mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting an ineffective network device in a set of network devices for a computer network as a device ineffective at identifying an attack in the network, the method comprising: receiving events generated by the set of network devices for each of a plurality of time periods, each event including an attribute belonging to a class of attributes; based on the received events, evaluating a normalised representative value of the attribute as a score for each network device for each of the plurality of time periods; for each of a plurality of pairs of devices in the set of network devices, evaluating a measure of similarity of scores for the pair for one or more time windows, each time window comprising two or more of the time periods; identifying a network device having evaluated similarity measures meeting a predetermined threshold as ineffective network devices, wherein events in the class of attributes indicate a severity of an occurrence in the computer network, wherein the score for a device for a time period is normalised by unity based normalisation, and wherein the measure of similarity is evaluated using a cosine similarity calculation. receiving events generated by the set of network devices for each of a plurality of time periods, each event including an attribute belonging to a class of attributes; based on the received events, evaluating a normalised representative value of the attribute as a score for each network device for each of the plurality of time periods; for each of a plurality of pairs of devices in the set of network devices, evaluating a measure of similarity of scores for the pair for one or more time windows, each time window comprising two or more of the time periods; identifying a network device having evaluated similarity measures meeting a predetermined threshold as ineffective network devices, wherein events in the class of attributes indicate a severity of an occurrence in the computer network, wherein the score for a device for a time period is normalised by unity based normalisation, and wherein the measure of similarity is evaluated using a cosine similarity calculation.
A pixel light source apparatus for a stimulus source for visual pathway testing, the pixel light source apparatus comprising: at least one side wall , the at least one side wall elongated in a longitudinal dimension and optically opaque; a rear wall coupled to the at least one side wall , the rear wall forming a distal end; an illumination source arranged at or adjacent the distal end; a first optical element coupled to the at least one side wall and spaced apart proximally from the illumination source to define a first light chamber ; a second optical element coupled to the at least one side wall and spaced apart proximally from the first optical element to define a second light chamber ; and a non-reflective coating covering at least part of the at least one side wall within the second light chamber , wherein the first optical element is a translucent diffusing optical element, characterised in that the second optical element is a translucent diffusing optical element. at least one side wall , the at least one side wall elongated in a longitudinal dimension and optically opaque; a rear wall coupled to the at least one side wall , the rear wall forming a distal end; an illumination source arranged at or adjacent the distal end; a first optical element coupled to the at least one side wall and spaced apart proximally from the illumination source to define a first light chamber ; a second optical element coupled to the at least one side wall and spaced apart proximally from the first optical element to define a second light chamber ; and a non-reflective coating covering at least part of the at least one side wall within the second light chamber , wherein the first optical element is a translucent diffusing optical element, characterised in that the second optical element is a translucent diffusing optical element.
A method for monitoring the performance of a mechanical brake of an electromagnetic motor, the electromagnetic motor having a moveable output shaft , the method comprising monitoring travel of the output shaft over the duration of actuation of the mechanical brake and comparing said travel with a predetermined travel threshold; characterised in that : the electromagnetic motor is a linear electromagnetic motor having a linearly moveable output shaft, wherein the travel of the output shaft is compared with the predetermined travel threshold of between 0 mm and 10 mm; wherein monitoring travel of the mechanical brake comprises: detecting a first position corresponding to the position of the output shaft when the mechanical brake is initially actuated such that the mechanical brake is engaged with the output shaft ; detecting a second position corresponding to the position of the output shaft at a predetermined time or when the output shaft comes to rest after the first position is detected; and determining the travel by calculating the distance between the first position and the second position; wherein detecting the first position is triggered by an optical sensor detecting that the mechanical brake is engaged with the output shaft . the electromagnetic motor is a linear electromagnetic motor having a linearly moveable output shaft, wherein the travel of the output shaft is compared with the predetermined travel threshold of between 0 mm and 10 mm; wherein monitoring travel of the mechanical brake comprises: detecting a first position corresponding to the position of the output shaft when the mechanical brake is initially actuated such that the mechanical brake is engaged with the output shaft ; detecting a second position corresponding to the position of the output shaft at a predetermined time or when the output shaft comes to rest after the first position is detected; and determining the travel by calculating the distance between the first position and the second position; wherein detecting the first position is triggered by an optical sensor detecting that the mechanical brake is engaged with the output shaft . detecting a first position corresponding to the position of the output shaft when the mechanical brake is initially actuated such that the mechanical brake is engaged with the output shaft ; detecting a second position corresponding to the position of the output shaft at a predetermined time or when the output shaft comes to rest after the first position is detected; and determining the travel by calculating the distance between the first position and the second position; wherein detecting the first position is triggered by an optical sensor detecting that the mechanical brake is engaged with the output shaft .
