appearing in the captured frame and the pre-determined values assigned to the identified salient line features. capturing by the camera a frame of a scene; performing, by a programmable processor, object classification for multiple objects appearing in the captured frame to determine a respective object type for each of the multiple objects; determining, by the programmable processor, the respective object type for each of the multiple objects based on directional aspect ratios for the multiple objects, wherein a directional aspect ratio of an object represents the ratio of the object's length in perpendicular direction vs. that in the parallel direction in terms of the salient move direction of the object; identifying, by the programmable processor, salient line features, including at least one of: one or more pairs of lines that are parallel or at an angle to each other, one or more lines that are on a plane, or one or more lines that are perpendicular to the plane, for the multiple objects appearing in the captured frame; assigning, by the programmable processor, each of the identified salient line features a respective pre-determined value representative of an average physical dimension based on the respectively determined object type for the each of the multiple objects appearing in the captured frame; and determining, by the programmable processor, parameters of the camera based on the identified salient line features appearing in the captured frame and the pre-determined values assigned to the identified salient line features.
An air conditioning indoor unit comprising: an air outlet; a movable first air direction adjustment plate that changes an up and down direction of outlet air; a second air direction adjustment plate that is disposed in the neighborhood of the air outlet and, when housed, has at least a front end portion housed in an indoor unit front portion outside a blowing path; and a control unit that is configured to control postures of the first air direction adjustment plate and the second air direction adjustment plate, characterized in further comprising a Coanda effect utilization mode that utilizes the Coanda effect to guide, in a predetermined direction, a flow of outlet air blown out from the air outlet, wherein in the Coanda effect utilization mode, the control unit is configured to control the postures of the first air direction adjustment plate and the second air direction adjustment plate in such a way that the second air direction adjustment plate assumes a posture in which it is spaced apart from the indoor unit front portion and the second air direction adjustment plate and the first air direction adjustment plate form a predetermined angle to thereby change the outlet air to a Coanda air flow along an undersurface of the second air direction adjustment plate. an air outlet; a movable first air direction adjustment plate that changes an up and down direction of outlet air; a second air direction adjustment plate that is disposed in the neighborhood of the air outlet and, when housed, has at least a front end portion housed in an indoor unit front portion outside a blowing path; and a control unit that is configured to control postures of the first air direction adjustment plate and the second air direction adjustment plate, characterized in further comprising a Coanda effect utilization mode that utilizes the Coanda effect to guide, in a predetermined direction, a flow of outlet air blown out from the air outlet, wherein in the Coanda effect utilization mode, the control unit is configured to control the postures of the first air direction adjustment plate and the second air direction adjustment plate in such a way that the second air direction adjustment plate assumes a posture in which it is spaced apart from the indoor unit front portion and the second air direction adjustment plate and the first air direction adjustment plate form a predetermined angle to thereby change the outlet air to a Coanda air flow along an undersurface of the second air direction adjustment plate.
A lighting device comprising: a base, at least one light source having an optical axis and being arranged at the base, at least one light transmissive optical element, and a light transmissive envelope arranged to cover the at least one light source and the at least one optical element, wherein at least a portion of the at least one optical element has a thickness increasing in direction towards the base, therewith the optical element provides a negative lens action and refracts light emitted by the at least one light source away from the optical axis, said portion being arranged laterally beside the optical axis of the at least one light source so as to refract light emitted by the at least one light source for creating at least one virtual light source spaced from the base. a base, at least one light source having an optical axis and being arranged at the base, at least one light transmissive optical element, and a light transmissive envelope arranged to cover the at least one light source and the at least one optical element, wherein at least a portion of the at least one optical element has a thickness increasing in direction towards the base, therewith the optical element provides a negative lens action and refracts light emitted by the at least one light source away from the optical axis, said portion being arranged laterally beside the optical axis of the at least one light source so as to refract light emitted by the at least one light source for creating at least one virtual light source spaced from the base.
A method (200, 300) of load balancing for scheduling a traffic flow, comprising: selecting (S202, S302), based on a mapping entry, a first processing engine, PE, from a plurality of PEs as a target PE for a packet of the traffic flow, the mapping entry indicating an association between the packet and the first PE; characterized by determining (S204, S304) whether load of the target PE exceeds a threshold; and in response to determining that the threshold is exceeded, updating (S206, S306-S314) the selection of the target PE based on a scheduling status of the traffic flow, the scheduling status indicating a dispatch of a previous packet of the traffic flow, such that the packet is dispatched to the same target PE as the previous packet. selecting (S202, S302), based on a mapping entry, a first processing engine, PE, from a plurality of PEs as a target PE for a packet of the traffic flow, the mapping entry indicating an association between the packet and the first PE; characterized by determining (S204, S304) whether load of the target PE exceeds a threshold; and in response to determining that the threshold is exceeded, updating (S206, S306-S314) the selection of the target PE based on a scheduling status of the traffic flow, the scheduling status indicating a dispatch of a previous packet of the traffic flow, such that the packet is dispatched to the same target PE as the previous packet.
FAM83B peptides consisting of amino acid sequences SEQ ID Nos: 3, 4, 6, 9, 12, 14, 15, 20, 23, 24, 29-33, 35, 37, 38, 47, 57, 60, 65-68, 71-75 and 77-80.
Device for ejecting a furniture part (11, 13), which is mounted movably on a fixed furniture part, wherein the device is provided for attaching onto one of the two furniture parts (3; 11, 13) and comprises an ejection lever mounted on the device and driven by a drive unit, which ejection lever can be driven for an ejection process from a start position on a device, so that a bearing section (12,12') on the ejection lever can be brought into contact with the other furniture part (11, 13) in order to eject the movably mounted furniture part (11, 13) in opening direction relative to the fixed furniture part, characterised in that the ejection lever comprises a attachment section, which can be removed optionally along a provided separating area from the remaining part of the ejection lever, by means of which a depth dimension of the ejection lever in the region of the bearing section can be defined depending on the presence of the attachment section on the ejection lever, such that the depth dimension of the ejection lever is reduced with a removed attachment section relative to the depth dimension of the ejection lever with a non-removed attachment section.