mhurhangee/patent-ind-claim-en huggingface dataset:
A portable child game bed, comprising four bed legs and a folding driving device which is placed in a middle part of a bottom of the bed and capable of folding and unfolding a bed body, wherein guard rods are respectively arranged at tops between adjacent two bed legs with each of the guard rods having a middle part foldable; two ends of each of the guard rods are respectively movably connected to tops of corresponding bed legs ; a connecting mechanism is provided at a bottom of each of the bed legs with the connecting mechanism movably connected with a folding driving device through connecting rods; each of the connecting rods is composed of an upper connecting rod and a lower connecting rod arranged up and down, wherein the connecting mechanism comprises a base , and a transmission mechanism which is arranged in an inner cavity of the base , wherein one end of the upper connecting rod extends into an upper inner cavity of the base and is rotationally connected with the base by an upper shaft pin , the other end of the upper connecting rod is rotationally connected with the frame body in the folding driving device by an upper rotating shaft pin , and one end of the lower connecting rod extends into a lower inner cavity of the base and is rotationally connected with the base by a lower shaft pin , and the end of the lower connecting rod that extends into the lower inner cavity of the base is linked with the transmission mechanism together, the lower shaft pin is located below the upper shaft pin and rotationally connected with the base , and the other end of the lower connecting rod is rotationally connected with the frame body by a lower rotating shaft pin , characterized in that the transmission mechanism is a swing block , and the swing block is swingingly arranged in the lower inner cavity of the base through a swing shaft ; the lower shaft pin is arranged in an inner cavity of the base at an upper right position of the swing block ; the swing block is provided thereon with a transmission roller which can abut with an end of the lower connecting rod so as to push the swing block to swing to the left and a connecting shaft that can be connected with a pull rope ; the swing shaft is arranged on a lower position of the swing block at a lower left position of the lower shaft pin ; and the connecting shaft connected with the pull rope is fixed on a left side of the swing shaft .
Cooking appliance comprising at least one heatable cooking chamber which can be closed by at least one cooking chamber door , and comprising at least one processing device which is fluidically connected to the cooking chamber , for drying air from the cooking chamber , wherein the processing device is equipped with at least one drying unit and is suitable and designed for sucking at least one batch of air from the cooking chamber and transferring it to the dryer unit , drying said batch of air by means of the dryer unit and feeding it back to the cooking chamber after the drying process, characterised in that the processing device comprises at least one cooking chamber opening through which the batch of air can both be extracted and fed back to the cooking chamber .
A transmitter comprising: - an orthogonal sequence prescriber to prescribe association between information words and orthogonal signals; and - a symbol mapper to, upon inputting of any of the information words, generate modulation symbols based on the orthogonal signals associated with the input information words according to the associations prescribed by the orthogonal sequence prescriber , characterised in that : - the orthogonal sequence prescriber prescribes the association between the information words and the orthogonal signals based on a Hamming distance between information words of a plurality of mutually different information words and an inter-signal point distance between orthogonal signals of a plurality of mutually orthogonal signals. - an orthogonal sequence prescriber to prescribe association between information words and orthogonal signals; and - a symbol mapper to, upon inputting of any of the information words, generate modulation symbols based on the orthogonal signals associated with the input information words according to the associations prescribed by the orthogonal sequence prescriber , - the orthogonal sequence prescriber prescribes the association between the information words and the orthogonal signals based on a Hamming distance between information words of a plurality of mutually different information words and an inter-signal point distance between orthogonal signals of a plurality of mutually orthogonal signals.