Method for heating a fuel cell system , in particular a component and/or a region of the fuel cell system , using at least one electrical heating element , wherein a heating element composed of a ferrite material or a ferrite mixture is used and an upper temperature limit of at most 90°C, preferably of at most 80°C, further preferably of at most 70°C, is set by means of the Curie temperature of the ferrite material or the ferrite mixture, wherein eddy currents are inductively coupled into the heating element with the aid of a magnet coil arranged on the heating element , characterized in that the magnet coil is interconnected with a rotating field-driven component of the fuel cell system . eddy currents are inductively coupled into the heating element with the aid of a magnet coil arranged on the heating element , characterized in that the magnet coil is interconnected with a rotating field-driven component of the fuel cell system .
A cleaner comprising: a main body having an opening; a suction motor accommodated in the main body and configured to generate suction force; an opening cover separably coupled to the main body and configured to cover the opening; and a filter mechanism accommodated in the main body through the opening and configured to filter foreign substances , the filter mechanism comprises a filter unit configured to filter the air; and an upper body coupled to an upper portion of the filter unit , characterized in that , when the opening cover is separated from the main body, the upper body and at least a portion of the filter unit protrude to the outside of the main body through the opening, and while the opening cover is coupled to the main body , at least a portion of the filter mechanism protruding to the outside of the main body is pressed by the opening cover so as to be accommodated in the main body . a main body having an opening; a suction motor accommodated in the main body and configured to generate suction force; an opening cover separably coupled to the main body and configured to cover the opening; and a filter mechanism accommodated in the main body through the opening and configured to filter foreign substances , the filter mechanism comprises a filter unit configured to filter the air; and an upper body coupled to an upper portion of the filter unit , characterized in that , when the opening cover is separated from the main body, the upper body and at least a portion of the filter unit protrude to the outside of the main body through the opening, and while the opening cover is coupled to the main body , at least a portion of the filter mechanism protruding to the outside of the main body is pressed by the opening cover so as to be accommodated in the main body .
An aluminum substrate coated with a coating formed by curing a composition comprising: a filler; an emissivity agent; a crosslinking facilitator comprising a latent acid compound; and a metal silicate binder selected from potassium silicate, sodium silicate, lithium silicate, colloidal silica and combinations thereof. a filler; an emissivity agent; a crosslinking facilitator comprising a latent acid compound; and a metal silicate binder selected from potassium silicate, sodium silicate, lithium silicate, colloidal silica and combinations thereof.
Method for equalizing states of charge of individual batteries of a battery system, wherein the individual batteries are connected to a CAN bus, and the battery system has a master controller, which is associated with one of the individual batteries, comprising the steps of: • detecting a switch-off signal of a superordinate controller with the aid of the master controller, • detecting the states of charge of the individual batteries with the aid of the master controller, • determining a predetermined state of charge, which is equal for all batteries, depending on an overall state of charge of the battery system and a number of the individual batteries connected to the CAN bus with the aid of the master controller, • determining a respective equalizing current for each individual battery depending on the predetermined state of charge and the state of charge of the individual battery, • determining an overall current of the equalizing currents, and • equalizing the states of charge of the individual batteries with the aid of the respective equalizing currents when the overall current has a value less than 5 A. • detecting a switch-off signal of a superordinate controller with the aid of the master controller, • detecting the states of charge of the individual batteries with the aid of the master controller, • determining a predetermined state of charge, which is equal for all batteries, depending on an overall state of charge of the battery system and a number of the individual batteries connected to the CAN bus with the aid of the master controller, • determining a respective equalizing current for each individual battery depending on the predetermined state of charge and the state of charge of the individual battery, • determining an overall current of the equalizing currents, and • equalizing the states of charge of the individual batteries with the aid of the respective equalizing currents when the overall current has a value less than 5 A.
