mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an electronic device, the method comprising: obtaining a plurality of images, wherein the plurality of images include one or more objects; inputting the plurality of images into a first neural network model for identifying objects included in the inputted images, and based on the inputting of the plurality of images into the first neural network model for identifying objects, obtaining a feature value for each object of the one or more objects, a predicted class for each object of the one or more objects based on the respective obtained feature value, and a probability value for the predicted class for each of the one or more objects; identifying one or more learning images including objects from among the one or more objects for which the obtained probability value is less than a predetermined value; identifying one or more clusters of feature values by mapping the feature values of the one or more objects included in the one or more identified learning images to a vector space; obtaining learning data from the one or more identified learning images based on the obtained feature values; transmitting the obtained learning data to an external device; receiving information on a second neural network model from the external device; and updating the first neural network model based on the received information on the second neural network model. obtaining a plurality of images, wherein the plurality of images include one or more objects; inputting the plurality of images into a first neural network model for identifying objects included in the inputted images, and based on the inputting of the plurality of images into the first neural network model for identifying objects, obtaining a feature value for each object of the one or more objects, a predicted class for each object of the one or more objects based on the respective obtained feature value, and a probability value for the predicted class for each of the one or more objects; identifying one or more learning images including objects from among the one or more objects for which the obtained probability value is less than a predetermined value; identifying one or more clusters of feature values by mapping the feature values of the one or more objects included in the one or more identified learning images to a vector space; obtaining learning data from the one or more identified learning images based on the obtained feature values; transmitting the obtained learning data to an external device; receiving information on a second neural network model from the external device; and updating the first neural network model based on the received information on the second neural network model.
A bed comprising a fixed width center deck section having a width and an outboard edge, the center section comprised of at least two longitudinally distributed deck segments (32, 34, 36, 38), at least two deck segments being width adjustable deck segments each having left and right wings movably coupled thereto, and at least one motor for moving the wing, wherein operation of the motor is capable of moving the wings between a deployed position in which a lateral extremity of the wings is outboard of the outboard edge and a stored position in which the lateral extremity is inboard of its deployed position, characterised in that the wings of one of the segments are left and right master wings, the wings of the other segment being a left slave wing connected to the left master wing by a left link and a right slave wing connected to the right master wing by a right link such that the slave wings will move laterally with the master wings, in that one of either the center section or both of the master wings has a motor mechanically grounded thereto and the other of the center section and both of the master wings has a lead screw receiver nonmovably affixed thereto; in that the bed further comprises a left motor driven lead screw and a right motor driven lead screw each having a rotational axis and each engaged with one of the lead screw receivers, and in that motor operation moves the master wings laterally in unison.
A medical device comprising an antimicrobial composition, wherein said medical device is in the form of a suture anchor device, suture, catheter, staple, stent, surgical tack, clips, plate and screw, adhesion prevention barrier, or tissue adhesive, and characterized in that said antimicrobial composition comprises an antimicrobial agent selected from the group of extract of Houttuynia cordata, sodium houttuyfonate, sodium new houttuyfonate and mixtures thereof.
A system for a radio communication network, the system comprising: a multipoint network element operable to determine a set of n symbol value elements for the symbol value in a symbol period, where n is a positive integer greater than 1; n modulators, each coupled to the multipoint network element to receive a respective one of the symbol value elements of the set, each of the n modulators being operable to modulate a radio frequency carrier of frequency f c to generate a modulated signal for the symbol period, by modulating the at least one modulation parameter of the radio frequency carrier with the respective symbol value element, wherein each of the n modulators is a modulator operable to modulate at least one modulation parameter of a radio frequency carrier to generate a modulated signal for a radio access network, the modulator comprising: a symbol modulator operable to apply, in a symbol period, a symbol modulation by modulating at least one modulation parameter with a corresponding symbol value associated with a symbol for the symbol period; and a phase modulator operable to apply a source modulation, in addition to the symbol modulation, by modulating, the phase of the radio frequency carrier with a periodic phase modulation, wherein the periodic phase modulation has a period that is shorter than the symbol period. a multipoint network element operable to determine a set of n symbol value elements for the symbol value in a symbol period, where n is a positive integer greater than 1; n modulators, each coupled to the multipoint network element to receive a respective one of the symbol value elements of the set, each of the n modulators being operable to modulate a radio frequency carrier of frequency f c to generate a modulated signal for the symbol period, by modulating the at least one modulation parameter of the radio frequency carrier with the respective symbol value element, wherein each of the n modulators is a modulator operable to modulate at least one modulation parameter of a radio frequency carrier to generate a modulated signal for a radio access network, the modulator comprising: a symbol modulator operable to apply, in a symbol period, a symbol modulation by modulating at least one modulation parameter with a corresponding symbol value associated with a symbol for the symbol period; and a phase modulator operable to apply a source modulation, in addition to the symbol modulation, by modulating, the phase of the radio frequency carrier with a periodic phase modulation, wherein the periodic phase modulation has a period that is shorter than the symbol period. a symbol modulator operable to apply, in a symbol period, a symbol modulation by modulating at least one modulation parameter with a corresponding symbol value associated with a symbol for the symbol period; and a phase modulator operable to apply a source modulation, in addition to the symbol modulation, by modulating, the phase of the radio frequency carrier with a periodic phase modulation, wherein the periodic phase modulation has a period that is shorter than the symbol period.
