mhurhangee/patent-ind-claim-en huggingface dataset:
Two panels of furniture or other furnishing items, one positioned perpendicular to the other , comprising a perfected joining device between them, wherein a pin or plug extends from the first panel and is inserted in a complementary seat of the second panel , a stable connection and blocking system of said pin or plug being provided inside said seat, with an edge (B) of a panel firmly abutted against a surface (C) of the other panel , wherein said pin or plug is divided into two sections , a first section provided on the first panel and a second section provided on the second panel , releasably intercoupled with each other with a translation movement to create a coupling between the parts followed by a 90° rotation movement on a plane (H) parallel to one of said panels so as to reciprocally engage the two sections of the pin, characterized in that said first section arranged on said first panel has a cylindrical element which, on a portion of its side surface has a milled plane with an anti-rotation function, said milled plane housing a plug which is inserted in a side hole of a socket housed in said hole of said first panel and housing said first section , said milled plane in one of its ends , facing a grub screw or headless screw of the stable connection and blocking system of the sections of the pin, has a recessed seat curved by 90° which defines a 90°-limited-rotation and abutment or stoppage seat of the first section of the pin, in rest position.
A processor-implemented method for processing an omnidirectional image, the method comprising: projecting an omnidirectional image into a two-dimensional, 2D, image; generating a packed 2D image from the 2D image by packing a plurality of regions that form the 2D image, wherein packing the plurality of regions comprises performing at least one of transforming, resizing and relocating at least one of the plurality of regions; generating encoded data by encoding the packed 2D image; and transmitting the encoded data, wherein the packed 2D image comprises a plurality of packed regions which correspond to the plurality of regions of the 2D image, respectively, and at least one additional padding region which is not rendered at the receiver side but is added instead of an empty region to at least one boundary of at least one packed region of the plurality of packed regions to improve rendering at the receiver side regarding blocking artifacts, when generating the packed 2D image by packing the plurality of regions, and wherein data of each of the at least one additional padding region is determined based on a value of one or more packed region adjacent to the corresponding additional padding region projecting an omnidirectional image into a two-dimensional, 2D, image; generating a packed 2D image from the 2D image by packing a plurality of regions that form the 2D image, wherein packing the plurality of regions comprises performing at least one of transforming, resizing and relocating at least one of the plurality of regions; generating encoded data by encoding the packed 2D image; and transmitting the encoded data, wherein the packed 2D image comprises a plurality of packed regions which correspond to the plurality of regions of the 2D image, respectively, and at least one additional padding region which is not rendered at the receiver side but is added instead of an empty region to at least one boundary of at least one packed region of the plurality of packed regions to improve rendering at the receiver side regarding blocking artifacts, when generating the packed 2D image by packing the plurality of regions, and wherein data of each of the at least one additional padding region is determined based on a value of one or more packed region adjacent to the corresponding additional padding region
Method for managing an electrical energy generation facility comprising: - an electrical energy generation device , - an electrical energy storage device adapted for storing electrical energy generated by the electrical energy generation device and for outputting electrical energy to equipment connected to said facility, - a control module configured for controlling the charging and discharging of the storage device , the method comprising the steps of: - evaluating an electricity generation capacity (C(t)) of the generation device for a given period (t), - determining a weighted generation capacity (Cp(t)) on the basis of said evaluated electricity generation capacity (C(t)) and at least one electricity generation capacity of said generating device (C(t)) evaluated over a period prior to said given period, - determining, for a period subsequent to the given period, a discharge limit (LimDech(t+1)) of the storage device on the basis of said weighted generation capacity (Cp(t)), and - during the subsequent period (t+1), limiting the amount of electricity (E conso (t+1)) output to the connected equipment on the basis of the discharge limit (LimDech(t+1)). - an electrical energy generation device , - an electrical energy storage device adapted for storing electrical energy generated by the electrical energy generation device and for outputting electrical energy to equipment connected to said facility, - a control module configured for controlling the charging and discharging of the storage device , - evaluating an electricity generation capacity (C(t)) of the generation device for a given period (t), - determining a weighted generation capacity (Cp(t)) on the basis of said evaluated electricity generation capacity (C(t)) and at least one electricity generation capacity of said generating device (C(t)) evaluated over a period prior to said given period, - determining, for a period subsequent to the given period, a discharge limit (LimDech(t+1)) of the storage device on the basis of said weighted generation capacity (Cp(t)), and - during the subsequent period (t+1), limiting the amount of electricity (E conso (t+1)) output to the connected equipment on the basis of the discharge limit (LimDech(t+1)).