An antenna apparatus , comprising: an antenna body and at least one radiating element , wherein the antenna body comprises a first branch configured to radiate a high-frequency signal and a second branch configured to radiate a low-frequency signal; and one end of the radiating element is connected to a connection point of the second branch, and the other end of the radiating element is a free end; the connection point is a position with a maximum value of current distribution on the second branch of a wavelength corresponding to a specified high frequency at which the antenna apparatus is configured to work; and the length of the radiating element is determined according to the wavelength corresponding to the specified high frequency; wherein a first feeding connection end is disposed on the first branch , and a second feeding connection end is disposed on the second branch ; wherein the first branch comprises several metal conducting wires that are shorter than the second branch ; the second branch comprises several metal conducting wires that are longer than the first branch ; wherein the antenna body is an inverted F antenna IFA. one end of the radiating element is connected to a connection point of the second branch, and the other end of the radiating element is a free end; the connection point is a position with a maximum value of current distribution on the second branch of a wavelength corresponding to a specified high frequency at which the antenna apparatus is configured to work; and the length of the radiating element is determined according to the wavelength corresponding to the specified high frequency; wherein a first feeding connection end is disposed on the first branch , and a second feeding connection end is disposed on the second branch ; wherein the first branch comprises several metal conducting wires that are shorter than the second branch ; the second branch comprises several metal conducting wires that are longer than the first branch ; wherein the antenna body is an inverted F antenna IFA.
A watermark detection method comprising: operating a watermark detector in a first operating mode to search for a first watermark of a plurality of watermarks in a media signal; in response to detecting the first watermark, determining, with a processor, whether the first watermark satisfies a first condition; and in response to determining the first watermark satisfies the first condition, operating the watermark detector in a second operating mode in which the watermark detector cycles between a sleep interval and an active interval to detect a second watermark at a second expected location in the media signal relative to a first location of the first watermark in the media signal based on a watermark repetition rate and a watermark duration. operating a watermark detector in a first operating mode to search for a first watermark of a plurality of watermarks in a media signal; in response to detecting the first watermark, determining, with a processor, whether the first watermark satisfies a first condition; and in response to determining the first watermark satisfies the first condition, operating the watermark detector in a second operating mode in which the watermark detector cycles between a sleep interval and an active interval to detect a second watermark at a second expected location in the media signal relative to a first location of the first watermark in the media signal based on a watermark repetition rate and a watermark duration.
A method of constructing debranched copies of a circular nucleic acid molecule comprising at least one site that can be recognized by a sequence-specific nicking endonuclease, said method applied to one or more nucleic acid molecules, and said method comprising the steps of: (i) exposing said circular nucleic acid molecule to a reaction solution comprising nucleotides and strand-displacing polymerases to produce branched constructs comprising multiple copies of said circular nucleic acid molecule; and (ii) debranching said branched constructs, by comprising the steps of: (a) exposing to nicking endonucleases recognizing the site within said circular nucleic acid molecule, thereby producing nicks on said branched constructs; and (b) exposing to polymerases comprising 5'-3' exonuclease and/or flap nuclease activity to extend 3' ends at the nicks produced in (a), thereby producing debranched double-stranded constructs. (i) exposing said circular nucleic acid molecule to a reaction solution comprising nucleotides and strand-displacing polymerases to produce branched constructs comprising multiple copies of said circular nucleic acid molecule; and (ii) debranching said branched constructs, by comprising the steps of: (a) exposing to nicking endonucleases recognizing the site within said circular nucleic acid molecule, thereby producing nicks on said branched constructs; and (b) exposing to polymerases comprising 5'-3' exonuclease and/or flap nuclease activity to extend 3' ends at the nicks produced in (a), thereby producing debranched double-stranded constructs. (a) exposing to nicking endonucleases recognizing the site within said circular nucleic acid molecule, thereby producing nicks on said branched constructs; and (b) exposing to polymerases comprising 5'-3' exonuclease and/or flap nuclease activity to extend 3' ends at the nicks produced in (a), thereby producing debranched double-stranded constructs.
A valve system comprising a valve body , a sealing element and a stuffing box assembled to the valve body , the valve body having an internal surface defining an annular groove , the annular groove comprising an upper side , a lower side and a bottom extending axially between the upper and lower sides, the annular groove forming with the stuffing box an annular cavity for receiving the sealing element , the stuffing box comprising a first and a second shoulder, characterised in that the first shoulder comes in axial contact with the sealing element .