Method for purifying a first fatty acid using an initial mixture further comprising at least one second fatty acid, a third fatty acid and optionally a fourth fatty acid, with the method comprising: - a first step of chromatographic separation in liquid phase, using the initial mixture, carried out in a first unit for chromatographic separation, making it possible to recover on the one hand a first flow enriched with a first fatty acid and on the other hand a flow enriched with a second fatty acid, - a second step of chromatographic separation in liquid phase, using the first flow enriched with a first fatty acid, carried out in a second chromatographic separation unit, making it possible to recover on the one hand a second flow enriched with a first fatty acid and on the other hand a flow enriched with a third fatty acid; - optionally, a third step of chromatographic separation in liquid phase, using the second flow enriched with a first fatty acid, carried out in a third chromatographic separation unit, making it possible to recover on the one hand a third flow enriched with a first fatty acid and on the other hand a flow enriched with a fourth fatty acid; at least one among the second unit for chromatographic separation and the third unit for chromatographic separation being a static bed chromatographic separation unit with a single column with recycling in stationary state, wherein the first fatty acid is a first polyunsaturated fatty acid. - a first step of chromatographic separation in liquid phase, using the initial mixture, carried out in a first unit for chromatographic separation, making it possible to recover on the one hand a first flow enriched with a first fatty acid and on the other hand a flow enriched with a second fatty acid, - a second step of chromatographic separation in liquid phase, using the first flow enriched with a first fatty acid, carried out in a second chromatographic separation unit, making it possible to recover on the one hand a second flow enriched with a first fatty acid and on the other hand a flow enriched with a third fatty acid; - optionally, a third step of chromatographic separation in liquid phase, using the second flow enriched with a first fatty acid, carried out in a third chromatographic separation unit, making it possible to recover on the one hand a third flow enriched with a first fatty acid and on the other hand a flow enriched with a fourth fatty acid;
Use of a cosmetic composition for non-therapeutic anti-aging of the skin including a compound represented by the following Chemical Formula 1 as an effective component: wherein R 1 is straight chain (C1-C5) alkyl; and R 2 is or a substituted or unsubstituted amino acid group, in which R 11 is hydroxy (C1-C30) alkyl.
Computer-implemented method for determining errors of at least one parameter of the object derived from a digital object representation, wherein the digital representation comprises a plurality of image points arranged in a raster, wherein at least one piece of image information is associated with an image point, which quantifies a measurementspecific value of the object at the position of the image point, wherein the image information results from a metrological imaging of the object and is superimposed with a statistical noise, wherein, based on the metrological mapping of the object, the image information of a first image point is correlated with the image information of image points within a vicinity of the first image point defined by a correlation length of the image information, the method comprising the following steps: - determining the object representation, wherein a surface model is derived as the object representation from the image information which are present as gray values, - determining the correlation length of the object representation, - determining a first subset of image points from the plurality of image points, the image points of the first subset of image points in the object representation being spaced apart from one another by at least the correlation length, - determining the at least one parameter from the image information of the first subset of image points, the at least one parameter representing the position of the material interfaces bounding the represented object, a dimension of a partial geometry of the object or a local property of a material, and - determining an error for the determined at least one parameter from the image information of the first subset of image points. - determining the object representation, wherein a surface model is derived as the object representation from the image information which are present as gray values, - determining the correlation length of the object representation, - determining a first subset of image points from the plurality of image points, the image points of the first subset of image points in the object representation being spaced apart from one another by at least the correlation length, - determining the at least one parameter from the image information of the first subset of image points, the at least one parameter representing the position of the material interfaces bounding the represented object, a dimension of a partial geometry of the object or a local property of a material, and - determining an error for the determined at least one parameter from the image information of the first subset of image points.
A motor, the motor comprising: a motor housing ; a stator mounted inside the motor housing and including a stator core and a coil wound on the stator core ; a rotor rotatably disposed at the stator ; a busbar disposed at an upper side of the stator and including a resin materialed busbar body and a busbar terminal , the busbar terminal being connected by a coil and provided so as to protrude radially from an outer peripheral surface of the busbar body; and a hook groove formed on the busbar terminal and accommodating at least a portion of the coil , characterized in that the hook groove is downwardly recessed from an upper surface of the busbar terminal , and wherein the coil extends upward at the stator core and bends downward at the hook groove . a motor housing ; a stator mounted inside the motor housing and including a stator core and a coil wound on the stator core ; a rotor rotatably disposed at the stator ; a busbar disposed at an upper side of the stator and including a resin materialed busbar body and a busbar terminal , the busbar terminal being connected by a coil and provided so as to protrude radially from an outer peripheral surface of the busbar body; and a hook groove formed on the busbar terminal and accommodating at least a portion of the coil , characterized in that the hook groove is downwardly recessed from an upper surface of the busbar terminal , and wherein the coil extends upward at the stator core and bends downward at the hook groove .