An image inspection device comprising: a read image acquisition unit that acquires data of read images obtained by reading a defective nozzle detection pattern which is recorded in a first region of a recording medium by a single pass ink jet printing apparatus and a printed image which is recorded in a second region different from the first region in the recording medium by the ink jet printing apparatus, using an image reading device; a defective nozzle detection processing unit that analyzes data of a first read image, which is the read image of the defective nozzle detection pattern, to detect a defective nozzle of a line-type ink jet head used to record the defective nozzle detection pattern; a history information storage unit that stores a history of a detection result of the defective nozzle obtained by the defective nozzle detection processing unit; an image defect detection processing unit that analyzes data of a second read image, which is the read image of the printed image, to detect an image defect of the printed image; and a defective nozzle specification processing unit that collates information about the image defect detected by the image defect detection processing unit with history information stored in the history information storage unit to specify a defective nozzle causing the image defect. a read image acquisition unit that acquires data of read images obtained by reading a defective nozzle detection pattern which is recorded in a first region of a recording medium by a single pass ink jet printing apparatus and a printed image which is recorded in a second region different from the first region in the recording medium by the ink jet printing apparatus, using an image reading device; a defective nozzle detection processing unit that analyzes data of a first read image, which is the read image of the defective nozzle detection pattern, to detect a defective nozzle of a line-type ink jet head used to record the defective nozzle detection pattern; a history information storage unit that stores a history of a detection result of the defective nozzle obtained by the defective nozzle detection processing unit; an image defect detection processing unit that analyzes data of a second read image, which is the read image of the printed image, to detect an image defect of the printed image; and a defective nozzle specification processing unit that collates information about the image defect detected by the image defect detection processing unit with history information stored in the history information storage unit to specify a defective nozzle causing the image defect.
A method of identifying engraftable human ventricular progenitor cells (HVPs), the method comprising: detecting expression of at least one engraftment marker in a day 5, day 6 or day 7 culture of HVPs obtained by culturing human pluripotent stem cells (PSCs) in a culture medium comprising a Gsk3 inhibitor on day 0 of culture, changing the culture medium on day 3 and further culturing the cells in a culture medium comprising a Porcn inhibitor on days 3 to 5 of culture to thereby identify engraftable HVPs, wherein: expression on the HVPs of at least one surface marker selected from the group consisting of: JAG1, FZD4, LIFR, FGFR3 and/or TNFSF9 is also detected and the at least one engraftment marker is at least one angiogenic marker and/or at least one extracellular matrix marker. expression on the HVPs of at least one surface marker selected from the group consisting of: JAG1, FZD4, LIFR, FGFR3 and/or TNFSF9 is also detected and the at least one engraftment marker is at least one angiogenic marker and/or at least one extracellular matrix marker.
A thermally activated delayed fluorescence material, wherein the thermally activated delayed fluorescence material comprises a compound having the general structure of Formula I or Formula II: in Formula I and Formula II, R 1 is a cyano, p is 1, 2 or 3, q is 1, 2 or 3, m is 1 or 2, n is 1 or 2, Ar 1 is a phenyl substituted with one or more groups selected from C 1-6 alkyl, methoxy, ethoxy, or phenyl, Ar 2 and Ar 3 are selected from the following groups: and X is bromine or iodine, wherein the thermally activated delayed fluorescence material is for use as a host material or a luminescent dye of a luminescent layer of an organic electroluminescence device.