Foot orthosis for correcting foot malpositions, in particular for the treatment of hallux valgus, comprising a toe segment that can be fastened to a toe and a ball-of-foot segment to be arranged in the region of a metatarsophalangeal joint, which segments are pivotably connected relative to one another by means of a joint unit, wherein when correctly fastened to the foot, the foot orthosis is configured to exert a first corrective force on the toe via the toe segment and to exert a second corrective force opposite to the first corrective force on the metatarsophalangeal joint via the ball-of-foot segment, wherein the joint unit is configured such that the toe segment and the ball-of-foot segment are pivotable relative to each other about a pivot axis which is substantially parallel to a flexion-extension joint axis of the metatarsophalangeal joint, wherein wherein the toe segment is provided in the form of a bracket which, when fastened to the foot, at least partially engages around the toe, and wherein the toe segment comprises a toe support section which, when the foot orthosis is fastened to the foot, lies against a lateral side of the toe. when correctly fastened to the foot, the foot orthosis is configured to exert a first corrective force on the toe via the toe segment and to exert a second corrective force opposite to the first corrective force on the metatarsophalangeal joint via the ball-of-foot segment, wherein the joint unit is configured such that the toe segment and the ball-of-foot segment are pivotable relative to each other about a pivot axis which is substantially parallel to a flexion-extension joint axis of the metatarsophalangeal joint, wherein wherein the toe segment is provided in the form of a bracket which, when fastened to the foot, at least partially engages around the toe, and wherein the toe segment comprises a toe support section which, when the foot orthosis is fastened to the foot, lies against a lateral side of the toe.
An agricultural row unit adapted to be moved horizontally over soil to clear agricultural residue, the agricultural row unit comprising: an attachment plate; a linkage assembly having a second end pivotably coupled to the attachment plate and a first end opposite the second end; an attachment frame pivotably coupled to the first end of the linkage assembly; a clearing brush coupled to the attachment frame for rotation about a longitudinal axis of the clearing brush; and a motor drivingly coupled to the clearing brush and configured to rotate the clearing brush about the longitudinal axis, characterized in that the longitudinal axis of the clearing brush defines a vector having a horizontal component and a vertical component that is greater than the horizontal component and a lateral shield is provided (i) pivotably coupled to the attachment frame for movement relative to the attachment frame in the vertical direction and (ii) adjustable between a plurality of lateral positions in each of which the lateral shield is spaced apart a different lateral distance from the attachment frame. an attachment plate; a linkage assembly having a second end pivotably coupled to the attachment plate and a first end opposite the second end; an attachment frame pivotably coupled to the first end of the linkage assembly; a clearing brush coupled to the attachment frame for rotation about a longitudinal axis of the clearing brush; and a motor drivingly coupled to the clearing brush and configured to rotate the clearing brush about the longitudinal axis, characterized in that the longitudinal axis of the clearing brush defines a vector having a horizontal component and a vertical component that is greater than the horizontal component and a lateral shield is provided (i) pivotably coupled to the attachment frame for movement relative to the attachment frame in the vertical direction and (ii) adjustable between a plurality of lateral positions in each of which the lateral shield is spaced apart a different lateral distance from the attachment frame.