An information processing device comprising: a source acquisition unit configured to acquire a source of content; and a content output unit configured to output the content on the basis of the acquired source, wherein the source includes a source cached by a client, and the cached source includes a source converted into an intermediate format, wherein the cached source includes a source that has not been converted into an intermediate format, and the information processing device further includes a source converter configured to convert the source that has not been converted into an intermediate format, into the intermediate format, wherein the source converter is configured to convert the source that has not been converted into the intermediate format, into the intermediate format, on the basis of the number of times the source that has not been converted into the intermediate format has been used as output of the content, wherein the source includes a script, and the source converted into the intermediate format includes a machine code obtained by compiling the script. a source acquisition unit configured to acquire a source of content; and a content output unit configured to output the content on the basis of the acquired source, wherein the source includes a source cached by a client, and the cached source includes a source converted into an intermediate format, wherein the cached source includes a source that has not been converted into an intermediate format, and the information processing device further includes a source converter configured to convert the source that has not been converted into an intermediate format, into the intermediate format, wherein the source converter is configured to convert the source that has not been converted into the intermediate format, into the intermediate format, on the basis of the number of times the source that has not been converted into the intermediate format has been used as output of the content, wherein the source includes a script, and the source converted into the intermediate format includes a machine code obtained by compiling the script.
A dialysis flow loop, comprising: a sorbent cartridge containing a urease-binding sorbent material, positioned on the flow loop; the sorbent cartridge having a first section having a urease introducer configured to introduce urease to the sorbent cartridge via at least one urease pouch , the sorbent cartridge further comprising a second section configured to contain one or more sorbent materials; and a fluid connection fluidly connecting the first section to the second section, characterised in that the urease introducer is selected from any one of: a urease tray slideably disposed on the first section; and a urease door disposed on an exterior side of the sorbent cartridge allowing access into an interior of the first section. a sorbent cartridge containing a urease-binding sorbent material, positioned on the flow loop; the sorbent cartridge having a first section having a urease introducer configured to introduce urease to the sorbent cartridge via at least one urease pouch , the sorbent cartridge further comprising a second section configured to contain one or more sorbent materials; and a fluid connection fluidly connecting the first section to the second section, characterised in that the urease introducer is selected from any one of: a urease tray slideably disposed on the first section; and a urease door disposed on an exterior side of the sorbent cartridge allowing access into an interior of the first section.
An elevator governor , comprising: a core ring assembly including : a first portion and a second portion of a core ring which are axially arranged, the first portion and the second portion of the core ring having contact surfaces (S) therebetween; and a pressure generation mechanism for generating a pressure between the first portion and the second portion of the core ring , wherein the first portion of the core ring rotates by receiving an actuation torque from an over-speed actuating mechanism, and the second portion of the core ring rotates by virtue of friction of the contact surfaces (S) and enables a safety activating module, characterized in that the contact surfaces (S) between the first portion and the second portion of the core ring are conical surfaces. a first portion and a second portion of a core ring which are axially arranged, the first portion and the second portion of the core ring having contact surfaces (S) therebetween; and a pressure generation mechanism for generating a pressure between the first portion and the second portion of the core ring , wherein the first portion of the core ring rotates by receiving an actuation torque from an over-speed actuating mechanism, and the second portion of the core ring rotates by virtue of friction of the contact surfaces (S) and enables a safety activating module, characterized in that the contact surfaces (S) between the first portion and the second portion of the core ring are conical surfaces.
A dispensing unit for controlling flow of a substance , the dispensing unit comprising: a nozzle , comprising: an outlet ; and a channel , comprising: a longitudinal symmetry axis ; a sealing surface ; and an alcove surface , contiguous with the sealing surface and recessed relative to the sealing surface ; and a plug , comprising: a wall that comprises an outer surface ; and a first aperture , fully penetrating the wall through the outer surface of the wall of the plug ; and wherein: the outer surface of the wall , comprising the first aperture , is complementary with the sealing surface of the channel , and the plug is movable in the channel . a nozzle , comprising: an outlet ; and a channel , comprising: a longitudinal symmetry axis ; a sealing surface ; and an alcove surface , contiguous with the sealing surface and recessed relative to the sealing surface ; and an outlet ; and a channel , comprising: a longitudinal symmetry axis ; a sealing surface ; and an alcove surface , contiguous with the sealing surface and a longitudinal symmetry axis ; a sealing surface ; and an alcove surface , contiguous with the sealing surface and recessed relative to the sealing surface ; and a plug , comprising: a wall that comprises an outer surface ; and a first aperture , fully penetrating the wall through the outer surface of the wall of the plug ; and wherein: the outer surface of the wall , comprising the first aperture , is complementary with the sealing surface of the channel , and the plug is movable in the channel . the outer surface of the wall , comprising the first aperture , is complementary with the sealing surface of the channel , and the plug is movable in the channel .