A method for identifying an abnormal message, comprising: receiving, by a security enforcement unit SEU, a first message, and determining a first difference value between a feature value of the first message and a feature value of a second message, wherein the second message is a message that is received before the first message is received; determining , by the SEU from a plurality of difference classes, a difference class corresponding to the first difference value, wherein different difference classes in the plurality of difference classes correspond to different value ranges of a difference value; and inputting , by the SEU, an identifier of the difference class corresponding to the first difference value into a pre-stored abnormal message identification model, to determine whether the first message is an abnormal message or a non-abnormal message, wherein the different value ranges of the difference values corresponding to the different difference classes in the plurality of difference classes belong to a plurality of preset value ranges, the plurality of preset value ranges are obtained by dividing, according to a natural breakpoint algorithm, a first value range of the feature wherein the first value range of the feature is based on an upper limit of the first value range and a lower limit of the first value range, the upper limit of the first value range is a maximum value corresponding to the feature value in a training data set of the abnormal message identification model, and the lower limit of the first value range is a minimum value corresponding to the feature value in the data set. receiving, by a security enforcement unit SEU, a first message, and determining a first difference value between a feature value of the first message and a feature value of a second message, wherein the second message is a message that is received before the first message is received; determining , by the SEU from a plurality of difference classes, a difference class corresponding to the first difference value, wherein different difference classes in the plurality of difference classes correspond to different value ranges of a difference value; and inputting , by the SEU, an identifier of the difference class corresponding to the first difference value into a pre-stored abnormal message identification model, to determine whether the first message is an abnormal message or a non-abnormal message, wherein the different value ranges of the difference values corresponding to the different difference classes in the plurality of difference classes belong to a plurality of preset value ranges, the plurality of preset value ranges are obtained by dividing, according to a natural breakpoint algorithm, a first value range of the feature wherein the first value range of the feature is based on an upper limit of the first value range and a lower limit of the first value range, the upper limit of the first value range is a maximum value corresponding to the feature value in a training data set of the abnormal message identification model, and the lower limit of the first value range is a minimum value corresponding to the feature value in the data set.
Method for controlling a movement of a number of rotors (L) of a linear drive (LA), wherein the linear drive (LA) comprises a number of segments (Seg) and the rotors (L), wherein the method comprises at least the following steps: - specifying a movement pattern (BA) across a number of segments for a number of rotors (L) by a chronological sequence of positions or speeds of a number of rotors on a plurality of segments, - transforming the movement pattern (BA) of the number of rotors (L) into a respective specification for a respective virtual axis (VA), wherein the respective virtual axis (VA) maps the movement of a respective rotor (L) on a number of segments (Seg), - transforming the specification of the respective virtual axis (VA) into in each case a specification for a respective real axis of a number of real axes (RA), - wherein the respective real axis of the number of real axes (RA) is assigned to a respective control unit (U) and the respective real axis describes the movement of the respective rotor on the respective segment, wherein the specification is provided for the respective real axis (RA) of the respective control unit (U) and wherein the respective control unit (U) uses the specification to control the movement of the respective rotor (L) on the respective segment (Seg). - specifying a movement pattern (BA) across a number of segments for a number of rotors (L) by a chronological sequence of positions or speeds of a number of rotors on a plurality of segments, - transforming the movement pattern (BA) of the number of rotors (L) into a respective specification for a respective virtual axis (VA), wherein the respective virtual axis (VA) maps the movement of a respective rotor (L) on a number of segments (Seg), - transforming the specification of the respective virtual axis (VA) into in each case a specification for a respective real axis of a number of real axes (RA), - wherein the respective real axis of the number of real axes (RA) is assigned to a respective control unit (U) and the respective real axis describes the movement of the respective rotor on the respective segment, wherein the specification is provided for the respective real axis (RA) of the respective control unit (U) and wherein the respective control unit (U) uses the specification to control the movement of the respective rotor (L) on the respective segment (Seg).
A system for monitoring glucose concentration, the system comprising: a continuous glucose sensor , the continuous glucose sensor configured to continuously measure glucose concentration and output a data stream associated with glucose concentration; and a device configured to operatively connect with the continuous glucose sensor , the device comprising at least one processor configured to process the data stream from the continuous glucose sensor , and a user interface configured to display measured glucose concentration values, wherein the device is configured for toggling between an unblinded mode allowing for display of real-time glucose concentration values associated with the continuous glucose sensor and a blinded mode preventing display of real-time glucose concentration values associated with the continuous glucose sensor . a continuous glucose sensor , the continuous glucose sensor configured to continuously measure glucose concentration and output a data stream associated with glucose concentration; and a device configured to operatively connect with the continuous glucose sensor , the device comprising at least one processor configured to process the data stream from the continuous glucose sensor , and a user interface configured to display measured glucose concentration values, wherein the device is configured for toggling between an unblinded mode allowing for display of real-time glucose concentration values associated with the continuous glucose sensor and a blinded mode preventing display of real-time glucose concentration values associated with the continuous glucose sensor .