A washing machine comprising a washing machine leg with automatic leveling function, comprising: a jacket ; an adjusting leg , which is arranged in the jacket and moves axially relative to the jacket ; and a flexible assembly , which is arranged in the adjusting leg and is used for accommodating a hydraulic medium; one end of the flexible assembly is mounted in the jacket in a limiting manner, and another end of the flexible assembly is a telescopic end acting on the adjusting leg ; and the telescopic end of the flexible assembly extends and contracts under action of the hydraulic medium to drive the adjusting leg to move axially, thereby implementing automatic leveling, characterized in that , a guide limiting groove is formed in the inner wall of the jacket , a guide limiting block is arranged on an outer wall of the adjusting leg , and the guide limiting block is limited in the guide limiting groove and axially slide along the guide limiting groove ; an elastic washer is arranged on the outer side of a bottom wall of the adjusting leg , a reinforcing fitting groove is formed in the bottom wall of the adjusting leg , a reinforcing fitting rib matching with the reinforcing fitting groove is arranged on an upper surface of the elastic washer , and a lower surface of the elastic washer is partially recessed to form a damping rib . a jacket ; an adjusting leg , which is arranged in the jacket and moves axially relative to the jacket ; and a flexible assembly , which is arranged in the adjusting leg and is used for accommodating a hydraulic medium; one end of the flexible assembly is mounted in the jacket in a limiting manner, and another end of the flexible assembly is a telescopic end acting on the adjusting leg ; and the telescopic end of the flexible assembly extends and contracts under action of the hydraulic medium to drive the adjusting leg to move axially, thereby implementing automatic leveling, characterized in that , a guide limiting groove is formed in the inner wall of the jacket , a guide limiting block is arranged on an outer wall of the adjusting leg , and the guide limiting block is limited in the guide limiting groove and axially slide along the guide limiting groove ; an elastic washer is arranged on the outer side of a bottom wall of the adjusting leg , a reinforcing fitting groove is formed in the bottom wall of the adjusting leg , a reinforcing fitting rib matching with the reinforcing fitting groove is arranged on an upper surface of the elastic washer , and a lower surface of the elastic washer is partially recessed to form a damping rib .
A retention system for securing a portable electronic device on a work surface , the system comprising: an elongated member adapted to couple with the work surface ; and a device clip coupled to the elongated member wherein the device clip is slidably engaged with the elongated member , and wherein the device clip is adapted to engage with an edge of the portable electronic device located on the work surface ; the system characterized by a cable clip coupled with the elongated member , wherein: the cable clip is adapted to slidably engage with the elongated member , and the cable clip defines a slot sized and shaped such to receive an electrical cable, wherein the slot extends into a cavity , the cavity having greater dimensions than the elongated member , wherein the elongated member is positioned in the cavity , and the cable clip is sized and shaped such that the electrical cable can be positioned within a space between the cable clip and the elongated member , wherein the space is the remaining volume of the cavity that is not occupied by the elongated member . an elongated member adapted to couple with the work surface ; and a device clip coupled to the elongated member wherein the device clip is slidably engaged with the elongated member , and wherein the device clip is adapted to engage with an edge of the portable electronic device located on the work surface ; the system characterized by a cable clip coupled with the elongated member , wherein: the cable clip is adapted to slidably engage with the elongated member , and the cable clip defines a slot sized and shaped such to receive an electrical cable, wherein the slot extends into a cavity , the cavity having greater dimensions than the elongated member , wherein the elongated member is positioned in the cavity , and the cable clip is sized and shaped such that the electrical cable can be positioned within a space between the cable clip and the elongated member , wherein the space is the remaining volume of the cavity that is not occupied by the elongated member . the cable clip is adapted to slidably engage with the elongated member , and the cable clip defines a slot sized and shaped such to receive an electrical cable, wherein the slot extends into a cavity , the cavity having greater dimensions than the elongated member , wherein the elongated member is positioned in the cavity , and the cable clip is sized and shaped such that the electrical cable can be positioned within a space between the cable clip and the elongated member , wherein the space is the remaining volume of the cavity that is not occupied by the elongated member .
Delivery for a sheet-fed printing press including a sheet stack for depositing sheets , a transport system for feeding sheets in a direction of sheet transport (T) and in a plane of transport (E) and including a transporting means for moving sheets onwards, said transporting means disposed downstream of said sheet stack in the direction of machine travel, wherein a blower device for guiding the sheets is disposed downstream of the sheet stack in the direction of machine travel and at a level above the sheet stack and below the plane of transport (E), characterized in that the blower device provides blown air (b) that is essentially directed against the direction of sheet transport (T) and in that the blown air from the blower device is blowable from below against a sheet that is moved onward to the transport means .