Fill level measurement device configured for fill level measurement in accordance with the reflectometer method, comprising: a signal source assembly configured to generate an electromagnetic transmission signal during a fill level measurement phase; wherein the transmission signal is frequency-modulated in steps, wherein each step comprises a constant frequency over a duration that is longer than twice the transit time of the transmission signal from the signal source assembly to the filling material; wherein the individual constant frequencies of the transmission signal are distributed within a defined frequency band; characterized by a control circuit configured to split the electromagnetic transmission signal into at least two temporally separated partial signals, wherein the first partial signal comprises a first subset of frequencies and the second partial signal comprises a second subset of frequencies, wherein first measured values are calculated from the first partial signal, second measured values are calculated from the second partial signal, and an echo curve are calculated from the combination of the first and second measured values. a signal source assembly configured to generate an electromagnetic transmission signal during a fill level measurement phase; wherein the transmission signal is frequency-modulated in steps, wherein each step comprises a constant frequency over a duration that is longer than twice the transit time of the transmission signal from the signal source assembly to the filling material; wherein the individual constant frequencies of the transmission signal are distributed within a defined frequency band; characterized by wherein the transmission signal is frequency-modulated in steps, wherein each step comprises a constant frequency over a duration that is longer than twice the transit time of the transmission signal from the signal source assembly to the filling material; wherein the individual constant frequencies of the transmission signal are distributed within a defined frequency band; characterized by a control circuit configured to split the electromagnetic transmission signal into at least two temporally separated partial signals, wherein the first partial signal comprises a first subset of frequencies and the second partial signal comprises a second subset of frequencies, wherein first measured values are calculated from the first partial signal, second measured values are calculated from the second partial signal, and an echo curve are calculated from the combination of the first and second measured values.
A processor comprising: first prediction circuitry to detect an instance of N branch predictions which comprise a first branch prediction, wherein N is an integer greater than one, wherein the first prediction circuitry to detect the instance comprises the first prediction circuitry to identify each of the N branch predictions in a first cycle of a sequence of branch prediction cycles, wherein one or more of the N branch predictions are each based on a respective other one of the N branch predictions; controller circuitry coupled to the first prediction circuitry , wherein based on the instance, the controller circuitry is to: indicate each of the N branch predictions to an execution pipeline ; and based on a confidence metric which corresponds to the first branch prediction, determine whether to send the first branch prediction to a prediction unit ; and second prediction circuitry coupled to the controller circuitry , wherein, where the first branch prediction is sent to the prediction unit , the second prediction circuitry is to: perform an evaluation of a validity condition of the first branch prediction; and determine, based on the validity condition, whether to provide a signal to clear a state of the execution pipeline . first prediction circuitry to detect an instance of N branch predictions which comprise a first branch prediction, wherein N is an integer greater than one, wherein the first prediction circuitry to detect the instance comprises the first prediction circuitry to identify each of the N branch predictions in a first cycle of a sequence of branch prediction cycles, wherein one or more of the N branch predictions are each based on a respective other one of the N branch predictions; controller circuitry coupled to the first prediction circuitry , wherein based on the instance, the controller circuitry is to: indicate each of the N branch predictions to an execution pipeline ; and based on a confidence metric which corresponds to the first branch prediction, determine whether to send the first branch prediction to a prediction unit ; and indicate each of the N branch predictions to an execution pipeline ; and based on a confidence metric which corresponds to the first branch prediction, determine whether to send the first branch prediction to a prediction unit ; and second prediction circuitry coupled to the controller circuitry , wherein, where the first branch prediction is sent to the prediction unit , the second prediction circuitry is to: perform an evaluation of a validity condition of the first branch prediction; and determine, based on the validity condition, whether to provide a signal to clear a state of the execution pipeline . perform an evaluation of a validity condition of the first branch prediction; and determine, based on the validity condition, whether to provide a signal to clear a state of the execution pipeline .