An access control method, which is implemented in a radio access network, comprising: receiving, by a user equipment, UE, from a network device, an access control message, wherein the access control message comprises a mapping relationship between a traffic class and an access indication, and the access indication is used to indicate whether access is allowed for the traffic class; and determining, by the UE, according to the mapping relationship, whether to initiate access for a traffic corresponding to the traffic class; characterized in that the access control message further comprises range indication information, and the range indication information is used to indicate a range of UEs to which the mapping relationship is applicable; and the determining, by the UE according to the mapping relationship, whether to initiate access for a traffic corresponding to the traffic class comprises: determining, by the UE according to the mapping relationship and the range indication information, whether to initiate the access. receiving, by a user equipment, UE, from a network device, an access control message, wherein the access control message comprises a mapping relationship between a traffic class and an access indication, and the access indication is used to indicate whether access is allowed for the traffic class; and determining, by the UE, according to the mapping relationship, whether to initiate access for a traffic corresponding to the traffic class; characterized in that the access control message further comprises range indication information, and the range indication information is used to indicate a range of UEs to which the mapping relationship is applicable; and the determining, by the UE according to the mapping relationship, whether to initiate access for a traffic corresponding to the traffic class comprises: determining, by the UE according to the mapping relationship and the range indication information, whether to initiate the access.
Device for performing IR-spectroscopy on a liquid sample and configured to determine an impairment of a surface (13, 15) which is exposed to measuring radiation during the IR-spectroscopy, wherein the device comprises: a radiation source to generate the measuring radiation; a sample receptacle for receiving the liquid sample, wherein the sample receptacle is at least partially delimited by the surface (13, 15); a detector for detecting measuring radiation after interaction with the sample; wherein the device is configured: to measure an IR-reference spectrum (29, 31, IV) of a reference sample which is received in the sample receptacle; to evaluate the reference spectrum (29, 31, IV) to determine an indicator (S, S0, S1) of the impairment, wherein evaluating encompasses an integration of a quantity which is based on the reference spectrum (29, 31, IV) over a predetermined integration spectral range, wherein the indicator is determined dependently on a value of the integration. a radiation source to generate the measuring radiation; a sample receptacle for receiving the liquid sample, wherein the sample receptacle is at least partially delimited by the surface (13, 15); a detector for detecting measuring radiation after interaction with the sample; wherein the device is configured: to measure an IR-reference spectrum (29, 31, IV) of a reference sample which is received in the sample receptacle; to evaluate the reference spectrum (29, 31, IV) to determine an indicator (S, S0, S1) of the impairment, wherein evaluating encompasses an integration of a quantity which is based on the reference spectrum (29, 31, IV) over a predetermined integration spectral range, wherein the indicator is determined dependently on a value of the integration.
A process for the hydroxylation of the carbon atom 21 of a steroid, comprising the steps of: a) providing a cell expressing (i) a heterologous mammalian CYP21A2 protein or a functional variant thereof, wherein the functional variant has at least 20% of the ability of the unaltered CYP21A2 protein to 21-hydroxylate a steroid, (ii) at least one heterologous electron transfer system capable of transferring electrons to CYP21A2, and (iii) one or more chaperones facilitating folding of CYP21A2; and b) adding the steroid to the cell, wherein the steroid is medrane or deltamedrane. a) providing a cell expressing (i) a heterologous mammalian CYP21A2 protein or a functional variant thereof, wherein the functional variant has at least 20% of the ability of the unaltered CYP21A2 protein to 21-hydroxylate a steroid, (ii) at least one heterologous electron transfer system capable of transferring electrons to CYP21A2, and (iii) one or more chaperones facilitating folding of CYP21A2; and (i) a heterologous mammalian CYP21A2 protein or a functional variant thereof, wherein the functional variant has at least 20% of the ability of the unaltered CYP21A2 protein to 21-hydroxylate a steroid, (ii) at least one heterologous electron transfer system capable of transferring electrons to CYP21A2, and (iii) one or more chaperones facilitating folding of CYP21A2; and b) adding the steroid to the cell,