A portable sheet cassette configured to allow selection of a recording sheet from among different types of recording sheets and printing on the selected recording sheet, the portable sheet cassette comprising: a housing ; a plurality of cassettes configured to store a recording sheet, the cassettes being stacked and provided in the housing ; and a rotary cam including a plurality of pins provided at opposite positions across an axis of rotation of the rotary cam , wherein adjacent cassettes are offset relative to each other in an offset direction, wherein first receiving parts for receiving the pins are provided one in each of the adjacent cassettes at a first end thereof in the offset direction, and the rotary cam is configured to rotate with at least one of the pins being in at least one of the first receiving parts of the adjacent cassettes to move the cassettes as connected. a housing ; a plurality of cassettes configured to store a recording sheet, the cassettes being stacked and provided in the housing ; and a rotary cam including a plurality of pins provided at opposite positions across an axis of rotation of the rotary cam , wherein adjacent cassettes are offset relative to each other in an offset direction, wherein first receiving parts for receiving the pins are provided one in each of the adjacent cassettes at a first end thereof in the offset direction, and the rotary cam is configured to rotate with at least one of the pins being in at least one of the first receiving parts of the adjacent cassettes to move the cassettes as connected.
A cyclic pitch angle adjustment apparatus for a rotor with a rotor head and rotor blades that rotate around a rotor axis in a rotor plane , comprising: a base point ; a bearing that is located in a central point outside the rotor plane ; a first lever that is connected to a first rotor blade of the rotor blades and rotates the first rotor blade around a first pitch axis ; a second lever that is connected to a second rotor blade of the rotor blades and rotates the second rotor blade around a second pitch axis ; first and second rods that mechanically link the first and second levers with the bearing in the central point such that the first and second rods are movable relative to the central point ; a central rod that connects the bearing with the base point , wherein the central rod is movable from a first position in which the central rod forms a fixed angle with the rotor axis to a second position in which the central rod forms the same fixed angle with the rotor axis , and wherein the first and second positions differ; and a motor that is coupled to the central rod and adapted for moving the central rod from the first position to the second position , wherein the central rod is adapted for adjusting the cyclic pitch angle of the first and second rotor blades in the first position to a first pitch angle and in the second position to a second pitch angle that is different than the first pitch angle; characterized in that an adjustment device coupled between the motor and the central rod is adapted for adjusting a distance of the bearing from the rotor axis . a base point ; a bearing that is located in a central point outside the rotor plane ; a first lever that is connected to a first rotor blade of the rotor blades and rotates the first rotor blade around a first pitch axis ; a second lever that is connected to a second rotor blade of the rotor blades and rotates the second rotor blade around a second pitch axis ; first and second rods that mechanically link the first and second levers with the bearing in the central point such that the first and second rods are movable relative to the central point ; a central rod that connects the bearing with the base point , wherein the central rod is movable from a first position in which the central rod forms a fixed angle with the rotor axis to a second position in which the central rod forms the same fixed angle with the rotor axis , and wherein the first and second positions differ; and a motor that is coupled to the central rod and adapted for moving the central rod from the first position to the second position , wherein the central rod is adapted for adjusting the cyclic pitch angle of the first and second rotor blades in the first position to a first pitch angle and in the second position to a second pitch angle that is different than the first pitch angle; characterized in that an adjustment device coupled between the motor and the central rod is adapted for adjusting a distance of the bearing from the rotor axis .
Boot having an electrical storage which has at least one storage element and a positive and a negative terminal , wherein the terminals are in conductive connection with the storage element , wherein a water sensor is provided which detects whether one of the terminals is in contact with water, and wherein the water sensor is in operative connection with a shut-down device which serves to interrupt the conductive connection between at least one of the terminals and the storage element , characterised in that the water sensor has a first and a second measuring contact and a measuring circuit for determining an electrical measuring variable present between the first and the second measuring contact , wherein the positive and/or the negative terminal of the electrical storage serve as first and/or second measuring contact, or that in the water sensor is used an optical measuring principle in which the presence of water is determined by means of a light source and a light receiver.