An optical system, comprising: an optical-mode-coupling device (120, 164) configured to selectively couple a first subset of spatial modes of an optical link with one or more optical signals; a controller configured to reconfigure the OMC device (120, 164) to select a second subset of spatial modes of the optical link during transmission of an optical signal carrying an FEC-encoded block of data through said OMC device (120, 164) and said optical link, wherein the second subset differs from the first subset by one or more spatial modes; and an FEC encoder configured to generate a plurality of data streams carrying the FEC-encoded block of data; and wherein the OMC device (120, 164) is configured to select the first subset of spatial modes during a portion of the transmission of the optical signal carrying said FEC-encoded block of data and is configured to select the second subset of spatial modes during another portion of the transmission of the optical signal carrying said FEC-encoded block of data. an optical-mode-coupling device (120, 164) configured to selectively couple a first subset of spatial modes of an optical link with one or more optical signals; a controller configured to reconfigure the OMC device (120, 164) to select a second subset of spatial modes of the optical link during transmission of an optical signal carrying an FEC-encoded block of data through said OMC device (120, 164) and said optical link, wherein the second subset differs from the first subset by one or more spatial modes; and an FEC encoder configured to generate a plurality of data streams carrying the FEC-encoded block of data; and wherein the OMC device (120, 164) is configured to select the first subset of spatial modes during a portion of the transmission of the optical signal carrying said FEC-encoded block of data and is configured to select the second subset of spatial modes during another portion of the transmission of the optical signal carrying said FEC-encoded block of data.
An endless cable winch, comprising a working cable, a housing, in which is mounted a driving cable pulley around at least a part of which the working cable is wrapped, and a drive for driving the driving cable pulley, and further comprising an overload detection device for detecting an overload of the working cable whereby the housing is mounted so as to be pivotable about a pivot axis, and characterized in that a sensor for detecting a pivoting movement of the housing is provided.
A method of controlling an Active Noise Reduction, ANR, audio system, comprising: detecting an instability condition in a first headphone; generating one or more control signals to adjust one or more ANR parameters of the first headphone using a first controller, wherein the one or more ANR parameters are adjusted to change the first headphone from a first ANR state to a second ANR state to mitigate the instability condition; synchronizing the one or more ANR parameters of the first headphone with one or more ANR parameters of a second headphone; the method characterized in that it further comprises: detecting, at a first sensor of the first headphone, at a first time, whether the first headphone is engaged with or removed from an ear of a user; and detecting, at the first sensor of the first headphone, at a second time, whether the first headphone is engaged with or removed from the ear of the user; returning the first headphone to the first ANR state and returning the second headphone to the first ANR state after detecting that the first headphone was removed from the ear at the first time and detecting that the first headphone was engaged with the ear at the second time. detecting an instability condition in a first headphone; generating one or more control signals to adjust one or more ANR parameters of the first headphone using a first controller, wherein the one or more ANR parameters are adjusted to change the first headphone from a first ANR state to a second ANR state to mitigate the instability condition; synchronizing the one or more ANR parameters of the first headphone with one or more ANR parameters of a second headphone; the method characterized in that it further comprises: detecting, at a first sensor of the first headphone, at a first time, whether the first headphone is engaged with or removed from an ear of a user; and detecting, at the first sensor of the first headphone, at a second time, whether the first headphone is engaged with or removed from the ear of the user; returning the first headphone to the first ANR state and returning the second headphone to the first ANR state after detecting that the first headphone was removed from the ear at the first time and detecting that the first headphone was engaged with the ear at the second time. detecting, at a first sensor of the first headphone, at a first time, whether the first headphone is engaged with or removed from an ear of a user; and detecting, at the first sensor of the first headphone, at a second time, whether the first headphone is engaged with or removed from the ear of the user; returning the first headphone to the first ANR state and returning the second headphone to the first ANR state after detecting that the first headphone was removed from the ear at the first time and detecting that the first headphone was engaged with the ear at the second time.
Method for protecting a program code that is intended to be executed by a central processing unit of a computer processing module, which central processing unit is coupled to a cache memory containing cache lines that each have a data field that is intended to store instruction words that can be executed by the central processing unit, the method comprising storage of the program code in memory locations of an external memory with respect to the computer processing module, each memory location being capable of storing the instruction words of one cache line, determination of authentication codes that are respectively associated with said cache lines, the method being characterized in that it comprises for each cache line, fragmentation of the associated authentication code and storage of this distributed fragmented authentication code in the corresponding memory location.